Frequencies for first 10,000 rows of sipp1996tm96puw9 dataset : by Jean Roth , jroth@nber.org , 2 Jan 2016 Frequencies for first 10,000 rows of ssuseq variable in sipp1996tm96puw9 dataset : SU: | Sequence | Number of | Sample Unit | - Primary | Freq. Percent Cum. ------------+----------------------------------- 1 | 5 0.05 0.05 2 | 3 0.03 0.08 3 | 2 0.02 0.10 4 | 2 0.02 0.12 5 | 3 0.03 0.15 6 | 4 0.04 0.19 7 | 1 0.01 0.20 8 | 3 0.03 0.23 9 | 2 0.02 0.25 10 | 5 0.05 0.30 11 | 3 0.03 0.33 12 | 1 0.01 0.34 13 | 2 0.02 0.36 14 | 2 0.02 0.38 15 | 2 0.02 0.40 16 | 2 0.02 0.42 17 | 2 0.02 0.44 18 | 1 0.01 0.45 19 | 4 0.04 0.49 20 | 2 0.02 0.51 21 | 2 0.02 0.53 22 | 3 0.03 0.56 23 | 9 0.09 0.65 24 | 1 0.01 0.66 25 | 3 0.03 0.69 26 | 2 0.02 0.71 27 | 3 0.03 0.74 28 | 1 0.01 0.75 29 | 3 0.03 0.78 30 | 6 0.06 0.84 31 | 4 0.04 0.88 32 | 2 0.02 0.90 33 | 3 0.03 0.93 34 | 3 0.03 0.96 35 | 3 0.03 0.99 36 | 2 0.02 1.01 37 | 2 0.02 1.03 38 | 1 0.01 1.04 40 | 1 0.01 1.05 41 | 1 0.01 1.06 42 | 3 0.03 1.09 43 | 1 0.01 1.10 44 | 2 0.02 1.12 46 | 3 0.03 1.15 47 | 2 0.02 1.17 48 | 4 0.04 1.21 50 | 2 0.02 1.23 51 | 1 0.01 1.24 52 | 1 0.01 1.25 53 | 7 0.07 1.32 54 | 4 0.04 1.36 55 | 2 0.02 1.38 57 | 6 0.06 1.44 58 | 2 0.02 1.46 59 | 1 0.01 1.47 61 | 4 0.04 1.51 62 | 2 0.02 1.53 63 | 4 0.04 1.57 64 | 5 0.05 1.62 65 | 2 0.02 1.64 66 | 6 0.06 1.70 67 | 2 0.02 1.72 68 | 1 0.01 1.73 69 | 5 0.05 1.78 70 | 5 0.05 1.83 71 | 3 0.03 1.86 72 | 3 0.03 1.89 73 | 5 0.05 1.94 74 | 9 0.09 2.03 75 | 5 0.05 2.08 77 | 1 0.01 2.09 78 | 4 0.04 2.13 80 | 2 0.02 2.15 81 | 2 0.02 2.17 82 | 3 0.03 2.20 83 | 2 0.02 2.22 84 | 4 0.04 2.26 85 | 3 0.03 2.29 86 | 4 0.04 2.33 87 | 3 0.03 2.36 88 | 6 0.06 2.42 89 | 2 0.02 2.44 90 | 5 0.05 2.49 91 | 3 0.03 2.52 92 | 2 0.02 2.54 93 | 3 0.03 2.57 94 | 4 0.04 2.61 95 | 2 0.02 2.63 96 | 1 0.01 2.64 97 | 2 0.02 2.66 98 | 4 0.04 2.70 99 | 4 0.04 2.74 100 | 2 0.02 2.76 101 | 2 0.02 2.78 102 | 4 0.04 2.82 103 | 5 0.05 2.87 104 | 4 0.04 2.91 105 | 3 0.03 2.94 106 | 1 0.01 2.95 107 | 5 0.05 3.00 108 | 2 0.02 3.02 109 | 5 0.05 3.07 110 | 2 0.02 3.09 111 | 1 0.01 3.10 112 | 2 0.02 3.12 113 | 4 0.04 3.16 114 | 5 0.05 3.21 115 | 4 0.04 3.25 116 | 2 0.02 3.27 117 | 1 0.01 3.28 118 | 1 0.01 3.29 119 | 1 0.01 3.30 120 | 2 0.02 3.32 121 | 6 0.06 3.38 122 | 1 0.01 3.39 123 | 3 0.03 3.42 124 | 4 0.04 3.46 125 | 5 0.05 3.51 126 | 1 0.01 3.52 127 | 3 0.03 3.55 128 | 2 0.02 3.57 130 | 4 0.04 3.61 131 | 4 0.04 3.65 132 | 1 0.01 3.66 133 | 1 0.01 3.67 134 | 1 0.01 3.68 135 | 3 0.03 3.71 136 | 2 0.02 3.73 137 | 2 0.02 3.75 138 | 2 0.02 3.77 139 | 4 0.04 3.81 140 | 3 0.03 3.84 141 | 5 0.05 3.89 142 | 4 0.04 3.93 143 | 2 0.02 3.95 144 | 2 0.02 3.97 145 | 3 0.03 4.00 146 | 1 0.01 4.01 148 | 1 0.01 4.02 149 | 4 0.04 4.06 150 | 3 0.03 4.09 151 | 1 0.01 4.10 152 | 1 0.01 4.11 154 | 2 0.02 4.13 155 | 2 0.02 4.15 157 | 2 0.02 4.17 158 | 2 0.02 4.19 159 | 2 0.02 4.21 160 | 1 0.01 4.22 161 | 4 0.04 4.26 162 | 5 0.05 4.31 163 | 1 0.01 4.32 164 | 3 0.03 4.35 165 | 6 0.06 4.41 166 | 3 0.03 4.44 167 | 1 0.01 4.45 168 | 1 0.01 4.46 169 | 2 0.02 4.48 171 | 3 0.03 4.51 173 | 4 0.04 4.55 174 | 2 0.02 4.57 175 | 2 0.02 4.59 177 | 2 0.02 4.61 178 | 4 0.04 4.65 179 | 8 0.08 4.73 180 | 2 0.02 4.75 182 | 2 0.02 4.77 183 | 4 0.04 4.81 184 | 2 0.02 4.83 185 | 2 0.02 4.85 187 | 8 0.08 4.93 188 | 2 0.02 4.95 189 | 5 0.05 5.00 190 | 1 0.01 5.01 191 | 6 0.06 5.07 192 | 5 0.05 5.12 193 | 1 0.01 5.13 194 | 4 0.04 5.17 195 | 7 0.07 5.24 197 | 2 0.02 5.26 198 | 3 0.03 5.29 200 | 1 0.01 5.30 201 | 1 0.01 5.31 202 | 1 0.01 5.32 203 | 1 0.01 5.33 204 | 5 0.05 5.38 205 | 3 0.03 5.41 206 | 8 0.08 5.49 208 | 2 0.02 5.51 209 | 1 0.01 5.52 210 | 3 0.03 5.55 211 | 1 0.01 5.56 212 | 4 0.04 5.60 213 | 2 0.02 5.62 216 | 6 0.06 5.68 217 | 1 0.01 5.69 218 | 4 0.04 5.73 220 | 2 0.02 5.75 221 | 2 0.02 5.77 222 | 1 0.01 5.78 223 | 5 0.05 5.83 224 | 3 0.03 5.86 225 | 3 0.03 5.89 226 | 1 0.01 5.90 227 | 5 0.05 5.95 228 | 2 0.02 5.97 229 | 1 0.01 5.98 230 | 2 0.02 6.00 231 | 5 0.05 6.05 232 | 2 0.02 6.07 233 | 2 0.02 6.09 234 | 3 0.03 6.12 235 | 2 0.02 6.14 236 | 5 0.05 6.19 237 | 1 0.01 6.20 238 | 3 0.03 6.23 239 | 4 0.04 6.27 240 | 1 0.01 6.28 242 | 1 0.01 6.29 243 | 7 0.07 6.36 244 | 3 0.03 6.39 245 | 1 0.01 6.40 246 | 2 0.02 6.42 247 | 3 0.03 6.45 248 | 4 0.04 6.49 249 | 2 0.02 6.51 250 | 3 0.03 6.54 251 | 2 0.02 6.56 252 | 2 0.02 6.58 253 | 5 0.05 6.63 254 | 1 0.01 6.64 256 | 1 0.01 6.65 257 | 3 0.03 6.68 258 | 2 0.02 6.70 259 | 1 0.01 6.71 260 | 5 0.05 6.76 261 | 2 0.02 6.78 262 | 4 0.04 6.82 263 | 4 0.04 6.86 264 | 2 0.02 6.88 265 | 4 0.04 6.92 266 | 3 0.03 6.95 267 | 4 0.04 6.99 268 | 4 0.04 7.03 269 | 1 0.01 7.04 270 | 1 0.01 7.05 272 | 3 0.03 7.08 273 | 4 0.04 7.12 274 | 5 0.05 7.17 275 | 5 0.05 7.22 276 | 4 0.04 7.26 277 | 6 0.06 7.32 278 | 4 0.04 7.36 279 | 4 0.04 7.40 280 | 4 0.04 7.44 281 | 1 0.01 7.45 282 | 2 0.02 7.47 283 | 8 0.08 7.55 284 | 3 0.03 7.58 285 | 3 0.03 7.61 286 | 2 0.02 7.63 287 | 1 0.01 7.64 288 | 4 0.04 7.68 290 | 5 0.05 7.73 291 | 2 0.02 7.75 292 | 5 0.05 7.80 293 | 5 0.05 7.85 294 | 4 0.04 7.89 295 | 1 0.01 7.90 296 | 8 0.08 7.98 297 | 2 0.02 8.00 298 | 6 0.06 8.06 299 | 1 0.01 8.07 300 | 2 0.02 8.09 302 | 3 0.03 8.12 303 | 5 0.05 8.17 304 | 1 0.01 8.18 305 | 1 0.01 8.19 306 | 1 0.01 8.20 307 | 1 0.01 8.21 308 | 3 0.03 8.24 309 | 2 0.02 8.26 310 | 2 0.02 8.28 311 | 3 0.03 8.31 312 | 4 0.04 8.35 313 | 2 0.02 8.37 314 | 3 0.03 8.40 315 | 5 0.05 8.45 316 | 1 0.01 8.46 317 | 2 0.02 8.48 319 | 2 0.02 8.50 320 | 2 0.02 8.52 321 | 1 0.01 8.53 322 | 1 0.01 8.54 323 | 1 0.01 8.55 324 | 1 0.01 8.56 325 | 5 0.05 8.61 326 | 4 0.04 8.65 327 | 2 0.02 8.67 328 | 2 0.02 8.69 329 | 4 0.04 8.73 330 | 1 0.01 8.74 332 | 3 0.03 8.77 333 | 2 0.02 8.79 334 | 5 0.05 8.84 335 | 3 0.03 8.87 336 | 8 0.08 8.95 337 | 5 0.05 9.00 338 | 2 0.02 9.02 339 | 1 0.01 9.03 340 | 4 0.04 9.07 341 | 2 0.02 9.09 342 | 1 0.01 9.10 343 | 2 0.02 9.12 344 | 2 0.02 9.14 345 | 4 0.04 9.18 346 | 2 0.02 9.20 347 | 4 0.04 9.24 348 | 3 0.03 9.27 349 | 1 0.01 9.28 350 | 2 0.02 9.30 351 | 1 0.01 9.31 352 | 1 0.01 9.32 353 | 7 0.07 9.39 354 | 4 0.04 9.43 355 | 7 0.07 9.50 356 | 2 0.02 9.52 357 | 1 0.01 9.53 358 | 1 0.01 9.54 359 | 1 0.01 9.55 360 | 2 0.02 9.57 361 | 3 0.03 9.60 362 | 4 0.04 9.64 363 | 2 0.02 9.66 364 | 4 0.04 9.70 365 | 3 0.03 9.73 367 | 6 0.06 9.79 369 | 2 0.02 9.81 370 | 2 0.02 9.83 371 | 5 0.05 9.88 372 | 4 0.04 9.92 373 | 2 0.02 9.94 374 | 1 0.01 9.95 375 | 4 0.04 9.99 376 | 2 0.02 10.01 377 | 2 0.02 10.03 378 | 2 0.02 10.05 379 | 1 0.01 10.06 380 | 1 0.01 10.07 381 | 1 0.01 10.08 382 | 2 0.02 10.10 383 | 4 0.04 10.14 384 | 4 0.04 10.18 385 | 1 0.01 10.19 386 | 2 0.02 10.21 387 | 2 0.02 10.23 388 | 5 0.05 10.28 389 | 3 0.03 10.31 391 | 1 0.01 10.32 392 | 1 0.01 10.33 393 | 4 0.04 10.37 394 | 1 0.01 10.38 395 | 3 0.03 10.41 396 | 4 0.04 10.45 397 | 1 0.01 10.46 398 | 4 0.04 10.50 399 | 2 0.02 10.52 400 | 1 0.01 10.53 401 | 2 0.02 10.55 402 | 2 0.02 10.57 403 | 1 0.01 10.58 404 | 2 0.02 10.60 405 | 1 0.01 10.61 406 | 3 0.03 10.64 407 | 1 0.01 10.65 409 | 2 0.02 10.67 410 | 1 0.01 10.68 411 | 2 0.02 10.70 412 | 2 0.02 10.72 413 | 1 0.01 10.73 414 | 5 0.05 10.78 415 | 4 0.04 10.82 416 | 1 0.01 10.83 417 | 2 0.02 10.85 418 | 2 0.02 10.87 419 | 1 0.01 10.88 420 | 5 0.05 10.93 421 | 2 0.02 10.95 422 | 2 0.02 10.97 423 | 4 0.04 11.01 424 | 2 0.02 11.03 425 | 3 0.03 11.06 426 | 1 0.01 11.07 427 | 2 0.02 11.09 428 | 1 0.01 11.10 429 | 2 0.02 11.12 430 | 1 0.01 11.13 431 | 4 0.04 11.17 432 | 1 0.01 11.18 433 | 3 0.03 11.21 434 | 3 0.03 11.24 435 | 2 0.02 11.26 436 | 4 0.04 11.30 437 | 2 0.02 11.32 438 | 1 0.01 11.33 439 | 6 0.06 11.39 440 | 6 0.06 11.45 441 | 2 0.02 11.47 442 | 1 0.01 11.48 443 | 2 0.02 11.50 444 | 6 0.06 11.56 445 | 1 0.01 11.57 446 | 4 0.04 11.61 447 | 4 0.04 11.65 448 | 5 0.05 11.70 449 | 1 0.01 11.71 450 | 1 0.01 11.72 451 | 3 0.03 11.75 452 | 1 0.01 11.76 453 | 4 0.04 11.80 454 | 1 0.01 11.81 455 | 4 0.04 11.85 456 | 5 0.05 11.90 457 | 2 0.02 11.92 458 | 3 0.03 11.95 459 | 10 0.10 12.05 460 | 1 0.01 12.06 461 | 4 0.04 12.10 462 | 2 0.02 12.12 463 | 1 0.01 12.13 464 | 1 0.01 12.14 465 | 5 0.05 12.19 466 | 4 0.04 12.23 467 | 1 0.01 12.24 468 | 3 0.03 12.27 469 | 1 0.01 12.28 470 | 1 0.01 12.29 471 | 1 0.01 12.30 472 | 4 0.04 12.34 473 | 5 0.05 12.39 475 | 1 0.01 12.40 476 | 3 0.03 12.43 477 | 4 0.04 12.47 478 | 1 0.01 12.48 479 | 3 0.03 12.51 480 | 1 0.01 12.52 481 | 4 0.04 12.56 482 | 6 0.06 12.62 483 | 5 0.05 12.67 484 | 1 0.01 12.68 485 | 6 0.06 12.74 486 | 1 0.01 12.75 487 | 2 0.02 12.77 489 | 3 0.03 12.80 490 | 6 0.06 12.86 491 | 3 0.03 12.89 492 | 1 0.01 12.90 493 | 4 0.04 12.94 494 | 6 0.06 13.00 495 | 4 0.04 13.04 496 | 3 0.03 13.07 497 | 6 0.06 13.13 498 | 5 0.05 13.18 499 | 3 0.03 13.21 500 | 1 0.01 13.22 501 | 3 0.03 13.25 502 | 2 0.02 13.27 503 | 6 0.06 13.33 504 | 3 0.03 13.36 505 | 3 0.03 13.39 506 | 1 0.01 13.40 508 | 2 0.02 13.42 509 | 2 0.02 13.44 510 | 5 0.05 13.49 511 | 1 0.01 13.50 512 | 2 0.02 13.52 513 | 2 0.02 13.54 514 | 2 0.02 13.56 515 | 1 0.01 13.57 516 | 2 0.02 13.59 517 | 1 0.01 13.60 518 | 7 0.07 13.67 519 | 1 0.01 13.68 520 | 2 0.02 13.70 521 | 2 0.02 13.72 522 | 1 0.01 13.73 523 | 2 0.02 13.75 524 | 6 0.06 13.81 525 | 5 0.05 13.86 526 | 2 0.02 13.88 527 | 5 0.05 13.93 528 | 1 0.01 13.94 529 | 1 0.01 13.95 530 | 2 0.02 13.97 531 | 2 0.02 13.99 532 | 4 0.04 14.03 533 | 1 0.01 14.04 534 | 2 0.02 14.06 535 | 1 0.01 14.07 536 | 1 0.01 14.08 537 | 2 0.02 14.10 538 | 1 0.01 14.11 539 | 5 0.05 14.16 540 | 4 0.04 14.20 541 | 2 0.02 14.22 542 | 4 0.04 14.26 544 | 4 0.04 14.30 545 | 1 0.01 14.31 546 | 3 0.03 14.34 547 | 1 0.01 14.35 548 | 2 0.02 14.37 549 | 1 0.01 14.38 550 | 2 0.02 14.40 551 | 3 0.03 14.43 552 | 4 0.04 14.47 553 | 2 0.02 14.49 554 | 3 0.03 14.52 555 | 2 0.02 14.54 556 | 4 0.04 14.58 557 | 2 0.02 14.60 559 | 3 0.03 14.63 560 | 2 0.02 14.65 561 | 2 0.02 14.67 562 | 4 0.04 14.71 563 | 4 0.04 14.75 564 | 2 0.02 14.77 565 | 1 0.01 14.78 566 | 1 0.01 14.79 567 | 4 0.04 14.83 569 | 1 0.01 14.84 570 | 1 0.01 14.85 572 | 3 0.03 14.88 573 | 1 0.01 14.89 574 | 1 0.01 14.90 575 | 2 0.02 14.92 576 | 2 0.02 14.94 577 | 4 0.04 14.98 578 | 2 0.02 15.00 579 | 3 0.03 15.03 581 | 2 0.02 15.05 582 | 2 0.02 15.07 583 | 1 0.01 15.08 584 | 3 0.03 15.11 585 | 5 0.05 15.16 586 | 4 0.04 15.20 587 | 4 0.04 15.24 588 | 3 0.03 15.27 589 | 1 0.01 15.28 590 | 1 0.01 15.29 591 | 5 0.05 15.34 592 | 2 0.02 15.36 593 | 3 0.03 15.39 594 | 2 0.02 15.41 595 | 1 0.01 15.42 596 | 1 0.01 15.43 597 | 3 0.03 15.46 598 | 2 0.02 15.48 599 | 1 0.01 15.49 600 | 4 0.04 15.53 601 | 4 0.04 15.57 602 | 1 0.01 15.58 603 | 3 0.03 15.61 604 | 3 0.03 15.64 605 | 5 0.05 15.69 606 | 1 0.01 15.70 607 | 3 0.03 15.73 608 | 2 0.02 15.75 609 | 1 0.01 15.76 610 | 1 0.01 15.77 611 | 2 0.02 15.79 612 | 2 0.02 15.81 613 | 2 0.02 15.83 614 | 1 0.01 15.84 615 | 4 0.04 15.88 616 | 2 0.02 15.90 617 | 3 0.03 15.93 618 | 4 0.04 15.97 620 | 2 0.02 15.99 621 | 2 0.02 16.01 622 | 1 0.01 16.02 623 | 5 0.05 16.07 624 | 1 0.01 16.08 625 | 1 0.01 16.09 626 | 2 0.02 16.11 627 | 2 0.02 16.13 628 | 1 0.01 16.14 629 | 3 0.03 16.17 630 | 4 0.04 16.21 631 | 3 0.03 16.24 632 | 1 0.01 16.25 633 | 4 0.04 16.29 634 | 1 0.01 16.30 635 | 1 0.01 16.31 636 | 3 0.03 16.34 637 | 4 0.04 16.38 638 | 1 0.01 16.39 639 | 3 0.03 16.42 641 | 5 0.05 16.47 642 | 1 0.01 16.48 643 | 2 0.02 16.50 644 | 1 0.01 16.51 645 | 2 0.02 16.53 646 | 3 0.03 16.56 647 | 4 0.04 16.60 648 | 4 0.04 16.64 649 | 5 0.05 16.69 650 | 2 0.02 16.71 651 | 2 0.02 16.73 652 | 4 0.04 16.77 653 | 3 0.03 16.80 654 | 1 0.01 16.81 655 | 3 0.03 16.84 656 | 4 0.04 16.88 657 | 1 0.01 16.89 658 | 6 0.06 16.95 659 | 2 0.02 16.97 661 | 3 0.03 17.00 662 | 2 0.02 17.02 664 | 4 0.04 17.06 665 | 2 0.02 17.08 666 | 5 0.05 17.13 668 | 1 0.01 17.14 669 | 2 0.02 17.16 670 | 1 0.01 17.17 671 | 2 0.02 17.19 672 | 2 0.02 17.21 674 | 1 0.01 17.22 675 | 5 0.05 17.27 676 | 3 0.03 17.30 677 | 2 0.02 17.32 678 | 5 0.05 17.37 679 | 7 0.07 17.44 680 | 2 0.02 17.46 681 | 4 0.04 17.50 682 | 2 0.02 17.52 683 | 3 0.03 17.55 684 | 3 0.03 17.58 685 | 4 0.04 17.62 686 | 3 0.03 17.65 687 | 2 0.02 17.67 688 | 2 0.02 17.69 689 | 2 0.02 17.71 690 | 2 0.02 17.73 691 | 2 0.02 17.75 692 | 1 0.01 17.76 693 | 4 0.04 17.80 694 | 4 0.04 17.84 695 | 8 0.08 17.92 696 | 1 0.01 17.93 697 | 4 0.04 17.97 698 | 3 0.03 18.00 699 | 2 0.02 18.02 700 | 1 0.01 18.03 701 | 2 0.02 18.05 702 | 1 0.01 18.06 703 | 3 0.03 18.09 704 | 1 0.01 18.10 706 | 4 0.04 18.14 708 | 1 0.01 18.15 709 | 2 0.02 18.17 712 | 3 0.03 18.20 713 | 4 0.04 18.24 714 | 4 0.04 18.28 715 | 2 0.02 18.30 716 | 2 0.02 18.32 717 | 2 0.02 18.34 718 | 3 0.03 18.37 719 | 3 0.03 18.40 720 | 4 0.04 18.44 722 | 4 0.04 18.48 723 | 4 0.04 18.52 724 | 2 0.02 18.54 725 | 1 0.01 18.55 726 | 4 0.04 18.59 727 | 2 0.02 18.61 728 | 2 0.02 18.63 730 | 1 0.01 18.64 731 | 2 0.02 18.66 732 | 4 0.04 18.70 733 | 4 0.04 18.74 734 | 2 0.02 18.76 735 | 4 0.04 18.80 736 | 4 0.04 18.84 737 | 6 0.06 18.90 738 | 1 0.01 18.91 739 | 1 0.01 18.92 740 | 2 0.02 18.94 741 | 2 0.02 18.96 742 | 1 0.01 18.97 743 | 1 0.01 18.98 744 | 3 0.03 19.01 745 | 4 0.04 19.05 746 | 3 0.03 19.08 747 | 3 0.03 19.11 748 | 2 0.02 19.13 749 | 1 0.01 19.14 750 | 6 0.06 19.20 751 | 4 0.04 19.24 752 | 5 0.05 19.29 753 | 4 0.04 19.33 754 | 6 0.06 19.39 755 | 1 0.01 19.40 756 | 1 0.01 19.41 757 | 5 0.05 19.46 758 | 1 0.01 19.47 759 | 1 0.01 19.48 760 | 2 0.02 19.50 761 | 1 0.01 19.51 762 | 4 0.04 19.55 763 | 2 0.02 19.57 764 | 3 0.03 19.60 765 | 4 0.04 19.64 766 | 1 0.01 19.65 767 | 1 0.01 19.66 768 | 2 0.02 19.68 769 | 3 0.03 19.71 770 | 3 0.03 19.74 771 | 4 0.04 19.78 772 | 1 0.01 19.79 773 | 1 0.01 19.80 774 | 2 0.02 19.82 775 | 3 0.03 19.85 776 | 3 0.03 19.88 777 | 3 0.03 19.91 778 | 2 0.02 19.93 779 | 3 0.03 19.96 780 | 3 0.03 19.99 781 | 4 0.04 20.03 782 | 4 0.04 20.07 783 | 1 0.01 20.08 784 | 2 0.02 20.10 785 | 4 0.04 20.14 786 | 2 0.02 20.16 787 | 4 0.04 20.20 788 | 1 0.01 20.21 789 | 1 0.01 20.22 790 | 1 0.01 20.23 791 | 1 0.01 20.24 792 | 1 0.01 20.25 793 | 1 0.01 20.26 794 | 4 0.04 20.30 795 | 1 0.01 20.31 796 | 6 0.06 20.37 797 | 4 0.04 20.41 798 | 1 0.01 20.42 799 | 2 0.02 20.44 800 | 2 0.02 20.46 801 | 3 0.03 20.49 802 | 2 0.02 20.51 803 | 1 0.01 20.52 804 | 4 0.04 20.56 805 | 3 0.03 20.59 806 | 2 0.02 20.61 807 | 6 0.06 20.67 808 | 1 0.01 20.68 809 | 1 0.01 20.69 810 | 4 0.04 20.73 811 | 4 0.04 20.77 812 | 2 0.02 20.79 813 | 2 0.02 20.81 814 | 2 0.02 20.83 815 | 1 0.01 20.84 816 | 3 0.03 20.87 817 | 1 0.01 20.88 818 | 4 0.04 20.92 819 | 2 0.02 20.94 820 | 4 0.04 20.98 821 | 1 0.01 20.99 822 | 1 0.01 21.00 823 | 3 0.03 21.03 825 | 1 0.01 21.04 826 | 2 0.02 21.06 827 | 3 0.03 21.09 828 | 1 0.01 21.10 829 | 2 0.02 21.12 830 | 2 0.02 21.14 831 | 1 0.01 21.15 832 | 6 0.06 21.21 833 | 1 0.01 21.22 834 | 5 0.05 21.27 835 | 1 0.01 21.28 836 | 2 0.02 21.30 837 | 1 0.01 21.31 839 | 3 0.03 21.34 840 | 1 0.01 21.35 841 | 2 0.02 21.37 842 | 1 0.01 21.38 843 | 1 0.01 21.39 844 | 2 0.02 21.41 845 | 1 0.01 21.42 846 | 2 0.02 21.44 847 | 2 0.02 21.46 848 | 3 0.03 21.49 849 | 3 0.03 21.52 851 | 2 0.02 21.54 852 | 4 0.04 21.58 853 | 2 0.02 21.60 854 | 5 0.05 21.65 855 | 3 0.03 21.68 856 | 3 0.03 21.71 857 | 1 0.01 21.72 858 | 3 0.03 21.75 859 | 2 0.02 21.77 860 | 2 0.02 21.79 861 | 3 0.03 21.82 862 | 1 0.01 21.83 863 | 8 0.08 21.91 864 | 4 0.04 21.95 865 | 2 0.02 21.97 866 | 2 0.02 21.99 867 | 1 0.01 22.00 868 | 4 0.04 22.04 870 | 1 0.01 22.05 871 | 4 0.04 22.09 872 | 1 0.01 22.10 873 | 4 0.04 22.14 874 | 2 0.02 22.16 875 | 2 0.02 22.18 876 | 5 0.05 22.23 877 | 7 0.07 22.30 879 | 3 0.03 22.33 880 | 3 0.03 22.36 881 | 7 0.07 22.43 882 | 5 0.05 22.48 883 | 4 0.04 22.52 884 | 6 0.06 22.58 885 | 2 0.02 22.60 886 | 4 0.04 22.64 887 | 1 0.01 22.65 888 | 4 0.04 22.69 889 | 4 0.04 22.73 890 | 3 0.03 22.76 892 | 8 0.08 22.84 893 | 3 0.03 22.87 894 | 4 0.04 22.91 895 | 1 0.01 22.92 896 | 1 0.01 22.93 897 | 1 0.01 22.94 898 | 3 0.03 22.97 899 | 3 0.03 23.00 900 | 5 0.05 23.05 901 | 1 0.01 23.06 902 | 6 0.06 23.12 904 | 1 0.01 23.13 905 | 4 0.04 23.17 906 | 7 0.07 23.24 909 | 1 0.01 23.25 910 | 2 0.02 23.27 911 | 2 0.02 23.29 912 | 2 0.02 23.31 913 | 2 0.02 23.33 914 | 3 0.03 23.36 916 | 2 0.02 23.38 917 | 6 0.06 23.44 918 | 1 0.01 23.45 919 | 2 0.02 23.47 920 | 4 0.04 23.51 921 | 4 0.04 23.55 922 | 4 0.04 23.59 923 | 5 0.05 23.64 924 | 2 0.02 23.66 925 | 3 0.03 23.69 926 | 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980 | 2 0.02 25.07 981 | 1 0.01 25.08 982 | 4 0.04 25.12 983 | 2 0.02 25.14 984 | 1 0.01 25.15 985 | 2 0.02 25.17 987 | 5 0.05 25.22 988 | 4 0.04 25.26 989 | 1 0.01 25.27 990 | 2 0.02 25.29 992 | 2 0.02 25.31 993 | 1 0.01 25.32 994 | 2 0.02 25.34 995 | 5 0.05 25.39 996 | 5 0.05 25.44 997 | 3 0.03 25.47 998 | 3 0.03 25.50 999 | 2 0.02 25.52 1000 | 2 0.02 25.54 1001 | 2 0.02 25.56 1002 | 2 0.02 25.58 1003 | 5 0.05 25.63 1004 | 1 0.01 25.64 1005 | 2 0.02 25.66 1006 | 1 0.01 25.67 1007 | 2 0.02 25.69 1008 | 3 0.03 25.72 1009 | 2 0.02 25.74 1010 | 4 0.04 25.78 1011 | 1 0.01 25.79 1012 | 2 0.02 25.81 1013 | 1 0.01 25.82 1014 | 4 0.04 25.86 1015 | 2 0.02 25.88 1017 | 3 0.03 25.91 1018 | 3 0.03 25.94 1019 | 3 0.03 25.97 1020 | 6 0.06 26.03 1021 | 3 0.03 26.06 1022 | 1 0.01 26.07 1023 | 1 0.01 26.08 1024 | 1 0.01 26.09 1025 | 5 0.05 26.14 1026 | 1 0.01 26.15 1027 | 5 0.05 26.20 1028 | 9 0.09 26.29 1029 | 1 0.01 26.30 1030 | 1 0.01 26.31 1031 | 2 0.02 26.33 1032 | 3 0.03 26.36 1033 | 1 0.01 26.37 1034 | 1 0.01 26.38 1036 | 2 0.02 26.40 1038 | 1 0.01 26.41 1039 | 1 0.01 26.42 1040 | 2 0.02 26.44 1041 | 1 0.01 26.45 1042 | 2 0.02 26.47 1043 | 3 0.03 26.50 1044 | 5 0.05 26.55 1045 | 6 0.06 26.61 1046 | 7 0.07 26.68 1047 | 1 0.01 26.69 1050 | 3 0.03 26.72 1051 | 1 0.01 26.73 1052 | 2 0.02 26.75 1053 | 6 0.06 26.81 1054 | 4 0.04 26.85 1055 | 2 0.02 26.87 1056 | 2 0.02 26.89 1057 | 4 0.04 26.93 1058 | 2 0.02 26.95 1059 | 2 0.02 26.97 1060 | 3 0.03 27.00 1061 | 2 0.02 27.02 1062 | 4 0.04 27.06 1063 | 3 0.03 27.09 1064 | 1 0.01 27.10 1065 | 9 0.09 27.19 1066 | 1 0.01 27.20 1068 | 7 0.07 27.27 1069 | 1 0.01 27.28 1070 | 5 0.05 27.33 1071 | 1 0.01 27.34 1072 | 3 0.03 27.37 1073 | 4 0.04 27.41 1074 | 1 0.01 27.42 1076 | 2 0.02 27.44 1077 | 5 0.05 27.49 1078 | 6 0.06 27.55 1079 | 1 0.01 27.56 1080 | 2 0.02 27.58 1082 | 2 0.02 27.60 1083 | 3 0.03 27.63 1084 | 2 0.02 27.65 1085 | 2 0.02 27.67 1086 | 1 0.01 27.68 1087 | 3 0.03 27.71 1088 | 2 0.02 27.73 1089 | 1 0.01 27.74 1090 | 4 0.04 27.78 1091 | 4 0.04 27.82 1092 | 7 0.07 27.89 1093 | 1 0.01 27.90 1094 | 1 0.01 27.91 1095 | 4 0.04 27.95 1096 | 8 0.08 28.03 1098 | 1 0.01 28.04 1099 | 2 0.02 28.06 1100 | 2 0.02 28.08 1101 | 2 0.02 28.10 1102 | 2 0.02 28.12 1103 | 2 0.02 28.14 1104 | 4 0.04 28.18 1105 | 7 0.07 28.25 1106 | 5 0.05 28.30 1107 | 2 0.02 28.32 1108 | 7 0.07 28.39 1109 | 2 0.02 28.41 1110 | 1 0.01 28.42 1112 | 3 0.03 28.45 1113 | 1 0.01 28.46 1114 | 3 0.03 28.49 1115 | 4 0.04 28.53 1116 | 4 0.04 28.57 1118 | 2 0.02 28.59 1119 | 3 0.03 28.62 1120 | 4 0.04 28.66 1121 | 2 0.02 28.68 1122 | 2 0.02 28.70 1123 | 1 0.01 28.71 1124 | 2 0.02 28.73 1125 | 4 0.04 28.77 1126 | 1 0.01 28.78 1127 | 5 0.05 28.83 1128 | 4 0.04 28.87 1129 | 1 0.01 28.88 1130 | 4 0.04 28.92 1131 | 4 0.04 28.96 1132 | 2 0.02 28.98 1133 | 6 0.06 29.04 1134 | 4 0.04 29.08 1135 | 2 0.02 29.10 1136 | 2 0.02 29.12 1137 | 4 0.04 29.16 1138 | 9 0.09 29.25 1139 | 1 0.01 29.26 1140 | 1 0.01 29.27 1141 | 3 0.03 29.30 1142 | 5 0.05 29.35 1143 | 3 0.03 29.38 1144 | 2 0.02 29.40 1145 | 2 0.02 29.42 1146 | 7 0.07 29.49 1147 | 2 0.02 29.51 1148 | 2 0.02 29.53 1149 | 4 0.04 29.57 1150 | 3 0.03 29.60 1151 | 4 0.04 29.64 1152 | 4 0.04 29.68 1153 | 2 0.02 29.70 1154 | 4 0.04 29.74 1155 | 2 0.02 29.76 1156 | 2 0.02 29.78 1157 | 2 0.02 29.80 1158 | 4 0.04 29.84 1159 | 2 0.02 29.86 1160 | 6 0.06 29.92 1161 | 2 0.02 29.94 1162 | 2 0.02 29.96 1163 | 4 0.04 30.00 1164 | 4 0.04 30.04 1165 | 4 0.04 30.08 1166 | 1 0.01 30.09 1167 | 1 0.01 30.10 1168 | 3 0.03 30.13 1169 | 3 0.03 30.16 1170 | 2 0.02 30.18 1171 | 1 0.01 30.19 1172 | 4 0.04 30.23 1173 | 2 0.02 30.25 1174 | 1 0.01 30.26 1175 | 5 0.05 30.31 1176 | 1 0.01 30.32 1177 | 4 0.04 30.36 1178 | 5 0.05 30.41 1179 | 3 0.03 30.44 1180 | 3 0.03 30.47 1181 | 3 0.03 30.50 1184 | 5 0.05 30.55 1185 | 2 0.02 30.57 1186 | 2 0.02 30.59 1187 | 3 0.03 30.62 1188 | 3 0.03 30.65 1189 | 1 0.01 30.66 1190 | 4 0.04 30.70 1191 | 3 0.03 30.73 1192 | 4 0.04 30.77 1193 | 1 0.01 30.78 1194 | 3 0.03 30.81 1196 | 5 0.05 30.86 1197 | 2 0.02 30.88 1198 | 2 0.02 30.90 1199 | 5 0.05 30.95 1200 | 2 0.02 30.97 1201 | 4 0.04 31.01 1202 | 3 0.03 31.04 1203 | 4 0.04 31.08 1204 | 2 0.02 31.10 1205 | 2 0.02 31.12 1206 | 4 0.04 31.16 1207 | 1 0.01 31.17 1209 | 3 0.03 31.20 1210 | 5 0.05 31.25 1211 | 6 0.06 31.31 1212 | 1 0.01 31.32 1213 | 6 0.06 31.38 1214 | 4 0.04 31.42 1215 | 7 0.07 31.49 1216 | 3 0.03 31.52 1217 | 2 0.02 31.54 1218 | 2 0.02 31.56 1219 | 5 0.05 31.61 1221 | 1 0.01 31.62 1222 | 3 0.03 31.65 1223 | 3 0.03 31.68 1224 | 1 0.01 31.69 1225 | 2 0.02 31.71 1226 | 1 0.01 31.72 1227 | 2 0.02 31.74 1228 | 2 0.02 31.76 1229 | 2 0.02 31.78 1230 | 2 0.02 31.80 1231 | 2 0.02 31.82 1232 | 2 0.02 31.84 1233 | 1 0.01 31.85 1234 | 2 0.02 31.87 1235 | 2 0.02 31.89 1236 | 2 0.02 31.91 1237 | 4 0.04 31.95 1238 | 3 0.03 31.98 1239 | 2 0.02 32.00 1241 | 1 0.01 32.01 1243 | 2 0.02 32.03 1244 | 2 0.02 32.05 1246 | 4 0.04 32.09 1247 | 2 0.02 32.11 1248 | 1 0.01 32.12 1249 | 5 0.05 32.17 1250 | 1 0.01 32.18 1251 | 4 0.04 32.22 1252 | 4 0.04 32.26 1254 | 2 0.02 32.28 1255 | 1 0.01 32.29 1256 | 2 0.02 32.31 1257 | 3 0.03 32.34 1258 | 7 0.07 32.41 1259 | 1 0.01 32.42 1261 | 2 0.02 32.44 1262 | 3 0.03 32.47 1263 | 5 0.05 32.52 1264 | 3 0.03 32.55 1265 | 2 0.02 32.57 1266 | 1 0.01 32.58 1267 | 1 0.01 32.59 1268 | 3 0.03 32.62 1269 | 1 0.01 32.63 1270 | 4 0.04 32.67 1271 | 4 0.04 32.71 1272 | 1 0.01 32.72 1273 | 3 0.03 32.75 1274 | 1 0.01 32.76 1275 | 6 0.06 32.82 1276 | 1 0.01 32.83 1277 | 3 0.03 32.86 1278 | 2 0.02 32.88 1279 | 4 0.04 32.92 1280 | 2 0.02 32.94 1281 | 1 0.01 32.95 1282 | 1 0.01 32.96 1283 | 2 0.02 32.98 1284 | 3 0.03 33.01 1285 | 3 0.03 33.04 1286 | 3 0.03 33.07 1287 | 3 0.03 33.10 1289 | 2 0.02 33.12 1290 | 2 0.02 33.14 1291 | 7 0.07 33.21 1292 | 3 0.03 33.24 1293 | 2 0.02 33.26 1294 | 2 0.02 33.28 1295 | 2 0.02 33.30 1296 | 1 0.01 33.31 1297 | 3 0.03 33.34 1298 | 4 0.04 33.38 1299 | 4 0.04 33.42 1301 | 1 0.01 33.43 1302 | 2 0.02 33.45 1303 | 5 0.05 33.50 1304 | 6 0.06 33.56 1305 | 2 0.02 33.58 1306 | 2 0.02 33.60 1307 | 2 0.02 33.62 1308 | 2 0.02 33.64 1309 | 1 0.01 33.65 1310 | 3 0.03 33.68 1311 | 2 0.02 33.70 1312 | 2 0.02 33.72 1314 | 4 0.04 33.76 1315 | 3 0.03 33.79 1316 | 2 0.02 33.81 1317 | 3 0.03 33.84 1318 | 2 0.02 33.86 1319 | 2 0.02 33.88 1320 | 5 0.05 33.93 1321 | 1 0.01 33.94 1322 | 1 0.01 33.95 1323 | 1 0.01 33.96 1324 | 6 0.06 34.02 1325 | 3 0.03 34.05 1326 | 5 0.05 34.10 1327 | 2 0.02 34.12 1328 | 2 0.02 34.14 1329 | 2 0.02 34.16 1330 | 1 0.01 34.17 1331 | 5 0.05 34.22 1332 | 1 0.01 34.23 1333 | 2 0.02 34.25 1334 | 3 0.03 34.28 1335 | 3 0.03 34.31 1336 | 5 0.05 34.36 1337 | 3 0.03 34.39 1339 | 4 0.04 34.43 1340 | 2 0.02 34.45 1341 | 2 0.02 34.47 1343 | 2 0.02 34.49 1344 | 4 0.04 34.53 1345 | 1 0.01 34.54 1346 | 2 0.02 34.56 1347 | 2 0.02 34.58 1348 | 4 0.04 34.62 1349 | 6 0.06 34.68 1350 | 2 0.02 34.70 1351 | 2 0.02 34.72 1352 | 2 0.02 34.74 1355 | 3 0.03 34.77 1356 | 1 0.01 34.78 1357 | 2 0.02 34.80 1358 | 5 0.05 34.85 1359 | 4 0.04 34.89 1360 | 2 0.02 34.91 1361 | 1 0.01 34.92 1362 | 5 0.05 34.97 1363 | 1 0.01 34.98 1364 | 5 0.05 35.03 1365 | 10 0.10 35.13 1367 | 1 0.01 35.14 1368 | 4 0.04 35.18 1369 | 4 0.04 35.22 1370 | 1 0.01 35.23 1371 | 2 0.02 35.25 1372 | 2 0.02 35.27 1373 | 4 0.04 35.31 1374 | 4 0.04 35.35 1375 | 5 0.05 35.40 1377 | 4 0.04 35.44 1378 | 2 0.02 35.46 1379 | 4 0.04 35.50 1380 | 4 0.04 35.54 1381 | 5 0.05 35.59 1382 | 3 0.03 35.62 1383 | 3 0.03 35.65 1385 | 2 0.02 35.67 1386 | 3 0.03 35.70 1387 | 2 0.02 35.72 1388 | 3 0.03 35.75 1389 | 3 0.03 35.78 1391 | 2 0.02 35.80 1392 | 1 0.01 35.81 1393 | 2 0.02 35.83 1394 | 1 0.01 35.84 1395 | 2 0.02 35.86 1396 | 3 0.03 35.89 1397 | 1 0.01 35.90 1399 | 1 0.01 35.91 1400 | 2 0.02 35.93 1401 | 1 0.01 35.94 1402 | 2 0.02 35.96 1403 | 1 0.01 35.97 1404 | 3 0.03 36.00 1405 | 3 0.03 36.03 1406 | 2 0.02 36.05 1407 | 1 0.01 36.06 1408 | 2 0.02 36.08 1409 | 4 0.04 36.12 1411 | 4 0.04 36.16 1412 | 1 0.01 36.17 1413 | 2 0.02 36.19 1414 | 3 0.03 36.22 1415 | 3 0.03 36.25 1416 | 2 0.02 36.27 1417 | 2 0.02 36.29 1418 | 3 0.03 36.32 1419 | 2 0.02 36.34 1420 | 6 0.06 36.40 1421 | 3 0.03 36.43 1422 | 7 0.07 36.50 1423 | 2 0.02 36.52 1424 | 5 0.05 36.57 1425 | 4 0.04 36.61 1426 | 3 0.03 36.64 1427 | 1 0.01 36.65 1428 | 5 0.05 36.70 1429 | 2 0.02 36.72 1430 | 3 0.03 36.75 1431 | 2 0.02 36.77 1432 | 2 0.02 36.79 1433 | 3 0.03 36.82 1435 | 1 0.01 36.83 1436 | 2 0.02 36.85 1437 | 4 0.04 36.89 1438 | 1 0.01 36.90 1439 | 4 0.04 36.94 1440 | 2 0.02 36.96 1441 | 3 0.03 36.99 1442 | 1 0.01 37.00 1443 | 1 0.01 37.01 1444 | 5 0.05 37.06 1446 | 1 0.01 37.07 1447 | 4 0.04 37.11 1448 | 4 0.04 37.15 1449 | 2 0.02 37.17 1450 | 3 0.03 37.20 1451 | 2 0.02 37.22 1452 | 4 0.04 37.26 1453 | 3 0.03 37.29 1454 | 1 0.01 37.30 1455 | 6 0.06 37.36 1456 | 3 0.03 37.39 1457 | 1 0.01 37.40 1458 | 9 0.09 37.49 1460 | 1 0.01 37.50 1461 | 4 0.04 37.54 1462 | 2 0.02 37.56 1463 | 3 0.03 37.59 1464 | 1 0.01 37.60 1465 | 2 0.02 37.62 1466 | 2 0.02 37.64 1467 | 2 0.02 37.66 1468 | 4 0.04 37.70 1469 | 2 0.02 37.72 1470 | 2 0.02 37.74 1471 | 5 0.05 37.79 1472 | 4 0.04 37.83 1473 | 2 0.02 37.85 1474 | 2 0.02 37.87 1475 | 1 0.01 37.88 1476 | 2 0.02 37.90 1477 | 1 0.01 37.91 1478 | 13 0.13 38.04 1479 | 2 0.02 38.06 1480 | 2 0.02 38.08 1481 | 4 0.04 38.12 1482 | 1 0.01 38.13 1483 | 1 0.01 38.14 1484 | 5 0.05 38.19 1485 | 1 0.01 38.20 1486 | 8 0.08 38.28 1487 | 3 0.03 38.31 1488 | 4 0.04 38.35 1489 | 4 0.04 38.39 1490 | 4 0.04 38.43 1491 | 2 0.02 38.45 1492 | 1 0.01 38.46 1493 | 3 0.03 38.49 1494 | 4 0.04 38.53 1495 | 1 0.01 38.54 1496 | 4 0.04 38.58 1497 | 5 0.05 38.63 1498 | 5 0.05 38.68 1499 | 2 0.02 38.70 1500 | 2 0.02 38.72 1501 | 2 0.02 38.74 1502 | 5 0.05 38.79 1503 | 3 0.03 38.82 1504 | 1 0.01 38.83 1505 | 2 0.02 38.85 1506 | 3 0.03 38.88 1507 | 5 0.05 38.93 1508 | 2 0.02 38.95 1509 | 2 0.02 38.97 1511 | 2 0.02 38.99 1513 | 3 0.03 39.02 1514 | 3 0.03 39.05 1515 | 1 0.01 39.06 1516 | 4 0.04 39.10 1518 | 1 0.01 39.11 1519 | 4 0.04 39.15 1520 | 2 0.02 39.17 1521 | 2 0.02 39.19 1522 | 1 0.01 39.20 1523 | 2 0.02 39.22 1524 | 2 0.02 39.24 1525 | 4 0.04 39.28 1526 | 1 0.01 39.29 1527 | 1 0.01 39.30 1528 | 2 0.02 39.32 1529 | 3 0.03 39.35 1530 | 3 0.03 39.38 1531 | 2 0.02 39.40 1532 | 1 0.01 39.41 1533 | 1 0.01 39.42 1535 | 1 0.01 39.43 1536 | 3 0.03 39.46 1537 | 2 0.02 39.48 1538 | 1 0.01 39.49 1539 | 3 0.03 39.52 1540 | 6 0.06 39.58 1542 | 2 0.02 39.60 1543 | 2 0.02 39.62 1544 | 4 0.04 39.66 1545 | 2 0.02 39.68 1546 | 1 0.01 39.69 1547 | 1 0.01 39.70 1548 | 5 0.05 39.75 1549 | 2 0.02 39.77 1550 | 5 0.05 39.82 1551 | 2 0.02 39.84 1552 | 2 0.02 39.86 1553 | 1 0.01 39.87 1554 | 3 0.03 39.90 1555 | 5 0.05 39.95 1556 | 2 0.02 39.97 1557 | 3 0.03 40.00 1558 | 2 0.02 40.02 1559 | 3 0.03 40.05 1560 | 3 0.03 40.08 1561 | 2 0.02 40.10 1562 | 3 0.03 40.13 1563 | 3 0.03 40.16 1564 | 2 0.02 40.18 1565 | 10 0.10 40.28 1566 | 2 0.02 40.30 1567 | 5 0.05 40.35 1568 | 1 0.01 40.36 1569 | 4 0.04 40.40 1570 | 2 0.02 40.42 1572 | 6 0.06 40.48 1573 | 1 0.01 40.49 1574 | 4 0.04 40.53 1575 | 2 0.02 40.55 1576 | 4 0.04 40.59 1577 | 6 0.06 40.65 1578 | 5 0.05 40.70 1579 | 3 0.03 40.73 1580 | 1 0.01 40.74 1581 | 2 0.02 40.76 1582 | 5 0.05 40.81 1583 | 2 0.02 40.83 1584 | 1 0.01 40.84 1585 | 4 0.04 40.88 1586 | 1 0.01 40.89 1588 | 1 0.01 40.90 1589 | 1 0.01 40.91 1590 | 3 0.03 40.94 1591 | 1 0.01 40.95 1592 | 5 0.05 41.00 1593 | 2 0.02 41.02 1594 | 5 0.05 41.07 1595 | 1 0.01 41.08 1596 | 2 0.02 41.10 1597 | 4 0.04 41.14 1598 | 2 0.02 41.16 1599 | 5 0.05 41.21 1600 | 2 0.02 41.23 1601 | 4 0.04 41.27 1602 | 3 0.03 41.30 1603 | 2 0.02 41.32 1604 | 1 0.01 41.33 1605 | 1 0.01 41.34 1606 | 1 0.01 41.35 1607 | 3 0.03 41.38 1608 | 4 0.04 41.42 1610 | 2 0.02 41.44 1611 | 4 0.04 41.48 1612 | 1 0.01 41.49 1613 | 1 0.01 41.50 1614 | 2 0.02 41.52 1617 | 4 0.04 41.56 1618 | 6 0.06 41.62 1619 | 3 0.03 41.65 1620 | 3 0.03 41.68 1621 | 6 0.06 41.74 1622 | 1 0.01 41.75 1623 | 1 0.01 41.76 1624 | 2 0.02 41.78 1625 | 8 0.08 41.86 1626 | 4 0.04 41.90 1628 | 1 0.01 41.91 1629 | 3 0.03 41.94 1630 | 1 0.01 41.95 1631 | 1 0.01 41.96 1632 | 4 0.04 42.00 1633 | 1 0.01 42.01 1634 | 4 0.04 42.05 1635 | 2 0.02 42.07 1636 | 2 0.02 42.09 1639 | 1 0.01 42.10 1640 | 1 0.01 42.11 1641 | 3 0.03 42.14 1642 | 3 0.03 42.17 1643 | 2 0.02 42.19 1644 | 1 0.01 42.20 1645 | 1 0.01 42.21 1646 | 3 0.03 42.24 1647 | 9 0.09 42.33 1648 | 4 0.04 42.37 1649 | 2 0.02 42.39 1650 | 1 0.01 42.40 1651 | 1 0.01 42.41 1652 | 2 0.02 42.43 1653 | 2 0.02 42.45 1654 | 4 0.04 42.49 1655 | 3 0.03 42.52 1656 | 2 0.02 42.54 1657 | 2 0.02 42.56 1658 | 3 0.03 42.59 1659 | 4 0.04 42.63 1660 | 3 0.03 42.66 1661 | 1 0.01 42.67 1662 | 5 0.05 42.72 1663 | 2 0.02 42.74 1664 | 1 0.01 42.75 1665 | 1 0.01 42.76 1666 | 2 0.02 42.78 1667 | 2 0.02 42.80 1668 | 4 0.04 42.84 1669 | 4 0.04 42.88 1670 | 1 0.01 42.89 1671 | 3 0.03 42.92 1672 | 3 0.03 42.95 1673 | 1 0.01 42.96 1674 | 1 0.01 42.97 1675 | 2 0.02 42.99 1677 | 5 0.05 43.04 1678 | 2 0.02 43.06 1679 | 1 0.01 43.07 1680 | 3 0.03 43.10 1681 | 2 0.02 43.12 1682 | 3 0.03 43.15 1683 | 3 0.03 43.18 1684 | 4 0.04 43.22 1686 | 6 0.06 43.28 1687 | 4 0.04 43.32 1688 | 5 0.05 43.37 1689 | 2 0.02 43.39 1690 | 3 0.03 43.42 1691 | 1 0.01 43.43 1692 | 1 0.01 43.44 1693 | 3 0.03 43.47 1694 | 2 0.02 43.49 1695 | 3 0.03 43.52 1696 | 5 0.05 43.57 1697 | 3 0.03 43.60 1698 | 1 0.01 43.61 1699 | 4 0.04 43.65 1701 | 4 0.04 43.69 1702 | 1 0.01 43.70 1703 | 2 0.02 43.72 1704 | 2 0.02 43.74 1705 | 3 0.03 43.77 1707 | 2 0.02 43.79 1708 | 4 0.04 43.83 1709 | 1 0.01 43.84 1710 | 6 0.06 43.90 1711 | 3 0.03 43.93 1712 | 4 0.04 43.97 1713 | 6 0.06 44.03 1714 | 2 0.02 44.05 1715 | 1 0.01 44.06 1716 | 3 0.03 44.09 1717 | 2 0.02 44.11 1718 | 4 0.04 44.15 1719 | 2 0.02 44.17 1720 | 2 0.02 44.19 1722 | 3 0.03 44.22 1723 | 5 0.05 44.27 1726 | 3 0.03 44.30 1727 | 1 0.01 44.31 1728 | 1 0.01 44.32 1729 | 2 0.02 44.34 1730 | 5 0.05 44.39 1732 | 5 0.05 44.44 1733 | 1 0.01 44.45 1734 | 2 0.02 44.47 1735 | 1 0.01 44.48 1736 | 5 0.05 44.53 1737 | 3 0.03 44.56 1738 | 4 0.04 44.60 1739 | 1 0.01 44.61 1740 | 2 0.02 44.63 1741 | 3 0.03 44.66 1742 | 1 0.01 44.67 1743 | 4 0.04 44.71 1744 | 2 0.02 44.73 1745 | 3 0.03 44.76 1746 | 1 0.01 44.77 1748 | 3 0.03 44.80 1750 | 5 0.05 44.85 1751 | 6 0.06 44.91 1752 | 3 0.03 44.94 1753 | 4 0.04 44.98 1754 | 4 0.04 45.02 1755 | 4 0.04 45.06 1756 | 1 0.01 45.07 1757 | 1 0.01 45.08 1758 | 1 0.01 45.09 1759 | 2 0.02 45.11 1760 | 2 0.02 45.13 1763 | 1 0.01 45.14 1764 | 2 0.02 45.16 1765 | 5 0.05 45.21 1768 | 5 0.05 45.26 1769 | 3 0.03 45.29 1770 | 4 0.04 45.33 1771 | 1 0.01 45.34 1772 | 3 0.03 45.37 1775 | 3 0.03 45.40 1776 | 4 0.04 45.44 1779 | 1 0.01 45.45 1780 | 4 0.04 45.49 1781 | 2 0.02 45.51 1782 | 2 0.02 45.53 1783 | 2 0.02 45.55 1784 | 2 0.02 45.57 1785 | 2 0.02 45.59 1786 | 2 0.02 45.61 1787 | 3 0.03 45.64 1788 | 2 0.02 45.66 1789 | 3 0.03 45.69 1790 | 2 0.02 45.71 1791 | 3 0.03 45.74 1792 | 4 0.04 45.78 1793 | 3 0.03 45.81 1794 | 2 0.02 45.83 1795 | 4 0.04 45.87 1796 | 1 0.01 45.88 1797 | 3 0.03 45.91 1798 | 5 0.05 45.96 1799 | 3 0.03 45.99 1800 | 5 0.05 46.04 1801 | 4 0.04 46.08 1802 | 1 0.01 46.09 1803 | 2 0.02 46.11 1805 | 4 0.04 46.15 1806 | 7 0.07 46.22 1807 | 3 0.03 46.25 1808 | 3 0.03 46.28 1809 | 4 0.04 46.32 1810 | 1 0.01 46.33 1811 | 2 0.02 46.35 1813 | 1 0.01 46.36 1814 | 5 0.05 46.41 1815 | 3 0.03 46.44 1816 | 2 0.02 46.46 1817 | 3 0.03 46.49 1818 | 1 0.01 46.50 1819 | 1 0.01 46.51 1820 | 3 0.03 46.54 1821 | 1 0.01 46.55 1822 | 5 0.05 46.60 1823 | 1 0.01 46.61 1824 | 4 0.04 46.65 1825 | 3 0.03 46.68 1826 | 2 0.02 46.70 1827 | 2 0.02 46.72 1829 | 5 0.05 46.77 1830 | 2 0.02 46.79 1833 | 1 0.01 46.80 1834 | 2 0.02 46.82 1835 | 2 0.02 46.84 1836 | 4 0.04 46.88 1837 | 1 0.01 46.89 1838 | 2 0.02 46.91 1839 | 1 0.01 46.92 1840 | 2 0.02 46.94 1841 | 4 0.04 46.98 1842 | 9 0.09 47.07 1843 | 1 0.01 47.08 1845 | 5 0.05 47.13 1847 | 2 0.02 47.15 1848 | 1 0.01 47.16 1849 | 3 0.03 47.19 1850 | 2 0.02 47.21 1851 | 3 0.03 47.24 1852 | 2 0.02 47.26 1853 | 2 0.02 47.28 1854 | 2 0.02 47.30 1856 | 2 0.02 47.32 1857 | 1 0.01 47.33 1858 | 2 0.02 47.35 1859 | 1 0.01 47.36 1860 | 1 0.01 47.37 1861 | 4 0.04 47.41 1862 | 2 0.02 47.43 1863 | 6 0.06 47.49 1865 | 2 0.02 47.51 1866 | 2 0.02 47.53 1868 | 5 0.05 47.58 1869 | 2 0.02 47.60 1870 | 3 0.03 47.63 1873 | 5 0.05 47.68 1874 | 1 0.01 47.69 1876 | 1 0.01 47.70 1877 | 1 0.01 47.71 1878 | 1 0.01 47.72 1879 | 2 0.02 47.74 1880 | 2 0.02 47.76 1881 | 1 0.01 47.77 1882 | 2 0.02 47.79 1883 | 3 0.03 47.82 1884 | 5 0.05 47.87 1885 | 2 0.02 47.89 1886 | 1 0.01 47.90 1887 | 1 0.01 47.91 1888 | 2 0.02 47.93 1889 | 1 0.01 47.94 1890 | 2 0.02 47.96 1891 | 2 0.02 47.98 1892 | 3 0.03 48.01 1893 | 2 0.02 48.03 1894 | 4 0.04 48.07 1895 | 2 0.02 48.09 1896 | 2 0.02 48.11 1897 | 1 0.01 48.12 1898 | 2 0.02 48.14 1899 | 2 0.02 48.16 1900 | 2 0.02 48.18 1901 | 2 0.02 48.20 1902 | 2 0.02 48.22 1903 | 2 0.02 48.24 1904 | 4 0.04 48.28 1905 | 1 0.01 48.29 1906 | 4 0.04 48.33 1907 | 2 0.02 48.35 1908 | 2 0.02 48.37 1909 | 3 0.03 48.40 1910 | 4 0.04 48.44 1911 | 4 0.04 48.48 1912 | 3 0.03 48.51 1913 | 1 0.01 48.52 1914 | 2 0.02 48.54 1915 | 5 0.05 48.59 1916 | 1 0.01 48.60 1917 | 1 0.01 48.61 1918 | 4 0.04 48.65 1919 | 2 0.02 48.67 1920 | 1 0.01 48.68 1921 | 3 0.03 48.71 1922 | 1 0.01 48.72 1923 | 5 0.05 48.77 1924 | 1 0.01 48.78 1925 | 3 0.03 48.81 1926 | 2 0.02 48.83 1927 | 4 0.04 48.87 1928 | 4 0.04 48.91 1929 | 2 0.02 48.93 1930 | 4 0.04 48.97 1931 | 2 0.02 48.99 1932 | 1 0.01 49.00 1933 | 2 0.02 49.02 1934 | 5 0.05 49.07 1935 | 2 0.02 49.09 1937 | 2 0.02 49.11 1938 | 1 0.01 49.12 1939 | 1 0.01 49.13 1940 | 4 0.04 49.17 1941 | 2 0.02 49.19 1942 | 3 0.03 49.22 1943 | 3 0.03 49.25 1944 | 1 0.01 49.26 1945 | 2 0.02 49.28 1946 | 4 0.04 49.32 1947 | 1 0.01 49.33 1948 | 7 0.07 49.40 1949 | 1 0.01 49.41 1950 | 1 0.01 49.42 1951 | 2 0.02 49.44 1952 | 3 0.03 49.47 1953 | 4 0.04 49.51 1956 | 3 0.03 49.54 1958 | 4 0.04 49.58 1959 | 2 0.02 49.60 1960 | 3 0.03 49.63 1961 | 2 0.02 49.65 1962 | 1 0.01 49.66 1963 | 1 0.01 49.67 1964 | 2 0.02 49.69 1965 | 1 0.01 49.70 1966 | 1 0.01 49.71 1967 | 1 0.01 49.72 1968 | 2 0.02 49.74 1969 | 3 0.03 49.77 1970 | 1 0.01 49.78 1971 | 5 0.05 49.83 1972 | 4 0.04 49.87 1973 | 1 0.01 49.88 1974 | 6 0.06 49.94 1975 | 3 0.03 49.97 1976 | 5 0.05 50.02 1977 | 3 0.03 50.05 1978 | 1 0.01 50.06 1979 | 4 0.04 50.10 1980 | 4 0.04 50.14 1981 | 2 0.02 50.16 1982 | 3 0.03 50.19 1983 | 1 0.01 50.20 1984 | 4 0.04 50.24 1985 | 1 0.01 50.25 1986 | 1 0.01 50.26 1987 | 2 0.02 50.28 1989 | 1 0.01 50.29 1991 | 2 0.02 50.31 1992 | 3 0.03 50.34 1993 | 6 0.06 50.40 1994 | 1 0.01 50.41 1996 | 6 0.06 50.47 1997 | 3 0.03 50.50 1998 | 3 0.03 50.53 1999 | 1 0.01 50.54 2000 | 2 0.02 50.56 2001 | 2 0.02 50.58 2002 | 1 0.01 50.59 2003 | 2 0.02 50.61 2004 | 3 0.03 50.64 2005 | 2 0.02 50.66 2006 | 1 0.01 50.67 2007 | 3 0.03 50.70 2008 | 1 0.01 50.71 2009 | 3 0.03 50.74 2010 | 4 0.04 50.78 2011 | 2 0.02 50.80 2012 | 2 0.02 50.82 2013 | 1 0.01 50.83 2014 | 2 0.02 50.85 2015 | 1 0.01 50.86 2016 | 4 0.04 50.90 2017 | 6 0.06 50.96 2018 | 2 0.02 50.98 2019 | 2 0.02 51.00 2020 | 2 0.02 51.02 2022 | 4 0.04 51.06 2023 | 1 0.01 51.07 2024 | 5 0.05 51.12 2025 | 2 0.02 51.14 2026 | 1 0.01 51.15 2027 | 8 0.08 51.23 2028 | 4 0.04 51.27 2029 | 5 0.05 51.32 2030 | 1 0.01 51.33 2031 | 2 0.02 51.35 2032 | 3 0.03 51.38 2033 | 1 0.01 51.39 2034 | 2 0.02 51.41 2035 | 4 0.04 51.45 2037 | 7 0.07 51.52 2038 | 4 0.04 51.56 2039 | 4 0.04 51.60 2040 | 1 0.01 51.61 2041 | 1 0.01 51.62 2042 | 1 0.01 51.63 2043 | 4 0.04 51.67 2044 | 2 0.02 51.69 2045 | 6 0.06 51.75 2046 | 2 0.02 51.77 2047 | 5 0.05 51.82 2048 | 1 0.01 51.83 2049 | 7 0.07 51.90 2050 | 3 0.03 51.93 2051 | 1 0.01 51.94 2052 | 1 0.01 51.95 2053 | 3 0.03 51.98 2054 | 3 0.03 52.01 2055 | 4 0.04 52.05 2056 | 1 0.01 52.06 2058 | 2 0.02 52.08 2059 | 3 0.03 52.11 2060 | 4 0.04 52.15 2061 | 3 0.03 52.18 2062 | 5 0.05 52.23 2063 | 2 0.02 52.25 2064 | 5 0.05 52.30 2065 | 6 0.06 52.36 2066 | 4 0.04 52.40 2067 | 2 0.02 52.42 2068 | 4 0.04 52.46 2069 | 6 0.06 52.52 2070 | 2 0.02 52.54 2071 | 4 0.04 52.58 2072 | 5 0.05 52.63 2073 | 1 0.01 52.64 2074 | 4 0.04 52.68 2075 | 3 0.03 52.71 2076 | 1 0.01 52.72 2077 | 5 0.05 52.77 2078 | 4 0.04 52.81 2079 | 2 0.02 52.83 2080 | 1 0.01 52.84 2081 | 2 0.02 52.86 2082 | 2 0.02 52.88 2083 | 2 0.02 52.90 2084 | 3 0.03 52.93 2085 | 2 0.02 52.95 2086 | 2 0.02 52.97 2087 | 1 0.01 52.98 2088 | 2 0.02 53.00 2089 | 1 0.01 53.01 2090 | 5 0.05 53.06 2091 | 2 0.02 53.08 2092 | 1 0.01 53.09 2093 | 2 0.02 53.11 2094 | 2 0.02 53.13 2095 | 3 0.03 53.16 2096 | 2 0.02 53.18 2098 | 3 0.03 53.21 2099 | 1 0.01 53.22 2100 | 1 0.01 53.23 2101 | 4 0.04 53.27 2102 | 1 0.01 53.28 2103 | 3 0.03 53.31 2104 | 3 0.03 53.34 2105 | 1 0.01 53.35 2106 | 5 0.05 53.40 2107 | 3 0.03 53.43 2108 | 2 0.02 53.45 2109 | 1 0.01 53.46 2111 | 2 0.02 53.48 2112 | 3 0.03 53.51 2113 | 2 0.02 53.53 2115 | 2 0.02 53.55 2116 | 2 0.02 53.57 2117 | 5 0.05 53.62 2118 | 5 0.05 53.67 2119 | 1 0.01 53.68 2120 | 1 0.01 53.69 2121 | 2 0.02 53.71 2122 | 2 0.02 53.73 2123 | 1 0.01 53.74 2125 | 2 0.02 53.76 2126 | 3 0.03 53.79 2127 | 2 0.02 53.81 2128 | 4 0.04 53.85 2129 | 2 0.02 53.87 2130 | 4 0.04 53.91 2131 | 3 0.03 53.94 2132 | 2 0.02 53.96 2133 | 1 0.01 53.97 2134 | 1 0.01 53.98 2135 | 2 0.02 54.00 2136 | 3 0.03 54.03 2137 | 2 0.02 54.05 2138 | 2 0.02 54.07 2139 | 4 0.04 54.11 2140 | 1 0.01 54.12 2141 | 2 0.02 54.14 2142 | 5 0.05 54.19 2143 | 5 0.05 54.24 2144 | 2 0.02 54.26 2145 | 5 0.05 54.31 2146 | 2 0.02 54.33 2147 | 6 0.06 54.39 2148 | 2 0.02 54.41 2149 | 1 0.01 54.42 2150 | 1 0.01 54.43 2151 | 5 0.05 54.48 2152 | 3 0.03 54.51 2153 | 1 0.01 54.52 2154 | 1 0.01 54.53 2155 | 1 0.01 54.54 2156 | 3 0.03 54.57 2157 | 4 0.04 54.61 2158 | 1 0.01 54.62 2159 | 5 0.05 54.67 2160 | 2 0.02 54.69 2161 | 3 0.03 54.72 2162 | 1 0.01 54.73 2163 | 6 0.06 54.79 2164 | 2 0.02 54.81 2165 | 3 0.03 54.84 2166 | 7 0.07 54.91 2167 | 4 0.04 54.95 2169 | 2 0.02 54.97 2170 | 2 0.02 54.99 2171 | 2 0.02 55.01 2172 | 2 0.02 55.03 2173 | 1 0.01 55.04 2174 | 3 0.03 55.07 2175 | 1 0.01 55.08 2176 | 5 0.05 55.13 2177 | 5 0.05 55.18 2178 | 1 0.01 55.19 2179 | 2 0.02 55.21 2180 | 1 0.01 55.22 2181 | 1 0.01 55.23 2182 | 1 0.01 55.24 2183 | 4 0.04 55.28 2184 | 8 0.08 55.36 2185 | 2 0.02 55.38 2187 | 4 0.04 55.42 2188 | 3 0.03 55.45 2189 | 3 0.03 55.48 2190 | 2 0.02 55.50 2191 | 4 0.04 55.54 2192 | 3 0.03 55.57 2195 | 4 0.04 55.61 2196 | 5 0.05 55.66 2198 | 4 0.04 55.70 2199 | 4 0.04 55.74 2200 | 4 0.04 55.78 2201 | 1 0.01 55.79 2202 | 4 0.04 55.83 2203 | 4 0.04 55.87 2204 | 4 0.04 55.91 2205 | 2 0.02 55.93 2206 | 5 0.05 55.98 2207 | 2 0.02 56.00 2208 | 1 0.01 56.01 2209 | 2 0.02 56.03 2210 | 1 0.01 56.04 2211 | 2 0.02 56.06 2212 | 2 0.02 56.08 2213 | 2 0.02 56.10 2214 | 1 0.01 56.11 2215 | 4 0.04 56.15 2216 | 2 0.02 56.17 2217 | 4 0.04 56.21 2218 | 2 0.02 56.23 2219 | 2 0.02 56.25 2220 | 4 0.04 56.29 2221 | 4 0.04 56.33 2222 | 2 0.02 56.35 2223 | 1 0.01 56.36 2224 | 2 0.02 56.38 2225 | 1 0.01 56.39 2226 | 2 0.02 56.41 2227 | 1 0.01 56.42 2228 | 1 0.01 56.43 2229 | 6 0.06 56.49 2230 | 7 0.07 56.56 2231 | 6 0.06 56.62 2232 | 2 0.02 56.64 2233 | 6 0.06 56.70 2234 | 1 0.01 56.71 2235 | 2 0.02 56.73 2236 | 1 0.01 56.74 2237 | 2 0.02 56.76 2238 | 6 0.06 56.82 2239 | 4 0.04 56.86 2240 | 1 0.01 56.87 2241 | 3 0.03 56.90 2242 | 3 0.03 56.93 2243 | 1 0.01 56.94 2244 | 6 0.06 57.00 2245 | 3 0.03 57.03 2246 | 2 0.02 57.05 2247 | 2 0.02 57.07 2248 | 4 0.04 57.11 2249 | 1 0.01 57.12 2250 | 1 0.01 57.13 2251 | 1 0.01 57.14 2252 | 3 0.03 57.17 2253 | 4 0.04 57.21 2254 | 4 0.04 57.25 2255 | 4 0.04 57.29 2256 | 2 0.02 57.31 2257 | 6 0.06 57.37 2258 | 5 0.05 57.42 2259 | 4 0.04 57.46 2260 | 2 0.02 57.48 2261 | 4 0.04 57.52 2262 | 2 0.02 57.54 2263 | 7 0.07 57.61 2264 | 2 0.02 57.63 2265 | 3 0.03 57.66 2266 | 4 0.04 57.70 2267 | 4 0.04 57.74 2268 | 1 0.01 57.75 2269 | 2 0.02 57.77 2270 | 1 0.01 57.78 2271 | 4 0.04 57.82 2272 | 1 0.01 57.83 2273 | 1 0.01 57.84 2274 | 3 0.03 57.87 2275 | 1 0.01 57.88 2276 | 5 0.05 57.93 2277 | 2 0.02 57.95 2278 | 4 0.04 57.99 2279 | 1 0.01 58.00 2280 | 2 0.02 58.02 2281 | 2 0.02 58.04 2282 | 2 0.02 58.06 2284 | 2 0.02 58.08 2285 | 1 0.01 58.09 2286 | 5 0.05 58.14 2287 | 3 0.03 58.17 2288 | 2 0.02 58.19 2289 | 1 0.01 58.20 2290 | 4 0.04 58.24 2292 | 4 0.04 58.28 2293 | 3 0.03 58.31 2294 | 4 0.04 58.35 2295 | 5 0.05 58.40 2296 | 4 0.04 58.44 2297 | 1 0.01 58.45 2298 | 4 0.04 58.49 2299 | 3 0.03 58.52 2300 | 2 0.02 58.54 2301 | 1 0.01 58.55 2302 | 3 0.03 58.58 2303 | 2 0.02 58.60 2304 | 3 0.03 58.63 2305 | 2 0.02 58.65 2306 | 1 0.01 58.66 2307 | 4 0.04 58.70 2308 | 2 0.02 58.72 2309 | 3 0.03 58.75 2310 | 8 0.08 58.83 2311 | 1 0.01 58.84 2313 | 3 0.03 58.87 2314 | 2 0.02 58.89 2315 | 2 0.02 58.91 2316 | 3 0.03 58.94 2317 | 5 0.05 58.99 2318 | 1 0.01 59.00 2319 | 5 0.05 59.05 2320 | 1 0.01 59.06 2321 | 5 0.05 59.11 2323 | 2 0.02 59.13 2324 | 2 0.02 59.15 2325 | 9 0.09 59.24 2326 | 4 0.04 59.28 2327 | 2 0.02 59.30 2328 | 2 0.02 59.32 2329 | 1 0.01 59.33 2330 | 1 0.01 59.34 2331 | 4 0.04 59.38 2332 | 1 0.01 59.39 2333 | 3 0.03 59.42 2334 | 2 0.02 59.44 2335 | 4 0.04 59.48 2336 | 3 0.03 59.51 2337 | 1 0.01 59.52 2338 | 2 0.02 59.54 2340 | 2 0.02 59.56 2341 | 1 0.01 59.57 2342 | 1 0.01 59.58 2343 | 1 0.01 59.59 2344 | 2 0.02 59.61 2345 | 1 0.01 59.62 2346 | 5 0.05 59.67 2347 | 1 0.01 59.68 2348 | 2 0.02 59.70 2349 | 1 0.01 59.71 2350 | 2 0.02 59.73 2351 | 4 0.04 59.77 2352 | 1 0.01 59.78 2353 | 1 0.01 59.79 2354 | 2 0.02 59.81 2355 | 4 0.04 59.85 2356 | 2 0.02 59.87 2357 | 2 0.02 59.89 2358 | 2 0.02 59.91 2359 | 2 0.02 59.93 2360 | 2 0.02 59.95 2361 | 1 0.01 59.96 2362 | 1 0.01 59.97 2363 | 7 0.07 60.04 2364 | 5 0.05 60.09 2365 | 1 0.01 60.10 2367 | 3 0.03 60.13 2368 | 1 0.01 60.14 2369 | 2 0.02 60.16 2370 | 4 0.04 60.20 2371 | 2 0.02 60.22 2372 | 1 0.01 60.23 2373 | 2 0.02 60.25 2374 | 1 0.01 60.26 2375 | 1 0.01 60.27 2376 | 3 0.03 60.30 2378 | 9 0.09 60.39 2379 | 3 0.03 60.42 2380 | 1 0.01 60.43 2381 | 2 0.02 60.45 2382 | 4 0.04 60.49 2383 | 4 0.04 60.53 2384 | 2 0.02 60.55 2385 | 3 0.03 60.58 2386 | 5 0.05 60.63 2387 | 5 0.05 60.68 2388 | 1 0.01 60.69 2389 | 1 0.01 60.70 2390 | 2 0.02 60.72 2391 | 1 0.01 60.73 2392 | 2 0.02 60.75 2393 | 2 0.02 60.77 2394 | 2 0.02 60.79 2395 | 5 0.05 60.84 2396 | 4 0.04 60.88 2397 | 3 0.03 60.91 2398 | 2 0.02 60.93 2399 | 2 0.02 60.95 2400 | 1 0.01 60.96 2401 | 5 0.05 61.01 2403 | 3 0.03 61.04 2406 | 6 0.06 61.10 2407 | 2 0.02 61.12 2408 | 2 0.02 61.14 2409 | 1 0.01 61.15 2410 | 2 0.02 61.17 2411 | 5 0.05 61.22 2412 | 5 0.05 61.27 2413 | 2 0.02 61.29 2415 | 4 0.04 61.33 2416 | 4 0.04 61.37 2417 | 6 0.06 61.43 2418 | 1 0.01 61.44 2419 | 1 0.01 61.45 2420 | 1 0.01 61.46 2421 | 2 0.02 61.48 2422 | 3 0.03 61.51 2423 | 4 0.04 61.55 2424 | 1 0.01 61.56 2425 | 2 0.02 61.58 2426 | 5 0.05 61.63 2427 | 1 0.01 61.64 2428 | 2 0.02 61.66 2429 | 1 0.01 61.67 2430 | 4 0.04 61.71 2431 | 3 0.03 61.74 2432 | 7 0.07 61.81 2433 | 1 0.01 61.82 2434 | 1 0.01 61.83 2435 | 3 0.03 61.86 2436 | 1 0.01 61.87 2437 | 1 0.01 61.88 2438 | 2 0.02 61.90 2439 | 2 0.02 61.92 2440 | 3 0.03 61.95 2442 | 1 0.01 61.96 2443 | 2 0.02 61.98 2444 | 4 0.04 62.02 2446 | 5 0.05 62.07 2447 | 2 0.02 62.09 2448 | 2 0.02 62.11 2449 | 2 0.02 62.13 2450 | 1 0.01 62.14 2451 | 3 0.03 62.17 2452 | 2 0.02 62.19 2453 | 4 0.04 62.23 2454 | 1 0.01 62.24 2455 | 1 0.01 62.25 2456 | 3 0.03 62.28 2457 | 2 0.02 62.30 2458 | 4 0.04 62.34 2459 | 1 0.01 62.35 2460 | 1 0.01 62.36 2461 | 2 0.02 62.38 2465 | 5 0.05 62.43 2466 | 5 0.05 62.48 2467 | 3 0.03 62.51 2468 | 3 0.03 62.54 2469 | 3 0.03 62.57 2470 | 4 0.04 62.61 2471 | 4 0.04 62.65 2473 | 2 0.02 62.67 2474 | 2 0.02 62.69 2475 | 1 0.01 62.70 2476 | 3 0.03 62.73 2477 | 4 0.04 62.77 2478 | 3 0.03 62.80 2479 | 1 0.01 62.81 2480 | 1 0.01 62.82 2481 | 5 0.05 62.87 2482 | 1 0.01 62.88 2483 | 1 0.01 62.89 2484 | 4 0.04 62.93 2485 | 1 0.01 62.94 2486 | 4 0.04 62.98 2487 | 3 0.03 63.01 2488 | 2 0.02 63.03 2489 | 1 0.01 63.04 2490 | 4 0.04 63.08 2491 | 5 0.05 63.13 2492 | 1 0.01 63.14 2493 | 6 0.06 63.20 2494 | 4 0.04 63.24 2495 | 6 0.06 63.30 2496 | 5 0.05 63.35 2497 | 2 0.02 63.37 2498 | 4 0.04 63.41 2499 | 3 0.03 63.44 2500 | 8 0.08 63.52 2501 | 3 0.03 63.55 2502 | 4 0.04 63.59 2503 | 1 0.01 63.60 2504 | 4 0.04 63.64 2505 | 3 0.03 63.67 2506 | 3 0.03 63.70 2507 | 3 0.03 63.73 2508 | 4 0.04 63.77 2509 | 1 0.01 63.78 2510 | 5 0.05 63.83 2511 | 5 0.05 63.88 2512 | 3 0.03 63.91 2513 | 3 0.03 63.94 2514 | 1 0.01 63.95 2515 | 4 0.04 63.99 2516 | 2 0.02 64.01 2517 | 3 0.03 64.04 2518 | 2 0.02 64.06 2519 | 4 0.04 64.10 2520 | 4 0.04 64.14 2522 | 4 0.04 64.18 2523 | 4 0.04 64.22 2524 | 4 0.04 64.26 2525 | 2 0.02 64.28 2526 | 4 0.04 64.32 2527 | 4 0.04 64.36 2528 | 2 0.02 64.38 2529 | 3 0.03 64.41 2530 | 4 0.04 64.45 2531 | 2 0.02 64.47 2532 | 5 0.05 64.52 2533 | 2 0.02 64.54 2534 | 3 0.03 64.57 2535 | 3 0.03 64.60 2536 | 3 0.03 64.63 2537 | 5 0.05 64.68 2539 | 6 0.06 64.74 2541 | 3 0.03 64.77 2542 | 4 0.04 64.81 2543 | 4 0.04 64.85 2544 | 2 0.02 64.87 2545 | 5 0.05 64.92 2546 | 8 0.08 65.00 2547 | 1 0.01 65.01 2548 | 2 0.02 65.03 2549 | 3 0.03 65.06 2550 | 3 0.03 65.09 2551 | 2 0.02 65.11 2552 | 4 0.04 65.15 2553 | 4 0.04 65.19 2554 | 1 0.01 65.20 2555 | 1 0.01 65.21 2556 | 3 0.03 65.24 2557 | 2 0.02 65.26 2558 | 2 0.02 65.28 2559 | 2 0.02 65.30 2560 | 1 0.01 65.31 2561 | 2 0.02 65.33 2562 | 4 0.04 65.37 2563 | 1 0.01 65.38 2564 | 4 0.04 65.42 2565 | 1 0.01 65.43 2566 | 1 0.01 65.44 2567 | 2 0.02 65.46 2568 | 1 0.01 65.47 2569 | 1 0.01 65.48 2570 | 4 0.04 65.52 2571 | 2 0.02 65.54 2572 | 2 0.02 65.56 2573 | 3 0.03 65.59 2574 | 3 0.03 65.62 2575 | 1 0.01 65.63 2576 | 1 0.01 65.64 2577 | 1 0.01 65.65 2578 | 1 0.01 65.66 2579 | 4 0.04 65.70 2580 | 1 0.01 65.71 2581 | 5 0.05 65.76 2582 | 1 0.01 65.77 2584 | 4 0.04 65.81 2585 | 2 0.02 65.83 2586 | 3 0.03 65.86 2587 | 2 0.02 65.88 2588 | 3 0.03 65.91 2589 | 5 0.05 65.96 2590 | 2 0.02 65.98 2591 | 2 0.02 66.00 2592 | 2 0.02 66.02 2593 | 2 0.02 66.04 2594 | 3 0.03 66.07 2595 | 4 0.04 66.11 2596 | 3 0.03 66.14 2597 | 3 0.03 66.17 2598 | 2 0.02 66.19 2600 | 3 0.03 66.22 2601 | 3 0.03 66.25 2602 | 1 0.01 66.26 2603 | 2 0.02 66.28 2604 | 1 0.01 66.29 2605 | 2 0.02 66.31 2606 | 2 0.02 66.33 2607 | 2 0.02 66.35 2608 | 3 0.03 66.38 2609 | 5 0.05 66.43 2610 | 2 0.02 66.45 2611 | 4 0.04 66.49 2612 | 2 0.02 66.51 2613 | 3 0.03 66.54 2614 | 1 0.01 66.55 2615 | 2 0.02 66.57 2616 | 2 0.02 66.59 2617 | 4 0.04 66.63 2618 | 2 0.02 66.65 2619 | 2 0.02 66.67 2620 | 2 0.02 66.69 2621 | 6 0.06 66.75 2622 | 2 0.02 66.77 2623 | 3 0.03 66.80 2624 | 2 0.02 66.82 2625 | 1 0.01 66.83 2626 | 4 0.04 66.87 2627 | 2 0.02 66.89 2628 | 3 0.03 66.92 2629 | 1 0.01 66.93 2630 | 1 0.01 66.94 2631 | 2 0.02 66.96 2632 | 2 0.02 66.98 2633 | 1 0.01 66.99 2634 | 1 0.01 67.00 2635 | 3 0.03 67.03 2636 | 2 0.02 67.05 2637 | 2 0.02 67.07 2638 | 1 0.01 67.08 2639 | 1 0.01 67.09 2641 | 5 0.05 67.14 2642 | 4 0.04 67.18 2643 | 1 0.01 67.19 2644 | 1 0.01 67.20 2645 | 2 0.02 67.22 2646 | 5 0.05 67.27 2647 | 3 0.03 67.30 2648 | 3 0.03 67.33 2649 | 2 0.02 67.35 2650 | 2 0.02 67.37 2652 | 3 0.03 67.40 2653 | 1 0.01 67.41 2654 | 2 0.02 67.43 2655 | 1 0.01 67.44 2656 | 6 0.06 67.50 2658 | 1 0.01 67.51 2659 | 2 0.02 67.53 2660 | 5 0.05 67.58 2661 | 1 0.01 67.59 2662 | 3 0.03 67.62 2663 | 2 0.02 67.64 2664 | 4 0.04 67.68 2665 | 1 0.01 67.69 2666 | 5 0.05 67.74 2667 | 1 0.01 67.75 2668 | 2 0.02 67.77 2669 | 1 0.01 67.78 2670 | 2 0.02 67.80 2671 | 4 0.04 67.84 2672 | 2 0.02 67.86 2673 | 3 0.03 67.89 2674 | 1 0.01 67.90 2675 | 1 0.01 67.91 2676 | 3 0.03 67.94 2677 | 2 0.02 67.96 2678 | 2 0.02 67.98 2679 | 1 0.01 67.99 2680 | 1 0.01 68.00 2681 | 2 0.02 68.02 2682 | 1 0.01 68.03 2683 | 1 0.01 68.04 2684 | 6 0.06 68.10 2685 | 8 0.08 68.18 2686 | 2 0.02 68.20 2687 | 2 0.02 68.22 2688 | 4 0.04 68.26 2689 | 5 0.05 68.31 2690 | 4 0.04 68.35 2691 | 2 0.02 68.37 2692 | 4 0.04 68.41 2693 | 4 0.04 68.45 2694 | 4 0.04 68.49 2695 | 4 0.04 68.53 2696 | 5 0.05 68.58 2697 | 2 0.02 68.60 2698 | 3 0.03 68.63 2699 | 4 0.04 68.67 2700 | 1 0.01 68.68 2701 | 5 0.05 68.73 2702 | 1 0.01 68.74 2703 | 3 0.03 68.77 2704 | 2 0.02 68.79 2705 | 1 0.01 68.80 2706 | 1 0.01 68.81 2707 | 3 0.03 68.84 2708 | 3 0.03 68.87 2709 | 1 0.01 68.88 2710 | 2 0.02 68.90 2711 | 2 0.02 68.92 2712 | 5 0.05 68.97 2713 | 3 0.03 69.00 2714 | 3 0.03 69.03 2715 | 3 0.03 69.06 2716 | 1 0.01 69.07 2717 | 2 0.02 69.09 2718 | 2 0.02 69.11 2719 | 2 0.02 69.13 2720 | 2 0.02 69.15 2721 | 1 0.01 69.16 2722 | 1 0.01 69.17 2723 | 1 0.01 69.18 2724 | 2 0.02 69.20 2725 | 4 0.04 69.24 2726 | 1 0.01 69.25 2727 | 7 0.07 69.32 2728 | 3 0.03 69.35 2729 | 1 0.01 69.36 2730 | 1 0.01 69.37 2733 | 4 0.04 69.41 2734 | 2 0.02 69.43 2735 | 2 0.02 69.45 2736 | 4 0.04 69.49 2737 | 1 0.01 69.50 2738 | 2 0.02 69.52 2739 | 5 0.05 69.57 2740 | 2 0.02 69.59 2741 | 1 0.01 69.60 2742 | 4 0.04 69.64 2743 | 2 0.02 69.66 2744 | 2 0.02 69.68 2745 | 2 0.02 69.70 2746 | 1 0.01 69.71 2747 | 1 0.01 69.72 2748 | 5 0.05 69.77 2749 | 2 0.02 69.79 2750 | 5 0.05 69.84 2751 | 4 0.04 69.88 2752 | 3 0.03 69.91 2753 | 2 0.02 69.93 2755 | 2 0.02 69.95 2756 | 2 0.02 69.97 2758 | 1 0.01 69.98 2759 | 2 0.02 70.00 2760 | 3 0.03 70.03 2761 | 1 0.01 70.04 2762 | 1 0.01 70.05 2764 | 6 0.06 70.11 2765 | 1 0.01 70.12 2766 | 3 0.03 70.15 2767 | 1 0.01 70.16 2768 | 4 0.04 70.20 2769 | 5 0.05 70.25 2770 | 2 0.02 70.27 2771 | 2 0.02 70.29 2772 | 1 0.01 70.30 2773 | 3 0.03 70.33 2774 | 4 0.04 70.37 2775 | 2 0.02 70.39 2776 | 3 0.03 70.42 2777 | 1 0.01 70.43 2778 | 1 0.01 70.44 2779 | 1 0.01 70.45 2780 | 2 0.02 70.47 2781 | 1 0.01 70.48 2782 | 1 0.01 70.49 2783 | 5 0.05 70.54 2784 | 4 0.04 70.58 2785 | 5 0.05 70.63 2786 | 6 0.06 70.69 2787 | 1 0.01 70.70 2788 | 6 0.06 70.76 2789 | 1 0.01 70.77 2790 | 5 0.05 70.82 2791 | 3 0.03 70.85 2792 | 1 0.01 70.86 2793 | 4 0.04 70.90 2794 | 4 0.04 70.94 2795 | 4 0.04 70.98 2796 | 3 0.03 71.01 2797 | 3 0.03 71.04 2798 | 5 0.05 71.09 2800 | 3 0.03 71.12 2801 | 1 0.01 71.13 2802 | 2 0.02 71.15 2803 | 1 0.01 71.16 2804 | 2 0.02 71.18 2805 | 3 0.03 71.21 2806 | 2 0.02 71.23 2807 | 2 0.02 71.25 2808 | 2 0.02 71.27 2809 | 2 0.02 71.29 2810 | 4 0.04 71.33 2811 | 1 0.01 71.34 2813 | 2 0.02 71.36 2814 | 5 0.05 71.41 2815 | 2 0.02 71.43 2817 | 4 0.04 71.47 2818 | 1 0.01 71.48 2819 | 3 0.03 71.51 2821 | 2 0.02 71.53 2822 | 1 0.01 71.54 2823 | 3 0.03 71.57 2824 | 4 0.04 71.61 2825 | 2 0.02 71.63 2827 | 3 0.03 71.66 2828 | 2 0.02 71.68 2830 | 3 0.03 71.71 2831 | 1 0.01 71.72 2832 | 1 0.01 71.73 2834 | 2 0.02 71.75 2835 | 1 0.01 71.76 2836 | 2 0.02 71.78 2837 | 2 0.02 71.80 2838 | 4 0.04 71.84 2839 | 2 0.02 71.86 2840 | 4 0.04 71.90 2841 | 4 0.04 71.94 2842 | 1 0.01 71.95 2843 | 5 0.05 72.00 2844 | 9 0.09 72.09 2845 | 4 0.04 72.13 2846 | 3 0.03 72.16 2847 | 2 0.02 72.18 2848 | 1 0.01 72.19 2849 | 5 0.05 72.24 2850 | 2 0.02 72.26 2851 | 7 0.07 72.33 2852 | 2 0.02 72.35 2853 | 1 0.01 72.36 2854 | 2 0.02 72.38 2855 | 4 0.04 72.42 2856 | 4 0.04 72.46 2858 | 3 0.03 72.49 2859 | 2 0.02 72.51 2860 | 4 0.04 72.55 2861 | 1 0.01 72.56 2862 | 1 0.01 72.57 2863 | 1 0.01 72.58 2864 | 3 0.03 72.61 2865 | 4 0.04 72.65 2866 | 4 0.04 72.69 2867 | 1 0.01 72.70 2868 | 1 0.01 72.71 2869 | 2 0.02 72.73 2870 | 2 0.02 72.75 2871 | 2 0.02 72.77 2872 | 4 0.04 72.81 2873 | 1 0.01 72.82 2874 | 5 0.05 72.87 2875 | 1 0.01 72.88 2876 | 2 0.02 72.90 2877 | 4 0.04 72.94 2879 | 2 0.02 72.96 2880 | 4 0.04 73.00 2881 | 1 0.01 73.01 2882 | 4 0.04 73.05 2883 | 2 0.02 73.07 2884 | 4 0.04 73.11 2885 | 1 0.01 73.12 2886 | 4 0.04 73.16 2887 | 2 0.02 73.18 2888 | 5 0.05 73.23 2890 | 2 0.02 73.25 2891 | 2 0.02 73.27 2892 | 1 0.01 73.28 2893 | 2 0.02 73.30 2894 | 1 0.01 73.31 2895 | 1 0.01 73.32 2896 | 2 0.02 73.34 2897 | 2 0.02 73.36 2898 | 5 0.05 73.41 2899 | 1 0.01 73.42 2900 | 2 0.02 73.44 2901 | 2 0.02 73.46 2902 | 2 0.02 73.48 2903 | 2 0.02 73.50 2904 | 3 0.03 73.53 2905 | 3 0.03 73.56 2906 | 1 0.01 73.57 2907 | 2 0.02 73.59 2908 | 4 0.04 73.63 2909 | 2 0.02 73.65 2910 | 5 0.05 73.70 2911 | 2 0.02 73.72 2912 | 3 0.03 73.75 2913 | 6 0.06 73.81 2914 | 1 0.01 73.82 2915 | 3 0.03 73.85 2916 | 3 0.03 73.88 2917 | 4 0.04 73.92 2918 | 2 0.02 73.94 2920 | 4 0.04 73.98 2921 | 2 0.02 74.00 2922 | 2 0.02 74.02 2923 | 2 0.02 74.04 2925 | 1 0.01 74.05 2926 | 1 0.01 74.06 2927 | 1 0.01 74.07 2928 | 3 0.03 74.10 2929 | 1 0.01 74.11 2931 | 1 0.01 74.12 2932 | 1 0.01 74.13 2933 | 4 0.04 74.17 2934 | 3 0.03 74.20 2935 | 3 0.03 74.23 2936 | 4 0.04 74.27 2937 | 2 0.02 74.29 2938 | 1 0.01 74.30 2939 | 2 0.02 74.32 2940 | 2 0.02 74.34 2941 | 1 0.01 74.35 2942 | 1 0.01 74.36 2943 | 4 0.04 74.40 2944 | 7 0.07 74.47 2945 | 1 0.01 74.48 2946 | 6 0.06 74.54 2947 | 5 0.05 74.59 2948 | 3 0.03 74.62 2949 | 1 0.01 74.63 2950 | 1 0.01 74.64 2951 | 2 0.02 74.66 2952 | 2 0.02 74.68 2953 | 2 0.02 74.70 2954 | 1 0.01 74.71 2955 | 5 0.05 74.76 2956 | 1 0.01 74.77 2957 | 1 0.01 74.78 2958 | 3 0.03 74.81 2959 | 4 0.04 74.85 2960 | 2 0.02 74.87 2961 | 2 0.02 74.89 2962 | 3 0.03 74.92 2963 | 3 0.03 74.95 2964 | 2 0.02 74.97 2965 | 2 0.02 74.99 2966 | 4 0.04 75.03 2967 | 2 0.02 75.05 2968 | 3 0.03 75.08 2969 | 3 0.03 75.11 2970 | 3 0.03 75.14 2972 | 2 0.02 75.16 2973 | 3 0.03 75.19 2974 | 1 0.01 75.20 2975 | 2 0.02 75.22 2976 | 2 0.02 75.24 2977 | 2 0.02 75.26 2978 | 4 0.04 75.30 2979 | 4 0.04 75.34 2980 | 2 0.02 75.36 2981 | 1 0.01 75.37 2982 | 4 0.04 75.41 2984 | 4 0.04 75.45 2985 | 2 0.02 75.47 2986 | 1 0.01 75.48 2987 | 1 0.01 75.49 2988 | 5 0.05 75.54 2989 | 2 0.02 75.56 2990 | 1 0.01 75.57 2991 | 3 0.03 75.60 2992 | 2 0.02 75.62 2995 | 4 0.04 75.66 2996 | 4 0.04 75.70 2998 | 1 0.01 75.71 2999 | 3 0.03 75.74 3000 | 2 0.02 75.76 3001 | 2 0.02 75.78 3002 | 2 0.02 75.80 3003 | 4 0.04 75.84 3004 | 1 0.01 75.85 3005 | 1 0.01 75.86 3006 | 4 0.04 75.90 3007 | 6 0.06 75.96 3008 | 2 0.02 75.98 3009 | 1 0.01 75.99 3010 | 2 0.02 76.01 3011 | 4 0.04 76.05 3012 | 5 0.05 76.10 3013 | 2 0.02 76.12 3014 | 3 0.03 76.15 3015 | 5 0.05 76.20 3016 | 3 0.03 76.23 3017 | 2 0.02 76.25 3018 | 2 0.02 76.27 3019 | 4 0.04 76.31 3020 | 2 0.02 76.33 3021 | 1 0.01 76.34 3022 | 2 0.02 76.36 3023 | 5 0.05 76.41 3024 | 2 0.02 76.43 3025 | 4 0.04 76.47 3026 | 3 0.03 76.50 3028 | 4 0.04 76.54 3029 | 6 0.06 76.60 3030 | 3 0.03 76.63 3031 | 4 0.04 76.67 3032 | 1 0.01 76.68 3033 | 4 0.04 76.72 3034 | 7 0.07 76.79 3035 | 4 0.04 76.83 3036 | 2 0.02 76.85 3037 | 5 0.05 76.90 3038 | 4 0.04 76.94 3040 | 2 0.02 76.96 3041 | 3 0.03 76.99 3042 | 3 0.03 77.02 3043 | 2 0.02 77.04 3044 | 1 0.01 77.05 3046 | 2 0.02 77.07 3047 | 5 0.05 77.12 3048 | 3 0.03 77.15 3049 | 2 0.02 77.17 3050 | 2 0.02 77.19 3051 | 3 0.03 77.22 3052 | 2 0.02 77.24 3053 | 1 0.01 77.25 3056 | 2 0.02 77.27 3057 | 1 0.01 77.28 3058 | 2 0.02 77.30 3059 | 2 0.02 77.32 3060 | 5 0.05 77.37 3061 | 1 0.01 77.38 3062 | 2 0.02 77.40 3063 | 2 0.02 77.42 3064 | 5 0.05 77.47 3065 | 1 0.01 77.48 3066 | 1 0.01 77.49 3068 | 1 0.01 77.50 3069 | 5 0.05 77.55 3070 | 2 0.02 77.57 3072 | 4 0.04 77.61 3073 | 1 0.01 77.62 3074 | 8 0.08 77.70 3075 | 3 0.03 77.73 3076 | 1 0.01 77.74 3077 | 7 0.07 77.81 3078 | 3 0.03 77.84 3079 | 5 0.05 77.89 3080 | 2 0.02 77.91 3081 | 7 0.07 77.98 3082 | 1 0.01 77.99 3083 | 4 0.04 78.03 3084 | 2 0.02 78.05 3085 | 6 0.06 78.11 3086 | 1 0.01 78.12 3087 | 3 0.03 78.15 3089 | 1 0.01 78.16 3090 | 4 0.04 78.20 3091 | 2 0.02 78.22 3092 | 4 0.04 78.26 3093 | 4 0.04 78.30 3094 | 3 0.03 78.33 3095 | 2 0.02 78.35 3096 | 2 0.02 78.37 3097 | 4 0.04 78.41 3098 | 2 0.02 78.43 3099 | 5 0.05 78.48 3100 | 2 0.02 78.50 3101 | 3 0.03 78.53 3102 | 4 0.04 78.57 3103 | 2 0.02 78.59 3104 | 7 0.07 78.66 3105 | 3 0.03 78.69 3107 | 3 0.03 78.72 3108 | 2 0.02 78.74 3109 | 2 0.02 78.76 3110 | 1 0.01 78.77 3111 | 4 0.04 78.81 3112 | 5 0.05 78.86 3113 | 2 0.02 78.88 3114 | 3 0.03 78.91 3115 | 1 0.01 78.92 3116 | 5 0.05 78.97 3117 | 2 0.02 78.99 3119 | 4 0.04 79.03 3120 | 2 0.02 79.05 3121 | 10 0.10 79.15 3122 | 5 0.05 79.20 3123 | 2 0.02 79.22 3124 | 1 0.01 79.23 3125 | 1 0.01 79.24 3126 | 2 0.02 79.26 3127 | 2 0.02 79.28 3128 | 1 0.01 79.29 3129 | 1 0.01 79.30 3130 | 2 0.02 79.32 3131 | 4 0.04 79.36 3132 | 5 0.05 79.41 3133 | 1 0.01 79.42 3134 | 4 0.04 79.46 3135 | 5 0.05 79.51 3136 | 3 0.03 79.54 3137 | 3 0.03 79.57 3138 | 4 0.04 79.61 3139 | 5 0.05 79.66 3140 | 4 0.04 79.70 3141 | 3 0.03 79.73 3142 | 2 0.02 79.75 3143 | 6 0.06 79.81 3144 | 2 0.02 79.83 3145 | 3 0.03 79.86 3146 | 4 0.04 79.90 3147 | 3 0.03 79.93 3148 | 6 0.06 79.99 3149 | 1 0.01 80.00 3150 | 6 0.06 80.06 3151 | 3 0.03 80.09 3152 | 6 0.06 80.15 3153 | 2 0.02 80.17 3154 | 2 0.02 80.19 3155 | 1 0.01 80.20 3156 | 5 0.05 80.25 3157 | 2 0.02 80.27 3158 | 2 0.02 80.29 3159 | 2 0.02 80.31 3160 | 4 0.04 80.35 3161 | 1 0.01 80.36 3162 | 4 0.04 80.40 3163 | 2 0.02 80.42 3164 | 2 0.02 80.44 3165 | 2 0.02 80.46 3166 | 4 0.04 80.50 3167 | 1 0.01 80.51 3168 | 2 0.02 80.53 3169 | 2 0.02 80.55 3170 | 2 0.02 80.57 3171 | 5 0.05 80.62 3172 | 1 0.01 80.63 3173 | 2 0.02 80.65 3174 | 4 0.04 80.69 3175 | 3 0.03 80.72 3176 | 5 0.05 80.77 3177 | 5 0.05 80.82 3178 | 1 0.01 80.83 3179 | 3 0.03 80.86 3180 | 2 0.02 80.88 3181 | 4 0.04 80.92 3182 | 1 0.01 80.93 3183 | 3 0.03 80.96 3184 | 1 0.01 80.97 3185 | 2 0.02 80.99 3186 | 3 0.03 81.02 3187 | 1 0.01 81.03 3188 | 2 0.02 81.05 3189 | 4 0.04 81.09 3190 | 3 0.03 81.12 3191 | 1 0.01 81.13 3192 | 2 0.02 81.15 3193 | 1 0.01 81.16 3194 | 4 0.04 81.20 3195 | 5 0.05 81.25 3196 | 1 0.01 81.26 3197 | 2 0.02 81.28 3198 | 6 0.06 81.34 3199 | 2 0.02 81.36 3200 | 1 0.01 81.37 3201 | 2 0.02 81.39 3202 | 1 0.01 81.40 3203 | 4 0.04 81.44 3204 | 3 0.03 81.47 3205 | 4 0.04 81.51 3206 | 1 0.01 81.52 3207 | 3 0.03 81.55 3208 | 6 0.06 81.61 3209 | 1 0.01 81.62 3210 | 1 0.01 81.63 3211 | 5 0.05 81.68 3212 | 3 0.03 81.71 3213 | 2 0.02 81.73 3214 | 1 0.01 81.74 3215 | 1 0.01 81.75 3216 | 1 0.01 81.76 3217 | 1 0.01 81.77 3218 | 4 0.04 81.81 3219 | 1 0.01 81.82 3220 | 4 0.04 81.86 3221 | 2 0.02 81.88 3222 | 2 0.02 81.90 3223 | 1 0.01 81.91 3224 | 3 0.03 81.94 3225 | 4 0.04 81.98 3226 | 1 0.01 81.99 3227 | 4 0.04 82.03 3228 | 4 0.04 82.07 3229 | 1 0.01 82.08 3231 | 2 0.02 82.10 3232 | 2 0.02 82.12 3233 | 7 0.07 82.19 3234 | 4 0.04 82.23 3235 | 6 0.06 82.29 3236 | 2 0.02 82.31 3237 | 4 0.04 82.35 3238 | 2 0.02 82.37 3239 | 4 0.04 82.41 3240 | 2 0.02 82.43 3241 | 1 0.01 82.44 3242 | 3 0.03 82.47 3244 | 1 0.01 82.48 3245 | 4 0.04 82.52 3246 | 3 0.03 82.55 3247 | 2 0.02 82.57 3248 | 4 0.04 82.61 3249 | 2 0.02 82.63 3250 | 2 0.02 82.65 3251 | 3 0.03 82.68 3252 | 2 0.02 82.70 3253 | 4 0.04 82.74 3255 | 1 0.01 82.75 3257 | 3 0.03 82.78 3258 | 7 0.07 82.85 3259 | 1 0.01 82.86 3260 | 2 0.02 82.88 3261 | 3 0.03 82.91 3262 | 3 0.03 82.94 3263 | 4 0.04 82.98 3264 | 7 0.07 83.05 3265 | 2 0.02 83.07 3266 | 5 0.05 83.12 3267 | 3 0.03 83.15 3268 | 2 0.02 83.17 3269 | 1 0.01 83.18 3270 | 5 0.05 83.23 3271 | 6 0.06 83.29 3272 | 2 0.02 83.31 3273 | 2 0.02 83.33 3274 | 2 0.02 83.35 3275 | 2 0.02 83.37 3277 | 2 0.02 83.39 3279 | 3 0.03 83.42 3280 | 3 0.03 83.45 3281 | 3 0.03 83.48 3282 | 1 0.01 83.49 3283 | 6 0.06 83.55 3284 | 2 0.02 83.57 3285 | 3 0.03 83.60 3286 | 4 0.04 83.64 3287 | 3 0.03 83.67 3288 | 4 0.04 83.71 3289 | 4 0.04 83.75 3290 | 1 0.01 83.76 3291 | 4 0.04 83.80 3292 | 2 0.02 83.82 3293 | 1 0.01 83.83 3294 | 1 0.01 83.84 3295 | 2 0.02 83.86 3296 | 2 0.02 83.88 3297 | 1 0.01 83.89 3298 | 2 0.02 83.91 3299 | 1 0.01 83.92 3300 | 2 0.02 83.94 3301 | 2 0.02 83.96 3302 | 2 0.02 83.98 3303 | 2 0.02 84.00 3305 | 2 0.02 84.02 3306 | 2 0.02 84.04 3307 | 2 0.02 84.06 3308 | 7 0.07 84.13 3309 | 3 0.03 84.16 3310 | 1 0.01 84.17 3311 | 2 0.02 84.19 3312 | 3 0.03 84.22 3313 | 1 0.01 84.23 3314 | 2 0.02 84.25 3315 | 7 0.07 84.32 3316 | 1 0.01 84.33 3317 | 4 0.04 84.37 3318 | 2 0.02 84.39 3319 | 1 0.01 84.40 3320 | 5 0.05 84.45 3321 | 3 0.03 84.48 3322 | 3 0.03 84.51 3323 | 2 0.02 84.53 3324 | 2 0.02 84.55 3325 | 1 0.01 84.56 3326 | 2 0.02 84.58 3327 | 1 0.01 84.59 3328 | 3 0.03 84.62 3329 | 1 0.01 84.63 3330 | 2 0.02 84.65 3331 | 4 0.04 84.69 3332 | 1 0.01 84.70 3333 | 4 0.04 84.74 3334 | 2 0.02 84.76 3335 | 4 0.04 84.80 3336 | 5 0.05 84.85 3337 | 4 0.04 84.89 3338 | 1 0.01 84.90 3340 | 2 0.02 84.92 3341 | 5 0.05 84.97 3342 | 4 0.04 85.01 3343 | 1 0.01 85.02 3344 | 2 0.02 85.04 3345 | 3 0.03 85.07 3346 | 4 0.04 85.11 3347 | 4 0.04 85.15 3348 | 1 0.01 85.16 3349 | 2 0.02 85.18 3350 | 4 0.04 85.22 3351 | 4 0.04 85.26 3352 | 2 0.02 85.28 3353 | 1 0.01 85.29 3354 | 5 0.05 85.34 3355 | 2 0.02 85.36 3356 | 1 0.01 85.37 3357 | 4 0.04 85.41 3358 | 1 0.01 85.42 3359 | 3 0.03 85.45 3360 | 3 0.03 85.48 3361 | 2 0.02 85.50 3362 | 2 0.02 85.52 3363 | 3 0.03 85.55 3364 | 4 0.04 85.59 3365 | 8 0.08 85.67 3366 | 5 0.05 85.72 3367 | 5 0.05 85.77 3368 | 1 0.01 85.78 3369 | 1 0.01 85.79 3370 | 1 0.01 85.80 3371 | 2 0.02 85.82 3372 | 2 0.02 85.84 3373 | 5 0.05 85.89 3374 | 5 0.05 85.94 3376 | 2 0.02 85.96 3377 | 6 0.06 86.02 3378 | 2 0.02 86.04 3379 | 1 0.01 86.05 3380 | 5 0.05 86.10 3381 | 2 0.02 86.12 3382 | 1 0.01 86.13 3383 | 2 0.02 86.15 3384 | 2 0.02 86.17 3385 | 1 0.01 86.18 3386 | 2 0.02 86.20 3387 | 4 0.04 86.24 3388 | 4 0.04 86.28 3389 | 1 0.01 86.29 3390 | 2 0.02 86.31 3391 | 3 0.03 86.34 3393 | 4 0.04 86.38 3394 | 4 0.04 86.42 3395 | 5 0.05 86.47 3396 | 4 0.04 86.51 3397 | 2 0.02 86.53 3398 | 3 0.03 86.56 3399 | 1 0.01 86.57 3400 | 4 0.04 86.61 3402 | 4 0.04 86.65 3403 | 3 0.03 86.68 3404 | 1 0.01 86.69 3405 | 2 0.02 86.71 3406 | 2 0.02 86.73 3407 | 1 0.01 86.74 3408 | 4 0.04 86.78 3409 | 2 0.02 86.80 3410 | 1 0.01 86.81 3411 | 2 0.02 86.83 3412 | 1 0.01 86.84 3413 | 1 0.01 86.85 3414 | 1 0.01 86.86 3415 | 2 0.02 86.88 3416 | 5 0.05 86.93 3417 | 2 0.02 86.95 3419 | 1 0.01 86.96 3420 | 2 0.02 86.98 3422 | 2 0.02 87.00 3423 | 2 0.02 87.02 3424 | 4 0.04 87.06 3425 | 4 0.04 87.10 3426 | 4 0.04 87.14 3427 | 1 0.01 87.15 3428 | 3 0.03 87.18 3429 | 5 0.05 87.23 3430 | 3 0.03 87.26 3432 | 2 0.02 87.28 3433 | 3 0.03 87.31 3434 | 1 0.01 87.32 3435 | 2 0.02 87.34 3436 | 2 0.02 87.36 3437 | 4 0.04 87.40 3438 | 3 0.03 87.43 3440 | 1 0.01 87.44 3441 | 4 0.04 87.48 3442 | 1 0.01 87.49 3443 | 2 0.02 87.51 3444 | 2 0.02 87.53 3445 | 4 0.04 87.57 3447 | 4 0.04 87.61 3448 | 1 0.01 87.62 3449 | 1 0.01 87.63 3450 | 4 0.04 87.67 3451 | 4 0.04 87.71 3452 | 2 0.02 87.73 3453 | 1 0.01 87.74 3454 | 1 0.01 87.75 3455 | 2 0.02 87.77 3456 | 3 0.03 87.80 3457 | 1 0.01 87.81 3459 | 2 0.02 87.83 3460 | 1 0.01 87.84 3461 | 3 0.03 87.87 3462 | 2 0.02 87.89 3463 | 5 0.05 87.94 3464 | 1 0.01 87.95 3465 | 1 0.01 87.96 3466 | 4 0.04 88.00 3467 | 1 0.01 88.01 3468 | 1 0.01 88.02 3469 | 4 0.04 88.06 3470 | 4 0.04 88.10 3471 | 3 0.03 88.13 3472 | 3 0.03 88.16 3473 | 2 0.02 88.18 3474 | 4 0.04 88.22 3475 | 1 0.01 88.23 3476 | 4 0.04 88.27 3477 | 1 0.01 88.28 3478 | 4 0.04 88.32 3479 | 3 0.03 88.35 3480 | 2 0.02 88.37 3481 | 3 0.03 88.40 3482 | 2 0.02 88.42 3483 | 3 0.03 88.45 3484 | 1 0.01 88.46 3485 | 2 0.02 88.48 3486 | 4 0.04 88.52 3487 | 1 0.01 88.53 3488 | 5 0.05 88.58 3489 | 1 0.01 88.59 3490 | 2 0.02 88.61 3491 | 1 0.01 88.62 3492 | 2 0.02 88.64 3493 | 2 0.02 88.66 3494 | 1 0.01 88.67 3495 | 1 0.01 88.68 3496 | 1 0.01 88.69 3497 | 2 0.02 88.71 3499 | 5 0.05 88.76 3500 | 4 0.04 88.80 3501 | 3 0.03 88.83 3502 | 3 0.03 88.86 3503 | 4 0.04 88.90 3504 | 4 0.04 88.94 3505 | 2 0.02 88.96 3506 | 3 0.03 88.99 3507 | 3 0.03 89.02 3508 | 1 0.01 89.03 3509 | 2 0.02 89.05 3510 | 4 0.04 89.09 3511 | 4 0.04 89.13 3512 | 2 0.02 89.15 3513 | 1 0.01 89.16 3514 | 2 0.02 89.18 3515 | 1 0.01 89.19 3516 | 4 0.04 89.23 3517 | 3 0.03 89.26 3518 | 2 0.02 89.28 3519 | 1 0.01 89.29 3520 | 3 0.03 89.32 3521 | 2 0.02 89.34 3522 | 2 0.02 89.36 3524 | 2 0.02 89.38 3525 | 4 0.04 89.42 3526 | 4 0.04 89.46 3527 | 2 0.02 89.48 3528 | 4 0.04 89.52 3529 | 3 0.03 89.55 3530 | 4 0.04 89.59 3531 | 2 0.02 89.61 3532 | 2 0.02 89.63 3533 | 4 0.04 89.67 3534 | 4 0.04 89.71 3535 | 2 0.02 89.73 3536 | 2 0.02 89.75 3537 | 2 0.02 89.77 3538 | 2 0.02 89.79 3539 | 6 0.06 89.85 3540 | 2 0.02 89.87 3541 | 1 0.01 89.88 3542 | 5 0.05 89.93 3543 | 2 0.02 89.95 3544 | 6 0.06 90.01 3545 | 2 0.02 90.03 3546 | 5 0.05 90.08 3547 | 1 0.01 90.09 3548 | 2 0.02 90.11 3549 | 4 0.04 90.15 3550 | 4 0.04 90.19 3551 | 2 0.02 90.21 3552 | 1 0.01 90.22 3553 | 6 0.06 90.28 3554 | 5 0.05 90.33 3555 | 3 0.03 90.36 3556 | 1 0.01 90.37 3557 | 2 0.02 90.39 3558 | 2 0.02 90.41 3559 | 4 0.04 90.45 3560 | 4 0.04 90.49 3561 | 3 0.03 90.52 3562 | 3 0.03 90.55 3563 | 8 0.08 90.63 3564 | 1 0.01 90.64 3566 | 2 0.02 90.66 3567 | 2 0.02 90.68 3568 | 2 0.02 90.70 3570 | 3 0.03 90.73 3571 | 3 0.03 90.76 3572 | 3 0.03 90.79 3573 | 1 0.01 90.80 3574 | 1 0.01 90.81 3575 | 1 0.01 90.82 3576 | 1 0.01 90.83 3577 | 1 0.01 90.84 3578 | 1 0.01 90.85 3579 | 3 0.03 90.88 3580 | 2 0.02 90.90 3581 | 4 0.04 90.94 3582 | 1 0.01 90.95 3583 | 2 0.02 90.97 3584 | 3 0.03 91.00 3585 | 1 0.01 91.01 3586 | 1 0.01 91.02 3587 | 1 0.01 91.03 3588 | 1 0.01 91.04 3589 | 1 0.01 91.05 3590 | 1 0.01 91.06 3591 | 2 0.02 91.08 3592 | 1 0.01 91.09 3593 | 1 0.01 91.10 3594 | 1 0.01 91.11 3595 | 4 0.04 91.15 3596 | 5 0.05 91.20 3597 | 1 0.01 91.21 3598 | 2 0.02 91.23 3599 | 2 0.02 91.25 3600 | 3 0.03 91.28 3601 | 2 0.02 91.30 3602 | 2 0.02 91.32 3603 | 4 0.04 91.36 3604 | 5 0.05 91.41 3606 | 3 0.03 91.44 3607 | 3 0.03 91.47 3608 | 4 0.04 91.51 3609 | 4 0.04 91.55 3610 | 3 0.03 91.58 3611 | 4 0.04 91.62 3612 | 1 0.01 91.63 3613 | 6 0.06 91.69 3614 | 1 0.01 91.70 3615 | 1 0.01 91.71 3616 | 4 0.04 91.75 3617 | 1 0.01 91.76 3618 | 2 0.02 91.78 3619 | 2 0.02 91.80 3620 | 1 0.01 91.81 3621 | 2 0.02 91.83 3622 | 2 0.02 91.85 3623 | 4 0.04 91.89 3624 | 3 0.03 91.92 3625 | 3 0.03 91.95 3626 | 7 0.07 92.02 3627 | 2 0.02 92.04 3628 | 3 0.03 92.07 3629 | 2 0.02 92.09 3630 | 3 0.03 92.12 3631 | 5 0.05 92.17 3632 | 4 0.04 92.21 3633 | 6 0.06 92.27 3634 | 3 0.03 92.30 3635 | 1 0.01 92.31 3636 | 3 0.03 92.34 3637 | 1 0.01 92.35 3638 | 1 0.01 92.36 3639 | 2 0.02 92.38 3640 | 2 0.02 92.40 3641 | 5 0.05 92.45 3642 | 2 0.02 92.47 3643 | 4 0.04 92.51 3644 | 1 0.01 92.52 3645 | 1 0.01 92.53 3646 | 2 0.02 92.55 3647 | 3 0.03 92.58 3648 | 1 0.01 92.59 3651 | 1 0.01 92.60 3652 | 6 0.06 92.66 3653 | 1 0.01 92.67 3654 | 2 0.02 92.69 3655 | 4 0.04 92.73 3656 | 1 0.01 92.74 3657 | 3 0.03 92.77 3658 | 3 0.03 92.80 3659 | 3 0.03 92.83 3660 | 3 0.03 92.86 3661 | 4 0.04 92.90 3662 | 1 0.01 92.91 3663 | 2 0.02 92.93 3664 | 6 0.06 92.99 3665 | 2 0.02 93.01 3666 | 3 0.03 93.04 3668 | 1 0.01 93.05 3669 | 2 0.02 93.07 3670 | 2 0.02 93.09 3671 | 2 0.02 93.11 3672 | 5 0.05 93.16 3673 | 2 0.02 93.18 3674 | 1 0.01 93.19 3675 | 2 0.02 93.21 3676 | 1 0.01 93.22 3677 | 1 0.01 93.23 3678 | 1 0.01 93.24 3679 | 2 0.02 93.26 3680 | 2 0.02 93.28 3681 | 2 0.02 93.30 3682 | 2 0.02 93.32 3683 | 3 0.03 93.35 3684 | 3 0.03 93.38 3685 | 1 0.01 93.39 3686 | 5 0.05 93.44 3687 | 2 0.02 93.46 3688 | 4 0.04 93.50 3689 | 4 0.04 93.54 3690 | 2 0.02 93.56 3692 | 2 0.02 93.58 3693 | 1 0.01 93.59 3694 | 2 0.02 93.61 3695 | 4 0.04 93.65 3696 | 2 0.02 93.67 3697 | 4 0.04 93.71 3698 | 1 0.01 93.72 3699 | 3 0.03 93.75 3700 | 2 0.02 93.77 3701 | 4 0.04 93.81 3702 | 1 0.01 93.82 3703 | 3 0.03 93.85 3704 | 2 0.02 93.87 3705 | 4 0.04 93.91 3706 | 3 0.03 93.94 3707 | 5 0.05 93.99 3708 | 3 0.03 94.02 3709 | 2 0.02 94.04 3710 | 1 0.01 94.05 3711 | 6 0.06 94.11 3712 | 1 0.01 94.12 3713 | 3 0.03 94.15 3714 | 1 0.01 94.16 3715 | 1 0.01 94.17 3716 | 2 0.02 94.19 3717 | 2 0.02 94.21 3718 | 1 0.01 94.22 3719 | 7 0.07 94.29 3720 | 1 0.01 94.30 3721 | 4 0.04 94.34 3722 | 1 0.01 94.35 3723 | 1 0.01 94.36 3724 | 2 0.02 94.38 3725 | 1 0.01 94.39 3726 | 2 0.02 94.41 3727 | 4 0.04 94.45 3728 | 2 0.02 94.47 3729 | 2 0.02 94.49 3730 | 3 0.03 94.52 3731 | 1 0.01 94.53 3732 | 2 0.02 94.55 3734 | 1 0.01 94.56 3735 | 2 0.02 94.58 3736 | 4 0.04 94.62 3737 | 3 0.03 94.65 3738 | 4 0.04 94.69 3740 | 3 0.03 94.72 3741 | 1 0.01 94.73 3742 | 2 0.02 94.75 3743 | 2 0.02 94.77 3744 | 1 0.01 94.78 3745 | 4 0.04 94.82 3746 | 2 0.02 94.84 3747 | 3 0.03 94.87 3748 | 6 0.06 94.93 3749 | 4 0.04 94.97 3752 | 7 0.07 95.04 3755 | 1 0.01 95.05 3756 | 4 0.04 95.09 3757 | 5 0.05 95.14 3758 | 5 0.05 95.19 3759 | 4 0.04 95.23 3760 | 1 0.01 95.24 3761 | 1 0.01 95.25 3762 | 2 0.02 95.27 3763 | 1 0.01 95.28 3764 | 1 0.01 95.29 3765 | 6 0.06 95.35 3766 | 4 0.04 95.39 3767 | 5 0.05 95.44 3768 | 1 0.01 95.45 3769 | 1 0.01 95.46 3770 | 2 0.02 95.48 3771 | 4 0.04 95.52 3773 | 2 0.02 95.54 3775 | 1 0.01 95.55 3777 | 1 0.01 95.56 3778 | 3 0.03 95.59 3779 | 3 0.03 95.62 3780 | 4 0.04 95.66 3781 | 4 0.04 95.70 3782 | 2 0.02 95.72 3783 | 2 0.02 95.74 3784 | 3 0.03 95.77 3785 | 1 0.01 95.78 3787 | 1 0.01 95.79 3788 | 3 0.03 95.82 3789 | 4 0.04 95.86 3790 | 4 0.04 95.90 3791 | 3 0.03 95.93 3792 | 2 0.02 95.95 3793 | 4 0.04 95.99 3794 | 4 0.04 96.03 3795 | 3 0.03 96.06 3796 | 2 0.02 96.08 3798 | 2 0.02 96.10 3799 | 4 0.04 96.14 3800 | 2 0.02 96.16 3801 | 4 0.04 96.20 3802 | 3 0.03 96.23 3803 | 1 0.01 96.24 3804 | 2 0.02 96.26 3805 | 2 0.02 96.28 3806 | 6 0.06 96.34 3808 | 2 0.02 96.36 3809 | 3 0.03 96.39 3810 | 4 0.04 96.43 3811 | 2 0.02 96.45 3812 | 1 0.01 96.46 3813 | 2 0.02 96.48 3814 | 3 0.03 96.51 3815 | 2 0.02 96.53 3816 | 3 0.03 96.56 3817 | 4 0.04 96.60 3818 | 2 0.02 96.62 3819 | 5 0.05 96.67 3820 | 3 0.03 96.70 3821 | 2 0.02 96.72 3822 | 3 0.03 96.75 3823 | 2 0.02 96.77 3824 | 2 0.02 96.79 3825 | 4 0.04 96.83 3826 | 2 0.02 96.85 3827 | 2 0.02 96.87 3828 | 2 0.02 96.89 3829 | 3 0.03 96.92 3830 | 4 0.04 96.96 3831 | 1 0.01 96.97 3832 | 1 0.01 96.98 3833 | 3 0.03 97.01 3835 | 4 0.04 97.05 3836 | 5 0.05 97.10 3837 | 2 0.02 97.12 3838 | 5 0.05 97.17 3839 | 4 0.04 97.21 3840 | 3 0.03 97.24 3842 | 2 0.02 97.26 3843 | 4 0.04 97.30 3844 | 3 0.03 97.33 3845 | 5 0.05 97.38 3846 | 3 0.03 97.41 3848 | 3 0.03 97.44 3849 | 2 0.02 97.46 3850 | 3 0.03 97.49 3851 | 2 0.02 97.51 3853 | 1 0.01 97.52 3854 | 2 0.02 97.54 3855 | 1 0.01 97.55 3856 | 3 0.03 97.58 3857 | 3 0.03 97.61 3858 | 4 0.04 97.65 3859 | 4 0.04 97.69 3860 | 7 0.07 97.76 3861 | 2 0.02 97.78 3862 | 1 0.01 97.79 3863 | 1 0.01 97.80 3864 | 3 0.03 97.83 3865 | 2 0.02 97.85 3866 | 3 0.03 97.88 3867 | 1 0.01 97.89 3868 | 4 0.04 97.93 3869 | 2 0.02 97.95 3870 | 2 0.02 97.97 3871 | 2 0.02 97.99 3872 | 3 0.03 98.02 3873 | 5 0.05 98.07 3874 | 4 0.04 98.11 3875 | 3 0.03 98.14 3876 | 2 0.02 98.16 3877 | 2 0.02 98.18 3880 | 4 0.04 98.22 3881 | 1 0.01 98.23 3882 | 2 0.02 98.25 3883 | 7 0.07 98.32 3884 | 1 0.01 98.33 3885 | 1 0.01 98.34 3887 | 2 0.02 98.36 3888 | 2 0.02 98.38 3889 | 6 0.06 98.44 3890 | 1 0.01 98.45 3891 | 2 0.02 98.47 3893 | 5 0.05 98.52 3894 | 2 0.02 98.54 3895 | 4 0.04 98.58 3896 | 2 0.02 98.60 3898 | 3 0.03 98.63 3899 | 3 0.03 98.66 3900 | 1 0.01 98.67 3901 | 2 0.02 98.69 3902 | 2 0.02 98.71 3903 | 1 0.01 98.72 3905 | 1 0.01 98.73 3906 | 2 0.02 98.75 3907 | 4 0.04 98.79 3908 | 4 0.04 98.83 3910 | 3 0.03 98.86 3911 | 3 0.03 98.89 3912 | 2 0.02 98.91 3913 | 4 0.04 98.95 3914 | 2 0.02 98.97 3915 | 5 0.05 99.02 3916 | 2 0.02 99.04 3917 | 4 0.04 99.08 3918 | 4 0.04 99.12 3919 | 2 0.02 99.14 3921 | 2 0.02 99.16 3922 | 1 0.01 99.17 3923 | 1 0.01 99.18 3924 | 3 0.03 99.21 3925 | 1 0.01 99.22 3926 | 2 0.02 99.24 3927 | 1 0.01 99.25 3928 | 2 0.02 99.27 3929 | 7 0.07 99.34 3930 | 2 0.02 99.36 3931 | 1 0.01 99.37 3932 | 1 0.01 99.38 3933 | 2 0.02 99.40 3934 | 5 0.05 99.45 3935 | 2 0.02 99.47 3936 | 3 0.03 99.50 3937 | 4 0.04 99.54 3938 | 5 0.05 99.59 3939 | 2 0.02 99.61 3940 | 5 0.05 99.66 3942 | 2 0.02 99.68 3943 | 4 0.04 99.72 3944 | 1 0.01 99.73 3945 | 1 0.01 99.74 3946 | 2 0.02 99.76 3947 | 2 0.02 99.78 3948 | 2 0.02 99.80 3949 | 1 0.01 99.81 3950 | 6 0.06 99.87 3951 | 4 0.04 99.91 3952 | 2 0.02 99.93 3953 | 1 0.01 99.94 3954 | 2 0.02 99.96 3955 | 1 0.01 99.97 3956 | 2 0.02 99.99 3957 | 1 0.01 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ssuid variable in sipp1996tm96puw9 dataset : SU: Sample | Unit | Identifier | Freq. Percent Cum. -------------+----------------------------------- 019003754630 | 5 0.05 0.05 019052074737 | 3 0.03 0.08 019052123035 | 2 0.02 0.10 019052123067 | 2 0.02 0.12 019052123243 | 3 0.03 0.15 019052123373 | 4 0.04 0.19 019052123477 | 1 0.01 0.20 019052123655 | 3 0.03 0.23 019052358373 | 2 0.02 0.25 019052358482 | 5 0.05 0.30 019052358737 | 3 0.03 0.33 019052369360 | 1 0.01 0.34 019052369599 | 2 0.02 0.36 019052369630 | 2 0.02 0.38 019052369753 | 2 0.02 0.40 019052451502 | 2 0.02 0.42 019052451905 | 2 0.02 0.44 019052651089 | 1 0.01 0.45 019052651753 | 4 0.04 0.49 019052701035 | 2 0.02 0.51 019052701696 | 2 0.02 0.53 019052754159 | 3 0.03 0.56 019052754174 | 9 0.09 0.65 019052754276 | 1 0.01 0.66 019052944140 | 3 0.03 0.69 019052944420 | 2 0.02 0.71 019052944509 | 3 0.03 0.74 019052944531 | 1 0.01 0.75 019052944804 | 3 0.03 0.78 019052944905 | 6 0.06 0.84 019052986134 | 4 0.04 0.88 019052986149 | 2 0.02 0.90 019052986440 | 3 0.03 0.93 019052986509 | 3 0.03 0.96 019052986554 | 3 0.03 0.99 019052986584 | 2 0.02 1.01 019052986746 | 2 0.02 1.03 019052986753 | 1 0.01 1.04 019068123067 | 1 0.01 1.05 019068123788 | 1 0.01 1.06 019068123954 | 3 0.03 1.09 019068369140 | 1 0.01 1.10 019068369149 | 2 0.02 1.12 019068369449 | 3 0.03 1.15 019068451549 | 2 0.02 1.17 019068667000 | 4 0.04 1.21 019092123159 | 2 0.02 1.23 019092203159 | 1 0.01 1.24 019092358630 | 1 0.01 1.25 019092404375 | 7 0.07 1.32 019092404979 | 4 0.04 1.36 019092471058 | 2 0.02 1.38 019092471964 | 6 0.06 1.44 019092557660 | 2 0.02 1.46 019092874291 | 1 0.01 1.47 019128038334 | 4 0.04 1.51 019133000344 | 2 0.02 1.53 019133000486 | 4 0.04 1.57 019133038995 | 5 0.05 1.62 019133717046 | 2 0.02 1.64 019156123905 | 6 0.06 1.70 019156358379 | 2 0.02 1.72 019156358731 | 1 0.01 1.73 019156369149 | 5 0.05 1.78 019156369291 | 5 0.05 1.83 019156369449 | 3 0.03 1.86 019156451549 | 3 0.03 1.89 019156451737 | 5 0.05 1.94 019156667000 | 9 0.09 2.03 019228019392 | 5 0.05 2.08 019228123855 | 1 0.01 2.09 019228123916 | 4 0.04 2.13 019228167392 | 2 0.02 2.15 019228167880 | 2 0.02 2.17 019228196840 | 3 0.03 2.20 019228202099 | 2 0.02 2.22 019228203840 | 4 0.04 2.26 019228246174 | 3 0.03 2.29 019228246852 | 4 0.04 2.33 019228369080 | 3 0.03 2.36 019228369159 | 6 0.06 2.42 019228370080 | 2 0.02 2.44 019228370099 | 5 0.05 2.49 019228392089 | 3 0.03 2.52 019228392862 | 2 0.02 2.54 019228451291 | 3 0.03 2.57 019228458009 | 4 0.04 2.61 019228458159 | 2 0.02 2.63 019228458392 | 1 0.01 2.64 019228469159 | 2 0.02 2.66 019228583086 | 4 0.04 2.70 019228583316 | 4 0.04 2.74 019228583449 | 2 0.02 2.76 019228701155 | 2 0.02 2.78 019228701255 | 4 0.04 2.82 019228730880 | 5 0.05 2.87 019228738375 | 4 0.04 2.91 019228738916 | 3 0.03 2.94 019228740401 | 1 0.01 2.95 019228740537 | 5 0.05 3.00 019228740862 | 2 0.02 3.02 019228740979 | 5 0.05 3.07 019228796089 | 2 0.02 3.09 019228796537 | 1 0.01 3.10 019228938086 | 2 0.02 3.12 019228938283 | 4 0.04 3.16 019228938316 | 5 0.05 3.21 019228938449 | 4 0.04 3.25 019228938903 | 2 0.02 3.27 019228938905 | 1 0.01 3.28 019238074737 | 1 0.01 3.29 019238358373 | 1 0.01 3.30 019238358737 | 2 0.02 3.32 019238369360 | 6 0.06 3.38 019238369753 | 1 0.01 3.39 019238701035 | 3 0.03 3.42 019238944420 | 4 0.04 3.46 019238944509 | 5 0.05 3.51 019238944531 | 1 0.01 3.52 019238944905 | 3 0.03 3.55 019238986440 | 2 0.02 3.57 019276404159 | 4 0.04 3.61 019276471035 | 4 0.04 3.65 019276471887 | 1 0.01 3.66 019344000567 | 1 0.01 3.67 019344023316 | 1 0.01 3.68 019344123046 | 3 0.03 3.71 019344123140 | 2 0.02 3.73 019344123159 | 2 0.02 3.75 019344123276 | 2 0.02 3.77 019344123297 | 4 0.04 3.81 019344123373 | 3 0.03 3.84 019344123375 | 5 0.05 3.89 019344123477 | 4 0.04 3.93 019344123480 | 2 0.02 3.95 019344123483 | 2 0.02 3.97 019344123502 | 3 0.03 4.00 019344123506 | 1 0.01 4.01 019344123599 | 1 0.01 4.02 019344123622 | 4 0.04 4.06 019344123862 | 3 0.03 4.09 019344123930 | 1 0.01 4.10 019344123979 | 1 0.01 4.11 019344167140 | 2 0.02 4.13 019344196197 | 2 0.02 4.15 019344196630 | 2 0.02 4.17 019344196660 | 2 0.02 4.19 019344196686 | 2 0.02 4.21 019344196831 | 1 0.01 4.22 019344202268 | 4 0.04 4.26 019344246276 | 5 0.05 4.31 019344246334 | 1 0.01 4.32 019344246647 | 3 0.03 4.35 019344246737 | 6 0.06 4.41 019344369174 | 3 0.03 4.44 019344369197 | 1 0.01 4.45 019344369207 | 1 0.01 4.46 019344369283 | 2 0.02 4.48 019344369494 | 3 0.03 4.51 019344369630 | 4 0.04 4.55 019344369686 | 2 0.02 4.57 019344369687 | 2 0.02 4.59 019344369944 | 2 0.02 4.61 019344369946 | 4 0.04 4.65 019344370197 | 8 0.08 4.73 019344370259 | 2 0.02 4.75 019344370316 | 2 0.02 4.77 019344370482 | 4 0.04 4.81 019344370531 | 2 0.02 4.83 019344370630 | 2 0.02 4.85 019344370903 | 8 0.08 4.93 019344370946 | 2 0.02 4.95 019344451080 | 5 0.05 5.00 019344451099 | 1 0.01 5.01 019344451235 | 6 0.06 5.07 019344451844 | 5 0.05 5.12 019344451855 | 1 0.01 5.13 019344451887 | 4 0.04 5.17 019344467067 | 7 0.07 5.24 019344467516 | 2 0.02 5.26 019344467613 | 3 0.03 5.29 019344471373 | 1 0.01 5.30 019344471516 | 1 0.01 5.31 019344583035 | 1 0.01 5.32 019344583099 | 1 0.01 5.33 019344583276 | 5 0.05 5.38 019344583334 | 3 0.03 5.41 019344583392 | 8 0.08 5.49 019344583599 | 2 0.02 5.51 019344583613 | 1 0.01 5.52 019344583631 | 3 0.03 5.55 019344583689 | 1 0.01 5.56 019344583737 | 4 0.04 5.60 019344583887 | 2 0.02 5.62 019344668631 | 6 0.06 5.68 019344668676 | 1 0.01 5.69 019344738080 | 4 0.04 5.73 019344738840 | 2 0.02 5.75 019344740099 | 2 0.02 5.77 019344784516 | 1 0.01 5.78 019344784613 | 5 0.05 5.83 019344784676 | 3 0.03 5.86 019344784689 | 3 0.03 5.89 019344796080 | 1 0.01 5.90 019344796268 | 5 0.05 5.95 019344796506 | 2 0.02 5.97 019344796531 | 1 0.01 5.98 019344796537 | 2 0.02 6.00 019344796596 | 5 0.05 6.05 019344796880 | 2 0.02 6.07 019344796930 | 2 0.02 6.09 019344796995 | 3 0.03 6.12 019344808067 | 2 0.02 6.14 019344808235 | 5 0.05 6.19 019344808334 | 1 0.01 6.20 019344808516 | 3 0.03 6.23 019344938035 | 4 0.04 6.27 019344938276 | 1 0.01 6.28 019344938599 | 1 0.01 6.29 019344938676 | 7 0.07 6.36 019353469046 | 3 0.03 6.39 019359074174 | 1 0.01 6.40 019359074737 | 2 0.02 6.42 019359074930 | 3 0.03 6.45 019359123035 | 4 0.04 6.49 019359123373 | 2 0.02 6.51 019359123477 | 3 0.03 6.54 019359123494 | 2 0.02 6.56 019359123655 | 2 0.02 6.58 019359123753 | 5 0.05 6.63 019359123979 | 1 0.01 6.64 019359358373 | 1 0.01 6.65 019359358630 | 3 0.03 6.68 019359358737 | 2 0.02 6.70 019359358930 | 1 0.01 6.71 019359369482 | 5 0.05 6.76 019359369599 | 2 0.02 6.78 019359451097 | 4 0.04 6.82 019359451502 | 4 0.04 6.86 019359451553 | 2 0.02 6.88 019359701482 | 4 0.04 6.92 019359754174 | 3 0.03 6.95 019359754276 | 4 0.04 6.99 019359944420 | 4 0.04 7.03 019359944509 | 1 0.01 7.04 019359944531 | 1 0.01 7.05 019359944905 | 3 0.03 7.08 019359975584 | 4 0.04 7.12 019359986134 | 5 0.05 7.17 019359986149 | 5 0.05 7.22 019359986155 | 4 0.04 7.26 019359986255 | 6 0.06 7.32 019359986440 | 4 0.04 7.36 019359986554 | 4 0.04 7.40 019359986584 | 4 0.04 7.44 019359986746 | 1 0.01 7.45 019359986753 | 2 0.02 7.47 019359986770 | 8 0.08 7.55 019359986804 | 3 0.03 7.58 019379038995 | 3 0.03 7.61 019379332334 | 2 0.02 7.63 019379469995 | 1 0.01 7.64 019418038334 | 4 0.04 7.68 019454000344 | 5 0.05 7.73 019454000486 | 2 0.02 7.75 019454332334 | 5 0.05 7.80 019454398995 | 5 0.05 7.85 019546754599 | 4 0.04 7.89 019572074737 | 1 0.01 7.90 019572123035 | 8 0.08 7.98 019572123477 | 2 0.02 8.00 019572123494 | 6 0.06 8.06 019572123655 | 1 0.01 8.07 019572123979 | 2 0.02 8.09 019572358373 | 3 0.03 8.12 019572369360 | 5 0.05 8.17 019572369599 | 1 0.01 8.18 019572369630 | 1 0.01 8.19 019572451174 | 1 0.01 8.20 019572451319 | 1 0.01 8.21 019572651753 | 3 0.03 8.24 019572701696 | 2 0.02 8.26 019572754159 | 2 0.02 8.28 019572754174 | 3 0.03 8.31 019572754291 | 4 0.04 8.35 019572754599 | 2 0.02 8.37 019572944509 | 3 0.03 8.40 019572944531 | 5 0.05 8.45 019572944804 | 1 0.01 8.46 019572944905 | 2 0.02 8.48 019572986509 | 2 0.02 8.50 019572986554 | 2 0.02 8.52 019572986584 | 1 0.01 8.53 019572986753 | 1 0.01 8.54 019572986804 | 1 0.01 8.55 019600358737 | 1 0.01 8.56 019600451502 | 5 0.05 8.61 019600754599 | 4 0.04 8.65 019600986440 | 2 0.02 8.67 019600986509 | 2 0.02 8.69 019684451647 | 4 0.04 8.73 019684451689 | 1 0.01 8.74 019684467689 | 3 0.03 8.77 019684471516 | 2 0.02 8.79 019684471613 | 5 0.05 8.84 019684471676 | 3 0.03 8.87 019684583737 | 8 0.08 8.95 019684668035 | 5 0.05 9.00 019684668737 | 2 0.02 9.02 019684784689 | 1 0.01 9.03 019684808887 | 4 0.04 9.07 019684938373 | 2 0.02 9.09 019707123905 | 1 0.01 9.10 019707123954 | 2 0.02 9.12 019707358731 | 2 0.02 9.14 019707358892 | 4 0.04 9.18 019707369140 | 2 0.02 9.20 019707369197 | 4 0.04 9.24 019707369449 | 3 0.03 9.27 019707369482 | 1 0.01 9.28 019707451549 | 2 0.02 9.30 019707451737 | 1 0.01 9.31 019707667000 | 1 0.01 9.32 019707911731 | 7 0.07 9.39 019707911892 | 4 0.04 9.43 019707940731 | 7 0.07 9.50 019714369197 | 2 0.02 9.52 019714369291 | 1 0.01 9.53 019714369482 | 1 0.01 9.54 019748123905 | 1 0.01 9.55 019748123954 | 2 0.02 9.57 019748358379 | 3 0.03 9.60 019748369149 | 4 0.04 9.64 019748369449 | 2 0.02 9.66 019748369482 | 4 0.04 9.70 019748369903 | 3 0.03 9.73 019748667000 | 6 0.06 9.79 019860000344 | 2 0.02 9.81 019860038995 | 2 0.02 9.83 019860332334 | 5 0.05 9.88 019860398995 | 4 0.04 9.92 019860717046 | 2 0.02 9.94 019922074737 | 1 0.01 9.95 019922123035 | 4 0.04 9.99 019922123067 | 2 0.02 10.01 019922123477 | 2 0.02 10.03 019922123494 | 2 0.02 10.05 019922123979 | 1 0.01 10.06 019922358197 | 1 0.01 10.07 019922358373 | 1 0.01 10.08 019922358593 | 2 0.02 10.10 019922358954 | 4 0.04 10.14 019922369360 | 4 0.04 10.18 019922369599 | 1 0.01 10.19 019922369630 | 2 0.02 10.21 019922451174 | 2 0.02 10.23 019922451319 | 5 0.05 10.28 019922451502 | 3 0.03 10.31 019922451905 | 1 0.01 10.32 019922651089 | 1 0.01 10.33 019922651753 | 4 0.04 10.37 019922701035 | 1 0.01 10.38 019922701482 | 3 0.03 10.41 019922754174 | 4 0.04 10.45 019922754276 | 1 0.01 10.46 019922754291 | 4 0.04 10.50 019922754599 | 2 0.02 10.52 019922944420 | 1 0.01 10.53 019922944737 | 2 0.02 10.55 019922944804 | 2 0.02 10.57 019922944905 | 1 0.01 10.58 019922975584 | 2 0.02 10.60 019922986134 | 1 0.01 10.61 019922986149 | 3 0.03 10.64 019922986440 | 1 0.01 10.65 019922986746 | 2 0.02 10.67 019922986753 | 1 0.01 10.68 019925000086 | 2 0.02 10.70 019925000174 | 2 0.02 10.72 019925000291 | 1 0.01 10.73 019925000852 | 5 0.05 10.78 019925011035 | 4 0.04 10.82 019925011155 | 1 0.01 10.83 019925011276 | 2 0.02 10.85 019925011344 | 2 0.02 10.87 019925011392 | 1 0.01 10.88 019925011737 | 5 0.05 10.93 019925011840 | 2 0.02 10.95 019925011887 | 2 0.02 10.97 019925019159 | 4 0.04 11.01 019925019392 | 2 0.02 11.03 019925019599 | 3 0.03 11.06 019925023067 | 1 0.01 11.07 019925038089 | 2 0.02 11.09 019925038375 | 1 0.01 11.10 019925038401 | 2 0.02 11.12 019925038979 | 1 0.01 11.13 019925066009 | 4 0.04 11.17 019925066067 | 1 0.01 11.18 019925066080 | 3 0.03 11.21 019925066381 | 3 0.03 11.24 019925066696 | 2 0.02 11.26 019925066787 | 4 0.04 11.30 019925074046 | 2 0.02 11.32 019925074054 | 1 0.01 11.33 019925074116 | 6 0.06 11.39 019925074194 | 6 0.06 11.45 019925074567 | 2 0.02 11.47 019925074594 | 1 0.01 11.48 019925074919 | 2 0.02 11.50 019925104067 | 6 0.06 11.56 019925104276 | 1 0.01 11.57 019925104392 | 4 0.04 11.61 019925104516 | 4 0.04 11.65 019925104631 | 5 0.05 11.70 019925104757 | 1 0.01 11.71 019925104880 | 1 0.01 11.72 019925104887 | 3 0.03 11.75 019925115319 | 1 0.01 11.76 019925115373 | 4 0.04 11.80 019925115482 | 1 0.01 11.81 019925115483 | 4 0.04 11.85 019925115593 | 5 0.05 11.90 019925115613 | 2 0.02 11.92 019925115676 | 3 0.03 11.95 019925115737 | 10 0.10 12.05 019925115840 | 1 0.01 12.06 019925123060 | 4 0.04 12.10 019925123159 | 2 0.02 12.12 019925123173 | 1 0.01 12.13 019925123196 | 1 0.01 12.14 019925123259 | 5 0.05 12.19 019925123297 | 4 0.04 12.23 019925123440 | 1 0.01 12.24 019925123537 | 3 0.03 12.27 019925123584 | 1 0.01 12.28 019925123593 | 1 0.01 12.29 019925123596 | 1 0.01 12.30 019925123660 | 4 0.04 12.34 019925123737 | 5 0.05 12.39 019925123788 | 1 0.01 12.40 019925123840 | 3 0.03 12.43 019925123855 | 4 0.04 12.47 019925123887 | 1 0.01 12.48 019925123916 | 3 0.03 12.51 019925123944 | 1 0.01 12.52 019925123950 | 4 0.04 12.56 019925130029 | 6 0.06 12.62 019925130089 | 5 0.05 12.67 019925130142 | 1 0.01 12.68 019925130243 | 6 0.06 12.74 019925130531 | 1 0.01 12.75 019925130553 | 2 0.02 12.77 019925146268 | 3 0.03 12.80 019925146506 | 6 0.06 12.86 019925167009 | 3 0.03 12.89 019925167080 | 1 0.01 12.90 019925167599 | 4 0.04 12.94 019925167880 | 6 0.06 13.00 019925170029 | 4 0.04 13.04 019925170067 | 3 0.03 13.07 019925170255 | 6 0.06 13.13 019925170344 | 5 0.05 13.18 019925170482 | 3 0.03 13.21 019925170553 | 1 0.01 13.22 019925170689 | 3 0.03 13.25 019925181194 | 2 0.02 13.27 019925181568 | 6 0.06 13.33 019925181730 | 3 0.03 13.36 019925196035 | 3 0.03 13.39 019925196080 | 1 0.01 13.40 019925196173 | 2 0.02 13.42 019925196324 | 2 0.02 13.44 019925196401 | 5 0.05 13.49 019925196630 | 1 0.01 13.50 019925196737 | 2 0.02 13.52 019925196894 | 2 0.02 13.54 019925196933 | 2 0.02 13.56 019925196979 | 1 0.01 13.57 019925202089 | 2 0.02 13.59 019925202392 | 1 0.01 13.60 019925202535 | 7 0.07 13.67 019925202599 | 1 0.01 13.68 019925202916 | 2 0.02 13.70 019925202979 | 2 0.02 13.72 019925203080 | 1 0.01 13.73 019925203276 | 2 0.02 13.75 019925203392 | 6 0.06 13.81 019925203535 | 5 0.05 13.86 019925203599 | 2 0.02 13.88 019925203880 | 5 0.05 13.93 019925211067 | 1 0.01 13.94 019925211174 | 1 0.01 13.95 019925211291 | 2 0.02 13.97 019925211316 | 2 0.02 13.99 019925211319 | 4 0.04 14.03 019925211389 | 1 0.01 14.04 019925211584 | 2 0.02 14.06 019925211655 | 1 0.01 14.07 019925211737 | 1 0.01 14.08 019925211852 | 2 0.02 14.10 019925211903 | 1 0.01 14.11 019925229375 | 5 0.05 14.16 019925241046 | 4 0.04 14.20 019925241116 | 2 0.02 14.22 019925241521 | 4 0.04 14.26 019925241547 | 4 0.04 14.30 019925241568 | 1 0.01 14.31 019925241602 | 3 0.03 14.34 019925241730 | 1 0.01 14.35 019925246058 | 2 0.02 14.37 019925246155 | 1 0.01 14.38 019925246284 | 2 0.02 14.40 019925246291 | 3 0.03 14.43 019925246316 | 4 0.04 14.47 019925246344 | 2 0.02 14.49 019925246449 | 3 0.03 14.52 019925246696 | 2 0.02 14.54 019925246852 | 4 0.04 14.58 019925246905 | 2 0.02 14.60 019925266243 | 3 0.03 14.63 019925266389 | 2 0.02 14.65 019925266401 | 2 0.02 14.67 019925266482 | 4 0.04 14.71 019925266494 | 4 0.04 14.75 019925266506 | 2 0.02 14.77 019925266655 | 1 0.01 14.78 019925266916 | 1 0.01 14.79 019925266930 | 4 0.04 14.83 019925358029 | 1 0.01 14.84 019925358067 | 1 0.01 14.85 019925358243 | 3 0.03 14.88 019925358319 | 1 0.01 14.89 019925358420 | 1 0.01 14.90 019925358440 | 2 0.02 14.92 019925358696 | 2 0.02 14.94 019925358772 | 4 0.04 14.98 019925358840 | 2 0.02 15.00 019925358862 | 3 0.03 15.03 019925358979 | 2 0.02 15.05 019925365089 | 2 0.02 15.07 019925369067 | 1 0.01 15.08 019925369233 | 3 0.03 15.11 019925369259 | 5 0.05 15.16 019925369360 | 4 0.04 15.20 019925369373 | 4 0.04 15.24 019925369613 | 3 0.03 15.27 019925369630 | 1 0.01 15.28 019925369631 | 1 0.01 15.29 019925369887 | 5 0.05 15.34 019925369892 | 2 0.02 15.36 019925370000 | 3 0.03 15.39 019925370035 | 2 0.02 15.41 019925370067 | 1 0.01 15.42 019925370080 | 1 0.01 15.43 019925370197 | 3 0.03 15.46 019925370233 | 2 0.02 15.48 019925370259 | 1 0.01 15.49 019925370535 | 4 0.04 15.53 019925370676 | 4 0.04 15.57 019925370689 | 1 0.01 15.58 019925370731 | 3 0.03 15.61 019925370831 | 3 0.03 15.64 019925370880 | 5 0.05 15.69 019925370916 | 1 0.01 15.70 019925370944 | 3 0.03 15.73 019925370950 | 2 0.02 15.75 019925392159 | 1 0.01 15.76 019925392753 | 1 0.01 15.77 019925396344 | 2 0.02 15.79 019925396593 | 2 0.02 15.81 019925404089 | 2 0.02 15.83 019925404537 | 1 0.01 15.84 019925404979 | 4 0.04 15.88 019925404995 | 2 0.02 15.90 019925422401 | 3 0.03 15.93 019925422431 | 4 0.04 15.97 019925422549 | 2 0.02 15.99 019925422567 | 2 0.02 16.01 019925422594 | 1 0.01 16.02 019925422773 | 5 0.05 16.07 019925422844 | 1 0.01 16.08 019925422954 | 1 0.01 16.09 019925437116 | 2 0.02 16.11 019925437140 | 2 0.02 16.13 019925437521 | 1 0.01 16.14 019925437547 | 3 0.03 16.17 019925437602 | 4 0.04 16.21 019925437967 | 3 0.03 16.24 019925444268 | 1 0.01 16.25 019925444967 | 4 0.04 16.29 019925451029 | 1 0.01 16.30 019925451097 | 1 0.01 16.31 019925451142 | 3 0.03 16.34 019925451155 | 4 0.04 16.38 019925451255 | 1 0.01 16.39 019925451316 | 3 0.03 16.42 019925451553 | 5 0.05 16.47 019925451585 | 1 0.01 16.48 019925451757 | 2 0.02 16.50 019925451988 | 1 0.01 16.51 019925458276 | 2 0.02 16.53 019925458392 | 3 0.03 16.56 019925458840 | 4 0.04 16.60 019925467058 | 4 0.04 16.64 019925467086 | 5 0.05 16.69 019925467155 | 2 0.02 16.71 019925467946 | 2 0.02 16.73 019925469009 | 4 0.04 16.77 019925469080 | 3 0.03 16.80 019925469392 | 1 0.01 16.81 019925471086 | 3 0.03 16.84 019925471301 | 4 0.04 16.88 019925471365 | 1 0.01 16.89 019925471449 | 6 0.06 16.95 019925471638 | 2 0.02 16.97 019925489537 | 3 0.03 17.00 019925489916 | 2 0.02 17.02 019925514324 | 4 0.04 17.06 019925514995 | 2 0.02 17.08 019925583058 | 5 0.05 17.13 019925583174 | 1 0.01 17.14 019925583344 | 2 0.02 17.16 019925583486 | 1 0.01 17.17 019925583585 | 2 0.02 17.19 019925583593 | 2 0.02 17.21 019925583852 | 1 0.01 17.22 019925583964 | 5 0.05 17.27 019925587142 | 3 0.03 17.30 019925587319 | 2 0.02 17.32 019925587655 | 5 0.05 17.37 019925619142 | 7 0.07 17.44 019925619174 | 2 0.02 17.46 019925619243 | 4 0.04 17.50 019925619553 | 2 0.02 17.52 019925619905 | 3 0.03 17.55 019925624155 | 3 0.03 17.58 019925624255 | 4 0.04 17.62 019925624344 | 3 0.03 17.65 019925624593 | 2 0.02 17.67 019925646194 | 2 0.02 17.69 019925646506 | 2 0.02 17.71 019925646568 | 2 0.02 17.73 019925646919 | 2 0.02 17.75 019925651054 | 1 0.01 17.76 019925651089 | 4 0.04 17.80 019925651162 | 4 0.04 17.84 019925651324 | 8 0.08 17.92 019925651401 | 1 0.01 17.93 019925651594 | 4 0.04 17.97 019925651696 | 3 0.03 18.00 019925651844 | 2 0.02 18.02 019925651954 | 1 0.01 18.03 019925651995 | 2 0.02 18.05 019925668086 | 1 0.01 18.06 019925668174 | 3 0.03 18.09 019925668903 | 1 0.01 18.10 019925687482 | 4 0.04 18.14 019925687655 | 1 0.01 18.15 019925687687 | 2 0.02 18.17 019925690155 | 3 0.03 18.20 019925690344 | 4 0.04 18.24 019925690381 | 4 0.04 18.28 019925690676 | 2 0.02 18.30 019925690689 | 2 0.02 18.32 019925697930 | 2 0.02 18.34 019925701035 | 3 0.03 18.37 019925701080 | 3 0.03 18.40 019925701099 | 4 0.04 18.44 019925701243 | 4 0.04 18.48 019925701255 | 4 0.04 18.52 019925701268 | 2 0.02 18.54 019925701319 | 1 0.01 18.55 019925701516 | 4 0.04 18.59 019925701535 | 2 0.02 18.61 019925701593 | 2 0.02 18.63 019925701738 | 1 0.01 18.64 019925717155 | 2 0.02 18.66 019925717255 | 4 0.04 18.70 019925717344 | 4 0.04 18.74 019925717585 | 2 0.02 18.76 019925726067 | 4 0.04 18.80 019925738089 | 4 0.04 18.84 019925738099 | 6 0.06 18.90 019925738149 | 1 0.01 18.91 019925738294 | 1 0.01 18.92 019925738360 | 2 0.02 18.94 019925738375 | 2 0.02 18.96 019925738509 | 1 0.01 18.97 019925738535 | 1 0.01 18.98 019925738545 | 3 0.03 19.01 019925738619 | 4 0.04 19.05 019925738630 | 3 0.03 19.08 019925738689 | 3 0.03 19.11 019925738737 | 2 0.02 19.13 019925738880 | 1 0.01 19.14 019925738950 | 6 0.06 19.20 019925738979 | 4 0.04 19.24 019925738995 | 5 0.05 19.29 019925739401 | 4 0.04 19.33 019925740040 | 6 0.06 19.39 019925740099 | 1 0.01 19.40 019925740360 | 1 0.01 19.41 019925740545 | 5 0.05 19.46 019925740554 | 1 0.01 19.47 019925740619 | 1 0.01 19.48 019925740772 | 2 0.02 19.50 019925740894 | 1 0.01 19.51 019925743089 | 4 0.04 19.55 019925743489 | 2 0.02 19.57 019925743567 | 3 0.03 19.60 019925743705 | 4 0.04 19.64 019925743916 | 1 0.01 19.65 019925743954 | 1 0.01 19.66 019925743979 | 2 0.02 19.68 019925754159 | 3 0.03 19.71 019925754174 | 3 0.03 19.74 019925754291 | 4 0.04 19.78 019925754294 | 1 0.01 19.79 019925754660 | 1 0.01 19.80 019925754840 | 2 0.02 19.82 019925754905 | 3 0.03 19.85 019925784284 | 3 0.03 19.88 019925784365 | 3 0.03 19.91 019925784638 | 2 0.02 19.93 019925784988 | 3 0.03 19.96 019925794547 | 3 0.03 19.99 019925794972 | 4 0.04 20.03 019925796040 | 4 0.04 20.07 019925796060 | 1 0.01 20.08 019925796233 | 2 0.02 20.10 019925796360 | 4 0.04 20.14 019925796373 | 2 0.02 20.16 019925796545 | 4 0.04 20.20 019925796584 | 1 0.01 20.21 019925796619 | 1 0.01 20.22 019925796630 | 1 0.01 20.23 019925796772 | 1 0.01 20.24 019925796950 | 1 0.01 20.25 019925796979 | 1 0.01 20.26 019925805194 | 4 0.04 20.30 019925805324 | 1 0.01 20.31 019925805334 | 6 0.06 20.37 019925805375 | 4 0.04 20.41 019925805547 | 1 0.01 20.42 019925805567 | 2 0.02 20.44 019925805594 | 2 0.02 20.46 019925805647 | 3 0.03 20.49 019925805676 | 2 0.02 20.51 019925805730 | 1 0.01 20.52 019925805916 | 4 0.04 20.56 019925805919 | 3 0.03 20.59 019925805954 | 2 0.02 20.61 019925808283 | 6 0.06 20.67 019925808316 | 1 0.01 20.68 019925808905 | 1 0.01 20.69 019925830046 | 4 0.04 20.73 019925830531 | 4 0.04 20.77 019925830738 | 2 0.02 20.79 019925871060 | 2 0.02 20.81 019925871067 | 2 0.02 20.83 019925871134 | 1 0.01 20.84 019925871183 | 3 0.03 20.87 019925871259 | 1 0.01 20.88 019925871267 | 4 0.04 20.92 019925871324 | 2 0.02 20.94 019925871369 | 4 0.04 20.98 019925871537 | 1 0.01 20.99 019925871547 | 1 0.01 21.00 019925871567 | 3 0.03 21.03 019925871630 | 1 0.01 21.04 019925871660 | 2 0.02 21.06 019925871737 | 3 0.03 21.09 019925871831 | 1 0.01 21.10 019925871855 | 2 0.02 21.12 019925871894 | 2 0.02 21.14 019925871919 | 1 0.01 21.15 019925871972 | 6 0.06 21.21 019925871979 | 1 0.01 21.22 019925874482 | 5 0.05 21.27 019925879054 | 1 0.01 21.28 019925879162 | 2 0.02 21.30 019925879401 | 1 0.01 21.31 019925879773 | 3 0.03 21.34 019925879979 | 1 0.01 21.35 019925879995 | 2 0.02 21.37 019925916324 | 1 0.01 21.38 019925916855 | 1 0.01 21.39 019925916995 | 2 0.02 21.41 019925932276 | 1 0.01 21.42 019925938123 | 2 0.02 21.44 019925938255 | 2 0.02 21.46 019925938638 | 3 0.03 21.49 019925938778 | 3 0.03 21.52 019925944029 | 2 0.02 21.54 019925944067 | 4 0.04 21.58 019925944086 | 2 0.02 21.60 019925944138 | 5 0.05 21.65 019925944174 | 3 0.03 21.68 019925944243 | 3 0.03 21.71 019925944283 | 1 0.01 21.72 019925944291 | 3 0.03 21.75 019925944449 | 2 0.02 21.77 019925944516 | 2 0.02 21.79 019925944531 | 3 0.03 21.82 019925944553 | 1 0.01 21.83 019925944554 | 8 0.08 21.91 019925944584 | 4 0.04 21.95 019925944613 | 2 0.02 21.97 019925944631 | 2 0.02 21.99 019925944655 | 1 0.01 22.00 019925944687 | 4 0.04 22.04 019925944905 | 1 0.01 22.05 019925975023 | 4 0.04 22.09 019925975089 | 1 0.01 22.10 019925975173 | 4 0.04 22.14 019925975194 | 2 0.02 22.16 019925975197 | 2 0.02 22.18 019925975233 | 5 0.05 22.23 019925975343 | 7 0.07 22.30 019925975401 | 3 0.03 22.33 019925975465 | 3 0.03 22.36 019925975537 | 7 0.07 22.43 019925975567 | 5 0.05 22.48 019925975568 | 4 0.04 22.52 019925975619 | 6 0.06 22.58 019925975631 | 2 0.02 22.60 019925975660 | 4 0.04 22.64 019925975689 | 1 0.01 22.65 019925975730 | 4 0.04 22.69 019925975765 | 4 0.04 22.73 019925975770 | 3 0.03 22.76 019925975950 | 8 0.08 22.84 019925975972 | 3 0.03 22.87 019925983207 | 4 0.04 22.91 019925986054 | 1 0.01 22.92 019925986134 | 1 0.01 22.93 019925986173 | 1 0.01 22.94 019925986267 | 3 0.03 22.97 019925986294 | 3 0.03 23.00 019925986319 | 5 0.05 23.05 019925986324 | 1 0.01 23.06 019925986369 | 6 0.06 23.12 019925986619 | 1 0.01 23.13 019925986630 | 4 0.04 23.17 019925986689 | 7 0.07 23.24 019925986804 | 1 0.01 23.25 019925986950 | 2 0.02 23.27 019925986979 | 2 0.02 23.29 019961986509 | 2 0.02 23.31 066023123267 | 2 0.02 23.33 066023451116 | 3 0.03 23.36 066023938194 | 2 0.02 23.38 066023938568 | 6 0.06 23.44 066052123584 | 1 0.01 23.45 066052358097 | 2 0.02 23.47 066052358120 | 4 0.04 23.51 066052358210 | 4 0.04 23.55 066052358964 | 4 0.04 23.59 066052451070 | 5 0.05 23.64 066052451267 | 2 0.02 23.66 066052648599 | 3 0.03 23.69 066052701159 | 1 0.01 23.70 066052701420 | 1 0.01 23.71 066052701535 | 4 0.04 23.75 066052701599 | 1 0.01 23.76 066052701880 | 4 0.04 23.80 066052754027 | 2 0.02 23.82 066052754883 | 3 0.03 23.85 066052944593 | 3 0.03 23.88 066052975964 | 2 0.02 23.90 066052986058 | 1 0.01 23.91 066052986267 | 4 0.04 23.95 066052986638 | 2 0.02 23.97 066052986988 | 1 0.01 23.98 066068074140 | 4 0.04 24.02 066068074954 | 5 0.05 24.07 066068074964 | 1 0.01 24.08 066068123058 | 1 0.01 24.09 066068123240 | 4 0.04 24.13 066068123297 | 1 0.01 24.14 066068123502 | 1 0.01 24.15 066068123622 | 2 0.02 24.17 066068123964 | 2 0.02 24.19 066068369692 | 2 0.02 24.21 066068451298 | 1 0.01 24.22 066068451344 | 3 0.03 24.25 066068451696 | 1 0.01 24.26 066068451964 | 5 0.05 24.31 066068651549 | 4 0.04 24.35 066068754267 | 2 0.02 24.37 066068754568 | 4 0.04 24.41 066068925964 | 1 0.01 24.42 066068944801 | 1 0.01 24.43 066092104502 | 1 0.01 24.44 066103451070 | 1 0.01 24.45 066103451116 | 3 0.03 24.48 066103451343 | 3 0.03 24.51 066114000967 | 4 0.04 24.55 066121495899 | 3 0.03 24.58 066124451116 | 3 0.03 24.61 066124451343 | 2 0.02 24.63 066128398988 | 2 0.02 24.65 066133292098 | 1 0.01 24.66 066133717023 | 7 0.07 24.73 066156074140 | 2 0.02 24.75 066156074638 | 4 0.04 24.79 066156074954 | 2 0.02 24.81 066156074964 | 3 0.03 24.84 066156123058 | 4 0.04 24.88 066156123622 | 5 0.05 24.93 066156358381 | 1 0.01 24.94 066156369549 | 7 0.07 25.01 066156369692 | 2 0.02 25.03 066156451344 | 2 0.02 25.05 066156451964 | 2 0.02 25.07 066156651549 | 1 0.01 25.08 066156754267 | 4 0.04 25.12 066156754568 | 2 0.02 25.14 066156754602 | 1 0.01 25.15 066182358829 | 2 0.02 25.17 066182986177 | 5 0.05 25.22 066200074829 | 4 0.04 25.26 066200701318 | 1 0.01 25.27 066200986177 | 2 0.02 25.29 066204451116 | 2 0.02 25.31 066226451070 | 1 0.01 25.32 066226451116 | 2 0.02 25.34 066226451919 | 5 0.05 25.39 066228229229 | 5 0.05 25.44 066228229857 | 3 0.03 25.47 066228229891 | 3 0.03 25.50 066228422081 | 2 0.02 25.52 066228422346 | 2 0.02 25.54 066228422497 | 2 0.02 25.56 066228422501 | 2 0.02 25.58 066228422720 | 5 0.05 25.63 066228651497 | 1 0.01 25.64 066228651501 | 2 0.02 25.66 066228651720 | 1 0.01 25.67 066228651891 | 2 0.02 25.69 066228743081 | 3 0.03 25.72 066228743497 | 2 0.02 25.74 066228743501 | 4 0.04 25.78 066228743891 | 1 0.01 25.79 066228879081 | 2 0.02 25.81 066228879229 | 1 0.01 25.82 066228879501 | 4 0.04 25.86 066228879857 | 2 0.02 25.88 066228944277 | 3 0.03 25.91 066228944386 | 3 0.03 25.94 066238123420 | 3 0.03 25.97 066238123584 | 6 0.06 26.03 066238975964 | 3 0.03 26.06 066245000967 | 1 0.01 26.07 066344074046 | 1 0.01 26.08 066344074054 | 1 0.01 26.09 066344074134 | 5 0.05 26.14 066344074284 | 1 0.01 26.15 066344074301 | 5 0.05 26.20 066344074346 | 9 0.09 26.29 066344074521 | 1 0.01 26.30 066344074647 | 1 0.01 26.31 066344074746 | 2 0.02 26.33 066344074930 | 3 0.03 26.36 066344074988 | 1 0.01 26.37 066344123027 | 1 0.01 26.38 066344123301 | 2 0.02 26.40 066344123477 | 1 0.01 26.41 066344123480 | 1 0.01 26.42 066344123502 | 2 0.02 26.44 066344123594 | 1 0.01 26.45 066344123596 | 2 0.02 26.47 066344123622 | 3 0.03 26.50 066344123647 | 5 0.05 26.55 066344123778 | 6 0.06 26.61 066344123964 | 7 0.07 26.68 066344123988 | 1 0.01 26.69 066344130765 | 3 0.03 26.72 066344211298 | 1 0.01 26.73 066344211588 | 2 0.02 26.75 066344241334 | 6 0.06 26.81 066344241486 | 4 0.04 26.85 066344241489 | 2 0.02 26.87 066344241497 | 2 0.02 26.89 066344241594 | 4 0.04 26.93 066344257394 | 2 0.02 26.95 066344257518 | 2 0.02 26.97 066344266705 | 3 0.03 27.00 066344358070 | 2 0.02 27.02 066344358162 | 4 0.04 27.06 066344358549 | 3 0.03 27.09 066344358705 | 1 0.01 27.10 066344358773 | 9 0.09 27.19 066344358787 | 1 0.01 27.20 066344392647 | 7 0.07 27.27 066344392964 | 1 0.01 27.28 066344437183 | 5 0.05 27.33 066344437284 | 1 0.01 27.34 066344437594 | 3 0.03 27.37 066344437954 | 4 0.04 27.41 066344437988 | 1 0.01 27.42 066344444097 | 2 0.02 27.44 066344444284 | 5 0.05 27.49 066344444365 | 6 0.06 27.55 066344444480 | 1 0.01 27.56 066344444638 | 2 0.02 27.58 066344444964 | 2 0.02 27.60 066344444988 | 3 0.03 27.63 066344451058 | 2 0.02 27.65 066344451120 | 2 0.02 27.67 066344451155 | 1 0.01 27.68 066344451220 | 3 0.03 27.71 066344451386 | 2 0.02 27.73 066344451394 | 1 0.01 27.74 066344451414 | 4 0.04 27.78 066344451593 | 4 0.04 27.82 066344451696 | 7 0.07 27.89 066344488235 | 1 0.01 27.90 066344488954 | 1 0.01 27.91 066344495023 | 4 0.04 27.95 066344495746 | 8 0.08 28.03 066344619251 | 1 0.01 28.04 066344619394 | 2 0.02 28.06 066344619653 | 2 0.02 28.08 066344619879 | 2 0.02 28.10 066344646486 | 2 0.02 28.12 066344646594 | 2 0.02 28.14 066344646778 | 4 0.04 28.18 066344651058 | 7 0.07 28.25 066344651964 | 5 0.05 28.30 066344687298 | 2 0.02 28.32 066344687394 | 7 0.07 28.39 066344738183 | 2 0.02 28.41 066344738235 | 1 0.01 28.42 066344738567 | 3 0.03 28.45 066344738594 | 1 0.01 28.46 066344738954 | 3 0.03 28.49 066344738964 | 4 0.04 28.53 066344738988 | 4 0.04 28.57 066344740235 | 2 0.02 28.59 066344740334 | 3 0.03 28.62 066344740365 | 4 0.04 28.66 066344740489 | 2 0.02 28.68 066344740647 | 2 0.02 28.70 066344740988 | 1 0.01 28.71 066344754183 | 2 0.02 28.73 066344754240 | 4 0.04 28.77 066344754346 | 1 0.01 28.78 066344754480 | 5 0.05 28.83 066344754497 | 4 0.04 28.87 066344754547 | 1 0.01 28.88 066344754602 | 4 0.04 28.92 066344754622 | 4 0.04 28.96 066344754779 | 2 0.02 28.98 066344754954 | 6 0.06 29.04 066344756584 | 4 0.04 29.08 066344796235 | 2 0.02 29.10 066344796284 | 2 0.02 29.12 066344796301 | 4 0.04 29.16 066344796477 | 9 0.09 29.25 066344796594 | 1 0.01 29.26 066344796596 | 1 0.01 29.27 066344796647 | 3 0.03 29.30 066344837070 | 5 0.05 29.35 066344837134 | 3 0.03 29.38 066344837465 | 2 0.02 29.40 066344938696 | 2 0.02 29.42 066344944120 | 7 0.07 29.49 066344944251 | 2 0.02 29.51 066344944394 | 2 0.02 29.53 066344944518 | 4 0.04 29.57 066344944566 | 3 0.03 29.60 066344983054 | 4 0.04 29.64 066344983334 | 4 0.04 29.68 066344983480 | 2 0.02 29.70 066344983489 | 4 0.04 29.74 066344983594 | 2 0.02 29.76 066344983647 | 2 0.02 29.78 066344983954 | 2 0.02 29.80 066344986584 | 4 0.04 29.84 066359123420 | 2 0.02 29.86 066359123584 | 6 0.06 29.92 066359358058 | 2 0.02 29.94 066359358120 | 2 0.02 29.96 066359358210 | 4 0.04 30.00 066359358386 | 4 0.04 30.04 066359358964 | 4 0.04 30.08 066359451267 | 1 0.01 30.09 066359451919 | 1 0.01 30.10 066359701599 | 3 0.03 30.13 066359701772 | 3 0.03 30.16 066359701880 | 2 0.02 30.18 066359754348 | 1 0.01 30.19 066359754883 | 4 0.04 30.23 066359975964 | 2 0.02 30.25 066359986058 | 1 0.01 30.26 066359986097 | 5 0.05 30.31 066359986267 | 1 0.01 30.32 066359986301 | 4 0.04 30.36 066359986919 | 5 0.05 30.41 066359986988 | 3 0.03 30.44 066379292098 | 3 0.03 30.47 066379292138 | 3 0.03 30.50 066418292588 | 5 0.05 30.55 066418398988 | 2 0.02 30.57 066454292098 | 2 0.02 30.59 066454292294 | 3 0.03 30.62 066454717023 | 3 0.03 30.65 066463123525 | 1 0.01 30.66 066468451343 | 4 0.04 30.70 066468451919 | 3 0.03 30.73 066527074829 | 4 0.04 30.77 066527358829 | 1 0.01 30.78 066527701318 | 3 0.03 30.81 066527986383 | 5 0.05 30.86 066546986638 | 2 0.02 30.88 066562292588 | 2 0.02 30.90 066562398988 | 5 0.05 30.95 066572123584 | 2 0.02 30.97 066572358097 | 4 0.04 31.01 066572358210 | 3 0.03 31.04 066572358386 | 4 0.04 31.08 066572358964 | 2 0.02 31.10 066572451134 | 2 0.02 31.12 066572451267 | 4 0.04 31.16 066572701420 | 1 0.01 31.17 066572754883 | 3 0.03 31.20 066572944593 | 5 0.05 31.25 066572986058 | 6 0.06 31.31 066572986097 | 1 0.01 31.32 066572986267 | 6 0.06 31.38 066572986988 | 4 0.04 31.42 066600123420 | 7 0.07 31.49 066629944632 | 3 0.03 31.52 066648011061 | 2 0.02 31.54 066648011189 | 2 0.02 31.56 066648011899 | 5 0.05 31.61 066648115033 | 1 0.01 31.62 066648115061 | 3 0.03 31.65 066648115552 | 3 0.03 31.68 066648115751 | 1 0.01 31.69 066648115784 | 2 0.02 31.71 066648115851 | 1 0.01 31.72 066648115966 | 2 0.02 31.74 066648170018 | 2 0.02 31.76 066648170108 | 2 0.02 31.78 066648170552 | 2 0.02 31.80 066648170751 | 2 0.02 31.82 066648170899 | 2 0.02 31.84 066648170999 | 1 0.01 31.85 066648266177 | 2 0.02 31.87 066648358179 | 2 0.02 31.89 066648358310 | 2 0.02 31.91 066648358383 | 4 0.04 31.95 066648358470 | 3 0.03 31.98 066648358668 | 2 0.02 32.00 066648358925 | 1 0.01 32.01 066648587127 | 2 0.02 32.03 066648587388 | 2 0.02 32.05 066648644829 | 4 0.04 32.09 066648690125 | 2 0.02 32.11 066648690160 | 1 0.01 32.12 066648690189 | 5 0.05 32.17 066648690318 | 1 0.01 32.18 066648690366 | 4 0.04 32.22 066648690552 | 4 0.04 32.26 066648690999 | 2 0.02 32.28 066648701053 | 1 0.01 32.29 066648701108 | 2 0.02 32.31 066648701189 | 3 0.03 32.34 066648701470 | 7 0.07 32.41 066648701552 | 1 0.01 32.42 066648701960 | 2 0.02 32.44 066648754033 | 3 0.03 32.47 066648754177 | 5 0.05 32.52 066648754280 | 3 0.03 32.55 066648754505 | 2 0.02 32.57 066648754510 | 1 0.01 32.58 066648754851 | 1 0.01 32.59 066648780085 | 3 0.03 32.62 066648780829 | 1 0.01 32.63 066648805565 | 4 0.04 32.67 066648871161 | 4 0.04 32.71 066648871383 | 1 0.01 32.72 066648871505 | 3 0.03 32.75 066648871688 | 1 0.01 32.76 066648952388 | 6 0.06 32.82 066648975161 | 1 0.01 32.83 066648975552 | 3 0.03 32.86 066648983762 | 2 0.02 32.88 066648986671 | 4 0.04 32.92 066648986688 | 2 0.02 32.94 066648986784 | 1 0.01 32.95 066648986966 | 1 0.01 32.96 066648986999 | 2 0.02 32.98 066707074140 | 3 0.03 33.01 066707074964 | 3 0.03 33.04 066707123058 | 3 0.03 33.07 066707123183 | 3 0.03 33.10 066707123622 | 2 0.02 33.12 066707369692 | 2 0.02 33.14 066707451344 | 7 0.07 33.21 066707451964 | 3 0.03 33.24 066707651549 | 2 0.02 33.26 066707754602 | 2 0.02 33.28 066707754919 | 2 0.02 33.30 066707944632 | 1 0.01 33.31 066707944801 | 3 0.03 33.34 066714074964 | 4 0.04 33.38 066714123183 | 4 0.04 33.42 066748074140 | 1 0.01 33.43 066748074638 | 2 0.02 33.45 066748074954 | 5 0.05 33.50 066748074964 | 6 0.06 33.56 066748123058 | 2 0.02 33.58 066748123183 | 2 0.02 33.60 066748123240 | 2 0.02 33.62 066748123297 | 2 0.02 33.64 066748123622 | 1 0.01 33.65 066748123964 | 3 0.03 33.68 066748358381 | 2 0.02 33.70 066748369549 | 2 0.02 33.72 066748451696 | 4 0.04 33.76 066748451964 | 3 0.03 33.79 066748651549 | 2 0.02 33.81 066748754267 | 3 0.03 33.84 066748754602 | 2 0.02 33.86 066748754919 | 2 0.02 33.88 066748944251 | 5 0.05 33.93 066748944477 | 1 0.01 33.94 066748944898 | 1 0.01 33.95 066748986919 | 1 0.01 33.96 066752701318 | 6 0.06 34.02 066752986383 | 3 0.03 34.05 066791754919 | 5 0.05 34.10 066791944632 | 2 0.02 34.12 066814123525 | 2 0.02 34.14 066814392188 | 2 0.02 34.16 066814392384 | 1 0.01 34.17 066814392469 | 5 0.05 34.22 066814392550 | 1 0.01 34.23 066814392677 | 2 0.02 34.25 066814392965 | 3 0.03 34.28 066814404525 | 3 0.03 34.31 066814738114 | 5 0.05 34.36 066814738245 | 3 0.03 34.39 066814740114 | 4 0.04 34.43 066814740245 | 2 0.02 34.45 066814740384 | 2 0.02 34.47 066814796114 | 2 0.02 34.49 066814796188 | 4 0.04 34.53 066814796384 | 1 0.01 34.54 066814796550 | 2 0.02 34.56 066814796677 | 2 0.02 34.58 066860292098 | 4 0.04 34.62 066860292294 | 6 0.06 34.68 066860717023 | 2 0.02 34.70 066922123420 | 2 0.02 34.72 066922123477 | 2 0.02 34.74 066922358386 | 3 0.03 34.77 066922358964 | 1 0.01 34.78 066922451070 | 2 0.02 34.80 066922451919 | 5 0.05 34.85 066922648599 | 4 0.04 34.89 066922701159 | 2 0.02 34.91 066922701599 | 1 0.01 34.92 066922701880 | 5 0.05 34.97 066922754348 | 1 0.01 34.98 066922754883 | 5 0.05 35.03 066922944593 | 10 0.10 35.13 066922986097 | 1 0.01 35.14 066922986267 | 4 0.04 35.18 066922986301 | 4 0.04 35.22 066922986638 | 1 0.01 35.23 066922986919 | 2 0.02 35.25 066922986988 | 2 0.02 35.27 066925011167 | 4 0.04 35.31 066925011788 | 4 0.04 35.35 066925011857 | 5 0.05 35.40 066925066622 | 4 0.04 35.44 066925066788 | 2 0.02 35.46 066925074173 | 4 0.04 35.50 066925074233 | 4 0.04 35.54 066925074348 | 5 0.05 35.59 066925074394 | 3 0.03 35.62 066925074720 | 3 0.03 35.65 066925074879 | 2 0.02 35.67 066925074950 | 3 0.03 35.70 066925104622 | 2 0.02 35.72 066925115069 | 3 0.03 35.75 066925115081 | 3 0.03 35.78 066925115420 | 2 0.02 35.80 066925115509 | 1 0.01 35.81 066925115596 | 2 0.02 35.83 066925115651 | 1 0.01 35.84 066925115804 | 2 0.02 35.86 066925115891 | 3 0.03 35.89 066925123035 | 1 0.01 35.90 066925123676 | 1 0.01 35.91 066925123737 | 2 0.02 35.93 066925123887 | 1 0.01 35.94 066925130365 | 2 0.02 35.96 066925130486 | 1 0.01 35.97 066925130778 | 3 0.03 36.00 066925130964 | 3 0.03 36.03 066925170020 | 2 0.02 36.05 066925170196 | 1 0.01 36.06 066925170210 | 2 0.02 36.08 066925170220 | 4 0.04 36.12 066925170346 | 4 0.04 36.16 066925170501 | 1 0.01 36.17 066925170509 | 2 0.02 36.19 066925170772 | 3 0.03 36.22 066925170788 | 3 0.03 36.25 066925170804 | 2 0.02 36.27 066925211060 | 2 0.02 36.29 066925211259 | 3 0.03 36.32 066925211386 | 2 0.02 36.34 066925211554 | 6 0.06 36.40 066925211831 | 3 0.03 36.43 066925229029 | 7 0.07 36.50 066925229319 | 2 0.02 36.52 066925229389 | 5 0.05 36.57 066925229466 | 4 0.04 36.61 066925229501 | 3 0.03 36.64 066925229553 | 1 0.01 36.65 066925229655 | 5 0.05 36.70 066925229720 | 2 0.02 36.72 066925229779 | 3 0.03 36.75 066925257069 | 2 0.02 36.77 066925257149 | 2 0.02 36.79 066925257259 | 3 0.03 36.82 066925266097 | 1 0.01 36.83 066925266120 | 2 0.02 36.85 066925266251 | 4 0.04 36.89 066925266284 | 1 0.01 36.90 066925266311 | 4 0.04 36.94 066925266365 | 2 0.02 36.96 066925266486 | 3 0.03 36.99 066925266497 | 1 0.01 37.00 066925266779 | 1 0.01 37.01 066925266891 | 5 0.05 37.06 066925283759 | 1 0.01 37.07 066925292020 | 4 0.04 37.11 066925292069 | 4 0.04 37.15 066925292098 | 2 0.02 37.17 066925292277 | 3 0.03 37.20 066925292402 | 2 0.02 37.22 066925292651 | 4 0.04 37.26 066925323566 | 3 0.03 37.29 066925358120 | 1 0.01 37.30 066925358229 | 6 0.06 37.36 066925358284 | 3 0.03 37.39 066925358301 | 1 0.01 37.40 066925358311 | 9 0.09 37.49 066925358778 | 1 0.01 37.50 066925358779 | 4 0.04 37.54 066925358891 | 2 0.02 37.56 066925365466 | 3 0.03 37.59 066925365501 | 1 0.01 37.60 066925365720 | 2 0.02 37.62 066925365779 | 2 0.02 37.64 066925369097 | 2 0.02 37.66 066925369301 | 4 0.04 37.70 066925369346 | 2 0.02 37.72 066925369486 | 2 0.02 37.74 066925369501 | 5 0.05 37.79 066925369779 | 4 0.04 37.83 066925369857 | 2 0.02 37.85 066925385069 | 2 0.02 37.87 066925385210 | 1 0.01 37.88 066925385277 | 2 0.02 37.90 066925385402 | 1 0.01 37.91 066925422494 | 13 0.13 38.04 066925422497 | 2 0.02 38.06 066925422553 | 2 0.02 38.08 066925422655 | 4 0.04 38.12 066925451967 | 1 0.01 38.13 066925488566 | 1 0.01 38.14 066925488801 | 5 0.05 38.19 066925488883 | 1 0.01 38.20 066925514029 | 8 0.08 38.28 066925514319 | 3 0.03 38.31 066925514466 | 4 0.04 38.35 066925514553 | 4 0.04 38.39 066925514655 | 4 0.04 38.43 066925557566 | 2 0.02 38.45 066925557632 | 1 0.01 38.46 066925566346 | 3 0.03 38.49 066925587284 | 4 0.04 38.53 066925587638 | 1 0.01 38.54 066925587778 | 4 0.04 38.58 066925613020 | 5 0.05 38.63 066925613069 | 5 0.05 38.68 066925613098 | 2 0.02 38.70 066925613220 | 2 0.02 38.72 066925613402 | 2 0.02 38.74 066925613651 | 5 0.05 38.79 066925613759 | 3 0.03 38.82 066925619020 | 1 0.01 38.83 066925619069 | 2 0.02 38.85 066925619197 | 3 0.03 38.88 066925619207 | 5 0.05 38.93 066925619294 | 2 0.02 38.95 066925619759 | 2 0.02 38.97 066925651420 | 2 0.02 38.99 066925651653 | 3 0.03 39.02 066925651720 | 3 0.03 39.05 066925651779 | 1 0.01 39.06 066925651804 | 4 0.04 39.10 066925687277 | 1 0.01 39.11 066925687294 | 4 0.04 39.15 066925687386 | 2 0.02 39.17 066925687651 | 2 0.02 39.19 066925687660 | 1 0.01 39.20 066925690167 | 2 0.02 39.22 066925690229 | 2 0.02 39.24 066925690386 | 4 0.04 39.28 066925690477 | 1 0.01 39.29 066925690502 | 1 0.01 39.30 066925690584 | 2 0.02 39.32 066925690596 | 3 0.03 39.35 066925690720 | 3 0.03 39.38 066925690857 | 2 0.02 39.40 066925690891 | 1 0.01 39.41 066925701023 | 1 0.01 39.42 066925701098 | 1 0.01 39.43 066925701220 | 3 0.03 39.46 066925701251 | 2 0.02 39.48 066925701297 | 1 0.01 39.49 066925701298 | 3 0.03 39.52 066925701343 | 6 0.06 39.58 066925701402 | 2 0.02 39.60 066925701420 | 2 0.02 39.62 066925701501 | 4 0.04 39.66 066925701622 | 2 0.02 39.68 066925701720 | 1 0.01 39.69 066925701759 | 1 0.01 39.70 066925701779 | 5 0.05 39.75 066925701804 | 2 0.02 39.77 066925701840 | 5 0.05 39.82 066925701857 | 2 0.02 39.84 066925701891 | 2 0.02 39.86 066925739501 | 1 0.01 39.87 066925743081 | 3 0.03 39.90 066925743243 | 5 0.05 39.95 066925743251 | 2 0.02 39.97 066925743298 | 3 0.03 40.00 066925743518 | 2 0.02 40.02 066925743553 | 3 0.03 40.05 066925743779 | 3 0.03 40.08 066925754582 | 2 0.02 40.10 066925754883 | 3 0.03 40.13 066925780058 | 3 0.03 40.16 066925780964 | 2 0.02 40.18 066925796067 | 10 0.10 40.28 066925796737 | 2 0.02 40.30 066925853172 | 5 0.05 40.35 066925853566 | 1 0.01 40.36 066925874020 | 4 0.04 40.40 066925879120 | 2 0.02 40.42 066925879311 | 6 0.06 40.48 066925879389 | 1 0.01 40.49 066925879394 | 4 0.04 40.53 066925879497 | 2 0.02 40.55 066925879655 | 4 0.04 40.59 066925879687 | 6 0.06 40.65 066925879779 | 5 0.05 40.70 066925879857 | 3 0.03 40.73 066925910566 | 1 0.01 40.74 066925910695 | 2 0.02 40.76 066925910797 | 5 0.05 40.81 066925910883 | 2 0.02 40.83 066925938116 | 1 0.01 40.84 066925938267 | 4 0.04 40.88 066925938602 | 1 0.01 40.89 066925944138 | 1 0.01 40.90 066925944251 | 1 0.01 40.91 066925944259 | 3 0.03 40.94 066925944348 | 1 0.01 40.95 066925944386 | 5 0.05 41.00 066925944394 | 2 0.02 41.02 066925944420 | 5 0.05 41.07 066925944440 | 1 0.01 41.08 066925944554 | 2 0.02 41.10 066925944582 | 4 0.04 41.14 066925944584 | 2 0.02 41.16 066925944801 | 5 0.05 41.21 066925944891 | 2 0.02 41.23 066925944898 | 4 0.04 41.27 066925944944 | 3 0.03 41.30 066925983172 | 2 0.02 41.32 066925983348 | 1 0.01 41.33 066925983632 | 1 0.01 41.34 066925983898 | 1 0.01 41.35 066925986301 | 3 0.03 41.38 066961986638 | 4 0.04 41.42 077023246862 | 2 0.02 41.44 077023246995 | 4 0.04 41.48 077023451324 | 1 0.01 41.49 077023451855 | 1 0.01 41.50 077023451862 | 2 0.02 41.52 077023583401 | 4 0.04 41.56 077023583916 | 6 0.06 41.62 077023583995 | 3 0.03 41.65 077023938375 | 3 0.03 41.68 077023938862 | 6 0.06 41.74 077052074067 | 1 0.01 41.75 077052074210 | 1 0.01 41.76 077052074613 | 2 0.02 41.78 077052074689 | 8 0.08 41.86 077052074737 | 4 0.04 41.90 077052123537 | 1 0.01 41.91 077052123905 | 3 0.03 41.94 077052358954 | 1 0.01 41.95 077052369183 | 1 0.01 41.96 077052369348 | 4 0.04 42.00 077052369582 | 1 0.01 42.01 077052369630 | 4 0.04 42.05 077052369647 | 2 0.02 42.07 077052369801 | 2 0.02 42.09 077052451197 | 1 0.01 42.10 077052651020 | 1 0.01 42.11 077052651386 | 3 0.03 42.14 077052651759 | 3 0.03 42.17 077052651779 | 2 0.02 42.19 077052651894 | 1 0.01 42.20 077052701905 | 1 0.01 42.21 077052743210 | 3 0.03 42.24 077052754568 | 9 0.09 42.33 077052944027 | 4 0.04 42.37 077052944159 | 2 0.02 42.39 077052944477 | 1 0.01 42.40 077052944622 | 1 0.01 42.41 077052944840 | 2 0.02 42.43 077052986804 | 2 0.02 42.45 077052986954 | 4 0.04 42.49 077068074067 | 3 0.03 42.52 077068074373 | 2 0.02 42.54 077068074553 | 2 0.02 42.56 077068074582 | 3 0.03 42.59 077068074676 | 4 0.04 42.63 077068123120 | 3 0.03 42.66 077068123134 | 1 0.01 42.67 077068123183 | 5 0.05 42.72 077068123588 | 2 0.02 42.74 077068123954 | 1 0.01 42.75 077068211348 | 1 0.01 42.76 077068358183 | 2 0.02 42.78 077068358954 | 2 0.02 42.80 077068451497 | 4 0.04 42.84 077068651420 | 4 0.04 42.88 077068651502 | 1 0.01 42.89 077068651772 | 3 0.03 42.92 077068651779 | 3 0.03 42.95 077068651788 | 1 0.01 42.96 077068701140 | 1 0.01 42.97 077068754695 | 2 0.02 42.99 077068944632 | 5 0.05 43.04 077068944797 | 2 0.02 43.06 077068944801 | 1 0.01 43.07 077068986630 | 3 0.03 43.10 077068986919 | 2 0.02 43.12 077092229324 | 3 0.03 43.15 077092229995 | 3 0.03 43.18 077092365089 | 4 0.04 43.22 077092365537 | 6 0.06 43.28 077092365916 | 4 0.04 43.32 077092365995 | 5 0.05 43.37 077092398324 | 2 0.02 43.39 077092422375 | 3 0.03 43.42 077092514324 | 1 0.01 43.43 077092514375 | 1 0.01 43.44 077092514537 | 3 0.03 43.47 077092514584 | 2 0.02 43.49 077092514753 | 3 0.03 43.52 077092566375 | 5 0.05 43.57 077092651401 | 3 0.03 43.60 077092651537 | 1 0.01 43.61 077092651916 | 4 0.04 43.65 077092739916 | 4 0.04 43.69 077092739995 | 1 0.01 43.70 077092743855 | 2 0.02 43.72 077133000046 | 2 0.02 43.74 077133292594 | 3 0.03 43.77 077133667172 | 2 0.02 43.79 077133876172 | 4 0.04 43.83 077136651401 | 1 0.01 43.84 077136743375 | 6 0.06 43.90 077136743855 | 3 0.03 43.93 077136743916 | 4 0.04 43.97 077136879089 | 6 0.06 44.03 077136879979 | 2 0.02 44.05 077156074159 | 1 0.01 44.06 077156074348 | 3 0.03 44.09 077156074373 | 2 0.02 44.11 077156074676 | 4 0.04 44.15 077156074801 | 2 0.02 44.17 077156074840 | 2 0.02 44.19 077156074887 | 3 0.03 44.22 077156123183 | 5 0.05 44.27 077156123567 | 3 0.03 44.30 077156123588 | 1 0.01 44.31 077156123954 | 1 0.01 44.32 077156451386 | 2 0.02 44.34 077156451402 | 5 0.05 44.39 077156451779 | 5 0.05 44.44 077156651420 | 1 0.01 44.45 077156651477 | 2 0.02 44.47 077156651497 | 1 0.01 44.48 077156651502 | 5 0.05 44.53 077156651622 | 3 0.03 44.56 077156651772 | 4 0.04 44.60 077156651779 | 1 0.01 44.61 077156651788 | 2 0.02 44.63 077156701140 | 3 0.03 44.66 077156754695 | 1 0.01 44.67 077156754883 | 4 0.04 44.71 077156754898 | 2 0.02 44.73 077156944632 | 3 0.03 44.76 077156944801 | 1 0.01 44.77 077228074705 | 3 0.03 44.80 077228229916 | 5 0.05 44.85 077228365979 | 6 0.06 44.91 077228398324 | 3 0.03 44.94 077228398375 | 4 0.04 44.98 077228398401 | 4 0.04 45.02 077228398537 | 4 0.04 45.06 077228422375 | 1 0.01 45.07 077228422537 | 1 0.01 45.08 077228422916 | 1 0.01 45.09 077228422995 | 2 0.02 45.11 077228514089 | 2 0.02 45.13 077228514979 | 1 0.01 45.14 077228566089 | 2 0.02 45.16 077228566375 | 5 0.05 45.21 077228566979 | 5 0.05 45.26 077228651089 | 3 0.03 45.29 077228651916 | 4 0.04 45.33 077228739375 | 1 0.01 45.34 077228739995 | 3 0.03 45.37 077228743855 | 3 0.03 45.40 077228879089 | 4 0.04 45.44 077238074060 | 1 0.01 45.45 077238074067 | 4 0.04 45.49 077238074689 | 2 0.02 45.51 077238074737 | 2 0.02 45.53 077238123537 | 2 0.02 45.55 077238123903 | 2 0.02 45.57 077238241035 | 2 0.02 45.59 077238358402 | 2 0.02 45.61 077238358954 | 3 0.03 45.64 077238754547 | 2 0.02 45.66 077238944027 | 3 0.03 45.69 077238944477 | 2 0.02 45.71 077238944905 | 3 0.03 45.74 077238986772 | 4 0.04 45.78 077238986804 | 3 0.03 45.81 077238986954 | 2 0.02 45.83 077276203549 | 4 0.04 45.87 077276358964 | 1 0.01 45.88 077276514497 | 3 0.03 45.91 077344074020 | 5 0.05 45.96 077344074035 | 3 0.03 45.99 077344074210 | 5 0.05 46.04 077344074582 | 4 0.04 46.08 077344074753 | 1 0.01 46.09 077344115046 | 2 0.02 46.11 077344115483 | 4 0.04 46.15 077344123020 | 7 0.07 46.22 077344123054 | 3 0.03 46.25 077344123183 | 3 0.03 46.28 077344123235 | 4 0.04 46.32 077344123253 | 1 0.01 46.33 077344123369 | 2 0.02 46.35 077344123394 | 1 0.01 46.36 077344123402 | 5 0.05 46.41 077344123465 | 3 0.03 46.44 077344123480 | 2 0.02 46.46 077344123489 | 3 0.03 46.49 077344123537 | 1 0.01 46.50 077344123585 | 1 0.01 46.51 077344123647 | 3 0.03 46.54 077344123696 | 1 0.01 46.55 077344123765 | 5 0.05 46.60 077344130489 | 1 0.01 46.61 077344130638 | 4 0.04 46.65 077344130647 | 3 0.03 46.68 077344130964 | 2 0.02 46.70 077344130988 | 2 0.02 46.72 077344146753 | 5 0.05 46.77 077344146950 | 2 0.02 46.79 077344170046 | 1 0.01 46.80 077344170521 | 2 0.02 46.82 077344170531 | 2 0.02 46.84 077344170686 | 4 0.04 46.88 077344170738 | 1 0.01 46.89 077344196162 | 2 0.02 46.91 077344196431 | 1 0.01 46.92 077344196458 | 2 0.02 46.94 077344196549 | 4 0.04 46.98 077344196844 | 9 0.09 47.07 077344202020 | 1 0.01 47.08 077344202162 | 5 0.05 47.13 077344202220 | 2 0.02 47.15 077344202277 | 1 0.01 47.16 077344202844 | 3 0.03 47.19 077344222582 | 2 0.02 47.21 077344241360 | 3 0.03 47.24 077344246466 | 2 0.02 47.26 077344246720 | 2 0.02 47.28 077344246891 | 2 0.02 47.30 077344266301 | 2 0.02 47.32 077344266480 | 1 0.01 47.33 077344266486 | 2 0.02 47.35 077344266638 | 1 0.01 47.36 077344266954 | 1 0.01 47.37 077344358235 | 4 0.04 47.41 077344358567 | 2 0.02 47.43 077344358630 | 6 0.06 47.49 077344358778 | 2 0.02 47.51 077344358933 | 2 0.02 47.53 077344369162 | 5 0.05 47.58 077344369220 | 2 0.02 47.60 077344369402 | 3 0.03 47.63 077344369844 | 5 0.05 47.68 077344370162 | 1 0.01 47.69 077344370402 | 1 0.01 47.70 077344370651 | 1 0.01 47.71 077344370932 | 1 0.01 47.72 077344392020 | 2 0.02 47.74 077344392210 | 2 0.02 47.76 077344392220 | 1 0.01 47.77 077344392386 | 2 0.02 47.79 077344392954 | 3 0.03 47.82 077344404210 | 5 0.05 47.87 077344404277 | 2 0.02 47.89 077344437233 | 1 0.01 47.90 077344437619 | 1 0.01 47.91 077344437755 | 2 0.02 47.93 077344444360 | 1 0.01 47.94 077344444753 | 2 0.02 47.96 077344444894 | 2 0.02 47.98 077344444950 | 3 0.03 48.01 077344451346 | 2 0.02 48.03 077344451501 | 4 0.04 48.07 077344451891 | 2 0.02 48.09 077344467229 | 2 0.02 48.11 077344467497 | 1 0.01 48.12 077344467720 | 2 0.02 48.14 077344467857 | 2 0.02 48.16 077344488235 | 2 0.02 48.18 077344488375 | 2 0.02 48.20 077344488480 | 2 0.02 48.22 077344488647 | 2 0.02 48.24 077344488979 | 4 0.04 48.28 077344583229 | 1 0.01 48.29 077344583346 | 4 0.04 48.33 077344583891 | 2 0.02 48.35 077344646619 | 2 0.02 48.37 077344651040 | 3 0.03 48.40 077344651081 | 4 0.04 48.44 077344651343 | 4 0.04 48.48 077344651465 | 3 0.03 48.51 077344651584 | 1 0.01 48.52 077344651765 | 2 0.02 48.54 077344651891 | 5 0.05 48.59 077344690046 | 1 0.01 48.60 077344690268 | 1 0.01 48.61 077344690506 | 4 0.04 48.65 077344697933 | 2 0.02 48.67 077344701506 | 1 0.01 48.68 077344738054 | 3 0.03 48.71 077344738070 | 1 0.01 48.72 077344738334 | 5 0.05 48.77 077344738480 | 1 0.01 48.78 077344738567 | 3 0.03 48.81 077344738594 | 2 0.02 48.83 077344738770 | 4 0.04 48.87 077344738954 | 4 0.04 48.91 077344740220 | 2 0.02 48.93 077344740235 | 4 0.04 48.97 077344740480 | 2 0.02 48.99 077344740759 | 1 0.01 49.00 077344743440 | 2 0.02 49.02 077344743554 | 5 0.05 49.07 077344743584 | 2 0.02 49.09 077344754172 | 2 0.02 49.11 077344754283 | 1 0.01 49.12 077344754324 | 1 0.01 49.13 077344754334 | 4 0.04 49.17 077344754348 | 2 0.02 49.19 077344754458 | 3 0.03 49.22 077344754553 | 3 0.03 49.25 077344754567 | 1 0.01 49.26 077344754692 | 2 0.02 49.28 077344754753 | 4 0.04 49.32 077344754773 | 1 0.01 49.33 077344754797 | 7 0.07 49.40 077344754855 | 1 0.01 49.41 077344754898 | 1 0.01 49.42 077344754903 | 2 0.02 49.44 077344754905 | 3 0.03 49.47 077344754916 | 4 0.04 49.51 077344796054 | 3 0.03 49.54 077344796070 | 4 0.04 49.58 077344796123 | 2 0.02 49.60 077344796183 | 3 0.03 49.63 077344796220 | 2 0.02 49.65 077344796255 | 1 0.01 49.66 077344796277 | 1 0.01 49.67 077344796334 | 2 0.02 49.69 077344796343 | 1 0.01 49.70 077344796344 | 1 0.01 49.71 077344796369 | 1 0.01 49.72 077344796401 | 2 0.02 49.74 077344796402 | 3 0.03 49.77 077344796465 | 1 0.01 49.78 077344796567 | 5 0.05 49.83 077344796647 | 4 0.04 49.87 077344796759 | 1 0.01 49.88 077344796765 | 6 0.06 49.94 077344796979 | 3 0.03 49.97 077344811619 | 5 0.05 50.02 077344811753 | 3 0.03 50.05 077344811950 | 1 0.01 50.06 077344830360 | 4 0.04 50.10 077344938229 | 4 0.04 50.14 077344938466 | 2 0.02 50.16 077344938720 | 3 0.03 50.19 077344938779 | 1 0.01 50.20 077344938857 | 4 0.04 50.24 077344944149 | 1 0.01 50.25 077344944348 | 1 0.01 50.26 077344944831 | 2 0.02 50.28 077344983235 | 1 0.01 50.29 077344983855 | 2 0.02 50.31 077344983979 | 3 0.03 50.34 077344986020 | 6 0.06 50.40 077344986197 | 1 0.01 50.41 077344986630 | 6 0.06 50.47 077359074060 | 3 0.03 50.50 077359074067 | 3 0.03 50.53 077359074630 | 1 0.01 50.54 077359074631 | 2 0.02 50.56 077359074737 | 2 0.02 50.58 077359123316 | 1 0.01 50.59 077359123375 | 2 0.02 50.61 077359123449 | 3 0.03 50.64 077359123537 | 2 0.02 50.66 077359123862 | 1 0.01 50.67 077359123905 | 3 0.03 50.70 077359229324 | 1 0.01 50.71 077359229916 | 3 0.03 50.74 077359358386 | 4 0.04 50.78 077359358402 | 2 0.02 50.80 077359358954 | 2 0.02 50.82 077359365089 | 1 0.01 50.83 077359365324 | 2 0.02 50.85 077359365375 | 1 0.01 50.86 077359365979 | 4 0.04 50.90 077359369183 | 6 0.06 50.96 077359369582 | 2 0.02 50.98 077359369801 | 2 0.02 51.00 077359369954 | 2 0.02 51.02 077359398537 | 4 0.04 51.06 077359398862 | 1 0.01 51.07 077359398979 | 5 0.05 51.12 077359422324 | 2 0.02 51.14 077359422916 | 1 0.01 51.15 077359451058 | 8 0.08 51.23 077359514375 | 4 0.04 51.27 077359566089 | 5 0.05 51.32 077359566401 | 1 0.01 51.33 077359566979 | 2 0.02 51.35 077359651020 | 3 0.03 51.38 077359701905 | 1 0.01 51.39 077359739089 | 2 0.02 51.41 077359739324 | 4 0.04 51.45 077359739537 | 7 0.07 51.52 077359739855 | 4 0.04 51.56 077359739916 | 4 0.04 51.60 077359743375 | 1 0.01 51.61 077359743537 | 1 0.01 51.62 077359754116 | 1 0.01 51.63 077359754194 | 4 0.04 51.67 077359754547 | 2 0.02 51.69 077359754568 | 6 0.06 51.75 077359754967 | 2 0.02 51.77 077359879324 | 5 0.05 51.82 077359944027 | 1 0.01 51.83 077359944159 | 7 0.07 51.90 077359944167 | 3 0.03 51.93 077359944297 | 1 0.01 51.94 077359944840 | 1 0.01 51.95 077359944905 | 3 0.03 51.98 077359986772 | 3 0.03 52.01 077359986804 | 4 0.04 52.05 077359986954 | 1 0.01 52.06 077379038995 | 2 0.02 52.08 077379398501 | 3 0.03 52.11 077379667172 | 4 0.04 52.15 077434123414 | 3 0.03 52.18 077454000046 | 5 0.05 52.23 077454398501 | 2 0.02 52.25 077454667172 | 5 0.05 52.30 077454876172 | 6 0.06 52.36 077546123905 | 4 0.04 52.40 077546369630 | 2 0.02 52.42 077546944905 | 4 0.04 52.46 077552651979 | 6 0.06 52.52 077572074060 | 2 0.02 52.54 077572074210 | 4 0.04 52.58 077572074613 | 5 0.05 52.63 077572074630 | 1 0.01 52.64 077572074689 | 4 0.04 52.68 077572074737 | 3 0.03 52.71 077572074887 | 1 0.01 52.72 077572123375 | 5 0.05 52.77 077572123537 | 4 0.04 52.81 077572123862 | 2 0.02 52.83 077572241035 | 1 0.01 52.84 077572358386 | 2 0.02 52.86 077572358402 | 2 0.02 52.88 077572358954 | 2 0.02 52.90 077572369582 | 3 0.03 52.93 077572369630 | 2 0.02 52.95 077572451197 | 2 0.02 52.97 077572651020 | 1 0.01 52.98 077572651386 | 2 0.02 53.00 077572651759 | 1 0.01 53.01 077572651894 | 5 0.05 53.06 077572701905 | 2 0.02 53.08 077572743210 | 1 0.01 53.09 077572754116 | 2 0.02 53.11 077572754547 | 2 0.02 53.13 077572754967 | 3 0.03 53.16 077572944159 | 2 0.02 53.18 077572944905 | 3 0.03 53.21 077572944964 | 1 0.01 53.22 077572986804 | 1 0.01 53.23 077572986954 | 4 0.04 53.27 077600123449 | 1 0.01 53.28 077600123905 | 3 0.03 53.31 077600369348 | 3 0.03 53.34 077600944905 | 1 0.01 53.35 077629754898 | 5 0.05 53.40 077629944797 | 3 0.03 53.43 077688365401 | 2 0.02 53.45 077688398862 | 1 0.01 53.46 077688422401 | 2 0.02 53.48 077688514089 | 3 0.03 53.51 077688514324 | 2 0.02 53.53 077688514995 | 2 0.02 53.55 077688566537 | 2 0.02 53.57 077688651537 | 5 0.05 53.62 077688739537 | 5 0.05 53.67 077688739855 | 1 0.01 53.68 077688739916 | 1 0.01 53.69 077688743324 | 2 0.02 53.71 077688743375 | 2 0.02 53.73 077688743995 | 1 0.01 53.74 077707074067 | 2 0.02 53.76 077707074373 | 3 0.03 53.79 077707074676 | 2 0.02 53.81 077707074801 | 4 0.04 53.85 077707074880 | 2 0.02 53.87 077707074887 | 4 0.04 53.91 077707123183 | 3 0.03 53.94 077707123414 | 2 0.02 53.96 077707123588 | 1 0.01 53.97 077707123954 | 1 0.01 53.98 077707358183 | 2 0.02 54.00 077707358753 | 3 0.03 54.03 077707358954 | 2 0.02 54.05 077707451402 | 2 0.02 54.07 077707451497 | 4 0.04 54.11 077707451779 | 1 0.01 54.12 077707651502 | 2 0.02 54.14 077707651772 | 5 0.05 54.19 077707651779 | 5 0.05 54.24 077707651788 | 2 0.02 54.26 077707701140 | 5 0.05 54.31 077707754797 | 2 0.02 54.33 077707754883 | 6 0.06 54.39 077707754898 | 2 0.02 54.41 077707986630 | 1 0.01 54.42 077707986919 | 1 0.01 54.43 077714074348 | 5 0.05 54.48 077714074676 | 3 0.03 54.51 077714074840 | 1 0.01 54.52 077714074880 | 1 0.01 54.53 077714123414 | 1 0.01 54.54 077714451386 | 3 0.03 54.57 077714754797 | 4 0.04 54.61 077748074159 | 1 0.01 54.62 077748074373 | 5 0.05 54.67 077748074386 | 2 0.02 54.69 077748074676 | 3 0.03 54.72 077748074801 | 1 0.01 54.73 077748074840 | 6 0.06 54.79 077748074880 | 2 0.02 54.81 077748074887 | 3 0.03 54.84 077748123134 | 7 0.07 54.91 077748123183 | 4 0.04 54.95 077748123567 | 2 0.02 54.97 077748123588 | 2 0.02 54.99 077748123746 | 2 0.02 55.01 077748123770 | 2 0.02 55.03 077748123954 | 1 0.01 55.04 077748211348 | 3 0.03 55.07 077748358954 | 1 0.01 55.08 077748451386 | 5 0.05 55.13 077748451779 | 5 0.05 55.18 077748651420 | 1 0.01 55.19 077748651477 | 2 0.02 55.21 077748651497 | 1 0.01 55.22 077748651502 | 1 0.01 55.23 077748651509 | 1 0.01 55.24 077748651622 | 4 0.04 55.28 077748651772 | 8 0.08 55.36 077748651779 | 2 0.02 55.38 077748701140 | 4 0.04 55.42 077748754883 | 3 0.03 55.45 077748944566 | 3 0.03 55.48 077748944801 | 2 0.02 55.50 077748986630 | 4 0.04 55.54 077748986919 | 3 0.03 55.57 077860038995 | 4 0.04 55.61 077860292594 | 5 0.05 55.66 077860667172 | 4 0.04 55.70 077860667276 | 4 0.04 55.74 077860876172 | 4 0.04 55.78 077865123414 | 1 0.01 55.79 077922074060 | 4 0.04 55.83 077922074197 | 4 0.04 55.87 077922074630 | 4 0.04 55.91 077922074689 | 2 0.02 55.93 077922074737 | 5 0.05 55.98 077922074887 | 2 0.02 56.00 077922123375 | 1 0.01 56.01 077922123449 | 2 0.02 56.03 077922123537 | 1 0.01 56.04 077922123862 | 2 0.02 56.06 077922123905 | 2 0.02 56.08 077922294297 | 2 0.02 56.10 077922358386 | 1 0.01 56.11 077922358402 | 4 0.04 56.15 077922358954 | 2 0.02 56.17 077922369183 | 4 0.04 56.21 077922369348 | 2 0.02 56.23 077922369582 | 2 0.02 56.25 077922369647 | 4 0.04 56.29 077922369801 | 4 0.04 56.33 077922369954 | 2 0.02 56.35 077922651020 | 1 0.01 56.36 077922651210 | 2 0.02 56.38 077922651759 | 1 0.01 56.39 077922651779 | 2 0.02 56.41 077922651894 | 1 0.01 56.42 077922701905 | 1 0.01 56.43 077922743210 | 6 0.06 56.49 077922754116 | 7 0.07 56.56 077922754967 | 6 0.06 56.62 077922944159 | 2 0.02 56.64 077922944167 | 6 0.06 56.70 077922944840 | 1 0.01 56.71 077922944905 | 2 0.02 56.73 077922986772 | 1 0.01 56.74 077922986804 | 2 0.02 56.76 077922986954 | 6 0.06 56.82 077925074149 | 4 0.04 56.86 077925074162 | 1 0.01 56.87 077925074197 | 3 0.03 56.90 077925074298 | 3 0.03 56.93 077925074348 | 1 0.01 56.94 077925074431 | 6 0.06 57.00 077925074549 | 3 0.03 57.03 077925074613 | 2 0.02 57.05 077925074630 | 2 0.02 57.07 077925074689 | 4 0.04 57.11 077925074695 | 1 0.01 57.12 077925074737 | 1 0.01 57.13 077925074844 | 1 0.01 57.14 077925074898 | 3 0.03 57.17 077925115268 | 4 0.04 57.21 077925115905 | 4 0.04 57.25 077925123089 | 4 0.04 57.29 077925123324 | 2 0.02 57.31 077925123401 | 6 0.06 57.37 077925123465 | 5 0.05 57.42 077925123630 | 4 0.04 57.46 077925123855 | 2 0.02 57.48 077925130099 | 4 0.04 57.52 077925130344 | 2 0.02 57.54 077925130381 | 7 0.07 57.61 077925130392 | 2 0.02 57.63 077925130582 | 3 0.03 57.66 077925130593 | 4 0.04 57.70 077925130757 | 4 0.04 57.74 077925130797 | 1 0.01 57.75 077925130880 | 2 0.02 57.77 077925146431 | 1 0.01 57.78 077925146458 | 4 0.04 57.82 077925146549 | 1 0.01 57.83 077925146692 | 1 0.01 57.84 077925146773 | 3 0.03 57.87 077925170046 | 1 0.01 57.88 077925170449 | 5 0.05 57.93 077925170738 | 2 0.02 57.95 077925170852 | 4 0.04 57.99 077925170903 | 1 0.01 58.00 077925196695 | 2 0.02 58.02 077925211009 | 2 0.02 58.04 077925211235 | 2 0.02 58.06 077925211599 | 2 0.02 58.08 077925211840 | 1 0.01 58.09 077925229233 | 5 0.05 58.14 077925229375 | 3 0.03 58.17 077925229753 | 2 0.02 58.19 077925241162 | 1 0.01 58.20 077925241458 | 4 0.04 58.24 077925241695 | 4 0.04 58.28 077925241705 | 3 0.03 58.31 077925241773 | 4 0.04 58.35 077925241898 | 5 0.05 58.40 077925246844 | 4 0.04 58.44 077925246994 | 1 0.01 58.45 077925257235 | 4 0.04 58.49 077925257334 | 3 0.03 58.52 077925257567 | 2 0.02 58.54 077925257594 | 1 0.01 58.55 077925257954 | 3 0.03 58.58 077925266020 | 2 0.02 58.60 077925266255 | 3 0.03 58.63 077925266277 | 2 0.02 58.65 077925266344 | 1 0.01 58.66 077925266348 | 4 0.04 58.70 077925266392 | 2 0.02 58.72 077925266582 | 3 0.03 58.75 077925266695 | 8 0.08 58.83 077925266797 | 1 0.01 58.84 077925283183 | 3 0.03 58.87 077925283647 | 2 0.02 58.89 077925283954 | 2 0.02 58.91 077925358098 | 3 0.03 58.94 077925358123 | 5 0.05 58.99 077925358149 | 1 0.01 59.00 077925358155 | 5 0.05 59.05 077925358159 | 1 0.01 59.06 077925358172 | 5 0.05 59.11 077925358348 | 2 0.02 59.13 077925358535 | 2 0.02 59.15 077925358593 | 9 0.09 59.24 077925358787 | 4 0.04 59.28 077925358801 | 2 0.02 59.30 077925358840 | 2 0.02 59.32 077925358880 | 1 0.01 59.33 077925358883 | 1 0.01 59.34 077925358954 | 4 0.04 59.38 077925365401 | 1 0.01 59.39 077925365537 | 3 0.03 59.42 077925369229 | 2 0.02 59.44 077925369420 | 4 0.04 59.48 077925369566 | 3 0.03 59.51 077925369632 | 1 0.01 59.52 077925369660 | 2 0.02 59.54 077925369891 | 2 0.02 59.56 077925369898 | 1 0.01 59.57 077925370883 | 1 0.01 59.58 077925370898 | 1 0.01 59.59 077925385183 | 2 0.02 59.61 077925385954 | 1 0.01 59.62 077925398324 | 5 0.05 59.67 077925398401 | 1 0.01 59.68 077925422173 | 2 0.02 59.70 077925422360 | 1 0.01 59.71 077925422401 | 2 0.02 59.73 077925422537 | 4 0.04 59.77 077925422753 | 1 0.01 59.78 077925437458 | 1 0.01 59.79 077925437549 | 2 0.02 59.81 077925437566 | 4 0.04 59.85 077925437797 | 2 0.02 59.87 077925437801 | 2 0.02 59.89 077925437932 | 2 0.02 59.91 077925444162 | 2 0.02 59.93 077925444172 | 2 0.02 59.95 077925444801 | 1 0.01 59.96 077925444994 | 1 0.01 59.97 077925451431 | 7 0.07 60.04 077925451506 | 5 0.05 60.09 077925451549 | 1 0.01 60.10 077925451692 | 3 0.03 60.13 077925451844 | 1 0.01 60.14 077925451930 | 2 0.02 60.16 077925488251 | 4 0.04 60.20 077925488394 | 2 0.02 60.22 077925488518 | 1 0.01 60.23 077925488653 | 2 0.02 60.25 077925514173 | 1 0.01 60.26 077925514855 | 1 0.01 60.27 077925514894 | 3 0.03 60.30 077925566855 | 9 0.09 60.39 077925566916 | 3 0.03 60.42 077925566995 | 1 0.01 60.43 077925587080 | 2 0.02 60.45 077925587099 | 4 0.04 60.49 077925587159 | 4 0.04 60.53 077925587582 | 2 0.02 60.55 077925587695 | 3 0.03 60.58 077925587757 | 5 0.05 60.63 077925587787 | 5 0.05 60.68 077925587801 | 1 0.01 60.69 077925587883 | 1 0.01 60.70 077925646162 | 2 0.02 60.72 077925646932 | 1 0.01 60.73 077925646994 | 2 0.02 60.75 077925651040 | 2 0.02 60.77 077925651229 | 2 0.02 60.79 077925651233 | 5 0.05 60.84 077925651324 | 4 0.04 60.88 077925651401 | 3 0.03 60.91 077925651402 | 2 0.02 60.93 077925651466 | 2 0.02 60.95 077925651554 | 1 0.01 60.96 077925651619 | 5 0.05 61.01 077925651772 | 3 0.03 61.04 077925651916 | 6 0.06 61.10 077925651950 | 2 0.02 61.12 077925687054 | 2 0.02 61.14 077925687480 | 1 0.01 61.15 077925687567 | 2 0.02 61.17 077925687647 | 5 0.05 61.22 077925687954 | 5 0.05 61.27 077925690268 | 2 0.02 61.29 077925690449 | 4 0.04 61.33 077925690686 | 4 0.04 61.37 077925697431 | 6 0.06 61.43 077925697549 | 1 0.01 61.44 077925697705 | 1 0.01 61.45 077925697932 | 1 0.01 61.46 077925701183 | 2 0.02 61.48 077925701521 | 3 0.03 61.51 077925701531 | 4 0.04 61.55 077925701905 | 1 0.01 61.56 077925701954 | 2 0.02 61.58 077925739537 | 5 0.05 61.63 077925739855 | 1 0.01 61.64 077925743040 | 2 0.02 61.66 077925743089 | 1 0.01 61.67 077925743138 | 4 0.04 61.71 077925743196 | 3 0.03 61.74 077925743401 | 7 0.07 61.81 077925743755 | 1 0.01 61.82 077925743779 | 1 0.01 61.83 077925743855 | 3 0.03 61.86 077925754194 | 1 0.01 61.87 077925754210 | 1 0.01 61.88 077925754267 | 2 0.02 61.90 077925754284 | 2 0.02 61.92 077925754301 | 3 0.03 61.95 077925754365 | 1 0.01 61.96 077925754414 | 2 0.02 61.98 077925754486 | 4 0.04 62.02 077925754954 | 5 0.05 62.07 077925780880 | 2 0.02 62.09 077925796089 | 2 0.02 62.11 077925796862 | 2 0.02 62.13 077925811162 | 1 0.01 62.14 077925811431 | 3 0.03 62.17 077925811458 | 2 0.02 62.19 077925811549 | 4 0.04 62.23 077925811844 | 1 0.01 62.24 077925811932 | 1 0.01 62.25 077925830162 | 3 0.03 62.28 077925830431 | 2 0.02 62.30 077925830458 | 4 0.04 62.34 077925830549 | 1 0.01 62.35 077925830773 | 1 0.01 62.36 077925830994 | 2 0.02 62.38 077925876431 | 5 0.05 62.43 077925876692 | 5 0.05 62.48 077925876773 | 3 0.03 62.51 077925876844 | 3 0.03 62.54 077925876994 | 3 0.03 62.57 077925879040 | 4 0.04 62.61 077925879440 | 4 0.04 62.65 077925879554 | 2 0.02 62.67 077925879916 | 2 0.02 62.69 077925879933 | 1 0.01 62.70 077925938162 | 3 0.03 62.73 077925938773 | 4 0.04 62.77 077925944080 | 3 0.03 62.80 077925944099 | 1 0.01 62.81 077925944159 | 1 0.01 62.82 077925944183 | 5 0.05 62.87 077925944489 | 1 0.01 62.88 077925944535 | 1 0.01 62.89 077925944594 | 4 0.04 62.93 077925983301 | 1 0.01 62.94 077925983365 | 4 0.04 62.98 077925983518 | 3 0.03 63.01 077925983588 | 2 0.02 63.03 077925986174 | 1 0.01 63.04 077925986235 | 4 0.04 63.08 077925986480 | 5 0.05 63.13 077925986695 | 1 0.01 63.14 077925986905 | 6 0.06 63.20 083133292294 | 4 0.04 63.24 083133398494 | 6 0.06 63.30 083379292294 | 5 0.05 63.35 083379398138 | 2 0.02 63.37 083379398494 | 4 0.04 63.41 083418876334 | 3 0.03 63.44 083454292294 | 8 0.08 63.52 083454398138 | 3 0.03 63.55 083454398494 | 4 0.04 63.59 083822332688 | 1 0.01 63.60 083860398138 | 4 0.04 63.64 083860398494 | 3 0.03 63.67 083992332688 | 3 0.03 63.70 096133000828 | 3 0.03 63.73 096133038018 | 4 0.04 63.77 096133038092 | 1 0.01 63.78 096133038160 | 5 0.05 63.83 096133038198 | 5 0.05 63.88 096133398967 | 3 0.03 63.91 096133469098 | 3 0.03 63.94 096379000501 | 1 0.01 63.95 096379038018 | 4 0.04 63.99 096379038092 | 2 0.02 64.01 096379038198 | 3 0.03 64.04 096379038552 | 2 0.02 64.06 096379398967 | 4 0.04 64.10 096454000501 | 4 0.04 64.14 096454038018 | 4 0.04 64.18 096454038552 | 4 0.04 64.22 096454398967 | 4 0.04 64.26 096822717294 | 2 0.02 64.28 096824717294 | 4 0.04 64.32 096860000023 | 4 0.04 64.36 096860000501 | 2 0.02 64.38 096860000828 | 3 0.03 64.41 096860038018 | 4 0.04 64.45 096860038092 | 2 0.02 64.47 096860038160 | 5 0.05 64.52 096860038198 | 2 0.02 64.54 096860398967 | 3 0.03 64.57 096860469098 | 3 0.03 64.60 096992717294 | 3 0.03 64.63 104023451602 | 5 0.05 64.68 104023451972 | 6 0.06 64.74 104052123772 | 3 0.03 64.77 104052358210 | 4 0.04 64.81 104052358311 | 4 0.04 64.85 104052358497 | 2 0.02 64.87 104052358653 | 5 0.05 64.92 104052358779 | 8 0.08 65.00 104052451465 | 1 0.01 65.01 104052651298 | 2 0.02 65.03 104052701440 | 3 0.03 65.06 104052701584 | 3 0.03 65.09 104052701599 | 2 0.02 65.11 104052754477 | 4 0.04 65.15 104052754582 | 4 0.04 65.19 104052754797 | 1 0.01 65.20 104052944593 | 1 0.01 65.21 104052986267 | 3 0.03 65.24 104052986301 | 2 0.02 65.26 104052986964 | 2 0.02 65.28 104052986988 | 2 0.02 65.30 104068074058 | 1 0.01 65.31 104068074097 | 2 0.02 65.33 104068074134 | 4 0.04 65.37 104068074964 | 1 0.01 65.38 104068123097 | 4 0.04 65.42 104068123477 | 1 0.01 65.43 104068123622 | 1 0.01 65.44 104068358593 | 2 0.02 65.46 104068358696 | 1 0.01 65.47 104068451058 | 1 0.01 65.48 104068451251 | 4 0.04 65.52 104068451381 | 2 0.02 65.54 104068451585 | 2 0.02 65.56 104068451593 | 3 0.03 65.59 104068451994 | 3 0.03 65.62 104068754919 | 1 0.01 65.63 104068944797 | 1 0.01 65.64 104068944883 | 1 0.01 65.65 104068986116 | 1 0.01 65.66 104092495210 | 4 0.04 65.70 104099074954 | 1 0.01 65.71 104103451972 | 5 0.05 65.76 104121104053 | 1 0.01 65.77 104128876334 | 4 0.04 65.81 104156074058 | 2 0.02 65.83 104156074097 | 3 0.03 65.86 104156074134 | 2 0.02 65.88 104156074638 | 3 0.03 65.91 104156123097 | 5 0.05 65.96 104156123301 | 2 0.02 65.98 104156358593 | 2 0.02 66.00 104156358696 | 2 0.02 66.02 104156451058 | 2 0.02 66.04 104156451251 | 3 0.03 66.07 104156451585 | 4 0.04 66.11 104156451593 | 3 0.03 66.14 104156451638 | 3 0.03 66.17 104156451994 | 2 0.02 66.19 104156944797 | 3 0.03 66.22 104156944883 | 3 0.03 66.25 104156986116 | 1 0.01 66.26 104156986964 | 2 0.02 66.28 104200358829 | 1 0.01 66.29 104204451116 | 2 0.02 66.31 104226451765 | 2 0.02 66.33 104226451972 | 2 0.02 66.35 104228229497 | 3 0.03 66.38 104228229779 | 5 0.05 66.43 104228229857 | 2 0.02 66.45 104228229891 | 4 0.04 66.49 104228422501 | 2 0.02 66.51 104228422720 | 3 0.03 66.54 104228422891 | 1 0.01 66.55 104228514497 | 2 0.02 66.57 104228514779 | 2 0.02 66.59 104228651466 | 4 0.04 66.63 104228651857 | 2 0.02 66.65 104228743720 | 2 0.02 66.67 104228743779 | 2 0.02 66.69 104228743857 | 6 0.06 66.75 104228879501 | 2 0.02 66.77 104228879720 | 3 0.03 66.80 104228879891 | 2 0.02 66.82 104238123420 | 1 0.01 66.83 104238123772 | 4 0.04 66.87 104238358638 | 2 0.02 66.89 104238358653 | 3 0.03 66.92 104238358779 | 1 0.01 66.93 104238451465 | 1 0.01 66.94 104238451746 | 2 0.02 66.96 104238986486 | 2 0.02 66.98 104238986964 | 1 0.01 66.99 104238986988 | 1 0.01 67.00 104344074046 | 3 0.03 67.03 104344074134 | 2 0.02 67.05 104344074140 | 2 0.02 67.07 104344074183 | 1 0.01 67.08 104344074284 | 1 0.01 67.09 104344074334 | 5 0.05 67.14 104344074365 | 4 0.04 67.18 104344074465 | 1 0.01 67.19 104344074480 | 1 0.01 67.20 104344074506 | 2 0.02 67.22 104344074531 | 5 0.05 67.27 104344074599 | 3 0.03 67.30 104344074840 | 3 0.03 67.33 104344074857 | 2 0.02 67.35 104344074930 | 2 0.02 67.37 104344123054 | 3 0.03 67.40 104344123167 | 1 0.01 67.41 104344123301 | 2 0.02 67.43 104344123365 | 1 0.01 67.44 104344123477 | 6 0.06 67.50 104344123594 | 1 0.01 67.51 104344123647 | 2 0.02 67.53 104344123954 | 5 0.05 67.58 104344130023 | 1 0.01 67.59 104344130253 | 3 0.03 67.62 104344130770 | 2 0.02 67.64 104344211251 | 4 0.04 67.68 104344211311 | 1 0.01 67.69 104344211348 | 5 0.05 67.74 104344211394 | 1 0.01 67.75 104344211588 | 2 0.02 67.77 104344211653 | 1 0.01 67.78 104344241058 | 2 0.02 67.80 104344241070 | 4 0.04 67.84 104344241134 | 2 0.02 67.86 104344241334 | 3 0.03 67.89 104344241465 | 1 0.01 67.90 104344241489 | 1 0.01 67.91 104344241647 | 3 0.03 67.94 104344241720 | 2 0.02 67.96 104344241930 | 2 0.02 67.98 104344241988 | 1 0.01 67.99 104344257298 | 1 0.01 68.00 104344257414 | 2 0.02 68.02 104344257518 | 1 0.01 68.03 104344257653 | 1 0.01 68.04 104344257879 | 6 0.06 68.10 104344266070 | 8 0.08 68.18 104344266155 | 2 0.02 68.20 104344266162 | 2 0.02 68.22 104344266381 | 4 0.04 68.26 104344266593 | 5 0.05 68.31 104344266696 | 4 0.04 68.35 104344266705 | 2 0.02 68.37 104344266765 | 4 0.04 68.41 104344266932 | 4 0.04 68.45 104344358023 | 4 0.04 68.49 104344358089 | 4 0.04 68.53 104344358155 | 5 0.05 68.58 104344358162 | 2 0.02 68.60 104344358253 | 3 0.03 68.63 104344358255 | 4 0.04 68.67 104344358381 | 1 0.01 68.68 104344358401 | 5 0.05 68.73 104344358431 | 1 0.01 68.74 104344358549 | 3 0.03 68.77 104344358696 | 2 0.02 68.79 104344358746 | 1 0.01 68.80 104344358757 | 1 0.01 68.81 104344358787 | 3 0.03 68.84 104344369210 | 3 0.03 68.87 104344369549 | 1 0.01 68.88 104344392054 | 2 0.02 68.90 104344392183 | 2 0.02 68.92 104344392954 | 5 0.05 68.97 104344404954 | 3 0.03 69.00 104344437054 | 3 0.03 69.03 104344437058 | 3 0.03 69.06 104344437097 | 1 0.01 69.07 104344437301 | 2 0.02 69.09 104344437365 | 2 0.02 69.11 104344437567 | 2 0.02 69.13 104344437594 | 2 0.02 69.15 104344437638 | 1 0.01 69.16 104344437647 | 1 0.01 69.17 104344444334 | 1 0.01 69.18 104344444480 | 2 0.02 69.20 104344444486 | 4 0.04 69.24 104344444594 | 1 0.01 69.25 104344444647 | 7 0.07 69.32 104344444720 | 3 0.03 69.35 104344444954 | 1 0.01 69.36 104344451058 | 1 0.01 69.37 104344451284 | 4 0.04 69.41 104344451311 | 2 0.02 69.43 104344451381 | 2 0.02 69.45 104344451394 | 4 0.04 69.49 104344451696 | 1 0.01 69.50 104344451787 | 2 0.02 69.52 104344488235 | 5 0.05 69.57 104344488567 | 2 0.02 69.59 104344495023 | 1 0.01 69.60 104344495070 | 4 0.04 69.64 104344495343 | 2 0.02 69.66 104344495369 | 2 0.02 69.68 104344587369 | 2 0.02 69.70 104344587746 | 1 0.01 69.71 104344587765 | 1 0.01 69.72 104344619298 | 5 0.05 69.77 104344619394 | 2 0.02 69.79 104344619518 | 5 0.05 69.84 104344644023 | 4 0.04 69.88 104344644253 | 3 0.03 69.91 104344644465 | 2 0.02 69.93 104344646097 | 2 0.02 69.95 104344646567 | 2 0.02 69.97 104344651058 | 1 0.01 69.98 104344651549 | 2 0.02 70.00 104344651844 | 3 0.03 70.03 104344687251 | 1 0.01 70.04 104344687311 | 1 0.01 70.05 104344738054 | 6 0.06 70.11 104344738301 | 1 0.01 70.12 104344738334 | 3 0.03 70.15 104344738365 | 1 0.01 70.16 104344738480 | 4 0.04 70.20 104344738486 | 5 0.05 70.25 104344738567 | 2 0.02 70.27 104344738647 | 2 0.02 70.29 104344738954 | 1 0.01 70.30 104344738988 | 3 0.03 70.33 104344740183 | 4 0.04 70.37 104344740284 | 2 0.02 70.39 104344740301 | 3 0.03 70.42 104344740334 | 1 0.01 70.43 104344740480 | 1 0.01 70.44 104344740486 | 1 0.01 70.45 104344740964 | 2 0.02 70.47 104344754116 | 1 0.01 70.48 104344754194 | 1 0.01 70.49 104344754267 | 5 0.05 70.54 104344754477 | 4 0.04 70.58 104344754788 | 5 0.05 70.63 104344754972 | 6 0.06 70.69 104344780134 | 1 0.01 70.70 104344780253 | 6 0.06 70.76 104344780343 | 1 0.01 70.77 104344796183 | 5 0.05 70.82 104344796284 | 3 0.03 70.85 104344796486 | 1 0.01 70.86 104344796567 | 4 0.04 70.90 104344796964 | 4 0.04 70.94 104344796988 | 4 0.04 70.98 104344837253 | 3 0.03 71.01 104344837343 | 3 0.03 71.04 104344837369 | 5 0.05 71.09 104344938593 | 3 0.03 71.12 104344944394 | 1 0.01 71.13 104344944477 | 2 0.02 71.15 104344944518 | 1 0.01 71.16 104344944596 | 2 0.02 71.18 104344944632 | 3 0.03 71.21 104344944797 | 2 0.02 71.23 104344944898 | 2 0.02 71.25 104344952134 | 2 0.02 71.27 104344952343 | 2 0.02 71.29 104344952746 | 4 0.04 71.33 104344952770 | 1 0.01 71.34 104344983334 | 2 0.02 71.36 104344983594 | 5 0.05 71.41 104359123420 | 2 0.02 71.43 104359123804 | 4 0.04 71.47 104359358210 | 1 0.01 71.48 104359358251 | 3 0.03 71.51 104359358497 | 2 0.02 71.53 104359358653 | 1 0.01 71.54 104359358779 | 3 0.03 71.57 104359369964 | 4 0.04 71.61 104359451134 | 2 0.02 71.63 104359451746 | 3 0.03 71.66 104359451770 | 2 0.02 71.68 104359701440 | 3 0.03 71.71 104359701599 | 1 0.01 71.72 104359754797 | 1 0.01 71.73 104359986267 | 2 0.02 71.75 104359986486 | 1 0.01 71.76 104359986964 | 2 0.02 71.78 104359986988 | 2 0.02 71.80 104379292294 | 4 0.04 71.84 104418876334 | 2 0.02 71.86 104468451116 | 4 0.04 71.90 104468451972 | 4 0.04 71.94 104527358829 | 1 0.01 71.95 104572123772 | 5 0.05 72.00 104572358298 | 9 0.09 72.09 104572358311 | 4 0.04 72.13 104572358497 | 3 0.03 72.16 104572358653 | 2 0.02 72.18 104572358779 | 1 0.01 72.19 104572451746 | 5 0.05 72.24 104572651298 | 2 0.02 72.26 104572701420 | 7 0.07 72.33 104572701440 | 2 0.02 72.35 104572701584 | 1 0.01 72.36 104572701772 | 2 0.02 72.38 104572754582 | 4 0.04 72.42 104572754596 | 4 0.04 72.46 104572754801 | 3 0.03 72.49 104572944593 | 2 0.02 72.51 104572986267 | 4 0.04 72.55 104572986284 | 1 0.01 72.56 104572986301 | 1 0.01 72.57 104600358638 | 1 0.01 72.58 104600358779 | 3 0.03 72.61 104629074134 | 4 0.04 72.65 104648011189 | 4 0.04 72.69 104648011671 | 1 0.01 72.70 104648115018 | 1 0.01 72.71 104648115189 | 2 0.02 72.73 104648115363 | 2 0.02 72.75 104648115366 | 2 0.02 72.77 104648115552 | 4 0.04 72.81 104648115851 | 1 0.01 72.82 104648115899 | 5 0.05 72.87 104648130451 | 1 0.01 72.88 104648170189 | 2 0.02 72.90 104648170552 | 4 0.04 72.94 104648266085 | 2 0.02 72.96 104648266127 | 4 0.04 73.00 104648266195 | 1 0.01 73.01 104648266232 | 4 0.04 73.05 104648266899 | 2 0.02 73.07 104648358108 | 4 0.04 73.11 104648358127 | 1 0.01 73.12 104648358177 | 4 0.04 73.16 104648358179 | 2 0.02 73.18 104648358285 | 5 0.05 73.23 104648358470 | 2 0.02 73.25 104648358536 | 2 0.02 73.27 104648358899 | 1 0.01 73.28 104648358966 | 2 0.02 73.30 104648358999 | 1 0.01 73.31 104648495085 | 1 0.01 73.32 104648495127 | 2 0.02 73.34 104648495829 | 2 0.02 73.36 104648495935 | 5 0.05 73.41 104648587388 | 1 0.01 73.42 104648644127 | 2 0.02 73.44 104648644534 | 2 0.02 73.46 104648644935 | 2 0.02 73.48 104648690125 | 2 0.02 73.50 104648690179 | 3 0.03 73.53 104648690189 | 3 0.03 73.56 104648690198 | 1 0.01 73.57 104648690318 | 2 0.02 73.59 104648690552 | 4 0.04 73.63 104648690784 | 2 0.02 73.65 104648690999 | 5 0.05 73.70 104648701033 | 2 0.02 73.72 104648701125 | 3 0.03 73.75 104648701179 | 6 0.06 73.81 104648701198 | 1 0.01 73.82 104648701470 | 3 0.03 73.85 104648701552 | 3 0.03 73.88 104648701784 | 4 0.04 73.92 104648754053 | 2 0.02 73.94 104648754505 | 4 0.04 73.98 104648780085 | 2 0.02 74.00 104648871177 | 2 0.02 74.02 104648952127 | 2 0.02 74.04 104648975160 | 1 0.01 74.05 104648975246 | 1 0.01 74.06 104648975310 | 1 0.01 74.07 104648975505 | 3 0.03 74.10 104648975751 | 1 0.01 74.11 104648986053 | 1 0.01 74.12 104648986125 | 1 0.01 74.13 104648986161 | 4 0.04 74.17 104648986246 | 3 0.03 74.20 104648986280 | 3 0.03 74.23 104648986318 | 4 0.04 74.27 104648986470 | 2 0.02 74.29 104648986536 | 1 0.01 74.30 104648986552 | 2 0.02 74.32 104648986671 | 2 0.02 74.34 104648986688 | 1 0.01 74.35 104648986762 | 1 0.01 74.36 104648986999 | 4 0.04 74.40 104707074058 | 7 0.07 74.47 104707074097 | 1 0.01 74.48 104707074134 | 6 0.06 74.54 104707074638 | 5 0.05 74.59 104707123097 | 3 0.03 74.62 104707123301 | 1 0.01 74.63 104707358593 | 1 0.01 74.64 104707358696 | 2 0.02 74.66 104707369692 | 2 0.02 74.68 104707451058 | 2 0.02 74.70 104707451251 | 1 0.01 74.71 104707451585 | 5 0.05 74.76 104707754568 | 1 0.01 74.77 104707754919 | 1 0.01 74.78 104707986116 | 3 0.03 74.81 104714074058 | 4 0.04 74.85 104714074134 | 2 0.02 74.87 104714369692 | 2 0.02 74.89 104714451058 | 3 0.03 74.92 104714451381 | 3 0.03 74.95 104714754568 | 2 0.02 74.97 104714944797 | 2 0.02 74.99 104748074058 | 4 0.04 75.03 104748074097 | 2 0.02 75.05 104748074134 | 3 0.03 75.08 104748074964 | 3 0.03 75.11 104748123097 | 3 0.03 75.14 104748123477 | 2 0.02 75.16 104748358593 | 3 0.03 75.19 104748358696 | 1 0.01 75.20 104748451251 | 2 0.02 75.22 104748451381 | 2 0.02 75.24 104748451593 | 2 0.02 75.26 104748451638 | 4 0.04 75.30 104748451994 | 4 0.04 75.34 104748754568 | 2 0.02 75.36 104748754919 | 1 0.01 75.37 104748944883 | 4 0.04 75.41 104791074134 | 4 0.04 75.45 104814123469 | 2 0.02 75.47 104814392114 | 1 0.01 75.48 104814392965 | 1 0.01 75.49 104814738188 | 5 0.05 75.54 104814738384 | 2 0.02 75.56 104814740469 | 1 0.01 75.57 104814740965 | 3 0.03 75.60 104814796188 | 2 0.02 75.62 104822332688 | 4 0.04 75.66 104922123297 | 4 0.04 75.70 104922123502 | 1 0.01 75.71 104922123772 | 3 0.03 75.74 104922123804 | 2 0.02 75.76 104922358251 | 2 0.02 75.78 104922358298 | 2 0.02 75.80 104922358311 | 4 0.04 75.84 104922358497 | 1 0.01 75.85 104922358638 | 1 0.01 75.86 104922358653 | 4 0.04 75.90 104922358779 | 6 0.06 75.96 104922369964 | 2 0.02 75.98 104922451134 | 1 0.01 75.99 104922451465 | 2 0.02 76.01 104922651298 | 4 0.04 76.05 104922701420 | 5 0.05 76.10 104922701440 | 2 0.02 76.12 104922701584 | 3 0.03 76.15 104922701772 | 5 0.05 76.20 104922754582 | 3 0.03 76.23 104922754596 | 2 0.02 76.25 104922754801 | 2 0.02 76.27 104922754883 | 4 0.04 76.31 104922944593 | 2 0.02 76.33 104922986267 | 1 0.01 76.34 104922986284 | 2 0.02 76.36 104922986486 | 5 0.05 76.41 104922986988 | 2 0.02 76.43 104925011081 | 4 0.04 76.47 104925011466 | 3 0.03 76.50 104925066297 | 4 0.04 76.54 104925066477 | 6 0.06 76.60 104925074497 | 3 0.03 76.63 104925074518 | 4 0.04 76.67 104925074545 | 1 0.01 76.68 104925074933 | 4 0.04 76.72 104925074950 | 7 0.07 76.79 104925115196 | 4 0.04 76.83 104925115220 | 2 0.02 76.85 104925115346 | 5 0.05 76.90 104925115440 | 4 0.04 76.94 104925115770 | 2 0.02 76.96 104925115772 | 3 0.03 76.99 104925115779 | 3 0.03 77.02 104925115857 | 2 0.02 77.04 104925115891 | 1 0.01 77.05 104925123613 | 2 0.02 77.07 104925123887 | 5 0.05 77.12 104925130284 | 3 0.03 77.15 104925130301 | 2 0.02 77.17 104925170167 | 2 0.02 77.19 104925170346 | 3 0.03 77.22 104925170440 | 2 0.02 77.24 104925170720 | 1 0.01 77.25 104925211197 | 2 0.02 77.27 104925211277 | 1 0.01 77.28 104925211298 | 2 0.02 77.30 104925211420 | 2 0.02 77.32 104925211497 | 5 0.05 77.37 104925211651 | 1 0.01 77.38 104925211772 | 2 0.02 77.40 104925211779 | 2 0.02 77.42 104925229243 | 5 0.05 77.47 104925229319 | 1 0.01 77.48 104925229482 | 1 0.01 77.49 104925241298 | 1 0.01 77.50 104925241311 | 5 0.05 77.55 104925241894 | 2 0.02 77.57 104925246602 | 4 0.04 77.61 104925257210 | 1 0.01 77.62 104925257630 | 8 0.08 77.70 104925266058 | 3 0.03 77.73 104925266210 | 1 0.01 77.74 104925266486 | 7 0.07 77.81 104925266638 | 3 0.03 77.84 104925266779 | 5 0.05 77.89 104925283210 | 2 0.02 77.91 104925283386 | 7 0.07 77.98 104925283402 | 1 0.01 77.99 104925283759 | 4 0.04 78.03 104925292098 | 2 0.02 78.05 104925292386 | 6 0.06 78.11 104925292759 | 1 0.01 78.12 104925358069 | 3 0.03 78.15 104925358098 | 1 0.01 78.16 104925358120 | 4 0.04 78.20 104925358210 | 2 0.02 78.22 104925358229 | 4 0.04 78.26 104925358277 | 4 0.04 78.30 104925358386 | 3 0.03 78.33 104925358486 | 2 0.02 78.35 104925358518 | 2 0.02 78.37 104925365029 | 4 0.04 78.41 104925365482 | 2 0.02 78.43 104925365655 | 5 0.05 78.48 104925369720 | 2 0.02 78.50 104925369891 | 3 0.03 78.53 104925369988 | 4 0.04 78.57 104925385098 | 2 0.02 78.59 104925385277 | 7 0.07 78.66 104925398229 | 3 0.03 78.69 104925398891 | 3 0.03 78.72 104925422229 | 2 0.02 78.74 104925422298 | 2 0.02 78.76 104925422497 | 1 0.01 78.77 104925422501 | 4 0.04 78.81 104925422687 | 5 0.05 78.86 104925422891 | 2 0.02 78.88 104925451070 | 3 0.03 78.91 104925451730 | 1 0.01 78.92 104925488632 | 5 0.05 78.97 104925488695 | 2 0.02 78.99 104925514243 | 4 0.04 79.03 104925514319 | 2 0.02 79.05 104925514389 | 10 0.10 79.15 104925514553 | 5 0.05 79.20 104925514687 | 2 0.02 79.22 104925557172 | 1 0.01 79.23 104925557348 | 1 0.01 79.24 104925557566 | 2 0.02 79.26 104925557632 | 2 0.02 79.28 104925557898 | 1 0.01 79.29 104925566857 | 1 0.01 79.30 104925587058 | 2 0.02 79.32 104925587097 | 4 0.04 79.36 104925587778 | 5 0.05 79.41 104925613020 | 1 0.01 79.42 104925613210 | 4 0.04 79.46 104925619020 | 5 0.05 79.51 104925619197 | 3 0.03 79.54 104925619402 | 3 0.03 79.57 104925651251 | 4 0.04 79.61 104925651298 | 5 0.05 79.66 104925651319 | 4 0.04 79.70 104925651346 | 3 0.03 79.73 104925651420 | 2 0.02 79.75 104925651501 | 6 0.06 79.81 104925651518 | 2 0.02 79.83 104925651553 | 3 0.03 79.86 104925651653 | 4 0.04 79.90 104925651655 | 3 0.03 79.93 104925651857 | 6 0.06 79.99 104925651891 | 1 0.01 80.00 104925687060 | 6 0.06 80.06 104925687294 | 3 0.03 80.09 104925687630 | 6 0.06 80.15 104925687651 | 2 0.02 80.17 104925690466 | 2 0.02 80.19 104925690596 | 1 0.01 80.20 104925690779 | 5 0.05 80.25 104925690788 | 2 0.02 80.27 104925701009 | 2 0.02 80.29 104925701020 | 2 0.02 80.31 104925701040 | 4 0.04 80.35 104925701081 | 1 0.01 80.36 104925701134 | 4 0.04 80.40 104925701196 | 2 0.02 80.42 104925701251 | 2 0.02 80.44 104925701369 | 2 0.02 80.46 104925701394 | 4 0.04 80.50 104925701599 | 1 0.01 80.51 104925701720 | 2 0.02 80.53 104925701804 | 2 0.02 80.55 104925701857 | 2 0.02 80.57 104925739081 | 5 0.05 80.62 104925739891 | 1 0.01 80.63 104925743029 | 2 0.02 80.65 104925743518 | 4 0.04 80.69 104925743553 | 3 0.03 80.72 104925743588 | 5 0.05 80.77 104925754172 | 5 0.05 80.82 104925754582 | 1 0.01 80.83 104925754622 | 3 0.03 80.86 104925780638 | 2 0.02 80.88 104925780964 | 4 0.04 80.92 104925853883 | 1 0.01 80.93 104925874402 | 3 0.03 80.96 104925879319 | 1 0.01 80.97 104925879346 | 2 0.02 80.99 104925879501 | 3 0.03 81.02 104925879655 | 1 0.01 81.03 104925879720 | 2 0.02 81.05 104925879879 | 4 0.04 81.09 104925910348 | 3 0.03 81.12 104925910566 | 1 0.01 81.13 104925910582 | 2 0.02 81.15 104925938967 | 1 0.01 81.16 104925944020 | 4 0.04 81.20 104925944060 | 5 0.05 81.25 104925944196 | 1 0.01 81.26 104925944229 | 2 0.02 81.28 104925944348 | 6 0.06 81.34 104925944386 | 2 0.02 81.36 104925944394 | 1 0.01 81.37 104925944466 | 2 0.02 81.39 104925944518 | 1 0.01 81.40 104925944588 | 4 0.04 81.44 104925944696 | 3 0.03 81.47 104925944779 | 4 0.04 81.51 104925944857 | 1 0.01 81.52 104925955632 | 3 0.03 81.55 104925955695 | 6 0.06 81.61 104925975058 | 1 0.01 81.62 104925975638 | 1 0.01 81.63 104925983172 | 5 0.05 81.68 104925983348 | 3 0.03 81.71 104925983582 | 2 0.02 81.73 104925983632 | 1 0.01 81.74 104925983883 | 1 0.01 81.75 104925986058 | 1 0.01 81.76 104925986284 | 1 0.01 81.77 104925986365 | 4 0.04 81.81 104925986486 | 1 0.01 81.82 104925986964 | 4 0.04 81.86 104925986988 | 2 0.02 81.88 104970332688 | 2 0.02 81.90 122128667023 | 1 0.01 81.91 122128876334 | 3 0.03 81.94 122128881334 | 4 0.04 81.98 122133000023 | 1 0.01 81.99 122133292069 | 4 0.04 82.03 122133292098 | 4 0.04 82.07 122133717501 | 1 0.01 82.08 122379717501 | 2 0.02 82.10 122399038334 | 2 0.02 82.12 122399667023 | 7 0.07 82.19 122399876334 | 4 0.04 82.23 122418038334 | 6 0.06 82.29 122418667023 | 2 0.02 82.31 122418667932 | 4 0.04 82.35 122418876023 | 2 0.02 82.37 122418876334 | 4 0.04 82.41 122418876647 | 2 0.02 82.43 122454000023 | 1 0.01 82.44 122454292069 | 3 0.03 82.47 122454717501 | 1 0.01 82.48 122562038334 | 4 0.04 82.52 122562667023 | 3 0.03 82.55 122562876334 | 2 0.02 82.57 122580667925 | 4 0.04 82.61 122822667925 | 2 0.02 82.63 122860292069 | 2 0.02 82.65 122860292098 | 3 0.03 82.68 122860292294 | 2 0.02 82.70 122970667925 | 4 0.04 82.74 146052266426 | 1 0.01 82.75 146052358482 | 3 0.03 82.78 146052358646 | 7 0.07 82.85 146052358650 | 1 0.01 82.86 146052358957 | 2 0.02 82.88 146052369189 | 3 0.03 82.91 146052369198 | 3 0.03 82.94 146052369318 | 4 0.04 82.98 146052451779 | 7 0.07 83.05 146052651071 | 2 0.02 83.07 146052651447 | 5 0.05 83.12 146052651482 | 3 0.03 83.15 146052944049 | 2 0.02 83.17 146052944053 | 1 0.01 83.18 146052944201 | 5 0.05 83.23 146052944664 | 6 0.06 83.29 146068123829 | 2 0.02 83.31 146068369832 | 2 0.02 83.33 146068451087 | 2 0.02 83.35 146068451957 | 2 0.02 83.37 146068651383 | 2 0.02 83.39 146092495905 | 3 0.03 83.42 146092514053 | 3 0.03 83.45 146092874053 | 3 0.03 83.48 146092874482 | 1 0.01 83.49 146121104844 | 6 0.06 83.55 146121104919 | 2 0.02 83.57 146128398882 | 3 0.03 83.60 146128469848 | 4 0.04 83.64 146133398494 | 3 0.03 83.67 146156369832 | 4 0.04 83.71 146156451318 | 4 0.04 83.75 146156451957 | 1 0.01 83.76 146156651383 | 4 0.04 83.80 146156651447 | 2 0.02 83.82 146182358919 | 1 0.01 83.83 146182754770 | 1 0.01 83.84 146182986477 | 2 0.02 83.86 146200358919 | 2 0.02 83.88 146200754770 | 1 0.01 83.89 146228986447 | 2 0.02 83.91 146238123029 | 1 0.01 83.92 146238358650 | 2 0.02 83.94 146238369198 | 2 0.02 83.96 146238451676 | 2 0.02 83.98 146238451737 | 2 0.02 84.00 146238944193 | 2 0.02 84.02 146238944201 | 2 0.02 84.04 146326881138 | 2 0.02 84.06 146344123195 | 7 0.07 84.13 146344123388 | 3 0.03 84.16 146344123534 | 1 0.01 84.17 146344196071 | 2 0.02 84.19 146344196519 | 3 0.03 84.22 146344246043 | 1 0.01 84.23 146344246473 | 2 0.02 84.25 146344246646 | 7 0.07 84.32 146344246650 | 1 0.01 84.33 146344246956 | 4 0.04 84.37 146344246957 | 2 0.02 84.39 146344369664 | 1 0.01 84.40 146344369699 | 5 0.05 84.45 146344369851 | 3 0.03 84.48 146344370444 | 3 0.03 84.51 146344451087 | 2 0.02 84.53 146344451426 | 2 0.02 84.55 146344451729 | 1 0.01 84.56 146344451751 | 2 0.02 84.58 146344451956 | 1 0.01 84.59 146344467087 | 3 0.03 84.62 146344583473 | 1 0.01 84.63 146344651110 | 2 0.02 84.65 146344651258 | 4 0.04 84.69 146344651538 | 1 0.01 84.70 146344651539 | 4 0.04 84.74 146344651691 | 2 0.02 84.76 146344651884 | 4 0.04 84.80 146344651948 | 5 0.05 84.85 146344651971 | 4 0.04 84.89 146344738195 | 1 0.01 84.90 146344740195 | 2 0.02 84.92 146344740534 | 5 0.05 84.97 146344743074 | 4 0.04 85.01 146344743180 | 1 0.01 85.02 146344743522 | 2 0.02 85.04 146344743811 | 3 0.03 85.07 146344743814 | 4 0.04 85.11 146344743849 | 4 0.04 85.15 146344743971 | 1 0.01 85.16 146344796829 | 2 0.02 85.18 146344879180 | 4 0.04 85.22 146344879475 | 4 0.04 85.26 146344879538 | 2 0.02 85.28 146344879591 | 1 0.01 85.29 146344879882 | 5 0.05 85.34 146344938018 | 2 0.02 85.36 146344938061 | 1 0.01 85.37 146344938087 | 4 0.04 85.41 146344938671 | 1 0.01 85.42 146344938751 | 3 0.03 85.45 146344938956 | 3 0.03 85.48 146359123116 | 2 0.02 85.50 146359123388 | 2 0.02 85.52 146359123534 | 3 0.03 85.55 146359123887 | 4 0.04 85.59 146359358029 | 8 0.08 85.67 146359358646 | 5 0.05 85.72 146359369018 | 5 0.05 85.77 146359369198 | 1 0.01 85.78 146359369318 | 1 0.01 85.79 146359369957 | 1 0.01 85.80 146359451373 | 2 0.02 85.82 146359451676 | 2 0.02 85.84 146359451779 | 5 0.05 85.89 146359651447 | 5 0.05 85.94 146359651519 | 2 0.02 85.96 146359944053 | 6 0.06 86.02 146359944193 | 2 0.02 86.04 146359944201 | 1 0.01 86.05 146359986630 | 5 0.05 86.10 146379398494 | 2 0.02 86.12 146399469848 | 1 0.01 86.13 146418398882 | 2 0.02 86.15 146454398494 | 2 0.02 86.17 146527754772 | 1 0.01 86.18 146527754804 | 2 0.02 86.20 146527986477 | 4 0.04 86.24 146546123388 | 4 0.04 86.28 146546123887 | 1 0.01 86.29 146562398882 | 2 0.02 86.31 146562469848 | 3 0.03 86.34 146572211201 | 4 0.04 86.38 146572266426 | 4 0.04 86.42 146572358029 | 5 0.05 86.47 146572358158 | 4 0.04 86.51 146572358650 | 2 0.02 86.53 146572369318 | 3 0.03 86.56 146572369552 | 1 0.01 86.57 146572369957 | 4 0.04 86.61 146572451779 | 4 0.04 86.65 146572651071 | 3 0.03 86.68 146572651447 | 1 0.01 86.69 146572651482 | 2 0.02 86.71 146572944053 | 2 0.02 86.73 146572944201 | 1 0.01 86.74 146572944664 | 4 0.04 86.78 146580881138 | 2 0.02 86.80 146600358280 | 1 0.01 86.81 146600369189 | 2 0.02 86.83 146648011477 | 1 0.01 86.84 146648011596 | 1 0.01 86.85 146648011828 | 1 0.01 86.86 146648074116 | 2 0.02 86.88 146648074194 | 5 0.05 86.93 146648074549 | 2 0.02 86.95 146648074602 | 1 0.01 86.96 146648104596 | 2 0.02 86.98 146648115369 | 2 0.02 87.00 146648115622 | 2 0.02 87.02 146648115770 | 4 0.04 87.06 146648115919 | 4 0.04 87.10 146648130267 | 4 0.04 87.14 146648130440 | 1 0.01 87.15 146648130458 | 3 0.03 87.18 146648130549 | 5 0.05 87.23 146648130554 | 3 0.03 87.26 146648130596 | 2 0.02 87.28 146648130622 | 3 0.03 87.31 146648130692 | 1 0.01 87.32 146648130773 | 2 0.02 87.34 146648130919 | 2 0.02 87.36 146648170023 | 4 0.04 87.40 146648170253 | 3 0.03 87.43 146648170465 | 1 0.01 87.44 146648170788 | 4 0.04 87.48 146648170828 | 1 0.01 87.49 146648241162 | 2 0.02 87.51 146648241773 | 2 0.02 87.53 146648241919 | 4 0.04 87.57 146648266134 | 4 0.04 87.61 146648266509 | 1 0.01 87.62 146648266549 | 1 0.01 87.63 146648266730 | 4 0.04 87.67 146648266844 | 4 0.04 87.71 146648266919 | 2 0.02 87.73 146648266932 | 1 0.01 87.74 146648266967 | 1 0.01 87.75 146648266972 | 2 0.02 87.77 146648358023 | 3 0.03 87.80 146648358040 | 1 0.01 87.81 146648358134 | 2 0.02 87.83 146648358431 | 1 0.01 87.84 146648358440 | 3 0.03 87.87 146648358772 | 2 0.02 87.89 146648358967 | 5 0.05 87.94 146648358972 | 1 0.01 87.95 146648495162 | 1 0.01 87.96 146648495297 | 4 0.04 88.00 146648495549 | 1 0.01 88.01 146648495844 | 1 0.01 88.02 146648495994 | 4 0.04 88.06 146648587138 | 4 0.04 88.10 146648587167 | 3 0.03 88.13 146648587240 | 3 0.03 88.16 146648587502 | 2 0.02 88.18 146648587554 | 4 0.04 88.22 146648587705 | 1 0.01 88.23 146648587772 | 4 0.04 88.27 146648644773 | 1 0.01 88.28 146648644994 | 4 0.04 88.32 146648667549 | 3 0.03 88.35 146648667705 | 2 0.02 88.37 146648690746 | 3 0.03 88.40 146648701023 | 2 0.02 88.42 146648701070 | 3 0.03 88.45 146648701194 | 1 0.01 88.46 146648701297 | 2 0.02 88.48 146648701343 | 4 0.04 88.52 146648701369 | 1 0.01 88.53 146648701465 | 5 0.05 88.58 146648701547 | 1 0.01 88.59 146648701596 | 2 0.02 88.61 146648701730 | 1 0.01 88.62 146648701788 | 2 0.02 88.64 146648701828 | 2 0.02 88.66 146648701967 | 1 0.01 88.67 146648701972 | 1 0.01 88.68 146648754194 | 1 0.01 88.69 146648780502 | 2 0.02 88.71 146648780788 | 5 0.05 88.76 146648837692 | 4 0.04 88.80 146648837932 | 3 0.03 88.83 146648871804 | 3 0.03 88.86 146648944134 | 4 0.04 88.90 146648944297 | 4 0.04 88.94 146648944477 | 2 0.02 88.96 146648944770 | 3 0.03 88.99 146648952773 | 3 0.03 89.02 146648975509 | 1 0.01 89.03 146648986196 | 2 0.02 89.05 146648986458 | 4 0.04 89.09 146648986549 | 4 0.04 89.13 146648986746 | 2 0.02 89.15 146648986770 | 1 0.01 89.16 146707123534 | 2 0.02 89.18 146707123829 | 1 0.01 89.19 146707451087 | 4 0.04 89.23 146707451318 | 3 0.03 89.26 146714651447 | 2 0.02 89.28 146748123534 | 1 0.01 89.29 146748123829 | 3 0.03 89.32 146748369832 | 2 0.02 89.34 146748451087 | 2 0.02 89.36 146748451957 | 2 0.02 89.38 146748651447 | 4 0.04 89.42 146748925957 | 4 0.04 89.46 146752754070 | 2 0.02 89.48 146752754772 | 4 0.04 89.52 146752754804 | 3 0.03 89.55 146752986477 | 4 0.04 89.59 146824881138 | 2 0.02 89.61 146860398494 | 2 0.02 89.63 146922123116 | 4 0.04 89.67 146922123127 | 4 0.04 89.71 146922123388 | 2 0.02 89.73 146922123534 | 2 0.02 89.75 146922266426 | 2 0.02 89.77 146922266956 | 2 0.02 89.79 146922358029 | 6 0.06 89.85 146922358043 | 2 0.02 89.87 146922358280 | 1 0.01 89.88 146922358646 | 5 0.05 89.93 146922358650 | 2 0.02 89.95 146922369018 | 6 0.06 90.01 146922369552 | 2 0.02 90.03 146922451373 | 5 0.05 90.08 146922451676 | 1 0.01 90.09 146922451737 | 2 0.02 90.11 146922451779 | 4 0.04 90.15 146922651071 | 4 0.04 90.19 146922651447 | 2 0.02 90.21 146922944053 | 1 0.01 90.22 146922944201 | 6 0.06 90.28 146922944664 | 5 0.05 90.33 146925019622 | 3 0.03 90.36 146925019788 | 1 0.01 90.37 146925077180 | 2 0.02 90.39 146925077447 | 2 0.02 90.41 146925077475 | 4 0.04 90.45 146925077621 | 4 0.04 90.49 146925077882 | 3 0.03 90.52 146925115035 | 3 0.03 90.55 146925123142 | 8 0.08 90.63 146925123259 | 1 0.01 90.64 146925123388 | 2 0.02 90.66 146925123547 | 2 0.02 90.68 146925123730 | 2 0.02 90.70 146925123944 | 3 0.03 90.73 146925130029 | 3 0.03 90.76 146925130243 | 3 0.03 90.79 146925130389 | 1 0.01 90.80 146925130482 | 1 0.01 90.81 146925167240 | 1 0.01 90.82 146925167426 | 1 0.01 90.83 146925167956 | 1 0.01 90.84 146925181074 | 1 0.01 90.85 146925181447 | 3 0.03 90.88 146925181621 | 2 0.02 90.90 146925181777 | 4 0.04 90.94 146925196027 | 1 0.01 90.95 146925196043 | 2 0.02 90.97 146925196426 | 3 0.03 91.00 146925196477 | 1 0.01 91.01 146925196502 | 1 0.01 91.02 146925196646 | 1 0.01 91.03 146925196788 | 1 0.01 91.04 146925196957 | 1 0.01 91.05 146925202473 | 1 0.01 91.06 146925202646 | 2 0.02 91.08 146925202650 | 1 0.01 91.09 146925202957 | 1 0.01 91.10 146925203027 | 1 0.01 91.11 146925203502 | 4 0.04 91.15 146925211233 | 5 0.05 91.20 146925211319 | 1 0.01 91.21 146925211482 | 2 0.02 91.23 146925211494 | 2 0.02 91.25 146925211545 | 3 0.03 91.28 146925211553 | 2 0.02 91.30 146925211950 | 2 0.02 91.32 146925228566 | 4 0.04 91.36 146925229591 | 5 0.05 91.41 146925246081 | 3 0.03 91.44 146925246172 | 3 0.03 91.47 146925246235 | 4 0.04 91.51 146925246334 | 4 0.04 91.55 146925246346 | 3 0.03 91.58 146925246582 | 4 0.04 91.62 146925246594 | 1 0.01 91.63 146925246801 | 6 0.06 91.69 146925257029 | 1 0.01 91.70 146925266071 | 1 0.01 91.71 146925266086 | 4 0.04 91.75 146925266174 | 1 0.01 91.76 146925266553 | 2 0.02 91.78 146925266626 | 2 0.02 91.80 146925266655 | 1 0.01 91.81 146925266687 | 2 0.02 91.83 146925266781 | 2 0.02 91.85 146925266832 | 4 0.04 91.89 146925266852 | 3 0.03 91.92 146925266903 | 3 0.03 91.95 146925332074 | 7 0.07 92.02 146925332475 | 2 0.02 92.04 146925332591 | 3 0.03 92.07 146925332621 | 2 0.02 92.09 146925332971 | 3 0.03 92.12 146925358142 | 5 0.05 92.17 146925358174 | 4 0.04 92.21 146925358243 | 6 0.06 92.27 146925358283 | 3 0.03 92.30 146925358291 | 1 0.01 92.31 146925358319 | 3 0.03 92.34 146925358389 | 1 0.01 92.35 146925358444 | 1 0.01 92.36 146925358687 | 2 0.02 92.38 146925358903 | 2 0.02 92.40 146925358971 | 5 0.05 92.45 146925369087 | 2 0.02 92.47 146925369189 | 4 0.04 92.51 146925369297 | 1 0.01 92.52 146925369310 | 1 0.01 92.53 146925369318 | 2 0.02 92.55 146925369383 | 3 0.03 92.58 146925369426 | 1 0.01 92.59 146925369751 | 1 0.01 92.60 146925370027 | 6 0.06 92.66 146925370043 | 1 0.01 92.67 146925370087 | 2 0.02 92.69 146925370158 | 4 0.04 92.73 146925370167 | 1 0.01 92.74 146925370297 | 3 0.03 92.77 146925370426 | 3 0.03 92.80 146925370477 | 3 0.03 92.83 146925370596 | 3 0.03 92.86 146925370729 | 4 0.04 92.90 146925370828 | 1 0.01 92.91 146925422180 | 2 0.02 92.93 146925422475 | 6 0.06 92.99 146925422882 | 2 0.02 93.01 146925422971 | 3 0.03 93.04 146925451480 | 1 0.01 93.05 146925451779 | 2 0.02 93.07 146925451801 | 2 0.02 93.09 146925451954 | 2 0.02 93.11 146925458828 | 5 0.05 93.16 146925462180 | 2 0.02 93.18 146925462475 | 1 0.01 93.19 146925462591 | 2 0.02 93.21 146925462777 | 1 0.01 93.22 146925462814 | 1 0.01 93.23 146925462971 | 1 0.01 93.24 146925467567 | 2 0.02 93.26 146925467632 | 2 0.02 93.28 146925467695 | 2 0.02 93.30 146925467801 | 2 0.02 93.32 146925471567 | 3 0.03 93.35 146925471801 | 3 0.03 93.38 146925501971 | 1 0.01 93.39 146925583183 | 5 0.05 93.44 146925583346 | 2 0.02 93.46 146925583348 | 4 0.04 93.50 146925583480 | 4 0.04 93.54 146925583497 | 2 0.02 93.56 146925583582 | 2 0.02 93.58 146925583857 | 1 0.01 93.59 146925587029 | 2 0.02 93.61 146925619389 | 4 0.04 93.65 146925619553 | 2 0.02 93.67 146925619933 | 4 0.04 93.71 146925651142 | 1 0.01 93.72 146925651180 | 3 0.03 93.75 146925651482 | 2 0.02 93.77 146925651553 | 4 0.04 93.81 146925701125 | 1 0.01 93.82 146925701285 | 3 0.03 93.85 146925701676 | 2 0.02 93.87 146925701999 | 4 0.04 93.91 146925728591 | 3 0.03 93.94 146925728814 | 5 0.05 93.99 146925738207 | 3 0.03 94.02 146925738294 | 2 0.02 94.04 146925738630 | 1 0.01 94.05 146925738660 | 6 0.06 94.11 146925743591 | 1 0.01 94.12 146925743814 | 3 0.03 94.15 146925754316 | 1 0.01 94.16 146925754946 | 1 0.01 94.17 146925784235 | 2 0.02 94.19 146925794074 | 2 0.02 94.21 146925794447 | 1 0.01 94.22 146925794971 | 7 0.07 94.29 146925796035 | 1 0.01 94.30 146925796127 | 4 0.04 94.34 146925796259 | 1 0.01 94.35 146925796267 | 1 0.01 94.36 146925796516 | 2 0.02 94.38 146925796534 | 1 0.01 94.39 146925796547 | 2 0.02 94.41 146925796613 | 4 0.04 94.45 146925796631 | 2 0.02 94.47 146925796730 | 2 0.02 94.49 146925796829 | 3 0.03 94.52 146925796887 | 1 0.01 94.53 146925796935 | 2 0.02 94.55 146925805180 | 1 0.01 94.56 146925805475 | 2 0.02 94.58 146925805591 | 4 0.04 94.62 146925805621 | 3 0.03 94.65 146925805777 | 4 0.04 94.69 146925871149 | 3 0.03 94.72 146925871197 | 1 0.01 94.73 146925871207 | 2 0.02 94.75 146925871475 | 2 0.02 94.77 146925871777 | 1 0.01 94.78 146925871814 | 4 0.04 94.82 146925879591 | 2 0.02 94.84 146925879814 | 3 0.03 94.87 146925879882 | 6 0.06 94.93 146925938054 | 4 0.04 94.97 146925938334 | 7 0.07 95.04 146925938720 | 1 0.01 95.05 146925944142 | 4 0.04 95.09 146925944233 | 5 0.05 95.14 146925944319 | 5 0.05 95.19 146925944389 | 4 0.04 95.23 146925944619 | 1 0.01 95.24 146925944755 | 1 0.01 95.25 146925944933 | 2 0.02 95.27 146925944950 | 1 0.01 95.28 146925975149 | 1 0.01 95.29 146925975207 | 6 0.06 95.35 146925975294 | 4 0.04 95.39 146925975630 | 5 0.05 95.44 146925975882 | 1 0.01 95.45 146925983283 | 1 0.01 95.46 146925983291 | 2 0.02 95.48 146925983449 | 4 0.04 95.52 146925986197 | 2 0.02 95.54 146970881138 | 1 0.01 95.55 146992881138 | 1 0.01 95.56 160128000294 | 3 0.03 95.59 160399000294 | 3 0.03 95.62 160399292086 | 4 0.04 95.66 160418000294 | 4 0.04 95.70 160562292086 | 2 0.02 95.72 192128469324 | 2 0.02 95.74 192128876995 | 3 0.03 95.77 192133398849 | 1 0.01 95.78 192133876849 | 1 0.01 95.79 192133881049 | 3 0.03 95.82 192245038276 | 4 0.04 95.86 192342038046 | 4 0.04 95.90 192379876849 | 3 0.03 95.93 192379881049 | 2 0.02 95.95 192384038276 | 4 0.04 95.99 192399469855 | 4 0.04 96.03 192399876995 | 3 0.03 96.06 192418469324 | 2 0.02 96.08 192448398849 | 2 0.02 96.10 192454667344 | 4 0.04 96.14 192454876849 | 2 0.02 96.16 192454881049 | 4 0.04 96.20 192562469324 | 3 0.03 96.23 192562469855 | 1 0.01 96.24 192562876995 | 2 0.02 96.26 192731398849 | 2 0.02 96.28 192735038046 | 6 0.06 96.34 192860398849 | 2 0.02 96.36 192860667344 | 3 0.03 96.39 192860881049 | 4 0.04 96.43 192958398849 | 2 0.02 96.45 203033651844 | 1 0.01 96.46 203033701159 | 2 0.02 96.48 203052074531 | 3 0.03 96.51 203052123029 | 2 0.02 96.53 203052123060 | 3 0.03 96.56 203052123482 | 4 0.04 96.60 203052123494 | 2 0.02 96.62 203052123630 | 5 0.05 96.67 203052123660 | 3 0.03 96.70 203052123772 | 2 0.02 96.72 203052123894 | 3 0.03 96.75 203052358029 | 2 0.02 96.77 203052358067 | 2 0.02 96.79 203052358482 | 4 0.04 96.83 203052358655 | 2 0.02 96.85 203052369159 | 2 0.02 96.87 203052369319 | 2 0.02 96.89 203052369737 | 3 0.03 96.92 203052369933 | 4 0.04 96.96 203052451477 | 1 0.01 96.97 203052451482 | 1 0.01 96.98 203052651593 | 3 0.03 97.01 203052651954 | 4 0.04 97.05 203052754630 | 5 0.05 97.10 203052754844 | 2 0.02 97.12 203052754852 | 5 0.05 97.17 203052944420 | 4 0.04 97.21 203052944531 | 3 0.03 97.24 203052975040 | 2 0.02 97.26 203052986465 | 4 0.04 97.30 203052986482 | 3 0.03 97.33 203052986584 | 5 0.05 97.38 203052986770 | 3 0.03 97.41 203052986919 | 3 0.03 97.44 203068266892 | 2 0.02 97.46 203068358379 | 3 0.03 97.49 203068369319 | 2 0.02 97.51 203068369905 | 1 0.01 97.52 203092104593 | 2 0.02 97.54 203092203159 | 1 0.01 97.55 203092203630 | 3 0.03 97.58 203092404089 | 3 0.03 97.61 203092404630 | 4 0.04 97.65 203092471058 | 4 0.04 97.69 203092471284 | 7 0.07 97.76 203092495535 | 2 0.02 97.78 203092557905 | 1 0.01 97.79 203092701159 | 1 0.01 97.80 203092874905 | 3 0.03 97.83 203133469689 | 2 0.02 97.85 203133717099 | 3 0.03 97.88 203133717344 | 1 0.01 97.89 203156369174 | 4 0.04 97.93 203156369319 | 2 0.02 97.95 203156369482 | 2 0.02 97.97 203156451840 | 2 0.02 97.99 203156451844 | 3 0.03 98.02 203228019159 | 5 0.05 98.07 203228019276 | 4 0.04 98.11 203228019599 | 3 0.03 98.14 203228123089 | 2 0.02 98.16 203228123401 | 2 0.02 98.18 203228167276 | 4 0.04 98.22 203228167599 | 1 0.01 98.23 203228196080 | 2 0.02 98.25 203228196535 | 7 0.07 98.32 203228202009 | 1 0.01 98.33 203228202159 | 1 0.01 98.34 203228202880 | 2 0.02 98.36 203228203009 | 2 0.02 98.38 203228203099 | 6 0.06 98.44 203228203276 | 1 0.01 98.45 203228203535 | 2 0.02 98.47 203228246316 | 5 0.05 98.52 203228246449 | 2 0.02 98.54 203228246905 | 4 0.04 98.58 203228246946 | 2 0.02 98.60 203228369099 | 3 0.03 98.63 203228370535 | 3 0.03 98.66 203228392324 | 1 0.01 98.67 203228392979 | 2 0.02 98.69 203228451291 | 2 0.02 98.71 203228451449 | 1 0.01 98.72 203228458009 | 1 0.01 98.73 203228458080 | 2 0.02 98.75 203228458599 | 4 0.04 98.79 203228458840 | 4 0.04 98.83 203228469159 | 3 0.03 98.86 203228469599 | 3 0.03 98.89 203228469840 | 2 0.02 98.91 203228469880 | 4 0.04 98.95 203228583174 | 2 0.02 98.97 203228583852 | 5 0.05 99.02 203228583903 | 2 0.02 99.04 203228583905 | 4 0.04 99.08 203228701787 | 4 0.04 99.12 203228730080 | 2 0.02 99.14 203228730840 | 2 0.02 99.16 203228738375 | 1 0.01 99.17 203228738401 | 1 0.01 99.18 203228738537 | 3 0.03 99.21 203228738916 | 1 0.01 99.22 203228738979 | 2 0.02 99.24 203228796375 | 1 0.01 99.25 203228796862 | 2 0.02 99.27 203228796916 | 7 0.07 99.34 203228796979 | 2 0.02 99.36 203228796995 | 1 0.01 99.37 203228938316 | 1 0.01 99.38 203228938449 | 2 0.02 99.40 203228938852 | 5 0.05 99.45 203228938946 | 2 0.02 99.47 203238123060 | 3 0.03 99.50 203238123243 | 4 0.04 99.54 203238123494 | 5 0.05 99.59 203238123553 | 2 0.02 99.61 203238123630 | 5 0.05 99.66 203238123894 | 2 0.02 99.68 203238358319 | 4 0.04 99.72 203238369159 | 1 0.01 99.73 203238369933 | 1 0.01 99.74 203238651593 | 2 0.02 99.76 203238651954 | 2 0.02 99.78 203238701737 | 2 0.02 99.80 203238944554 | 1 0.01 99.81 203238975040 | 6 0.06 99.87 203238975440 | 4 0.04 99.91 203238986134 | 2 0.02 99.93 203238986753 | 1 0.01 99.94 203238986787 | 2 0.02 99.96 203276471067 | 1 0.01 99.97 203344000054 | 2 0.02 99.99 203344123046 | 1 0.01 100.00 -------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of spanel variable in sipp1996tm96puw9 dataset : SU: Sample | Code - | Indicates | Panel Year | Freq. Percent Cum. ------------+----------------------------------- Panel Year | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of swave variable in sipp1996tm96puw9 dataset : SU: Wave of | data | collection | Freq. Percent Cum. ------------+----------------------------------- 9 | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of srotaton variable in sipp1996tm96puw9 dataset : SU: | Rotation of | data | collection | Freq. Percent Cum. ------------+----------------------------------- 1 | 84 0.84 0.84 2 | 3,686 36.86 37.70 3 | 4,005 40.05 77.75 4 | 2,225 22.25 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tfipsst variable in sipp1996tm96puw9 dataset : SU: FIPS State Code for | fifth month | Freq. Percent Cum. ----------------------------+----------------------------------- Alabama | 16 0.16 0.16 Alaska | 68 0.68 0.84 Arizona | 69 0.69 1.53 Arkansas | 149 1.49 3.02 California | 22 0.22 3.24 Colorado | 8 0.08 3.32 Connecticut | 376 3.76 7.08 Florida | 975 9.75 16.83 Georgia | 47 0.47 17.30 Hawaii | 33 0.33 17.63 Idaho | 7 0.07 17.70 Illinois | 862 8.62 26.32 Indiana | 15 0.15 26.47 Iowa | 470 4.70 31.17 Kansas | 12 0.12 31.29 Kentucky | 2 0.02 31.31 Louisiana | 398 3.98 35.29 Maryland | 28 0.28 35.57 Massachusetts | 314 3.14 38.71 Michigan | 9 0.09 38.80 Minnesota | 398 3.98 42.78 Missouri | 849 8.49 51.27 Montana | 6 0.06 51.33 Nebraska | 15 0.15 51.48 Nevada | 69 0.69 52.17 New Hampshire | 6 0.06 52.23 New Jersey | 19 0.19 52.42 New Mexico | 66 0.66 53.08 New York | 29 0.29 53.37 North Carolina | 534 5.34 58.71 Ohio | 1,575 15.75 74.46 Oklahoma | 17 0.17 74.63 Oregon | 7 0.07 74.70 Pennsylvania | 1,104 11.04 85.74 Rhode Island | 10 0.10 85.84 South Carolina | 247 2.47 88.31 Tennessee | 355 3.55 91.86 Texas | 14 0.14 92.00 Utah | 284 2.84 94.84 Virginia | 12 0.12 94.96 Washington | 29 0.29 95.25 West Virginia | 4 0.04 95.29 Wisconsin | 438 4.38 99.67 Maine, Vermont | 11 0.11 99.78 North Dakota, South Dakota, | 22 0.22 100.00 ----------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of shhadid variable in sipp1996tm96puw9 dataset : SU: Hhld | Address ID | in fourth | reference | Freq. Percent Cum. ------------+----------------------------------- 11 | 7,208 72.08 72.08 21 | 305 3.05 75.13 22 | 19 0.19 75.32 31 | 231 2.31 77.63 32 | 7 0.07 77.70 41 | 263 2.63 80.33 42 | 4 0.04 80.37 51 | 344 3.44 83.81 52 | 14 0.14 83.95 61 | 269 2.69 86.64 62 | 2 0.02 86.66 71 | 394 3.94 90.60 72 | 13 0.13 90.73 81 | 488 4.88 95.61 82 | 18 0.18 95.79 83 | 2 0.02 95.81 91 | 412 4.12 99.93 92 | 7 0.07 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of sinthhid variable in sipp1996tm96puw9 dataset : SU: Hhld | Address ID of | person in | interview | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 25 0.25 0.25 11 | 7,192 71.92 72.17 21 | 301 3.01 75.18 22 | 19 0.19 75.37 31 | 231 2.31 77.68 32 | 7 0.07 77.75 41 | 263 2.63 80.38 42 | 4 0.04 80.42 51 | 344 3.44 83.86 52 | 14 0.14 84.00 61 | 267 2.67 86.67 71 | 386 3.86 90.53 72 | 13 0.13 90.66 81 | 485 4.85 95.51 82 | 18 0.18 95.69 83 | 2 0.02 95.71 91 | 420 4.20 99.91 92 | 9 0.09 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eoutcome variable in sipp1996tm96puw9 dataset : HH: Interview Status code for | fifth month | Freq. Percent Cum. ---------------------------------+----------------------------------- Completed interview | 8,644 86.44 86.44 Compl. partial- missing data; no | 65 0.65 87.09 Complete partial - TYPE-Z; no | 1,279 12.79 99.88 Mover, new address located in | 12 0.12 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of rfid variable in sipp1996tm96puw9 dataset : FA: Family | ID Number | in month | four | Freq. Percent Cum. ------------+----------------------------------- 4 | 7,617 76.17 76.17 5 | 50 0.50 76.67 6 | 35 0.35 77.02 7 | 1,032 10.32 87.34 8 | 453 4.53 91.87 9 | 33 0.33 92.20 10 | 241 2.41 94.61 11 | 127 1.27 95.88 12 | 118 1.18 97.06 13 | 86 0.86 97.92 14 | 47 0.47 98.39 15 | 44 0.44 98.83 16 | 60 0.60 99.43 17 | 22 0.22 99.65 18 | 15 0.15 99.80 19 | 11 0.11 99.91 20 | 7 0.07 99.98 23 | 1 0.01 99.99 24 | 1 0.01 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of rfid2 variable in sipp1996tm96puw9 dataset : FA: Family ID excluding | related subfamily | Freq. Percent Cum. ----------------------------+----------------------------------- -1 | 284 2.84 2.84 4 | 7,609 76.09 78.93 5 | 46 0.46 79.39 6 | 35 0.35 79.74 7 | 836 8.36 88.10 8 | 453 4.53 92.63 9 | 28 0.28 92.91 10 | 207 2.07 94.98 11 | 116 1.16 96.14 12 | 116 1.16 97.30 13 | 72 0.72 98.02 14 | 45 0.45 98.47 15 | 42 0.42 98.89 16 | 58 0.58 99.47 17 | 22 0.22 99.69 18 | 11 0.11 99.80 19 | 11 0.11 99.91 20 | 7 0.07 99.98 23 | 1 0.01 99.99 24 | 1 0.01 100.00 ----------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eppidx variable in sipp1996tm96puw9 dataset : PE: Person | index | Freq. Percent Cum. ------------+----------------------------------- 1 | 3,646 36.46 36.46 2 | 2,742 27.42 63.88 3 | 1,661 16.61 80.49 4 | 1,079 10.79 91.28 5 | 493 4.93 96.21 6 | 211 2.11 98.32 7 | 91 0.91 99.23 8 | 43 0.43 99.66 9 | 18 0.18 99.84 10 | 7 0.07 99.91 11 | 6 0.06 99.97 12 | 2 0.02 99.99 13 | 1 0.01 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eentaid variable in sipp1996tm96puw9 dataset : PE: Address | ID of hhld | where | person | entered | Freq. Percent Cum. ------------+----------------------------------- 011 | 9,448 94.48 94.48 021 | 104 1.04 95.52 022 | 6 0.06 95.58 031 | 53 0.53 96.11 032 | 3 0.03 96.14 041 | 47 0.47 96.61 042 | 1 0.01 96.62 051 | 71 0.71 97.33 052 | 6 0.06 97.39 061 | 65 0.65 98.04 062 | 2 0.02 98.06 071 | 74 0.74 98.80 081 | 68 0.68 99.48 082 | 3 0.03 99.51 083 | 1 0.01 99.52 091 | 43 0.43 99.95 092 | 5 0.05 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epppnum variable in sipp1996tm96puw9 dataset : PE: Person | number | Freq. Percent Cum. ------------+----------------------------------- 0101 | 3,553 35.53 35.53 0102 | 2,591 25.91 61.44 0103 | 1,410 14.10 75.54 0104 | 865 8.65 84.19 0105 | 341 3.41 87.60 0106 | 116 1.16 88.76 0107 | 36 0.36 89.12 0108 | 11 0.11 89.23 0109 | 4 0.04 89.27 0201 | 143 1.43 90.70 0202 | 21 0.21 90.91 0203 | 8 0.08 90.99 0204 | 4 0.04 91.03 0205 | 3 0.03 91.06 0206 | 2 0.02 91.08 0301 | 91 0.91 91.99 0302 | 15 0.15 92.14 0303 | 6 0.06 92.20 0304 | 1 0.01 92.21 0305 | 1 0.01 92.22 0401 | 80 0.80 93.02 0402 | 13 0.13 93.15 0403 | 4 0.04 93.19 0409 | 1 0.01 93.20 0501 | 92 0.92 94.12 0502 | 15 0.15 94.27 0503 | 6 0.06 94.33 0504 | 2 0.02 94.35 0601 | 88 0.88 95.23 0602 | 15 0.15 95.38 0603 | 4 0.04 95.42 0604 | 2 0.02 95.44 0608 | 1 0.01 95.45 0701 | 123 1.23 96.68 0702 | 29 0.29 96.97 0703 | 11 0.11 97.08 0704 | 4 0.04 97.12 0801 | 122 1.22 98.34 0802 | 22 0.22 98.56 0803 | 10 0.10 98.66 0804 | 3 0.03 98.69 0805 | 1 0.01 98.70 0806 | 1 0.01 98.71 0901 | 95 0.95 99.66 0902 | 23 0.23 99.89 0903 | 7 0.07 99.96 0904 | 3 0.03 99.99 0905 | 1 0.01 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epopstat variable in sipp1996tm96puw9 dataset : PE: Population status based on | age in fourth | Freq. Percent Cum. ---------------------------------+----------------------------------- Adult (15 years of age or older) | 7,843 78.43 78.43 Child (Under 15 years of age) | 2,157 21.57 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eppintvw variable in sipp1996tm96puw9 dataset : PE: Person's interview status at | time of | Freq. Percent Cum. ---------------------------------+----------------------------------- Interview (self) | 4,524 45.24 45.24 Interview (proxy) | 2,879 28.79 74.03 Noninterview - Type Z | 440 4.40 78.43 Children under 15 during | 2,157 21.57 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eppmis4 variable in sipp1996tm96puw9 dataset : PE: Person's | 4th month | interview | status | Freq. Percent Cum. --------------+----------------------------------- Interview | 10,000 100.00 100.00 --------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of esex variable in sipp1996tm96puw9 dataset : PE: Sex of | this person | Freq. Percent Cum. ------------+----------------------------------- Male | 4,864 48.64 48.64 Female | 5,136 51.36 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erace variable in sipp1996tm96puw9 dataset : PE: Race of this person | Freq. Percent Cum. ---------------------------+----------------------------------- White | 8,501 85.01 85.01 Black | 1,199 11.99 97.00 American Indian, Aleut, or | 118 1.18 98.18 Asian or Pacific Islander | 182 1.82 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eorigin variable in sipp1996tm96puw9 dataset : PE: Origin of this person | Freq. Percent Cum. ----------------------------+----------------------------------- Canadian | 37 0.37 0.37 Dutch | 110 1.10 1.47 English | 654 6.54 8.01 French | 161 1.61 9.62 French-Canadian | 40 0.40 10.02 German | 1,272 12.72 22.74 Hungarian | 39 0.39 23.13 Irish | 660 6.60 29.73 Italian | 354 3.54 33.27 Polish | 141 1.41 34.68 Russian | 53 0.53 35.21 Scandinavian | 234 2.34 37.55 Scotch-Irish | 163 1.63 39.18 Scottish | 79 0.79 39.97 Slovak | 81 0.81 40.78 Welsh | 30 0.30 41.08 Other European | 274 2.74 43.82 Mexican | 105 1.05 44.87 Mexican-American | 82 0.82 45.69 Chicano | 3 0.03 45.72 Puerto Rican | 90 0.90 46.62 Cuban | 97 0.97 47.59 Central American | 46 0.46 48.05 South American | 40 0.40 48.45 Dominican Republic | 8 0.08 48.53 Other Hispanic | 35 0.35 48.88 African-American or | 1,057 10.57 59.45 American Indian, Eskimo, or | 156 1.56 61.01 Arab | 22 0.22 61.23 Asian | 124 1.24 62.47 Pacific Islander | 13 0.13 62.60 West Indian | 16 0.16 62.76 Another group not listed | 1,532 15.32 78.08 American | 2,192 21.92 100.00 ----------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of wpfinwgt variable in sipp1996tm96puw9 dataset : WW: Person | weight | Freq. Percent Cum. ------------+----------------------------------- 130.8507 | 1 0.01 0.01 150.0957 | 1 0.01 0.02 160.8021 | 2 0.02 0.04 190.877 | 1 0.01 0.05 233.0876 | 1 0.01 0.06 316.3742 | 1 0.01 0.07 327.0015 | 2 0.02 0.09 330.554 | 1 0.01 0.10 368.001 | 1 0.01 0.11 401.3044 | 1 0.01 0.12 418.7361 | 1 0.01 0.13 425.6552 | 2 0.02 0.15 430.6641 | 1 0.01 0.16 435.3369 | 2 0.02 0.18 452.0821 | 1 0.01 0.19 461.4713 | 1 0.01 0.20 465.9445 | 1 0.01 0.21 475.7346 | 1 0.01 0.22 493.8692 | 1 0.01 0.23 496.9944 | 1 0.01 0.24 506.2083 | 2 0.02 0.26 507.9188 | 1 0.01 0.27 522.4249 | 1 0.01 0.28 535.3334 | 1 0.01 0.29 551.1266 | 1 0.01 0.30 592.2493 | 1 0.01 0.31 608.4219 | 1 0.01 0.32 615.0574 | 1 0.01 0.33 615.5182 | 1 0.01 0.34 618.9325 | 2 0.02 0.36 625.7548 | 1 0.01 0.37 634.3577 | 1 0.01 0.38 636.1025 | 1 0.01 0.39 657.198 | 1 0.01 0.40 662.5325 | 1 0.01 0.41 668.9085 | 2 0.02 0.43 671.1107 | 1 0.01 0.44 675.241 | 1 0.01 0.45 675.3486 | 1 0.01 0.46 677.0601 | 1 0.01 0.47 682.4377 | 1 0.01 0.48 702.4232 | 1 0.01 0.49 703.014 | 1 0.01 0.50 729.0383 | 2 0.02 0.52 733.7778 | 2 0.02 0.54 734.6527 | 2 0.02 0.56 736.6205 | 2 0.02 0.58 750.3294 | 2 0.02 0.60 763.0065 | 1 0.01 0.61 773.2296 | 1 0.01 0.62 776.3264 | 2 0.02 0.64 784.6671 | 1 0.01 0.65 799.1183 | 1 0.01 0.66 800.1754 | 1 0.01 0.67 807.5449 | 2 0.02 0.69 833.7092 | 1 0.01 0.70 840.6661 | 1 0.01 0.71 852.8978 | 1 0.01 0.72 855.0781 | 1 0.01 0.73 864.1031 | 1 0.01 0.74 866.7241 | 1 0.01 0.75 866.8788 | 2 0.02 0.77 875.6342 | 1 0.01 0.78 881.0037 | 1 0.01 0.79 890.1165 | 2 0.02 0.81 899.3204 | 1 0.01 0.82 908.2028 | 1 0.01 0.83 921.6207 | 1 0.01 0.84 931.0089 | 1 0.01 0.85 932.0886 | 1 0.01 0.86 932.1481 | 1 0.01 0.87 933.9017 | 1 0.01 0.88 950.8813 | 1 0.01 0.89 951.3535 | 1 0.01 0.90 955.7845 | 1 0.01 0.91 955.8514 | 1 0.01 0.92 957.0543 | 1 0.01 0.93 958.7344 | 1 0.01 0.94 959.5897 | 1 0.01 0.95 965.1675 | 2 0.02 0.97 966.5256 | 1 0.01 0.98 972.1659 | 1 0.01 0.99 978.9382 | 1 0.01 1.00 987.1577 | 1 0.01 1.01 990.5441 | 1 0.01 1.02 990.84 | 2 0.02 1.04 991.8433 | 2 0.02 1.06 996.6172 | 2 0.02 1.08 1001.513 | 1 0.01 1.09 1004.781 | 2 0.02 1.11 1009.537 | 1 0.01 1.12 1016.274 | 1 0.01 1.13 1020.361 | 1 0.01 1.14 1022.252 | 1 0.01 1.15 1022.719 | 1 0.01 1.16 1023.036 | 1 0.01 1.17 1028.576 | 1 0.01 1.18 1030.19 | 1 0.01 1.19 1034.421 | 1 0.01 1.20 1038.909 | 2 0.02 1.22 1040.457 | 1 0.01 1.23 1042.336 | 1 0.01 1.24 1048.874 | 2 0.02 1.26 1053.848 | 1 0.01 1.27 1057.456 | 2 0.02 1.29 1063.37 | 1 0.01 1.30 1065.183 | 1 0.01 1.31 1068.486 | 1 0.01 1.32 1073.908 | 2 0.02 1.34 1076.823 | 1 0.01 1.35 1091.124 | 1 0.01 1.36 1097.623 | 1 0.01 1.37 1106.346 | 1 0.01 1.38 1116.471 | 1 0.01 1.39 1117.442 | 1 0.01 1.40 1120.191 | 2 0.02 1.42 1122.797 | 1 0.01 1.43 1126.182 | 1 0.01 1.44 1128.303 | 1 0.01 1.45 1135.766 | 1 0.01 1.46 1163.282 | 1 0.01 1.47 1166.174 | 1 0.01 1.48 1168.471 | 1 0.01 1.49 1170.631 | 1 0.01 1.50 1174.219 | 1 0.01 1.51 1174.329 | 1 0.01 1.52 1174.546 | 1 0.01 1.53 1175.533 | 1 0.01 1.54 1178.893 | 1 0.01 1.55 1180.265 | 1 0.01 1.56 1182.031 | 1 0.01 1.57 1186.829 | 1 0.01 1.58 1188.753 | 1 0.01 1.59 1189.228 | 1 0.01 1.60 1191.23 | 2 0.02 1.62 1191.37 | 1 0.01 1.63 1194.199 | 1 0.01 1.64 1198.319 | 2 0.02 1.66 1202.673 | 2 0.02 1.68 1205.003 | 1 0.01 1.69 1209.305 | 1 0.01 1.70 1210.417 | 1 0.01 1.71 1211.169 | 1 0.01 1.72 1214.379 | 1 0.01 1.73 1220.43 | 1 0.01 1.74 1222.566 | 2 0.02 1.76 1223.536 | 1 0.01 1.77 1223.607 | 1 0.01 1.78 1224.515 | 1 0.01 1.79 1225.943 | 1 0.01 1.80 1226.734 | 1 0.01 1.81 1228.147 | 1 0.01 1.82 1231.688 | 1 0.01 1.83 1238.952 | 1 0.01 1.84 1239.395 | 2 0.02 1.86 1241.547 | 2 0.02 1.88 1243.516 | 1 0.01 1.89 1243.675 | 1 0.01 1.90 1244.59 | 1 0.01 1.91 1246.185 | 2 0.02 1.93 1250.634 | 2 0.02 1.95 1252.728 | 1 0.01 1.96 1254.584 | 2 0.02 1.98 1255.435 | 2 0.02 2.00 1256.316 | 2 0.02 2.02 1256.54 | 1 0.01 2.03 1264.22 | 1 0.01 2.04 1266.396 | 1 0.01 2.05 1269.094 | 1 0.01 2.06 1270.394 | 1 0.01 2.07 1282.158 | 1 0.01 2.08 1283.012 | 1 0.01 2.09 1284.56 | 2 0.02 2.11 1291.253 | 1 0.01 2.12 1292.179 | 2 0.02 2.14 1296.156 | 2 0.02 2.16 1296.208 | 1 0.01 2.17 1297.451 | 1 0.01 2.18 1300.169 | 1 0.01 2.19 1302.11 | 1 0.01 2.20 1303.927 | 1 0.01 2.21 1307.422 | 1 0.01 2.22 1308.044 | 1 0.01 2.23 1308.365 | 1 0.01 2.24 1308.488 | 1 0.01 2.25 1309.185 | 1 0.01 2.26 1309.226 | 2 0.02 2.28 1309.341 | 1 0.01 2.29 1313.541 | 1 0.01 2.30 1314.316 | 1 0.01 2.31 1321.107 | 1 0.01 2.32 1321.963 | 1 0.01 2.33 1322.789 | 2 0.02 2.35 1323.204 | 2 0.02 2.37 1327.138 | 1 0.01 2.38 1327.924 | 2 0.02 2.40 1328.214 | 1 0.01 2.41 1330.52 | 1 0.01 2.42 1330.582 | 1 0.01 2.43 1331.574 | 1 0.01 2.44 1332.094 | 1 0.01 2.45 1335.034 | 1 0.01 2.46 1335.163 | 1 0.01 2.47 1339.994 | 1 0.01 2.48 1342.408 | 2 0.02 2.50 1342.931 | 2 0.02 2.52 1347.151 | 1 0.01 2.53 1348.024 | 1 0.01 2.54 1350.684 | 1 0.01 2.55 1351.619 | 1 0.01 2.56 1353.882 | 2 0.02 2.58 1354.814 | 1 0.01 2.59 1357.523 | 1 0.01 2.60 1357.524 | 2 0.02 2.62 1359.235 | 1 0.01 2.63 1362.916 | 2 0.02 2.65 1364.275 | 1 0.01 2.66 1364.916 | 1 0.01 2.67 1367.699 | 1 0.01 2.68 1367.974 | 2 0.02 2.70 1369.989 | 2 0.02 2.72 1371.542 | 1 0.01 2.73 1372.212 | 1 0.01 2.74 1374.193 | 2 0.02 2.76 1376.416 | 1 0.01 2.77 1377.704 | 2 0.02 2.79 1379.445 | 1 0.01 2.80 1379.975 | 1 0.01 2.81 1380.996 | 1 0.01 2.82 1381.694 | 1 0.01 2.83 1381.864 | 1 0.01 2.84 1384.86 | 1 0.01 2.85 1387.65 | 1 0.01 2.86 1388.696 | 1 0.01 2.87 1391.045 | 1 0.01 2.88 1391.465 | 1 0.01 2.89 1392.884 | 1 0.01 2.90 1393.693 | 1 0.01 2.91 1404.232 | 2 0.02 2.93 1404.304 | 1 0.01 2.94 1405.72 | 1 0.01 2.95 1405.905 | 2 0.02 2.97 1406.676 | 2 0.02 2.99 1409.169 | 1 0.01 3.00 1410.207 | 1 0.01 3.01 1413.535 | 1 0.01 3.02 1415.563 | 1 0.01 3.03 1415.793 | 1 0.01 3.04 1416.819 | 1 0.01 3.05 1420.87 | 2 0.02 3.07 1422.743 | 1 0.01 3.08 1425.965 | 2 0.02 3.10 1428.813 | 2 0.02 3.12 1429.194 | 1 0.01 3.13 1433.075 | 2 0.02 3.15 1433.185 | 2 0.02 3.17 1434.009 | 1 0.01 3.18 1434.058 | 2 0.02 3.20 1434.666 | 1 0.01 3.21 1435.815 | 1 0.01 3.22 1437.493 | 1 0.01 3.23 1439.625 | 1 0.01 3.24 1440.522 | 1 0.01 3.25 1442.416 | 2 0.02 3.27 1449.675 | 1 0.01 3.28 1450.689 | 2 0.02 3.30 1451.284 | 1 0.01 3.31 1459.011 | 1 0.01 3.32 1462.212 | 1 0.01 3.33 1462.489 | 1 0.01 3.34 1462.963 | 1 0.01 3.35 1467.617 | 1 0.01 3.36 1469.054 | 1 0.01 3.37 1469.719 | 1 0.01 3.38 1470.21 | 1 0.01 3.39 1471.748 | 1 0.01 3.40 1472.859 | 1 0.01 3.41 1473.207 | 1 0.01 3.42 1478.768 | 1 0.01 3.43 1479.339 | 2 0.02 3.45 1482.648 | 1 0.01 3.46 1484.695 | 1 0.01 3.47 1485.416 | 2 0.02 3.49 1487.211 | 2 0.02 3.51 1488.288 | 2 0.02 3.53 1489.054 | 1 0.01 3.54 1496.979 | 2 0.02 3.56 1499.945 | 1 0.01 3.57 1502.627 | 1 0.01 3.58 1502.961 | 1 0.01 3.59 1509.58 | 1 0.01 3.60 1510.695 | 1 0.01 3.61 1513.23 | 1 0.01 3.62 1516.71 | 1 0.01 3.63 1516.849 | 1 0.01 3.64 1517.686 | 2 0.02 3.66 1519.31 | 1 0.01 3.67 1519.715 | 1 0.01 3.68 1521.633 | 1 0.01 3.69 1522.458 | 1 0.01 3.70 1526.602 | 2 0.02 3.72 1527.914 | 1 0.01 3.73 1528.403 | 2 0.02 3.75 1533.121 | 2 0.02 3.77 1535.372 | 2 0.02 3.79 1535.814 | 1 0.01 3.80 1537.867 | 2 0.02 3.82 1538.583 | 1 0.01 3.83 1538.932 | 1 0.01 3.84 1541.449 | 1 0.01 3.85 1544.951 | 1 0.01 3.86 1545.595 | 1 0.01 3.87 1548.764 | 1 0.01 3.88 1549.6 | 1 0.01 3.89 1549.7 | 1 0.01 3.90 1553.02 | 1 0.01 3.91 1554.04 | 1 0.01 3.92 1554.421 | 2 0.02 3.94 1556.449 | 1 0.01 3.95 1557.44 | 1 0.01 3.96 1557.547 | 1 0.01 3.97 1559.32 | 1 0.01 3.98 1560.197 | 1 0.01 3.99 1560.411 | 1 0.01 4.00 1561.168 | 1 0.01 4.01 1561.537 | 1 0.01 4.02 1567.199 | 1 0.01 4.03 1570.197 | 1 0.01 4.04 1570.392 | 1 0.01 4.05 1572.046 | 1 0.01 4.06 1572.822 | 2 0.02 4.08 1573.269 | 1 0.01 4.09 1573.78 | 1 0.01 4.10 1576.635 | 1 0.01 4.11 1577.638 | 1 0.01 4.12 1578.368 | 1 0.01 4.13 1580.84 | 1 0.01 4.14 1583.936 | 1 0.01 4.15 1585.213 | 1 0.01 4.16 1586.821 | 1 0.01 4.17 1591.493 | 1 0.01 4.18 1598.721 | 1 0.01 4.19 1600.217 | 1 0.01 4.20 1600.448 | 1 0.01 4.21 1600.593 | 1 0.01 4.22 1600.956 | 1 0.01 4.23 1604.502 | 1 0.01 4.24 1604.862 | 1 0.01 4.25 1606.969 | 1 0.01 4.26 1607.397 | 1 0.01 4.27 1607.428 | 2 0.02 4.29 1608.224 | 1 0.01 4.30 1610.809 | 1 0.01 4.31 1614.273 | 1 0.01 4.32 1614.745 | 1 0.01 4.33 1615.375 | 1 0.01 4.34 1616.859 | 1 0.01 4.35 1620.241 | 2 0.02 4.37 1622.354 | 1 0.01 4.38 1625.205 | 2 0.02 4.40 1626.334 | 2 0.02 4.42 1634.179 | 1 0.01 4.43 1637.691 | 1 0.01 4.44 1642.453 | 2 0.02 4.46 1644.263 | 1 0.01 4.47 1645.816 | 1 0.01 4.48 1645.822 | 1 0.01 4.49 1648.566 | 1 0.01 4.50 1649.263 | 1 0.01 4.51 1649.632 | 1 0.01 4.52 1650.451 | 1 0.01 4.53 1655.913 | 1 0.01 4.54 1656.264 | 1 0.01 4.55 1656.951 | 1 0.01 4.56 1658.737 | 1 0.01 4.57 1659.838 | 1 0.01 4.58 1660.63 | 2 0.02 4.60 1660.965 | 1 0.01 4.61 1662.873 | 2 0.02 4.63 1664.042 | 2 0.02 4.65 1665.026 | 1 0.01 4.66 1665.48 | 1 0.01 4.67 1667.008 | 1 0.01 4.68 1667.133 | 1 0.01 4.69 1671.742 | 1 0.01 4.70 1672.587 | 1 0.01 4.71 1675.001 | 1 0.01 4.72 1675.072 | 1 0.01 4.73 1676.627 | 1 0.01 4.74 1677.385 | 1 0.01 4.75 1678.184 | 1 0.01 4.76 1679.42 | 1 0.01 4.77 1680.057 | 1 0.01 4.78 1680.613 | 1 0.01 4.79 1681.685 | 2 0.02 4.81 1681.855 | 2 0.02 4.83 1681.931 | 1 0.01 4.84 1683.181 | 2 0.02 4.86 1683.582 | 1 0.01 4.87 1685.582 | 2 0.02 4.89 1685.694 | 1 0.01 4.90 1688.035 | 1 0.01 4.91 1689.599 | 2 0.02 4.93 1689.633 | 1 0.01 4.94 1691.556 | 1 0.01 4.95 1692.091 | 1 0.01 4.96 1692.31 | 1 0.01 4.97 1694.361 | 1 0.01 4.98 1694.806 | 2 0.02 5.00 1696.008 | 1 0.01 5.01 1696.415 | 1 0.01 5.02 1697.736 | 1 0.01 5.03 1701.431 | 2 0.02 5.05 1703.984 | 2 0.02 5.07 1706.992 | 1 0.01 5.08 1709.002 | 1 0.01 5.09 1709.028 | 2 0.02 5.11 1709.832 | 2 0.02 5.13 1713.578 | 2 0.02 5.15 1716.229 | 1 0.01 5.16 1717.002 | 1 0.01 5.17 1717.948 | 1 0.01 5.18 1719.386 | 1 0.01 5.19 1720.009 | 1 0.01 5.20 1720.035 | 1 0.01 5.21 1720.592 | 1 0.01 5.22 1724.133 | 1 0.01 5.23 1724.849 | 1 0.01 5.24 1725.411 | 1 0.01 5.25 1727.98 | 1 0.01 5.26 1729.937 | 1 0.01 5.27 1730.658 | 1 0.01 5.28 1732.949 | 1 0.01 5.29 1733.828 | 1 0.01 5.30 1734.487 | 1 0.01 5.31 1736.67 | 1 0.01 5.32 1738.466 | 1 0.01 5.33 1739.236 | 1 0.01 5.34 1741.723 | 2 0.02 5.36 1743.553 | 1 0.01 5.37 1745.544 | 2 0.02 5.39 1747.016 | 1 0.01 5.40 1748.455 | 2 0.02 5.42 1749.872 | 1 0.01 5.43 1750.152 | 1 0.01 5.44 1750.879 | 1 0.01 5.45 1752.501 | 1 0.01 5.46 1754.344 | 1 0.01 5.47 1755.091 | 1 0.01 5.48 1755.646 | 1 0.01 5.49 1756.145 | 2 0.02 5.51 1756.864 | 1 0.01 5.52 1757.467 | 2 0.02 5.54 1758.879 | 1 0.01 5.55 1761.305 | 1 0.01 5.56 1765.379 | 1 0.01 5.57 1766.055 | 1 0.01 5.58 1767.957 | 1 0.01 5.59 1768.491 | 1 0.01 5.60 1769.681 | 1 0.01 5.61 1770.198 | 1 0.01 5.62 1776.364 | 1 0.01 5.63 1776.683 | 1 0.01 5.64 1777.535 | 1 0.01 5.65 1779.713 | 1 0.01 5.66 1782.227 | 1 0.01 5.67 1783.232 | 1 0.01 5.68 1783.701 | 1 0.01 5.69 1783.815 | 1 0.01 5.70 1785.042 | 2 0.02 5.72 1786.742 | 1 0.01 5.73 1787.21 | 1 0.01 5.74 1790.321 | 1 0.01 5.75 1790.595 | 1 0.01 5.76 1790.917 | 1 0.01 5.77 1791.576 | 1 0.01 5.78 1792.082 | 1 0.01 5.79 1793.193 | 1 0.01 5.80 1799.304 | 1 0.01 5.81 1801.674 | 1 0.01 5.82 1803.22 | 2 0.02 5.84 1804.094 | 1 0.01 5.85 1807.992 | 1 0.01 5.86 1809.708 | 1 0.01 5.87 1811.328 | 1 0.01 5.88 1815.915 | 2 0.02 5.90 1816.286 | 2 0.02 5.92 1817.224 | 1 0.01 5.93 1821.6 | 2 0.02 5.95 1822.182 | 1 0.01 5.96 1822.926 | 1 0.01 5.97 1823.53 | 1 0.01 5.98 1823.99 | 1 0.01 5.99 1826.067 | 2 0.02 6.01 1826.746 | 1 0.01 6.02 1826.9 | 1 0.01 6.03 1828.904 | 1 0.01 6.04 1829.973 | 1 0.01 6.05 1830.4 | 2 0.02 6.07 1830.682 | 2 0.02 6.09 1831.121 | 1 0.01 6.10 1832.4 | 1 0.01 6.11 1836.41 | 1 0.01 6.12 1836.864 | 2 0.02 6.14 1842.78 | 1 0.01 6.15 1843.147 | 1 0.01 6.16 1843.487 | 1 0.01 6.17 1843.99 | 1 0.01 6.18 1845.798 | 1 0.01 6.19 1846.51 | 1 0.01 6.20 1846.953 | 1 0.01 6.21 1848.22 | 1 0.01 6.22 1850.125 | 1 0.01 6.23 1851.675 | 1 0.01 6.24 1852.022 | 2 0.02 6.26 1852.158 | 1 0.01 6.27 1852.665 | 1 0.01 6.28 1853.933 | 1 0.01 6.29 1853.977 | 1 0.01 6.30 1854.065 | 1 0.01 6.31 1854.807 | 2 0.02 6.33 1856.387 | 1 0.01 6.34 1857.163 | 1 0.01 6.35 1858.025 | 1 0.01 6.36 1859.838 | 1 0.01 6.37 1861.427 | 1 0.01 6.38 1863.494 | 1 0.01 6.39 1866.703 | 2 0.02 6.41 1866.81 | 1 0.01 6.42 1867.003 | 2 0.02 6.44 1867.332 | 1 0.01 6.45 1867.569 | 1 0.01 6.46 1868.109 | 1 0.01 6.47 1868.419 | 1 0.01 6.48 1869.34 | 1 0.01 6.49 1869.984 | 1 0.01 6.50 1872.81 | 1 0.01 6.51 1873.027 | 1 0.01 6.52 1873.091 | 2 0.02 6.54 1874.061 | 1 0.01 6.55 1874.257 | 1 0.01 6.56 1875.13 | 2 0.02 6.58 1875.423 | 1 0.01 6.59 1877.354 | 1 0.01 6.60 1878.13 | 2 0.02 6.62 1880.069 | 1 0.01 6.63 1885.459 | 1 0.01 6.64 1885.88 | 2 0.02 6.66 1886.154 | 1 0.01 6.67 1886.189 | 2 0.02 6.69 1887.749 | 1 0.01 6.70 1889.442 | 2 0.02 6.72 1889.593 | 1 0.01 6.73 1891.949 | 1 0.01 6.74 1892.301 | 1 0.01 6.75 1892.825 | 2 0.02 6.77 1894.96 | 1 0.01 6.78 1895.127 | 1 0.01 6.79 1896.177 | 2 0.02 6.81 1897.067 | 1 0.01 6.82 1898.325 | 1 0.01 6.83 1898.722 | 2 0.02 6.85 1899.097 | 1 0.01 6.86 1899.124 | 1 0.01 6.87 1901.43 | 2 0.02 6.89 1901.8 | 1 0.01 6.90 1903.988 | 1 0.01 6.91 1904.342 | 1 0.01 6.92 1904.694 | 1 0.01 6.93 1905.27 | 1 0.01 6.94 1905.68 | 1 0.01 6.95 1905.761 | 1 0.01 6.96 1905.919 | 1 0.01 6.97 1907.766 | 1 0.01 6.98 1909.124 | 1 0.01 6.99 1909.142 | 1 0.01 7.00 1910.082 | 1 0.01 7.01 1912.556 | 1 0.01 7.02 1912.58 | 2 0.02 7.04 1914.625 | 1 0.01 7.05 1914.692 | 1 0.01 7.06 1915.012 | 1 0.01 7.07 1915.748 | 1 0.01 7.08 1916.218 | 1 0.01 7.09 1917.337 | 1 0.01 7.10 1918.73 | 1 0.01 7.11 1920.96 | 1 0.01 7.12 1921.112 | 1 0.01 7.13 1922.809 | 1 0.01 7.14 1923.122 | 1 0.01 7.15 1924.975 | 1 0.01 7.16 1926.425 | 2 0.02 7.18 1926.72 | 1 0.01 7.19 1926.98 | 1 0.01 7.20 1928.458 | 1 0.01 7.21 1928.926 | 1 0.01 7.22 1929.559 | 1 0.01 7.23 1930.592 | 1 0.01 7.24 1930.705 | 1 0.01 7.25 1931.024 | 1 0.01 7.26 1931.129 | 1 0.01 7.27 1932.364 | 1 0.01 7.28 1933.398 | 1 0.01 7.29 1934.538 | 1 0.01 7.30 1934.71 | 1 0.01 7.31 1936.12 | 1 0.01 7.32 1936.879 | 1 0.01 7.33 1938.408 | 1 0.01 7.34 1938.769 | 1 0.01 7.35 1939.893 | 2 0.02 7.37 1940.254 | 1 0.01 7.38 1941.253 | 1 0.01 7.39 1942.867 | 1 0.01 7.40 1943.079 | 1 0.01 7.41 1943.558 | 1 0.01 7.42 1945.12 | 1 0.01 7.43 1947.081 | 2 0.02 7.45 1948.331 | 1 0.01 7.46 1948.506 | 2 0.02 7.48 1948.516 | 2 0.02 7.50 1948.655 | 1 0.01 7.51 1949.014 | 1 0.01 7.52 1949.469 | 2 0.02 7.54 1950.326 | 1 0.01 7.55 1950.925 | 1 0.01 7.56 1953.149 | 1 0.01 7.57 1953.558 | 1 0.01 7.58 1953.708 | 1 0.01 7.59 1953.95 | 1 0.01 7.60 1957.243 | 1 0.01 7.61 1959.06 | 1 0.01 7.62 1959.3 | 1 0.01 7.63 1960.11 | 1 0.01 7.64 1961.011 | 2 0.02 7.66 1962.053 | 1 0.01 7.67 1963.223 | 2 0.02 7.69 1963.53 | 1 0.01 7.70 1965.196 | 1 0.01 7.71 1965.326 | 1 0.01 7.72 1966.251 | 1 0.01 7.73 1966.332 | 2 0.02 7.75 1967.65 | 1 0.01 7.76 1968.146 | 1 0.01 7.77 1969.58 | 1 0.01 7.78 1970.288 | 1 0.01 7.79 1971.599 | 1 0.01 7.80 1971.987 | 1 0.01 7.81 1972.289 | 1 0.01 7.82 1972.403 | 1 0.01 7.83 1972.695 | 2 0.02 7.85 1972.718 | 1 0.01 7.86 1973.015 | 1 0.01 7.87 1973.587 | 1 0.01 7.88 1973.744 | 1 0.01 7.89 1974.073 | 1 0.01 7.90 1974.645 | 1 0.01 7.91 1974.816 | 1 0.01 7.92 1976.88 | 1 0.01 7.93 1977.746 | 2 0.02 7.95 1978.892 | 2 0.02 7.97 1979.144 | 1 0.01 7.98 1979.78 | 1 0.01 7.99 1979.846 | 1 0.01 8.00 1980.799 | 1 0.01 8.01 1983.429 | 1 0.01 8.02 1984.511 | 1 0.01 8.03 1984.726 | 1 0.01 8.04 1986.577 | 1 0.01 8.05 1988.832 | 1 0.01 8.06 1989.049 | 2 0.02 8.08 1989.72 | 1 0.01 8.09 1990.116 | 1 0.01 8.10 1990.689 | 1 0.01 8.11 1991.093 | 2 0.02 8.13 1991.763 | 2 0.02 8.15 1992.847 | 1 0.01 8.16 1994.033 | 2 0.02 8.18 1994.073 | 1 0.01 8.19 1994.892 | 1 0.01 8.20 1995.261 | 1 0.01 8.21 1996.971 | 2 0.02 8.23 1997.04 | 1 0.01 8.24 1997.282 | 1 0.01 8.25 1999.216 | 1 0.01 8.26 2002.514 | 1 0.01 8.27 2002.833 | 2 0.02 8.29 2004.14 | 1 0.01 8.30 2005.124 | 1 0.01 8.31 2005.625 | 2 0.02 8.33 2006.658 | 2 0.02 8.35 2006.997 | 1 0.01 8.36 2010.546 | 2 0.02 8.38 2012.906 | 1 0.01 8.39 2013.17 | 2 0.02 8.41 2013.583 | 1 0.01 8.42 2013.961 | 1 0.01 8.43 2014.215 | 1 0.01 8.44 2014.863 | 1 0.01 8.45 2016.537 | 1 0.01 8.46 2016.601 | 2 0.02 8.48 2017.002 | 1 0.01 8.49 2017.541 | 2 0.02 8.51 2018.394 | 1 0.01 8.52 2019.439 | 1 0.01 8.53 2020.057 | 1 0.01 8.54 2020.086 | 1 0.01 8.55 2020.412 | 2 0.02 8.57 2020.857 | 1 0.01 8.58 2021.344 | 2 0.02 8.60 2025.844 | 1 0.01 8.61 2026.103 | 2 0.02 8.63 2026.254 | 1 0.01 8.64 2026.802 | 2 0.02 8.66 2027.419 | 1 0.01 8.67 2028.279 | 1 0.01 8.68 2028.415 | 1 0.01 8.69 2031.048 | 1 0.01 8.70 2031.65 | 1 0.01 8.71 2032.034 | 1 0.01 8.72 2032.311 | 1 0.01 8.73 2032.536 | 1 0.01 8.74 2035.481 | 1 0.01 8.75 2035.889 | 1 0.01 8.76 2035.941 | 1 0.01 8.77 2036.676 | 2 0.02 8.79 2037.084 | 2 0.02 8.81 2037.873 | 2 0.02 8.83 2038.362 | 2 0.02 8.85 2038.933 | 1 0.01 8.86 2039.895 | 1 0.01 8.87 2039.906 | 1 0.01 8.88 2039.982 | 1 0.01 8.89 2040.704 | 1 0.01 8.90 2042.896 | 1 0.01 8.91 2043.147 | 2 0.02 8.93 2045.144 | 2 0.02 8.95 2045.167 | 1 0.01 8.96 2046.23 | 1 0.01 8.97 2046.362 | 1 0.01 8.98 2046.563 | 1 0.01 8.99 2046.725 | 1 0.01 9.00 2046.902 | 1 0.01 9.01 2047.395 | 1 0.01 9.02 2048.922 | 1 0.01 9.03 2049.645 | 1 0.01 9.04 2050.277 | 1 0.01 9.05 2051.29 | 1 0.01 9.06 2052.466 | 1 0.01 9.07 2052.832 | 1 0.01 9.08 2052.955 | 2 0.02 9.10 2053.237 | 1 0.01 9.11 2054.657 | 1 0.01 9.12 2054.701 | 1 0.01 9.13 2057.874 | 1 0.01 9.14 2059.032 | 1 0.01 9.15 2059.04 | 1 0.01 9.16 2059.908 | 1 0.01 9.17 2060.565 | 1 0.01 9.18 2061.232 | 1 0.01 9.19 2061.984 | 2 0.02 9.21 2062.538 | 1 0.01 9.22 2063.534 | 1 0.01 9.23 2065.033 | 2 0.02 9.25 2067.013 | 1 0.01 9.26 2067.697 | 1 0.01 9.27 2068 | 2 0.02 9.29 2069.09 | 1 0.01 9.30 2069.984 | 1 0.01 9.31 2070.809 | 2 0.02 9.33 2071.235 | 2 0.02 9.35 2073.026 | 1 0.01 9.36 2073.788 | 1 0.01 9.37 2073.896 | 1 0.01 9.38 2074.052 | 2 0.02 9.40 2074.555 | 1 0.01 9.41 2074.82 | 2 0.02 9.43 2076.667 | 1 0.01 9.44 2077.181 | 1 0.01 9.45 2077.603 | 1 0.01 9.46 2077.831 | 1 0.01 9.47 2078.243 | 2 0.02 9.49 2079.744 | 1 0.01 9.50 2080.916 | 1 0.01 9.51 2080.966 | 1 0.01 9.52 2082.248 | 1 0.01 9.53 2082.798 | 1 0.01 9.54 2083.093 | 1 0.01 9.55 2083.352 | 1 0.01 9.56 2083.552 | 1 0.01 9.57 2083.675 | 1 0.01 9.58 2084.224 | 1 0.01 9.59 2085.048 | 1 0.01 9.60 2085.145 | 1 0.01 9.61 2085.963 | 2 0.02 9.63 2086.234 | 1 0.01 9.64 2086.51 | 1 0.01 9.65 2086.769 | 2 0.02 9.67 2087.612 | 1 0.01 9.68 2087.956 | 1 0.01 9.69 2088.688 | 1 0.01 9.70 2088.851 | 1 0.01 9.71 2090.044 | 2 0.02 9.73 2092.165 | 2 0.02 9.75 2092.703 | 2 0.02 9.77 2093.232 | 1 0.01 9.78 2093.626 | 1 0.01 9.79 2094.34 | 1 0.01 9.80 2095.095 | 1 0.01 9.81 2095.098 | 2 0.02 9.83 2095.399 | 1 0.01 9.84 2095.749 | 1 0.01 9.85 2096.323 | 2 0.02 9.87 2096.536 | 1 0.01 9.88 2098.137 | 1 0.01 9.89 2098.195 | 1 0.01 9.90 2098.821 | 2 0.02 9.92 2098.836 | 1 0.01 9.93 2101.157 | 1 0.01 9.94 2101.904 | 2 0.02 9.96 2106.465 | 2 0.02 9.98 2107.682 | 2 0.02 10.00 2107.771 | 1 0.01 10.01 2108.149 | 1 0.01 10.02 2109.12 | 1 0.01 10.03 2109.626 | 1 0.01 10.04 2109.768 | 1 0.01 10.05 2109.8 | 1 0.01 10.06 2110.198 | 1 0.01 10.07 2111.145 | 1 0.01 10.08 2111.735 | 1 0.01 10.09 2111.799 | 1 0.01 10.10 2112.4 | 2 0.02 10.12 2112.853 | 2 0.02 10.14 2115.293 | 1 0.01 10.15 2115.839 | 1 0.01 10.16 2116.331 | 1 0.01 10.17 2116.808 | 1 0.01 10.18 2117.179 | 1 0.01 10.19 2117.644 | 1 0.01 10.20 2118.91 | 1 0.01 10.21 2119.831 | 1 0.01 10.22 2120.672 | 1 0.01 10.23 2120.828 | 1 0.01 10.24 2120.845 | 1 0.01 10.25 2121.225 | 1 0.01 10.26 2121.666 | 1 0.01 10.27 2121.902 | 1 0.01 10.28 2122.605 | 1 0.01 10.29 2122.776 | 1 0.01 10.30 2123.062 | 2 0.02 10.32 2123.178 | 1 0.01 10.33 2123.436 | 1 0.01 10.34 2123.571 | 2 0.02 10.36 2123.572 | 1 0.01 10.37 2123.751 | 2 0.02 10.39 2125.385 | 1 0.01 10.40 2126.739 | 1 0.01 10.41 2126.848 | 1 0.01 10.42 2127.323 | 1 0.01 10.43 2127.844 | 1 0.01 10.44 2129.172 | 1 0.01 10.45 2130.192 | 1 0.01 10.46 2130.305 | 1 0.01 10.47 2130.649 | 2 0.02 10.49 2130.746 | 1 0.01 10.50 2130.754 | 1 0.01 10.51 2133.36 | 2 0.02 10.53 2134.449 | 1 0.01 10.54 2134.465 | 2 0.02 10.56 2135.086 | 1 0.01 10.57 2135.463 | 1 0.01 10.58 2137.085 | 2 0.02 10.60 2137.157 | 1 0.01 10.61 2137.477 | 1 0.01 10.62 2138.286 | 2 0.02 10.64 2138.72 | 2 0.02 10.66 2139.171 | 1 0.01 10.67 2139.703 | 1 0.01 10.68 2139.818 | 2 0.02 10.70 2139.848 | 1 0.01 10.71 2140.191 | 1 0.01 10.72 2140.609 | 1 0.01 10.73 2140.78 | 1 0.01 10.74 2141.317 | 1 0.01 10.75 2142.348 | 1 0.01 10.76 2142.554 | 1 0.01 10.77 2143.564 | 1 0.01 10.78 2144.066 | 2 0.02 10.80 2145.135 | 2 0.02 10.82 2145.709 | 1 0.01 10.83 2146.61 | 1 0.01 10.84 2146.983 | 1 0.01 10.85 2146.985 | 1 0.01 10.86 2148.492 | 1 0.01 10.87 2148.723 | 1 0.01 10.88 2148.772 | 1 0.01 10.89 2148.904 | 1 0.01 10.90 2149.14 | 2 0.02 10.92 2149.311 | 2 0.02 10.94 2149.526 | 1 0.01 10.95 2150.052 | 1 0.01 10.96 2150.367 | 1 0.01 10.97 2150.635 | 1 0.01 10.98 2150.992 | 1 0.01 10.99 2153.247 | 2 0.02 11.01 2153.647 | 2 0.02 11.03 2154.59 | 2 0.02 11.05 2155.723 | 1 0.01 11.06 2156.852 | 1 0.01 11.07 2157.11 | 1 0.01 11.08 2157.251 | 2 0.02 11.10 2157.87 | 1 0.01 11.11 2158.832 | 1 0.01 11.12 2159.18 | 1 0.01 11.13 2159.541 | 2 0.02 11.15 2159.573 | 1 0.01 11.16 2160.034 | 1 0.01 11.17 2160.546 | 1 0.01 11.18 2160.922 | 2 0.02 11.20 2161.263 | 1 0.01 11.21 2161.765 | 1 0.01 11.22 2161.876 | 1 0.01 11.23 2163.777 | 1 0.01 11.24 2163.931 | 1 0.01 11.25 2164.048 | 2 0.02 11.27 2165.132 | 1 0.01 11.28 2166.776 | 2 0.02 11.30 2167.474 | 1 0.01 11.31 2168.314 | 2 0.02 11.33 2169.122 | 1 0.01 11.34 2169.65 | 1 0.01 11.35 2169.972 | 2 0.02 11.37 2170.211 | 2 0.02 11.39 2170.744 | 1 0.01 11.40 2171.369 | 2 0.02 11.42 2171.863 | 2 0.02 11.44 2172.2 | 2 0.02 11.46 2172.868 | 2 0.02 11.48 2173.039 | 2 0.02 11.50 2173.054 | 1 0.01 11.51 2173.453 | 2 0.02 11.53 2174.356 | 1 0.01 11.54 2174.683 | 1 0.01 11.55 2174.999 | 1 0.01 11.56 2175.416 | 1 0.01 11.57 2175.67 | 2 0.02 11.59 2175.788 | 1 0.01 11.60 2175.795 | 2 0.02 11.62 2176.318 | 1 0.01 11.63 2176.819 | 1 0.01 11.64 2177.675 | 2 0.02 11.66 2179.1 | 1 0.01 11.67 2180.562 | 1 0.01 11.68 2180.593 | 1 0.01 11.69 2180.846 | 1 0.01 11.70 2181.718 | 2 0.02 11.72 2183.541 | 1 0.01 11.73 2184.051 | 1 0.01 11.74 2185.308 | 2 0.02 11.76 2186.732 | 1 0.01 11.77 2188.278 | 1 0.01 11.78 2188.463 | 1 0.01 11.79 2190.316 | 1 0.01 11.80 2192.127 | 2 0.02 11.82 2192.43 | 1 0.01 11.83 2192.505 | 1 0.01 11.84 2193.1 | 1 0.01 11.85 2194.507 | 1 0.01 11.86 2194.894 | 2 0.02 11.88 2195.365 | 2 0.02 11.90 2196.999 | 1 0.01 11.91 2198.849 | 1 0.01 11.92 2199.133 | 1 0.01 11.93 2200.582 | 1 0.01 11.94 2201.188 | 4 0.04 11.98 2201.417 | 1 0.01 11.99 2201.593 | 2 0.02 12.01 2202.282 | 2 0.02 12.03 2202.395 | 1 0.01 12.04 2202.699 | 2 0.02 12.06 2202.879 | 2 0.02 12.08 2202.885 | 2 0.02 12.10 2203.041 | 1 0.01 12.11 2203.898 | 2 0.02 12.13 2205.055 | 1 0.01 12.14 2205.097 | 1 0.01 12.15 2205.126 | 1 0.01 12.16 2205.242 | 1 0.01 12.17 2205.257 | 2 0.02 12.19 2205.519 | 1 0.01 12.20 2205.816 | 2 0.02 12.22 2207.313 | 1 0.01 12.23 2207.688 | 1 0.01 12.24 2208.069 | 2 0.02 12.26 2208.476 | 1 0.01 12.27 2208.88 | 2 0.02 12.29 2208.94 | 1 0.01 12.30 2209.012 | 2 0.02 12.32 2210.21 | 2 0.02 12.34 2210.234 | 2 0.02 12.36 2210.242 | 1 0.01 12.37 2210.793 | 1 0.01 12.38 2210.87 | 2 0.02 12.40 2211.224 | 1 0.01 12.41 2211.319 | 1 0.01 12.42 2211.336 | 1 0.01 12.43 2211.373 | 2 0.02 12.45 2211.956 | 2 0.02 12.47 2212.382 | 1 0.01 12.48 2213.267 | 1 0.01 12.49 2213.271 | 2 0.02 12.51 2214.196 | 1 0.01 12.52 2214.497 | 1 0.01 12.53 2214.819 | 1 0.01 12.54 2215.079 | 1 0.01 12.55 2215.398 | 1 0.01 12.56 2215.557 | 1 0.01 12.57 2215.567 | 1 0.01 12.58 2217.005 | 2 0.02 12.60 2219.285 | 1 0.01 12.61 2219.551 | 1 0.01 12.62 2219.711 | 1 0.01 12.63 2219.838 | 1 0.01 12.64 2220.338 | 1 0.01 12.65 2220.826 | 1 0.01 12.66 2220.914 | 1 0.01 12.67 2221.746 | 1 0.01 12.68 2221.905 | 1 0.01 12.69 2222.502 | 2 0.02 12.71 2222.58 | 1 0.01 12.72 2222.786 | 1 0.01 12.73 2222.814 | 2 0.02 12.75 2224.198 | 1 0.01 12.76 2225.751 | 2 0.02 12.78 2226.372 | 1 0.01 12.79 2226.492 | 1 0.01 12.80 2226.931 | 1 0.01 12.81 2227.061 | 1 0.01 12.82 2227.435 | 1 0.01 12.83 2228.224 | 1 0.01 12.84 2228.644 | 1 0.01 12.85 2228.77 | 1 0.01 12.86 2230.028 | 1 0.01 12.87 2230.376 | 2 0.02 12.89 2230.592 | 1 0.01 12.90 2232.235 | 1 0.01 12.91 2233.602 | 1 0.01 12.92 2234.13 | 2 0.02 12.94 2235.023 | 2 0.02 12.96 2235.938 | 1 0.01 12.97 2236.249 | 1 0.01 12.98 2236.618 | 1 0.01 12.99 2236.785 | 1 0.01 13.00 2238.463 | 1 0.01 13.01 2239.119 | 2 0.02 13.03 2239.984 | 2 0.02 13.05 2240.941 | 1 0.01 13.06 2242.582 | 1 0.01 13.07 2244.053 | 1 0.01 13.08 2244.28 | 1 0.01 13.09 2245.088 | 1 0.01 13.10 2245.474 | 1 0.01 13.11 2245.591 | 1 0.01 13.12 2246.099 | 1 0.01 13.13 2246.275 | 1 0.01 13.14 2246.543 | 1 0.01 13.15 2246.911 | 1 0.01 13.16 2247.076 | 1 0.01 13.17 2247.092 | 2 0.02 13.19 2247.226 | 1 0.01 13.20 2248.179 | 2 0.02 13.22 2248.257 | 1 0.01 13.23 2248.559 | 2 0.02 13.25 2249.007 | 2 0.02 13.27 2249.011 | 1 0.01 13.28 2249.235 | 1 0.01 13.29 2249.578 | 2 0.02 13.31 2250.238 | 2 0.02 13.33 2250.288 | 1 0.01 13.34 2251.124 | 1 0.01 13.35 2251.188 | 1 0.01 13.36 2251.6 | 1 0.01 13.37 2251.964 | 1 0.01 13.38 2253.644 | 1 0.01 13.39 2253.892 | 1 0.01 13.40 2254.404 | 2 0.02 13.42 2254.671 | 2 0.02 13.44 2256.453 | 2 0.02 13.46 2256.731 | 1 0.01 13.47 2257.077 | 1 0.01 13.48 2258.147 | 2 0.02 13.50 2260.135 | 1 0.01 13.51 2260.586 | 1 0.01 13.52 2260.863 | 1 0.01 13.53 2261.189 | 1 0.01 13.54 2261.245 | 1 0.01 13.55 2261.271 | 1 0.01 13.56 2261.652 | 1 0.01 13.57 2262.647 | 2 0.02 13.59 2263.088 | 1 0.01 13.60 2263.306 | 2 0.02 13.62 2264.239 | 1 0.01 13.63 2264.307 | 2 0.02 13.65 2264.729 | 2 0.02 13.67 2264.839 | 1 0.01 13.68 2268.263 | 1 0.01 13.69 2268.345 | 1 0.01 13.70 2269.602 | 1 0.01 13.71 2272.193 | 1 0.01 13.72 2272.597 | 1 0.01 13.73 2272.809 | 1 0.01 13.74 2272.922 | 2 0.02 13.76 2273.413 | 1 0.01 13.77 2274.693 | 2 0.02 13.79 2275.231 | 1 0.01 13.80 2275.829 | 1 0.01 13.81 2277.758 | 1 0.01 13.82 2277.859 | 1 0.01 13.83 2279.27 | 1 0.01 13.84 2279.839 | 2 0.02 13.86 2280.094 | 1 0.01 13.87 2281.298 | 1 0.01 13.88 2281.512 | 1 0.01 13.89 2282.264 | 1 0.01 13.90 2283.052 | 2 0.02 13.92 2283.137 | 1 0.01 13.93 2283.775 | 2 0.02 13.95 2283.955 | 1 0.01 13.96 2285.698 | 2 0.02 13.98 2287.195 | 1 0.01 13.99 2287.8 | 1 0.01 14.00 2288.463 | 1 0.01 14.01 2289.947 | 1 0.01 14.02 2290.434 | 1 0.01 14.03 2290.615 | 1 0.01 14.04 2291.582 | 1 0.01 14.05 2292.25 | 2 0.02 14.07 2292.428 | 1 0.01 14.08 2292.478 | 1 0.01 14.09 2293.045 | 2 0.02 14.11 2294.028 | 2 0.02 14.13 2295.452 | 2 0.02 14.15 2295.618 | 1 0.01 14.16 2296.404 | 1 0.01 14.17 2296.644 | 1 0.01 14.18 2297.122 | 1 0.01 14.19 2297.308 | 1 0.01 14.20 2298.335 | 1 0.01 14.21 2299.095 | 1 0.01 14.22 2299.249 | 1 0.01 14.23 2299.333 | 2 0.02 14.25 2299.768 | 1 0.01 14.26 2300.211 | 1 0.01 14.27 2301.754 | 1 0.01 14.28 2302.279 | 1 0.01 14.29 2303.404 | 1 0.01 14.30 2303.89 | 2 0.02 14.32 2304.274 | 1 0.01 14.33 2304.459 | 1 0.01 14.34 2305.003 | 1 0.01 14.35 2305.084 | 2 0.02 14.37 2305.116 | 1 0.01 14.38 2306.699 | 2 0.02 14.40 2307.24 | 2 0.02 14.42 2307.368 | 2 0.02 14.44 2307.81 | 1 0.01 14.45 2309.058 | 1 0.01 14.46 2309.556 | 2 0.02 14.48 2309.657 | 1 0.01 14.49 2309.727 | 1 0.01 14.50 2310.343 | 1 0.01 14.51 2311.291 | 1 0.01 14.52 2312.985 | 1 0.01 14.53 2313.264 | 2 0.02 14.55 2314.214 | 1 0.01 14.56 2314.23 | 2 0.02 14.58 2315.302 | 1 0.01 14.59 2315.336 | 1 0.01 14.60 2315.858 | 1 0.01 14.61 2316.713 | 2 0.02 14.63 2317.074 | 2 0.02 14.65 2317.965 | 2 0.02 14.67 2318.057 | 1 0.01 14.68 2318.823 | 2 0.02 14.70 2319.287 | 1 0.01 14.71 2320.523 | 2 0.02 14.73 2320.549 | 1 0.01 14.74 2321.481 | 2 0.02 14.76 2321.709 | 1 0.01 14.77 2322.13 | 1 0.01 14.78 2322.216 | 2 0.02 14.80 2322.279 | 2 0.02 14.82 2322.402 | 1 0.01 14.83 2322.694 | 2 0.02 14.85 2323.524 | 2 0.02 14.87 2324.036 | 1 0.01 14.88 2324.1 | 2 0.02 14.90 2324.374 | 1 0.01 14.91 2324.416 | 1 0.01 14.92 2324.598 | 2 0.02 14.94 2325.701 | 2 0.02 14.96 2325.834 | 1 0.01 14.97 2325.877 | 1 0.01 14.98 2326.912 | 1 0.01 14.99 2327.841 | 1 0.01 15.00 2328.347 | 1 0.01 15.01 2328.353 | 2 0.02 15.03 2328.584 | 1 0.01 15.04 2328.757 | 1 0.01 15.05 2330.311 | 2 0.02 15.07 2330.992 | 2 0.02 15.09 2331.451 | 2 0.02 15.11 2331.808 | 1 0.01 15.12 2332.421 | 1 0.01 15.13 2332.423 | 1 0.01 15.14 2332.55 | 2 0.02 15.16 2333.89 | 1 0.01 15.17 2334.711 | 2 0.02 15.19 2335.017 | 1 0.01 15.20 2335.151 | 2 0.02 15.22 2335.198 | 2 0.02 15.24 2337.086 | 1 0.01 15.25 2337.094 | 2 0.02 15.27 2337.338 | 2 0.02 15.29 2337.449 | 1 0.01 15.30 2337.473 | 1 0.01 15.31 2338.069 | 1 0.01 15.32 2339.485 | 2 0.02 15.34 2339.581 | 1 0.01 15.35 2339.831 | 1 0.01 15.36 2340.049 | 1 0.01 15.37 2340.295 | 1 0.01 15.38 2340.537 | 1 0.01 15.39 2340.797 | 1 0.01 15.40 2341.72 | 1 0.01 15.41 2341.793 | 2 0.02 15.43 2341.89 | 1 0.01 15.44 2344.24 | 2 0.02 15.46 2344.311 | 2 0.02 15.48 2344.341 | 2 0.02 15.50 2345.297 | 2 0.02 15.52 2345.573 | 1 0.01 15.53 2345.98 | 1 0.01 15.54 2346.067 | 1 0.01 15.55 2346.194 | 2 0.02 15.57 2346.851 | 1 0.01 15.58 2347.653 | 2 0.02 15.60 2348.078 | 2 0.02 15.62 2348.116 | 2 0.02 15.64 2348.657 | 1 0.01 15.65 2349.68 | 2 0.02 15.67 2349.865 | 1 0.01 15.68 2349.892 | 2 0.02 15.70 2350.535 | 1 0.01 15.71 2351.472 | 1 0.01 15.72 2351.795 | 2 0.02 15.74 2352.106 | 2 0.02 15.76 2352.931 | 1 0.01 15.77 2353.326 | 1 0.01 15.78 2354.388 | 1 0.01 15.79 2356.574 | 1 0.01 15.80 2357.452 | 2 0.02 15.82 2358.384 | 1 0.01 15.83 2358.581 | 1 0.01 15.84 2359.978 | 2 0.02 15.86 2360.446 | 1 0.01 15.87 2360.54 | 2 0.02 15.89 2361.097 | 2 0.02 15.91 2361.408 | 1 0.01 15.92 2363.396 | 1 0.01 15.93 2364.495 | 1 0.01 15.94 2364.524 | 2 0.02 15.96 2365.276 | 1 0.01 15.97 2365.983 | 1 0.01 15.98 2366.178 | 2 0.02 16.00 2366.857 | 2 0.02 16.02 2368.35 | 2 0.02 16.04 2369.076 | 1 0.01 16.05 2369.209 | 2 0.02 16.07 2369.479 | 2 0.02 16.09 2369.621 | 1 0.01 16.10 2369.873 | 2 0.02 16.12 2369.899 | 1 0.01 16.13 2371.373 | 2 0.02 16.15 2371.752 | 2 0.02 16.17 2372.071 | 1 0.01 16.18 2372.759 | 1 0.01 16.19 2373.027 | 2 0.02 16.21 2373.089 | 2 0.02 16.23 2373.249 | 1 0.01 16.24 2373.677 | 1 0.01 16.25 2374.762 | 2 0.02 16.27 2374.855 | 1 0.01 16.28 2375.241 | 1 0.01 16.29 2376.181 | 1 0.01 16.30 2377.305 | 1 0.01 16.31 2378.024 | 1 0.01 16.32 2378.699 | 2 0.02 16.34 2379.08 | 1 0.01 16.35 2379.096 | 2 0.02 16.37 2379.933 | 1 0.01 16.38 2380.5 | 2 0.02 16.40 2380.503 | 2 0.02 16.42 2380.67 | 1 0.01 16.43 2382.152 | 1 0.01 16.44 2383.135 | 1 0.01 16.45 2383.799 | 1 0.01 16.46 2384.043 | 1 0.01 16.47 2384.081 | 1 0.01 16.48 2384.955 | 1 0.01 16.49 2385.096 | 1 0.01 16.50 2385.556 | 1 0.01 16.51 2387.463 | 1 0.01 16.52 2387.474 | 2 0.02 16.54 2387.578 | 2 0.02 16.56 2387.922 | 2 0.02 16.58 2388.925 | 1 0.01 16.59 2388.936 | 1 0.01 16.60 2389.118 | 1 0.01 16.61 2389.247 | 2 0.02 16.63 2389.642 | 1 0.01 16.64 2390.175 | 1 0.01 16.65 2390.856 | 2 0.02 16.67 2391.363 | 1 0.01 16.68 2391.586 | 1 0.01 16.69 2392.055 | 1 0.01 16.70 2392.462 | 2 0.02 16.72 2393.095 | 1 0.01 16.73 2393.148 | 1 0.01 16.74 2393.334 | 1 0.01 16.75 2394.424 | 1 0.01 16.76 2394.97 | 1 0.01 16.77 2395.994 | 1 0.01 16.78 2396.267 | 1 0.01 16.79 2396.307 | 2 0.02 16.81 2396.56 | 2 0.02 16.83 2396.732 | 1 0.01 16.84 2397.217 | 1 0.01 16.85 2397.813 | 1 0.01 16.86 2398.613 | 2 0.02 16.88 2399.888 | 1 0.01 16.89 2399.931 | 1 0.01 16.90 2400.878 | 2 0.02 16.92 2400.913 | 2 0.02 16.94 2401.742 | 1 0.01 16.95 2401.932 | 2 0.02 16.97 2401.984 | 2 0.02 16.99 2402.924 | 2 0.02 17.01 2402.981 | 1 0.01 17.02 2403.215 | 2 0.02 17.04 2403.617 | 2 0.02 17.06 2406.382 | 1 0.01 17.07 2406.622 | 2 0.02 17.09 2407.175 | 1 0.01 17.10 2407.535 | 2 0.02 17.12 2407.723 | 1 0.01 17.13 2407.792 | 2 0.02 17.15 2408.87 | 1 0.01 17.16 2409.156 | 1 0.01 17.17 2411.028 | 2 0.02 17.19 2411.268 | 1 0.01 17.20 2411.608 | 1 0.01 17.21 2412.448 | 1 0.01 17.22 2414.71 | 1 0.01 17.23 2414.713 | 2 0.02 17.25 2414.941 | 1 0.01 17.26 2415.304 | 2 0.02 17.28 2415.601 | 2 0.02 17.30 2416.123 | 1 0.01 17.31 2416.907 | 1 0.01 17.32 2417.052 | 1 0.01 17.33 2417.614 | 1 0.01 17.34 2420.424 | 2 0.02 17.36 2421.155 | 1 0.01 17.37 2421.202 | 1 0.01 17.38 2421.438 | 1 0.01 17.39 2422.368 | 1 0.01 17.40 2423.126 | 2 0.02 17.42 2423.282 | 2 0.02 17.44 2423.351 | 1 0.01 17.45 2423.917 | 1 0.01 17.46 2424.537 | 2 0.02 17.48 2425.154 | 2 0.02 17.50 2425.744 | 2 0.02 17.52 2426.782 | 2 0.02 17.54 2426.96 | 4 0.04 17.58 2428.479 | 1 0.01 17.59 2429.495 | 1 0.01 17.60 2430.44 | 1 0.01 17.61 2430.638 | 1 0.01 17.62 2431.329 | 2 0.02 17.64 2431.91 | 1 0.01 17.65 2433.083 | 1 0.01 17.66 2433.779 | 1 0.01 17.67 2434.241 | 1 0.01 17.68 2437.283 | 1 0.01 17.69 2438.354 | 1 0.01 17.70 2438.784 | 2 0.02 17.72 2439.458 | 2 0.02 17.74 2439.732 | 1 0.01 17.75 2440.454 | 1 0.01 17.76 2441.052 | 1 0.01 17.77 2441.149 | 1 0.01 17.78 2442.491 | 2 0.02 17.80 2442.804 | 1 0.01 17.81 2442.991 | 2 0.02 17.83 2443.573 | 2 0.02 17.85 2443.665 | 2 0.02 17.87 2443.692 | 1 0.01 17.88 2446.266 | 1 0.01 17.89 2447.024 | 1 0.01 17.90 2447.975 | 2 0.02 17.92 2448.866 | 2 0.02 17.94 2449.325 | 1 0.01 17.95 2450.317 | 2 0.02 17.97 2450.695 | 1 0.01 17.98 2451.129 | 1 0.01 17.99 2451.394 | 1 0.01 18.00 2452.574 | 1 0.01 18.01 2453.676 | 1 0.01 18.02 2453.701 | 1 0.01 18.03 2454.499 | 1 0.01 18.04 2455.688 | 1 0.01 18.05 2455.901 | 1 0.01 18.06 2456.788 | 1 0.01 18.07 2457.138 | 1 0.01 18.08 2457.541 | 2 0.02 18.10 2458.126 | 1 0.01 18.11 2458.144 | 1 0.01 18.12 2458.803 | 1 0.01 18.13 2459.738 | 1 0.01 18.14 2459.885 | 1 0.01 18.15 2460.334 | 1 0.01 18.16 2460.804 | 1 0.01 18.17 2462.691 | 1 0.01 18.18 2464.123 | 1 0.01 18.19 2465.257 | 2 0.02 18.21 2465.436 | 2 0.02 18.23 2467.459 | 1 0.01 18.24 2467.887 | 2 0.02 18.26 2468.031 | 1 0.01 18.27 2469.106 | 1 0.01 18.28 2469.245 | 1 0.01 18.29 2469.664 | 1 0.01 18.30 2469.699 | 1 0.01 18.31 2470.443 | 1 0.01 18.32 2470.908 | 2 0.02 18.34 2471.041 | 1 0.01 18.35 2471.24 | 2 0.02 18.37 2472.529 | 1 0.01 18.38 2473.048 | 4 0.04 18.42 2473.68 | 1 0.01 18.43 2473.717 | 1 0.01 18.44 2474.23 | 1 0.01 18.45 2474.876 | 1 0.01 18.46 2474.976 | 2 0.02 18.48 2475.249 | 1 0.01 18.49 2475.655 | 2 0.02 18.51 2476.055 | 1 0.01 18.52 2476.385 | 8 0.08 18.60 2477.114 | 1 0.01 18.61 2477.436 | 1 0.01 18.62 2477.771 | 1 0.01 18.63 2478.592 | 1 0.01 18.64 2479.201 | 1 0.01 18.65 2479.445 | 1 0.01 18.66 2480.009 | 1 0.01 18.67 2480.115 | 1 0.01 18.68 2480.581 | 1 0.01 18.69 2481.101 | 1 0.01 18.70 2481.564 | 1 0.01 18.71 2483.071 | 1 0.01 18.72 2483.087 | 1 0.01 18.73 2483.106 | 1 0.01 18.74 2483.172 | 1 0.01 18.75 2484.233 | 1 0.01 18.76 2484.43 | 1 0.01 18.77 2485.048 | 1 0.01 18.78 2485.451 | 1 0.01 18.79 2485.971 | 1 0.01 18.80 2487.359 | 2 0.02 18.82 2488.243 | 1 0.01 18.83 2488.428 | 2 0.02 18.85 2490.502 | 1 0.01 18.86 2491.281 | 1 0.01 18.87 2491.481 | 2 0.02 18.89 2492.34 | 2 0.02 18.91 2492.461 | 1 0.01 18.92 2492.854 | 2 0.02 18.94 2493.785 | 2 0.02 18.96 2495.138 | 1 0.01 18.97 2495.544 | 2 0.02 18.99 2496.243 | 2 0.02 19.01 2496.303 | 2 0.02 19.03 2496.414 | 2 0.02 19.05 2496.819 | 1 0.01 19.06 2496.892 | 1 0.01 19.07 2496.901 | 2 0.02 19.09 2497.068 | 1 0.01 19.10 2499.79 | 1 0.01 19.11 2500.313 | 2 0.02 19.13 2500.685 | 2 0.02 19.15 2501.709 | 2 0.02 19.17 2502.165 | 1 0.01 19.18 2503.71 | 1 0.01 19.19 2504.961 | 2 0.02 19.21 2505.186 | 1 0.01 19.22 2505.68 | 1 0.01 19.23 2505.823 | 1 0.01 19.24 2506.559 | 1 0.01 19.25 2507.222 | 2 0.02 19.27 2507.599 | 1 0.01 19.28 2507.663 | 2 0.02 19.30 2508.279 | 2 0.02 19.32 2508.32 | 2 0.02 19.34 2509.345 | 1 0.01 19.35 2509.865 | 1 0.01 19.36 2510.552 | 1 0.01 19.37 2511.079 | 1 0.01 19.38 2511.679 | 1 0.01 19.39 2512.973 | 1 0.01 19.40 2513.4 | 2 0.02 19.42 2513.896 | 1 0.01 19.43 2514.068 | 1 0.01 19.44 2514.158 | 1 0.01 19.45 2514.443 | 1 0.01 19.46 2514.478 | 1 0.01 19.47 2514.98 | 2 0.02 19.49 2515.366 | 1 0.01 19.50 2515.394 | 1 0.01 19.51 2515.682 | 2 0.02 19.53 2515.816 | 1 0.01 19.54 2516.143 | 1 0.01 19.55 2516.232 | 2 0.02 19.57 2516.75 | 1 0.01 19.58 2516.829 | 2 0.02 19.60 2517.938 | 1 0.01 19.61 2519.693 | 1 0.01 19.62 2520.373 | 1 0.01 19.63 2521.814 | 2 0.02 19.65 2524.536 | 2 0.02 19.67 2524.965 | 1 0.01 19.68 2525.326 | 1 0.01 19.69 2525.867 | 2 0.02 19.71 2527.904 | 2 0.02 19.73 2528.904 | 2 0.02 19.75 2529.257 | 1 0.01 19.76 2529.402 | 1 0.01 19.77 2529.805 | 1 0.01 19.78 2530.655 | 1 0.01 19.79 2530.862 | 2 0.02 19.81 2531.365 | 1 0.01 19.82 2532.104 | 1 0.01 19.83 2533.204 | 1 0.01 19.84 2533.279 | 1 0.01 19.85 2534.058 | 1 0.01 19.86 2534.065 | 1 0.01 19.87 2534.336 | 2 0.02 19.89 2534.798 | 1 0.01 19.90 2534.995 | 1 0.01 19.91 2536.519 | 1 0.01 19.92 2537.771 | 1 0.01 19.93 2538.143 | 1 0.01 19.94 2538.203 | 1 0.01 19.95 2539.744 | 1 0.01 19.96 2539.827 | 2 0.02 19.98 2540.082 | 2 0.02 20.00 2540.247 | 2 0.02 20.02 2541.538 | 1 0.01 20.03 2541.793 | 2 0.02 20.05 2542.072 | 1 0.01 20.06 2542.275 | 1 0.01 20.07 2544.692 | 1 0.01 20.08 2546.043 | 2 0.02 20.10 2546.933 | 1 0.01 20.11 2547.099 | 1 0.01 20.12 2547.3 | 1 0.01 20.13 2547.545 | 1 0.01 20.14 2547.787 | 2 0.02 20.16 2549.404 | 1 0.01 20.17 2549.483 | 1 0.01 20.18 2550.441 | 1 0.01 20.19 2550.67 | 1 0.01 20.20 2551.073 | 1 0.01 20.21 2551.457 | 1 0.01 20.22 2551.758 | 1 0.01 20.23 2551.863 | 2 0.02 20.25 2552.322 | 1 0.01 20.26 2552.492 | 1 0.01 20.27 2553.029 | 1 0.01 20.28 2553.061 | 1 0.01 20.29 2553.115 | 2 0.02 20.31 2553.868 | 2 0.02 20.33 2554.371 | 2 0.02 20.35 2554.394 | 1 0.01 20.36 2555.785 | 1 0.01 20.37 2556.533 | 1 0.01 20.38 2556.566 | 2 0.02 20.40 2558.298 | 1 0.01 20.41 2558.867 | 2 0.02 20.43 2559.74 | 1 0.01 20.44 2561.342 | 4 0.04 20.48 2562.148 | 1 0.01 20.49 2562.379 | 1 0.01 20.50 2562.993 | 1 0.01 20.51 2563.368 | 1 0.01 20.52 2564.954 | 1 0.01 20.53 2566.548 | 2 0.02 20.55 2566.723 | 1 0.01 20.56 2567.193 | 2 0.02 20.58 2569.184 | 1 0.01 20.59 2569.316 | 2 0.02 20.61 2570.235 | 2 0.02 20.63 2570.291 | 1 0.01 20.64 2570.688 | 1 0.01 20.65 2571.275 | 2 0.02 20.67 2571.635 | 1 0.01 20.68 2573.418 | 1 0.01 20.69 2573.763 | 1 0.01 20.70 2574.221 | 1 0.01 20.71 2575.131 | 1 0.01 20.72 2575.141 | 1 0.01 20.73 2576.085 | 1 0.01 20.74 2576.16 | 1 0.01 20.75 2577.905 | 1 0.01 20.76 2578.68 | 1 0.01 20.77 2579.204 | 1 0.01 20.78 2579.658 | 1 0.01 20.79 2579.944 | 1 0.01 20.80 2580.374 | 1 0.01 20.81 2580.67 | 2 0.02 20.83 2581.046 | 2 0.02 20.85 2581.59 | 1 0.01 20.86 2581.708 | 2 0.02 20.88 2582.631 | 2 0.02 20.90 2582.735 | 1 0.01 20.91 2583.468 | 2 0.02 20.93 2583.512 | 1 0.01 20.94 2584.024 | 1 0.01 20.95 2584.694 | 2 0.02 20.97 2584.843 | 1 0.01 20.98 2585.117 | 1 0.01 20.99 2585.208 | 2 0.02 21.01 2585.657 | 1 0.01 21.02 2585.692 | 1 0.01 21.03 2585.777 | 1 0.01 21.04 2585.791 | 2 0.02 21.06 2586.119 | 1 0.01 21.07 2586.164 | 1 0.01 21.08 2586.451 | 2 0.02 21.10 2586.464 | 1 0.01 21.11 2587.209 | 1 0.01 21.12 2587.508 | 1 0.01 21.13 2588.838 | 2 0.02 21.15 2589.495 | 1 0.01 21.16 2589.576 | 2 0.02 21.18 2590.15 | 1 0.01 21.19 2591.093 | 1 0.01 21.20 2591.569 | 1 0.01 21.21 2592.047 | 2 0.02 21.23 2592.755 | 1 0.01 21.24 2593.823 | 1 0.01 21.25 2595.042 | 1 0.01 21.26 2595.09 | 1 0.01 21.27 2596.757 | 2 0.02 21.29 2597.104 | 1 0.01 21.30 2598.148 | 1 0.01 21.31 2600.177 | 1 0.01 21.32 2601.852 | 1 0.01 21.33 2602.552 | 1 0.01 21.34 2603.113 | 2 0.02 21.36 2603.238 | 1 0.01 21.37 2604.18 | 2 0.02 21.39 2604.872 | 1 0.01 21.40 2605.044 | 2 0.02 21.42 2606.148 | 1 0.01 21.43 2606.715 | 1 0.01 21.44 2606.809 | 1 0.01 21.45 2607.749 | 1 0.01 21.46 2608.296 | 1 0.01 21.47 2608.944 | 1 0.01 21.48 2609.532 | 1 0.01 21.49 2610.046 | 1 0.01 21.50 2610.565 | 1 0.01 21.51 2611.095 | 2 0.02 21.53 2611.46 | 1 0.01 21.54 2611.621 | 1 0.01 21.55 2612.374 | 1 0.01 21.56 2612.506 | 2 0.02 21.58 2613.415 | 2 0.02 21.60 2613.735 | 1 0.01 21.61 2613.875 | 1 0.01 21.62 2615.289 | 1 0.01 21.63 2615.972 | 2 0.02 21.65 2616.07 | 1 0.01 21.66 2616.485 | 1 0.01 21.67 2616.767 | 1 0.01 21.68 2617.927 | 2 0.02 21.70 2617.984 | 1 0.01 21.71 2618.188 | 1 0.01 21.72 2618.924 | 1 0.01 21.73 2619.446 | 1 0.01 21.74 2620.738 | 1 0.01 21.75 2620.755 | 2 0.02 21.77 2620.832 | 2 0.02 21.79 2621.109 | 2 0.02 21.81 2622.502 | 1 0.01 21.82 2623.569 | 1 0.01 21.83 2623.762 | 1 0.01 21.84 2624.637 | 1 0.01 21.85 2625.385 | 1 0.01 21.86 2625.388 | 1 0.01 21.87 2625.521 | 2 0.02 21.89 2627.093 | 1 0.01 21.90 2627.454 | 1 0.01 21.91 2628.171 | 2 0.02 21.93 2628.761 | 1 0.01 21.94 2628.883 | 1 0.01 21.95 2629.047 | 1 0.01 21.96 2630.156 | 1 0.01 21.97 2631.515 | 2 0.02 21.99 2633.029 | 2 0.02 22.01 2633.553 | 1 0.01 22.02 2633.669 | 1 0.01 22.03 2634.661 | 1 0.01 22.04 2634.715 | 1 0.01 22.05 2635.446 | 2 0.02 22.07 2636.459 | 2 0.02 22.09 2637.482 | 1 0.01 22.10 2637.798 | 1 0.01 22.11 2638.193 | 2 0.02 22.13 2638.459 | 1 0.01 22.14 2638.93 | 1 0.01 22.15 2640.608 | 1 0.01 22.16 2641.331 | 1 0.01 22.17 2643.024 | 1 0.01 22.18 2643.059 | 1 0.01 22.19 2644.062 | 1 0.01 22.20 2645.622 | 2 0.02 22.22 2645.808 | 2 0.02 22.24 2645.96 | 1 0.01 22.25 2646.287 | 1 0.01 22.26 2646.769 | 1 0.01 22.27 2647.324 | 2 0.02 22.29 2648.12 | 2 0.02 22.31 2648.243 | 2 0.02 22.33 2648.629 | 1 0.01 22.34 2648.646 | 1 0.01 22.35 2648.789 | 1 0.01 22.36 2648.826 | 1 0.01 22.37 2649.582 | 1 0.01 22.38 2649.67 | 1 0.01 22.39 2649.882 | 1 0.01 22.40 2649.98 | 1 0.01 22.41 2650.116 | 2 0.02 22.43 2650.207 | 1 0.01 22.44 2650.459 | 1 0.01 22.45 2650.555 | 2 0.02 22.47 2650.809 | 2 0.02 22.49 2651.3 | 2 0.02 22.51 2651.851 | 2 0.02 22.53 2651.896 | 1 0.01 22.54 2652.045 | 1 0.01 22.55 2652.077 | 2 0.02 22.57 2653.317 | 1 0.01 22.58 2654.073 | 2 0.02 22.60 2654.085 | 1 0.01 22.61 2654.539 | 1 0.01 22.62 2654.84 | 1 0.01 22.63 2655.141 | 1 0.01 22.64 2655.361 | 2 0.02 22.66 2655.428 | 1 0.01 22.67 2656.067 | 1 0.01 22.68 2656.222 | 1 0.01 22.69 2656.778 | 2 0.02 22.71 2656.903 | 1 0.01 22.72 2657.222 | 1 0.01 22.73 2657.807 | 2 0.02 22.75 2657.817 | 1 0.01 22.76 2659.258 | 1 0.01 22.77 2659.394 | 2 0.02 22.79 2661.494 | 1 0.01 22.80 2661.936 | 1 0.01 22.81 2662.09 | 2 0.02 22.83 2662.499 | 1 0.01 22.84 2662.689 | 2 0.02 22.86 2664.351 | 1 0.01 22.87 2664.77 | 2 0.02 22.89 2664.981 | 1 0.01 22.90 2665.018 | 1 0.01 22.91 2666.205 | 1 0.01 22.92 2666.258 | 1 0.01 22.93 2666.7 | 1 0.01 22.94 2668.288 | 1 0.01 22.95 2668.412 | 4 0.04 22.99 2669.195 | 1 0.01 23.00 2670.892 | 1 0.01 23.01 2671.573 | 2 0.02 23.03 2672.116 | 1 0.01 23.04 2672.849 | 1 0.01 23.05 2673.515 | 2 0.02 23.07 2673.596 | 2 0.02 23.09 2673.827 | 1 0.01 23.10 2674.449 | 2 0.02 23.12 2675.106 | 2 0.02 23.14 2675.286 | 1 0.01 23.15 2675.651 | 2 0.02 23.17 2675.984 | 1 0.01 23.18 2676.086 | 1 0.01 23.19 2676.704 | 1 0.01 23.20 2677.085 | 2 0.02 23.22 2677.129 | 2 0.02 23.24 2677.359 | 1 0.01 23.25 2677.782 | 1 0.01 23.26 2678.361 | 1 0.01 23.27 2678.578 | 1 0.01 23.28 2678.785 | 1 0.01 23.29 2679.558 | 1 0.01 23.30 2679.663 | 1 0.01 23.31 2680.658 | 1 0.01 23.32 2680.786 | 1 0.01 23.33 2680.794 | 1 0.01 23.34 2682.338 | 1 0.01 23.35 2682.753 | 1 0.01 23.36 2683.729 | 1 0.01 23.37 2683.962 | 2 0.02 23.39 2685.414 | 1 0.01 23.40 2685.552 | 1 0.01 23.41 2685.808 | 1 0.01 23.42 2686.227 | 1 0.01 23.43 2686.532 | 2 0.02 23.45 2686.642 | 2 0.02 23.47 2688.044 | 2 0.02 23.49 2688.678 | 2 0.02 23.51 2688.727 | 2 0.02 23.53 2689.001 | 1 0.01 23.54 2689.245 | 1 0.01 23.55 2689.647 | 2 0.02 23.57 2689.76 | 1 0.01 23.58 2690.464 | 1 0.01 23.59 2690.666 | 1 0.01 23.60 2690.954 | 1 0.01 23.61 2691.784 | 1 0.01 23.62 2692.578 | 1 0.01 23.63 2693.115 | 1 0.01 23.64 2693.814 | 2 0.02 23.66 2694.443 | 1 0.01 23.67 2694.81 | 1 0.01 23.68 2694.973 | 1 0.01 23.69 2695.38 | 4 0.04 23.73 2696.843 | 1 0.01 23.74 2696.894 | 1 0.01 23.75 2696.939 | 1 0.01 23.76 2697.311 | 1 0.01 23.77 2697.819 | 1 0.01 23.78 2699.056 | 1 0.01 23.79 2702.515 | 2 0.02 23.81 2702.619 | 2 0.02 23.83 2703.452 | 1 0.01 23.84 2703.848 | 1 0.01 23.85 2703.984 | 2 0.02 23.87 2704.35 | 2 0.02 23.89 2704.697 | 1 0.01 23.90 2704.811 | 1 0.01 23.91 2704.986 | 1 0.01 23.92 2705.511 | 1 0.01 23.93 2706.166 | 1 0.01 23.94 2706.352 | 1 0.01 23.95 2707.313 | 1 0.01 23.96 2707.762 | 1 0.01 23.97 2709.044 | 1 0.01 23.98 2709.092 | 1 0.01 23.99 2709.104 | 1 0.01 24.00 2709.281 | 1 0.01 24.01 2709.393 | 1 0.01 24.02 2709.661 | 2 0.02 24.04 2709.934 | 1 0.01 24.05 2710.438 | 1 0.01 24.06 2710.458 | 1 0.01 24.07 2710.713 | 1 0.01 24.08 2711.306 | 1 0.01 24.09 2712.839 | 2 0.02 24.11 2712.843 | 1 0.01 24.12 2713.215 | 1 0.01 24.13 2713.931 | 2 0.02 24.15 2714.332 | 2 0.02 24.17 2715.778 | 1 0.01 24.18 2718.28 | 1 0.01 24.19 2718.945 | 1 0.01 24.20 2719.762 | 1 0.01 24.21 2721.189 | 1 0.01 24.22 2721.283 | 2 0.02 24.24 2721.329 | 1 0.01 24.25 2722.677 | 2 0.02 24.27 2722.977 | 2 0.02 24.29 2723.006 | 1 0.01 24.30 2723.222 | 1 0.01 24.31 2723.465 | 1 0.01 24.32 2724.469 | 2 0.02 24.34 2725.334 | 1 0.01 24.35 2725.405 | 1 0.01 24.36 2725.957 | 1 0.01 24.37 2726.875 | 1 0.01 24.38 2727.187 | 1 0.01 24.39 2727.494 | 2 0.02 24.41 2729.711 | 1 0.01 24.42 2730.099 | 1 0.01 24.43 2730.174 | 2 0.02 24.45 2731.113 | 2 0.02 24.47 2732.03 | 1 0.01 24.48 2732.496 | 1 0.01 24.49 2732.943 | 1 0.01 24.50 2733.747 | 2 0.02 24.52 2733.784 | 1 0.01 24.53 2735.668 | 1 0.01 24.54 2736.069 | 2 0.02 24.56 2736.39 | 2 0.02 24.58 2736.66 | 1 0.01 24.59 2738.642 | 1 0.01 24.60 2738.723 | 1 0.01 24.61 2739.059 | 2 0.02 24.63 2741.372 | 1 0.01 24.64 2743.11 | 1 0.01 24.65 2743.605 | 1 0.01 24.66 2744.467 | 1 0.01 24.67 2744.984 | 1 0.01 24.68 2745.565 | 1 0.01 24.69 2745.711 | 2 0.02 24.71 2747.017 | 2 0.02 24.73 2747.271 | 1 0.01 24.74 2747.321 | 1 0.01 24.75 2748.354 | 1 0.01 24.76 2748.501 | 1 0.01 24.77 2749.713 | 1 0.01 24.78 2752.121 | 1 0.01 24.79 2753.453 | 2 0.02 24.81 2753.505 | 2 0.02 24.83 2754.254 | 1 0.01 24.84 2755.173 | 1 0.01 24.85 2755.73 | 1 0.01 24.86 2756.325 | 1 0.01 24.87 2756.642 | 2 0.02 24.89 2756.703 | 1 0.01 24.90 2757.129 | 1 0.01 24.91 2757.323 | 1 0.01 24.92 2758.687 | 2 0.02 24.94 2759.019 | 1 0.01 24.95 2759.093 | 1 0.01 24.96 2759.981 | 2 0.02 24.98 2760.615 | 1 0.01 24.99 2760.982 | 2 0.02 25.01 2761.329 | 1 0.01 25.02 2761.406 | 2 0.02 25.04 2761.845 | 1 0.01 25.05 2761.956 | 1 0.01 25.06 2762.195 | 1 0.01 25.07 2763.289 | 1 0.01 25.08 2763.325 | 1 0.01 25.09 2763.643 | 1 0.01 25.10 2764.116 | 1 0.01 25.11 2765.181 | 1 0.01 25.12 2765.416 | 1 0.01 25.13 2766.381 | 2 0.02 25.15 2767.805 | 1 0.01 25.16 2767.992 | 1 0.01 25.17 2768.282 | 1 0.01 25.18 2768.606 | 2 0.02 25.20 2768.742 | 1 0.01 25.21 2768.801 | 1 0.01 25.22 2769.941 | 1 0.01 25.23 2771.788 | 1 0.01 25.24 2772.543 | 1 0.01 25.25 2772.865 | 1 0.01 25.26 2773.231 | 1 0.01 25.27 2774.172 | 1 0.01 25.28 2775.455 | 1 0.01 25.29 2776.538 | 1 0.01 25.30 2776.58 | 1 0.01 25.31 2777.203 | 1 0.01 25.32 2778.155 | 2 0.02 25.34 2778.503 | 1 0.01 25.35 2778.998 | 2 0.02 25.37 2779.322 | 1 0.01 25.38 2780.019 | 1 0.01 25.39 2780.206 | 1 0.01 25.40 2780.209 | 1 0.01 25.41 2782.473 | 1 0.01 25.42 2782.836 | 1 0.01 25.43 2783.3 | 1 0.01 25.44 2783.677 | 2 0.02 25.46 2783.703 | 1 0.01 25.47 2784.843 | 2 0.02 25.49 2786.463 | 4 0.04 25.53 2786.685 | 2 0.02 25.55 2786.997 | 1 0.01 25.56 2787.037 | 1 0.01 25.57 2788.086 | 1 0.01 25.58 2789.346 | 1 0.01 25.59 2789.78 | 1 0.01 25.60 2791.315 | 2 0.02 25.62 2791.462 | 1 0.01 25.63 2792.175 | 1 0.01 25.64 2792.203 | 2 0.02 25.66 2792.879 | 1 0.01 25.67 2792.91 | 3 0.03 25.70 2793.131 | 1 0.01 25.71 2793.245 | 1 0.01 25.72 2793.445 | 1 0.01 25.73 2793.588 | 1 0.01 25.74 2794.059 | 1 0.01 25.75 2794.242 | 1 0.01 25.76 2794.543 | 2 0.02 25.78 2794.548 | 2 0.02 25.80 2794.749 | 2 0.02 25.82 2795.019 | 1 0.01 25.83 2795.249 | 1 0.01 25.84 2796.422 | 1 0.01 25.85 2796.6 | 2 0.02 25.87 2797.828 | 1 0.01 25.88 2798.284 | 1 0.01 25.89 2798.682 | 1 0.01 25.90 2798.797 | 1 0.01 25.91 2799.559 | 2 0.02 25.93 2800.882 | 1 0.01 25.94 2802.242 | 1 0.01 25.95 2803.189 | 1 0.01 25.96 2803.216 | 1 0.01 25.97 2804.151 | 2 0.02 25.99 2806.643 | 1 0.01 26.00 2807.305 | 1 0.01 26.01 2809.413 | 1 0.01 26.02 2810.171 | 2 0.02 26.04 2810.635 | 1 0.01 26.05 2811.181 | 1 0.01 26.06 2811.581 | 1 0.01 26.07 2811.835 | 1 0.01 26.08 2812.308 | 1 0.01 26.09 2812.315 | 1 0.01 26.10 2813.476 | 1 0.01 26.11 2813.705 | 1 0.01 26.12 2814.656 | 1 0.01 26.13 2814.759 | 2 0.02 26.15 2815.003 | 3 0.03 26.18 2816.083 | 2 0.02 26.20 2816.229 | 1 0.01 26.21 2816.699 | 1 0.01 26.22 2816.834 | 4 0.04 26.26 2817.49 | 4 0.04 26.30 2817.789 | 1 0.01 26.31 2818.776 | 1 0.01 26.32 2818.899 | 1 0.01 26.33 2819.506 | 1 0.01 26.34 2820.414 | 1 0.01 26.35 2821.12 | 2 0.02 26.37 2822.467 | 2 0.02 26.39 2823.025 | 1 0.01 26.40 2823.179 | 2 0.02 26.42 2823.956 | 1 0.01 26.43 2824.639 | 1 0.01 26.44 2824.921 | 1 0.01 26.45 2825.181 | 1 0.01 26.46 2825.196 | 1 0.01 26.47 2825.67 | 1 0.01 26.48 2826.273 | 1 0.01 26.49 2826.327 | 1 0.01 26.50 2826.566 | 1 0.01 26.51 2827.057 | 1 0.01 26.52 2827.343 | 1 0.01 26.53 2827.445 | 1 0.01 26.54 2827.594 | 1 0.01 26.55 2827.9 | 1 0.01 26.56 2828.214 | 1 0.01 26.57 2828.556 | 1 0.01 26.58 2830.148 | 1 0.01 26.59 2830.379 | 1 0.01 26.60 2830.609 | 1 0.01 26.61 2830.968 | 1 0.01 26.62 2831.328 | 2 0.02 26.64 2832.339 | 1 0.01 26.65 2834.24 | 1 0.01 26.66 2834.851 | 1 0.01 26.67 2835.2 | 1 0.01 26.68 2835.478 | 1 0.01 26.69 2836.455 | 1 0.01 26.70 2837.822 | 1 0.01 26.71 2839.204 | 1 0.01 26.72 2840.067 | 1 0.01 26.73 2840.482 | 4 0.04 26.77 2840.562 | 1 0.01 26.78 2840.734 | 1 0.01 26.79 2840.749 | 1 0.01 26.80 2840.768 | 1 0.01 26.81 2842.171 | 1 0.01 26.82 2842.182 | 1 0.01 26.83 2842.675 | 1 0.01 26.84 2843.266 | 1 0.01 26.85 2843.324 | 1 0.01 26.86 2843.536 | 1 0.01 26.87 2844.182 | 1 0.01 26.88 2846.613 | 1 0.01 26.89 2847.81 | 2 0.02 26.91 2848.151 | 1 0.01 26.92 2848.417 | 1 0.01 26.93 2848.754 | 1 0.01 26.94 2848.981 | 1 0.01 26.95 2849.301 | 1 0.01 26.96 2850.267 | 2 0.02 26.98 2852.522 | 1 0.01 26.99 2852.673 | 1 0.01 27.00 2853.721 | 1 0.01 27.01 2853.727 | 1 0.01 27.02 2856.959 | 1 0.01 27.03 2857.868 | 1 0.01 27.04 2858.044 | 2 0.02 27.06 2858.526 | 1 0.01 27.07 2858.808 | 1 0.01 27.08 2859.898 | 1 0.01 27.09 2860.585 | 1 0.01 27.10 2861.696 | 1 0.01 27.11 2861.843 | 1 0.01 27.12 2863.248 | 1 0.01 27.13 2864.072 | 1 0.01 27.14 2865.354 | 1 0.01 27.15 2866.063 | 2 0.02 27.17 2866.465 | 1 0.01 27.18 2866.475 | 1 0.01 27.19 2866.706 | 1 0.01 27.20 2867.273 | 1 0.01 27.21 2867.403 | 1 0.01 27.22 2867.97 | 1 0.01 27.23 2868.31 | 1 0.01 27.24 2868.764 | 1 0.01 27.25 2869.667 | 1 0.01 27.26 2871.276 | 1 0.01 27.27 2872.79 | 2 0.02 27.29 2874.253 | 1 0.01 27.30 2875.869 | 1 0.01 27.31 2875.93 | 1 0.01 27.32 2875.931 | 1 0.01 27.33 2876.169 | 1 0.01 27.34 2876.327 | 1 0.01 27.35 2877.095 | 1 0.01 27.36 2877.534 | 1 0.01 27.37 2878.271 | 1 0.01 27.38 2880.633 | 1 0.01 27.39 2881.378 | 1 0.01 27.40 2881.395 | 2 0.02 27.42 2881.483 | 1 0.01 27.43 2881.597 | 1 0.01 27.44 2882.581 | 1 0.01 27.45 2883.438 | 2 0.02 27.47 2886.991 | 2 0.02 27.49 2887.352 | 1 0.01 27.50 2888.187 | 2 0.02 27.52 2888.414 | 1 0.01 27.53 2888.717 | 1 0.01 27.54 2889.215 | 1 0.01 27.55 2889.601 | 1 0.01 27.56 2890.374 | 2 0.02 27.58 2891.424 | 1 0.01 27.59 2891.745 | 1 0.01 27.60 2892.29 | 1 0.01 27.61 2894.52 | 1 0.01 27.62 2895.718 | 1 0.01 27.63 2896.214 | 1 0.01 27.64 2896.514 | 1 0.01 27.65 2899.655 | 1 0.01 27.66 2900.804 | 2 0.02 27.68 2902.421 | 1 0.01 27.69 2902.493 | 1 0.01 27.70 2902.842 | 1 0.01 27.71 2903.027 | 1 0.01 27.72 2903.093 | 2 0.02 27.74 2904.013 | 2 0.02 27.76 2905.667 | 1 0.01 27.77 2906.021 | 1 0.01 27.78 2907.381 | 1 0.01 27.79 2908.411 | 1 0.01 27.80 2909.034 | 1 0.01 27.81 2909.677 | 1 0.01 27.82 2910.675 | 2 0.02 27.84 2911.804 | 1 0.01 27.85 2912.148 | 1 0.01 27.86 2912.37 | 1 0.01 27.87 2912.643 | 1 0.01 27.88 2912.948 | 1 0.01 27.89 2913.271 | 1 0.01 27.90 2913.333 | 1 0.01 27.91 2913.868 | 1 0.01 27.92 2914.289 | 1 0.01 27.93 2914.492 | 1 0.01 27.94 2914.862 | 2 0.02 27.96 2916.73 | 1 0.01 27.97 2916.761 | 1 0.01 27.98 2916.882 | 1 0.01 27.99 2916.988 | 1 0.01 28.00 2917.002 | 4 0.04 28.04 2917.3 | 1 0.01 28.05 2917.369 | 1 0.01 28.06 2918.085 | 2 0.02 28.08 2918.109 | 2 0.02 28.10 2918.22 | 1 0.01 28.11 2918.245 | 1 0.01 28.12 2918.464 | 1 0.01 28.13 2919.294 | 1 0.01 28.14 2919.738 | 1 0.01 28.15 2920.365 | 1 0.01 28.16 2920.795 | 1 0.01 28.17 2921.355 | 2 0.02 28.19 2923.063 | 1 0.01 28.20 2923.755 | 1 0.01 28.21 2924.452 | 1 0.01 28.22 2924.594 | 2 0.02 28.24 2924.852 | 1 0.01 28.25 2925.106 | 1 0.01 28.26 2925.246 | 2 0.02 28.28 2925.387 | 1 0.01 28.29 2925.743 | 1 0.01 28.30 2926.145 | 1 0.01 28.31 2926.185 | 1 0.01 28.32 2926.327 | 1 0.01 28.33 2927.119 | 1 0.01 28.34 2927.76 | 1 0.01 28.35 2928.013 | 1 0.01 28.36 2928.508 | 1 0.01 28.37 2928.513 | 1 0.01 28.38 2928.902 | 2 0.02 28.40 2929.263 | 2 0.02 28.42 2929.384 | 1 0.01 28.43 2930.079 | 1 0.01 28.44 2930.643 | 2 0.02 28.46 2931.064 | 1 0.01 28.47 2931.405 | 1 0.01 28.48 2931.64 | 1 0.01 28.49 2931.863 | 2 0.02 28.51 2932.65 | 2 0.02 28.53 2934.213 | 1 0.01 28.54 2935.656 | 2 0.02 28.56 2935.725 | 2 0.02 28.58 2935.834 | 2 0.02 28.60 2936.768 | 1 0.01 28.61 2936.959 | 1 0.01 28.62 2937.613 | 1 0.01 28.63 2937.896 | 1 0.01 28.64 2938.141 | 1 0.01 28.65 2938.453 | 1 0.01 28.66 2938.959 | 1 0.01 28.67 2939.099 | 1 0.01 28.68 2939.236 | 2 0.02 28.70 2939.916 | 1 0.01 28.71 2939.938 | 1 0.01 28.72 2942.362 | 3 0.03 28.75 2942.746 | 1 0.01 28.76 2943.696 | 1 0.01 28.77 2944.129 | 2 0.02 28.79 2944.368 | 1 0.01 28.80 2944.523 | 2 0.02 28.82 2945.51 | 1 0.01 28.83 2945.625 | 1 0.01 28.84 2946.39 | 1 0.01 28.85 2947.063 | 2 0.02 28.87 2947.887 | 2 0.02 28.89 2948.507 | 1 0.01 28.90 2949.073 | 2 0.02 28.92 2949.224 | 1 0.01 28.93 2949.352 | 1 0.01 28.94 2950.749 | 2 0.02 28.96 2951.935 | 1 0.01 28.97 2952.73 | 1 0.01 28.98 2953.494 | 1 0.01 28.99 2953.76 | 2 0.02 29.01 2954.131 | 1 0.01 29.02 2954.74 | 1 0.01 29.03 2954.874 | 1 0.01 29.04 2955.82 | 2 0.02 29.06 2956.32 | 2 0.02 29.08 2956.454 | 1 0.01 29.09 2956.717 | 2 0.02 29.11 2956.972 | 1 0.01 29.12 2956.989 | 2 0.02 29.14 2956.998 | 1 0.01 29.15 2957.811 | 1 0.01 29.16 2958.177 | 2 0.02 29.18 2958.523 | 1 0.01 29.19 2958.56 | 2 0.02 29.21 2959.868 | 2 0.02 29.23 2960.95 | 1 0.01 29.24 2962.24 | 1 0.01 29.25 2962.404 | 2 0.02 29.27 2965.062 | 2 0.02 29.29 2965.881 | 2 0.02 29.31 2969.662 | 1 0.01 29.32 2971.58 | 1 0.01 29.33 2971.863 | 1 0.01 29.34 2972.319 | 1 0.01 29.35 2972.624 | 1 0.01 29.36 2973.678 | 1 0.01 29.37 2974.019 | 1 0.01 29.38 2974.148 | 1 0.01 29.39 2974.421 | 1 0.01 29.40 2975.333 | 2 0.02 29.42 2975.342 | 2 0.02 29.44 2976.329 | 1 0.01 29.45 2977.122 | 2 0.02 29.47 2977.129 | 1 0.01 29.48 2977.891 | 1 0.01 29.49 2978.295 | 1 0.01 29.50 2980.295 | 1 0.01 29.51 2981.162 | 1 0.01 29.52 2981.34 | 2 0.02 29.54 2981.498 | 1 0.01 29.55 2983.732 | 1 0.01 29.56 2984.1 | 1 0.01 29.57 2985.338 | 2 0.02 29.59 2985.496 | 1 0.01 29.60 2986.545 | 1 0.01 29.61 2987.633 | 1 0.01 29.62 2987.67 | 1 0.01 29.63 2988.008 | 1 0.01 29.64 2988.044 | 1 0.01 29.65 2988.278 | 1 0.01 29.66 2988.309 | 2 0.02 29.68 2988.642 | 1 0.01 29.69 2989.003 | 1 0.01 29.70 2989.087 | 1 0.01 29.71 2989.175 | 1 0.01 29.72 2989.592 | 1 0.01 29.73 2989.948 | 1 0.01 29.74 2990.345 | 1 0.01 29.75 2990.361 | 1 0.01 29.76 2990.877 | 1 0.01 29.77 2991.751 | 1 0.01 29.78 2991.762 | 1 0.01 29.79 2993.671 | 1 0.01 29.80 2994.854 | 1 0.01 29.81 2995.631 | 2 0.02 29.83 2997.669 | 1 0.01 29.84 2999.552 | 2 0.02 29.86 3000.066 | 2 0.02 29.88 3000.076 | 1 0.01 29.89 3000.289 | 1 0.01 29.90 3000.291 | 1 0.01 29.91 3000.546 | 1 0.01 29.92 3001.11 | 1 0.01 29.93 3001.185 | 1 0.01 29.94 3001.811 | 1 0.01 29.95 3001.872 | 1 0.01 29.96 3002.421 | 2 0.02 29.98 3004.345 | 1 0.01 29.99 3004.706 | 2 0.02 30.01 3004.775 | 1 0.01 30.02 3005.177 | 2 0.02 30.04 3005.712 | 1 0.01 30.05 3006.231 | 2 0.02 30.07 3007.51 | 1 0.01 30.08 3008.114 | 2 0.02 30.10 3008.175 | 1 0.01 30.11 3008.452 | 1 0.01 30.12 3009.064 | 1 0.01 30.13 3011.055 | 1 0.01 30.14 3011.18 | 2 0.02 30.16 3012.151 | 1 0.01 30.17 3012.2 | 1 0.01 30.18 3013.008 | 1 0.01 30.19 3013.212 | 1 0.01 30.20 3014.515 | 1 0.01 30.21 3014.544 | 2 0.02 30.23 3016.1 | 2 0.02 30.25 3016.267 | 1 0.01 30.26 3016.269 | 1 0.01 30.27 3016.996 | 1 0.01 30.28 3017.485 | 1 0.01 30.29 3017.657 | 1 0.01 30.30 3017.731 | 1 0.01 30.31 3018.32 | 1 0.01 30.32 3018.338 | 2 0.02 30.34 3018.457 | 3 0.03 30.37 3018.573 | 1 0.01 30.38 3019.783 | 2 0.02 30.40 3020.043 | 1 0.01 30.41 3021.907 | 1 0.01 30.42 3022.655 | 1 0.01 30.43 3023.066 | 1 0.01 30.44 3023.447 | 1 0.01 30.45 3024.888 | 2 0.02 30.47 3025.639 | 2 0.02 30.49 3026.297 | 1 0.01 30.50 3026.357 | 1 0.01 30.51 3026.787 | 1 0.01 30.52 3027.475 | 1 0.01 30.53 3028.047 | 1 0.01 30.54 3029.043 | 1 0.01 30.55 3030.088 | 1 0.01 30.56 3030.36 | 1 0.01 30.57 3030.752 | 1 0.01 30.58 3030.811 | 1 0.01 30.59 3031.04 | 2 0.02 30.61 3032.716 | 1 0.01 30.62 3032.721 | 1 0.01 30.63 3032.722 | 1 0.01 30.64 3032.781 | 1 0.01 30.65 3033.615 | 1 0.01 30.66 3033.863 | 1 0.01 30.67 3034.893 | 1 0.01 30.68 3034.962 | 1 0.01 30.69 3035.034 | 1 0.01 30.70 3035.329 | 1 0.01 30.71 3035.735 | 1 0.01 30.72 3035.9 | 1 0.01 30.73 3036.756 | 1 0.01 30.74 3037.011 | 1 0.01 30.75 3038.242 | 1 0.01 30.76 3041.63 | 1 0.01 30.77 3042.383 | 1 0.01 30.78 3042.498 | 2 0.02 30.80 3042.918 | 1 0.01 30.81 3043.345 | 2 0.02 30.83 3044.079 | 1 0.01 30.84 3045.644 | 1 0.01 30.85 3045.749 | 1 0.01 30.86 3046.233 | 1 0.01 30.87 3046.85 | 1 0.01 30.88 3046.862 | 1 0.01 30.89 3048.238 | 2 0.02 30.91 3049.262 | 1 0.01 30.92 3051.123 | 2 0.02 30.94 3051.435 | 1 0.01 30.95 3051.673 | 1 0.01 30.96 3052.417 | 2 0.02 30.98 3053.233 | 1 0.01 30.99 3053.703 | 1 0.01 31.00 3053.933 | 1 0.01 31.01 3054.662 | 1 0.01 31.02 3055.248 | 2 0.02 31.04 3055.271 | 1 0.01 31.05 3055.654 | 1 0.01 31.06 3056.176 | 1 0.01 31.07 3056.671 | 2 0.02 31.09 3057.067 | 3 0.03 31.12 3057.126 | 1 0.01 31.13 3058.197 | 2 0.02 31.15 3058.497 | 1 0.01 31.16 3058.821 | 1 0.01 31.17 3060.501 | 2 0.02 31.19 3060.632 | 2 0.02 31.21 3060.647 | 1 0.01 31.22 3061.034 | 1 0.01 31.23 3062.82 | 1 0.01 31.24 3062.845 | 1 0.01 31.25 3062.974 | 1 0.01 31.26 3063.268 | 2 0.02 31.28 3063.348 | 1 0.01 31.29 3063.372 | 1 0.01 31.30 3063.628 | 1 0.01 31.31 3063.681 | 1 0.01 31.32 3064.028 | 2 0.02 31.34 3064.383 | 1 0.01 31.35 3065.99 | 1 0.01 31.36 3066.02 | 1 0.01 31.37 3066.896 | 1 0.01 31.38 3066.927 | 2 0.02 31.40 3067.137 | 1 0.01 31.41 3067.621 | 2 0.02 31.43 3067.994 | 1 0.01 31.44 3069.382 | 1 0.01 31.45 3071.976 | 1 0.01 31.46 3072.025 | 1 0.01 31.47 3074.394 | 1 0.01 31.48 3074.543 | 1 0.01 31.49 3074.992 | 1 0.01 31.50 3075.279 | 1 0.01 31.51 3075.291 | 2 0.02 31.53 3075.411 | 1 0.01 31.54 3077.576 | 2 0.02 31.56 3078.466 | 1 0.01 31.57 3079.48 | 2 0.02 31.59 3079.501 | 1 0.01 31.60 3079.788 | 1 0.01 31.61 3080.553 | 1 0.01 31.62 3082.948 | 1 0.01 31.63 3083.164 | 2 0.02 31.65 3083.954 | 1 0.01 31.66 3085.225 | 2 0.02 31.68 3085.414 | 1 0.01 31.69 3085.624 | 1 0.01 31.70 3085.799 | 2 0.02 31.72 3086.476 | 1 0.01 31.73 3091.442 | 2 0.02 31.75 3091.456 | 1 0.01 31.76 3092.951 | 1 0.01 31.77 3093.135 | 2 0.02 31.79 3093.231 | 1 0.01 31.80 3093.696 | 1 0.01 31.81 3094.393 | 2 0.02 31.83 3095.349 | 1 0.01 31.84 3096.329 | 1 0.01 31.85 3097.794 | 1 0.01 31.86 3097.986 | 1 0.01 31.87 3098.209 | 1 0.01 31.88 3098.348 | 1 0.01 31.89 3098.378 | 2 0.02 31.91 3099.352 | 1 0.01 31.92 3100.963 | 1 0.01 31.93 3102.433 | 1 0.01 31.94 3104.332 | 1 0.01 31.95 3104.556 | 2 0.02 31.97 3104.736 | 2 0.02 31.99 3105.721 | 1 0.01 32.00 3105.834 | 2 0.02 32.02 3106.361 | 1 0.01 32.03 3107.189 | 1 0.01 32.04 3107.994 | 1 0.01 32.05 3107.996 | 1 0.01 32.06 3109.067 | 1 0.01 32.07 3109.965 | 1 0.01 32.08 3110.193 | 1 0.01 32.09 3110.273 | 1 0.01 32.10 3110.363 | 1 0.01 32.11 3112.157 | 1 0.01 32.12 3112.816 | 1 0.01 32.13 3112.976 | 1 0.01 32.14 3114.321 | 2 0.02 32.16 3114.373 | 1 0.01 32.17 3115.003 | 1 0.01 32.18 3115.409 | 1 0.01 32.19 3116.497 | 1 0.01 32.20 3118.128 | 1 0.01 32.21 3118.776 | 2 0.02 32.23 3118.827 | 1 0.01 32.24 3118.901 | 1 0.01 32.25 3118.903 | 1 0.01 32.26 3120.26 | 1 0.01 32.27 3120.449 | 1 0.01 32.28 3120.511 | 2 0.02 32.30 3120.642 | 1 0.01 32.31 3121.525 | 1 0.01 32.32 3121.648 | 2 0.02 32.34 3122.008 | 1 0.01 32.35 3122.132 | 1 0.01 32.36 3122.335 | 1 0.01 32.37 3122.358 | 2 0.02 32.39 3124.465 | 1 0.01 32.40 3124.942 | 1 0.01 32.41 3125.149 | 1 0.01 32.42 3125.387 | 2 0.02 32.44 3125.648 | 1 0.01 32.45 3125.769 | 2 0.02 32.47 3127.665 | 3 0.03 32.50 3128.409 | 2 0.02 32.52 3129.423 | 1 0.01 32.53 3130.239 | 1 0.01 32.54 3130.771 | 1 0.01 32.55 3130.785 | 2 0.02 32.57 3131.456 | 1 0.01 32.58 3132.196 | 1 0.01 32.59 3132.609 | 1 0.01 32.60 3133.662 | 2 0.02 32.62 3134.263 | 2 0.02 32.64 3135.206 | 2 0.02 32.66 3135.819 | 1 0.01 32.67 3135.938 | 1 0.01 32.68 3137.124 | 1 0.01 32.69 3137.71 | 1 0.01 32.70 3139.047 | 1 0.01 32.71 3139.076 | 1 0.01 32.72 3139.121 | 1 0.01 32.73 3139.249 | 1 0.01 32.74 3140.243 | 1 0.01 32.75 3140.315 | 1 0.01 32.76 3140.39 | 1 0.01 32.77 3140.482 | 1 0.01 32.78 3141.339 | 2 0.02 32.80 3141.658 | 1 0.01 32.81 3141.841 | 1 0.01 32.82 3142.776 | 1 0.01 32.83 3142.969 | 1 0.01 32.84 3143.267 | 1 0.01 32.85 3143.343 | 1 0.01 32.86 3144.402 | 1 0.01 32.87 3144.408 | 1 0.01 32.88 3146.093 | 1 0.01 32.89 3146.655 | 1 0.01 32.90 3147.4 | 1 0.01 32.91 3149.243 | 2 0.02 32.93 3149.919 | 1 0.01 32.94 3150.336 | 1 0.01 32.95 3150.772 | 1 0.01 32.96 3152.059 | 1 0.01 32.97 3152.169 | 1 0.01 32.98 3152.232 | 1 0.01 32.99 3152.637 | 1 0.01 33.00 3152.829 | 1 0.01 33.01 3152.935 | 1 0.01 33.02 3153.701 | 1 0.01 33.03 3154.55 | 2 0.02 33.05 3154.947 | 1 0.01 33.06 3155.101 | 1 0.01 33.07 3156.016 | 1 0.01 33.08 3157.311 | 1 0.01 33.09 3157.693 | 1 0.01 33.10 3158.023 | 2 0.02 33.12 3158.68 | 1 0.01 33.13 3159.396 | 1 0.01 33.14 3159.967 | 2 0.02 33.16 3160.2 | 1 0.01 33.17 3160.557 | 1 0.01 33.18 3160.581 | 1 0.01 33.19 3161.346 | 1 0.01 33.20 3162.165 | 1 0.01 33.21 3163.955 | 2 0.02 33.23 3164.123 | 1 0.01 33.24 3164.473 | 1 0.01 33.25 3164.868 | 1 0.01 33.26 3165.489 | 1 0.01 33.27 3165.528 | 1 0.01 33.28 3166.842 | 1 0.01 33.29 3168.35 | 2 0.02 33.31 3168.504 | 2 0.02 33.33 3168.61 | 1 0.01 33.34 3169.543 | 2 0.02 33.36 3170.658 | 1 0.01 33.37 3172.532 | 2 0.02 33.39 3172.972 | 1 0.01 33.40 3174.602 | 1 0.01 33.41 3175.653 | 1 0.01 33.42 3175.817 | 1 0.01 33.43 3176.096 | 1 0.01 33.44 3176.184 | 1 0.01 33.45 3176.274 | 1 0.01 33.46 3176.499 | 1 0.01 33.47 3176.505 | 2 0.02 33.49 3178.336 | 1 0.01 33.50 3179.621 | 1 0.01 33.51 3179.977 | 1 0.01 33.52 3180.416 | 1 0.01 33.53 3180.471 | 1 0.01 33.54 3181.193 | 2 0.02 33.56 3181.693 | 1 0.01 33.57 3182.215 | 1 0.01 33.58 3183.181 | 1 0.01 33.59 3183.23 | 2 0.02 33.61 3183.358 | 1 0.01 33.62 3183.394 | 2 0.02 33.64 3184.25 | 1 0.01 33.65 3184.812 | 1 0.01 33.66 3184.914 | 1 0.01 33.67 3186.673 | 1 0.01 33.68 3187.04 | 1 0.01 33.69 3187.55 | 2 0.02 33.71 3188.521 | 1 0.01 33.72 3188.723 | 1 0.01 33.73 3189.225 | 2 0.02 33.75 3189.252 | 2 0.02 33.77 3189.3 | 2 0.02 33.79 3189.78 | 1 0.01 33.80 3192.169 | 2 0.02 33.82 3192.526 | 1 0.01 33.83 3192.836 | 1 0.01 33.84 3192.849 | 1 0.01 33.85 3192.999 | 1 0.01 33.86 3193.141 | 1 0.01 33.87 3193.838 | 2 0.02 33.89 3194.075 | 1 0.01 33.90 3194.335 | 1 0.01 33.91 3194.593 | 1 0.01 33.92 3195.185 | 1 0.01 33.93 3195.508 | 1 0.01 33.94 3196.289 | 1 0.01 33.95 3196.652 | 1 0.01 33.96 3197.26 | 1 0.01 33.97 3197.841 | 1 0.01 33.98 3198.044 | 1 0.01 33.99 3198.265 | 1 0.01 34.00 3199.007 | 1 0.01 34.01 3199.066 | 2 0.02 34.03 3199.075 | 1 0.01 34.04 3199.083 | 1 0.01 34.05 3199.432 | 1 0.01 34.06 3199.817 | 2 0.02 34.08 3200.108 | 1 0.01 34.09 3201.418 | 1 0.01 34.10 3204.075 | 1 0.01 34.11 3206.95 | 2 0.02 34.13 3207.849 | 2 0.02 34.15 3208.091 | 1 0.01 34.16 3208.678 | 1 0.01 34.17 3209.089 | 2 0.02 34.19 3209.259 | 1 0.01 34.20 3209.411 | 1 0.01 34.21 3209.612 | 1 0.01 34.22 3209.64 | 2 0.02 34.24 3210.967 | 1 0.01 34.25 3211.094 | 2 0.02 34.27 3211.313 | 1 0.01 34.28 3211.936 | 1 0.01 34.29 3213.396 | 1 0.01 34.30 3213.885 | 2 0.02 34.32 3213.965 | 2 0.02 34.34 3214.349 | 1 0.01 34.35 3215.238 | 1 0.01 34.36 3215.311 | 1 0.01 34.37 3216.769 | 1 0.01 34.38 3217.111 | 1 0.01 34.39 3217.961 | 2 0.02 34.41 3218.848 | 1 0.01 34.42 3219.081 | 1 0.01 34.43 3219.112 | 1 0.01 34.44 3220.141 | 1 0.01 34.45 3220.473 | 2 0.02 34.47 3220.523 | 2 0.02 34.49 3220.67 | 2 0.02 34.51 3221.266 | 1 0.01 34.52 3221.383 | 6 0.06 34.58 3221.611 | 2 0.02 34.60 3222.658 | 4 0.04 34.64 3222.8 | 2 0.02 34.66 3222.844 | 3 0.03 34.69 3223.576 | 1 0.01 34.70 3224.784 | 1 0.01 34.71 3225.151 | 1 0.01 34.72 3225.259 | 1 0.01 34.73 3225.456 | 1 0.01 34.74 3225.586 | 1 0.01 34.75 3226.091 | 1 0.01 34.76 3227.545 | 1 0.01 34.77 3228.831 | 1 0.01 34.78 3229.055 | 1 0.01 34.79 3229.238 | 1 0.01 34.80 3229.283 | 1 0.01 34.81 3229.356 | 1 0.01 34.82 3230.343 | 1 0.01 34.83 3230.633 | 1 0.01 34.84 3230.903 | 1 0.01 34.85 3230.933 | 1 0.01 34.86 3230.977 | 2 0.02 34.88 3231.092 | 1 0.01 34.89 3231.151 | 1 0.01 34.90 3231.159 | 1 0.01 34.91 3231.396 | 2 0.02 34.93 3231.425 | 1 0.01 34.94 3231.934 | 1 0.01 34.95 3232.068 | 1 0.01 34.96 3232.566 | 1 0.01 34.97 3232.67 | 1 0.01 34.98 3232.933 | 2 0.02 35.00 3233.204 | 1 0.01 35.01 3233.862 | 1 0.01 35.02 3234.684 | 4 0.04 35.06 3234.771 | 3 0.03 35.09 3235.694 | 1 0.01 35.10 3235.815 | 1 0.01 35.11 3236.19 | 1 0.01 35.12 3236.256 | 1 0.01 35.13 3236.396 | 2 0.02 35.15 3236.575 | 2 0.02 35.17 3237.192 | 1 0.01 35.18 3237.708 | 1 0.01 35.19 3238.241 | 2 0.02 35.21 3238.471 | 1 0.01 35.22 3239.096 | 2 0.02 35.24 3239.674 | 1 0.01 35.25 3239.757 | 1 0.01 35.26 3240.096 | 1 0.01 35.27 3240.574 | 2 0.02 35.29 3241.548 | 1 0.01 35.30 3241.614 | 1 0.01 35.31 3242.451 | 1 0.01 35.32 3242.52 | 1 0.01 35.33 3243.119 | 1 0.01 35.34 3243.915 | 1 0.01 35.35 3244.582 | 1 0.01 35.36 3244.584 | 1 0.01 35.37 3244.793 | 1 0.01 35.38 3245.173 | 1 0.01 35.39 3245.806 | 1 0.01 35.40 3246.287 | 1 0.01 35.41 3247.293 | 1 0.01 35.42 3248.376 | 1 0.01 35.43 3249.465 | 1 0.01 35.44 3250.411 | 1 0.01 35.45 3250.504 | 1 0.01 35.46 3250.674 | 1 0.01 35.47 3250.686 | 1 0.01 35.48 3251.783 | 1 0.01 35.49 3252.119 | 2 0.02 35.51 3252.556 | 2 0.02 35.53 3252.962 | 1 0.01 35.54 3253.656 | 1 0.01 35.55 3254.086 | 1 0.01 35.56 3254.096 | 1 0.01 35.57 3254.688 | 1 0.01 35.58 3256.199 | 1 0.01 35.59 3257.323 | 1 0.01 35.60 3257.986 | 1 0.01 35.61 3258.185 | 1 0.01 35.62 3259.285 | 1 0.01 35.63 3259.428 | 1 0.01 35.64 3259.477 | 1 0.01 35.65 3259.565 | 1 0.01 35.66 3259.629 | 2 0.02 35.68 3259.639 | 1 0.01 35.69 3259.817 | 2 0.02 35.71 3260.315 | 1 0.01 35.72 3261.348 | 1 0.01 35.73 3262.046 | 2 0.02 35.75 3262.574 | 2 0.02 35.77 3263.392 | 1 0.01 35.78 3264.055 | 1 0.01 35.79 3264.284 | 1 0.01 35.80 3265.287 | 1 0.01 35.81 3265.608 | 1 0.01 35.82 3265.914 | 1 0.01 35.83 3266.175 | 2 0.02 35.85 3266.478 | 1 0.01 35.86 3266.482 | 1 0.01 35.87 3266.808 | 1 0.01 35.88 3267.038 | 2 0.02 35.90 3267.329 | 2 0.02 35.92 3268.882 | 1 0.01 35.93 3269.721 | 2 0.02 35.95 3270.641 | 1 0.01 35.96 3270.665 | 1 0.01 35.97 3271.284 | 1 0.01 35.98 3271.932 | 2 0.02 36.00 3271.991 | 1 0.01 36.01 3272.941 | 1 0.01 36.02 3274.952 | 1 0.01 36.03 3275.45 | 1 0.01 36.04 3276.637 | 2 0.02 36.06 3276.677 | 1 0.01 36.07 3276.695 | 2 0.02 36.09 3276.732 | 1 0.01 36.10 3277.187 | 2 0.02 36.12 3277.29 | 2 0.02 36.14 3278.389 | 2 0.02 36.16 3278.393 | 2 0.02 36.18 3278.511 | 1 0.01 36.19 3278.678 | 1 0.01 36.20 3278.703 | 1 0.01 36.21 3279.007 | 1 0.01 36.22 3279.294 | 2 0.02 36.24 3279.308 | 1 0.01 36.25 3280.647 | 1 0.01 36.26 3280.919 | 1 0.01 36.27 3281.069 | 1 0.01 36.28 3281.899 | 2 0.02 36.30 3282.587 | 2 0.02 36.32 3282.964 | 2 0.02 36.34 3283.765 | 1 0.01 36.35 3284.214 | 2 0.02 36.37 3284.382 | 1 0.01 36.38 3284.554 | 1 0.01 36.39 3284.595 | 1 0.01 36.40 3284.819 | 2 0.02 36.42 3285.257 | 2 0.02 36.44 3285.915 | 2 0.02 36.46 3286.002 | 1 0.01 36.47 3286.842 | 1 0.01 36.48 3287.139 | 1 0.01 36.49 3288.031 | 2 0.02 36.51 3288.712 | 1 0.01 36.52 3290.015 | 1 0.01 36.53 3290.685 | 1 0.01 36.54 3291.95 | 1 0.01 36.55 3292.57 | 1 0.01 36.56 3293.391 | 1 0.01 36.57 3294.579 | 2 0.02 36.59 3294.966 | 1 0.01 36.60 3295.604 | 1 0.01 36.61 3296.259 | 2 0.02 36.63 3296.545 | 1 0.01 36.64 3296.923 | 1 0.01 36.65 3297.217 | 1 0.01 36.66 3298.8 | 1 0.01 36.67 3299.253 | 1 0.01 36.68 3299.705 | 1 0.01 36.69 3299.913 | 2 0.02 36.71 3300.423 | 4 0.04 36.75 3301.15 | 2 0.02 36.77 3301.755 | 1 0.01 36.78 3301.985 | 2 0.02 36.80 3302.07 | 1 0.01 36.81 3302.538 | 2 0.02 36.83 3302.666 | 1 0.01 36.84 3302.735 | 1 0.01 36.85 3303.027 | 1 0.01 36.86 3303.158 | 1 0.01 36.87 3303.411 | 1 0.01 36.88 3304.231 | 2 0.02 36.90 3304.522 | 1 0.01 36.91 3304.87 | 1 0.01 36.92 3304.961 | 1 0.01 36.93 3305.658 | 1 0.01 36.94 3305.876 | 4 0.04 36.98 3305.916 | 1 0.01 36.99 3306.297 | 1 0.01 37.00 3308.143 | 2 0.02 37.02 3308.752 | 1 0.01 37.03 3309.469 | 1 0.01 37.04 3309.487 | 1 0.01 37.05 3309.6 | 1 0.01 37.06 3310.195 | 1 0.01 37.07 3310.313 | 1 0.01 37.08 3310.499 | 1 0.01 37.09 3311.508 | 2 0.02 37.11 3312.345 | 1 0.01 37.12 3312.425 | 1 0.01 37.13 3312.55 | 2 0.02 37.15 3313.132 | 1 0.01 37.16 3313.585 | 1 0.01 37.17 3313.694 | 1 0.01 37.18 3314.266 | 1 0.01 37.19 3314.325 | 2 0.02 37.21 3315.095 | 1 0.01 37.22 3315.204 | 1 0.01 37.23 3315.6 | 1 0.01 37.24 3315.886 | 1 0.01 37.25 3316.805 | 1 0.01 37.26 3317.17 | 1 0.01 37.27 3317.636 | 1 0.01 37.28 3317.77 | 1 0.01 37.29 3318.14 | 1 0.01 37.30 3318.903 | 1 0.01 37.31 3319.817 | 1 0.01 37.32 3320.032 | 4 0.04 37.36 3320.398 | 1 0.01 37.37 3320.767 | 1 0.01 37.38 3321.573 | 1 0.01 37.39 3322.037 | 1 0.01 37.40 3323.955 | 1 0.01 37.41 3324.211 | 1 0.01 37.42 3325.93 | 2 0.02 37.44 3326.089 | 2 0.02 37.46 3326.162 | 2 0.02 37.48 3326.857 | 2 0.02 37.50 3327.606 | 2 0.02 37.52 3328.595 | 1 0.01 37.53 3328.674 | 2 0.02 37.55 3328.907 | 1 0.01 37.56 3328.964 | 1 0.01 37.57 3329.089 | 1 0.01 37.58 3329.502 | 1 0.01 37.59 3330.098 | 2 0.02 37.61 3330.247 | 2 0.02 37.63 3330.321 | 1 0.01 37.64 3330.544 | 1 0.01 37.65 3330.588 | 2 0.02 37.67 3330.743 | 1 0.01 37.68 3330.748 | 6 0.06 37.74 3331.366 | 2 0.02 37.76 3331.394 | 1 0.01 37.77 3331.765 | 1 0.01 37.78 3331.983 | 2 0.02 37.80 3332.727 | 4 0.04 37.84 3332.907 | 1 0.01 37.85 3333.192 | 2 0.02 37.87 3333.405 | 2 0.02 37.89 3333.641 | 1 0.01 37.90 3334.049 | 2 0.02 37.92 3334.209 | 1 0.01 37.93 3334.751 | 2 0.02 37.95 3334.768 | 2 0.02 37.97 3335.684 | 1 0.01 37.98 3336.158 | 2 0.02 38.00 3336.548 | 1 0.01 38.01 3337.065 | 1 0.01 38.02 3337.416 | 1 0.01 38.03 3337.75 | 2 0.02 38.05 3338.122 | 2 0.02 38.07 3338.179 | 2 0.02 38.09 3338.403 | 2 0.02 38.11 3338.624 | 2 0.02 38.13 3338.765 | 1 0.01 38.14 3339.472 | 1 0.01 38.15 3339.895 | 1 0.01 38.16 3340.828 | 1 0.01 38.17 3341.123 | 1 0.01 38.18 3341.363 | 2 0.02 38.20 3341.851 | 1 0.01 38.21 3342.259 | 1 0.01 38.22 3343.752 | 1 0.01 38.23 3344.029 | 1 0.01 38.24 3344.18 | 2 0.02 38.26 3344.298 | 2 0.02 38.28 3345.003 | 1 0.01 38.29 3345.121 | 1 0.01 38.30 3345.346 | 1 0.01 38.31 3345.375 | 2 0.02 38.33 3346.559 | 2 0.02 38.35 3346.771 | 1 0.01 38.36 3347.037 | 2 0.02 38.38 3347.08 | 1 0.01 38.39 3347.73 | 2 0.02 38.41 3348.059 | 2 0.02 38.43 3348.192 | 1 0.01 38.44 3348.795 | 1 0.01 38.45 3349.333 | 1 0.01 38.46 3349.372 | 2 0.02 38.48 3349.556 | 1 0.01 38.49 3349.585 | 1 0.01 38.50 3349.998 | 1 0.01 38.51 3350.28 | 2 0.02 38.53 3350.397 | 1 0.01 38.54 3351.212 | 2 0.02 38.56 3351.391 | 1 0.01 38.57 3352.308 | 2 0.02 38.59 3352.421 | 1 0.01 38.60 3352.502 | 1 0.01 38.61 3352.749 | 2 0.02 38.63 3352.934 | 1 0.01 38.64 3353.497 | 1 0.01 38.65 3353.69 | 1 0.01 38.66 3354.068 | 1 0.01 38.67 3354.809 | 2 0.02 38.69 3355.264 | 1 0.01 38.70 3355.453 | 1 0.01 38.71 3355.597 | 2 0.02 38.73 3355.671 | 1 0.01 38.74 3356.459 | 1 0.01 38.75 3357.804 | 1 0.01 38.76 3358.321 | 1 0.01 38.77 3358.697 | 1 0.01 38.78 3358.79 | 1 0.01 38.79 3359.182 | 2 0.02 38.81 3359.473 | 1 0.01 38.82 3360.02 | 1 0.01 38.83 3360.084 | 4 0.04 38.87 3360.113 | 1 0.01 38.88 3360.296 | 1 0.01 38.89 3360.42 | 2 0.02 38.91 3360.806 | 1 0.01 38.92 3360.816 | 2 0.02 38.94 3361.331 | 2 0.02 38.96 3361.459 | 1 0.01 38.97 3361.655 | 2 0.02 38.99 3362.84 | 1 0.01 39.00 3363.079 | 1 0.01 39.01 3363.43 | 2 0.02 39.03 3363.847 | 1 0.01 39.04 3364.127 | 1 0.01 39.05 3364.31 | 2 0.02 39.07 3364.474 | 2 0.02 39.09 3364.665 | 1 0.01 39.10 3365.049 | 1 0.01 39.11 3365.121 | 1 0.01 39.12 3365.202 | 2 0.02 39.14 3365.23 | 1 0.01 39.15 3365.365 | 2 0.02 39.17 3365.368 | 1 0.01 39.18 3365.82 | 1 0.01 39.19 3366.382 | 1 0.01 39.20 3366.531 | 2 0.02 39.22 3367.054 | 2 0.02 39.24 3367.106 | 4 0.04 39.28 3367.419 | 1 0.01 39.29 3367.974 | 2 0.02 39.31 3368.027 | 1 0.01 39.32 3368.142 | 1 0.01 39.33 3368.307 | 1 0.01 39.34 3368.765 | 1 0.01 39.35 3368.982 | 2 0.02 39.37 3369.182 | 1 0.01 39.38 3369.249 | 1 0.01 39.39 3369.744 | 1 0.01 39.40 3370.621 | 1 0.01 39.41 3370.784 | 2 0.02 39.43 3372.242 | 1 0.01 39.44 3372.532 | 2 0.02 39.46 3372.668 | 1 0.01 39.47 3373.017 | 1 0.01 39.48 3373.808 | 1 0.01 39.49 3373.84 | 1 0.01 39.50 3374.434 | 1 0.01 39.51 3374.744 | 1 0.01 39.52 3375.019 | 1 0.01 39.53 3375.222 | 2 0.02 39.55 3375.258 | 1 0.01 39.56 3375.762 | 1 0.01 39.57 3375.776 | 1 0.01 39.58 3376.047 | 1 0.01 39.59 3376.529 | 1 0.01 39.60 3377.26 | 2 0.02 39.62 3377.577 | 2 0.02 39.64 3378.588 | 1 0.01 39.65 3378.593 | 3 0.03 39.68 3378.716 | 1 0.01 39.69 3378.762 | 4 0.04 39.73 3379.198 | 2 0.02 39.75 3379.448 | 1 0.01 39.76 3380.634 | 1 0.01 39.77 3380.726 | 1 0.01 39.78 3381.34 | 2 0.02 39.80 3381.586 | 2 0.02 39.82 3382.111 | 1 0.01 39.83 3382.916 | 1 0.01 39.84 3383.227 | 1 0.01 39.85 3383.49 | 1 0.01 39.86 3383.499 | 1 0.01 39.87 3383.572 | 1 0.01 39.88 3384.481 | 2 0.02 39.90 3384.823 | 1 0.01 39.91 3385.322 | 2 0.02 39.93 3385.89 | 2 0.02 39.95 3386.36 | 1 0.01 39.96 3387.099 | 1 0.01 39.97 3387.236 | 1 0.01 39.98 3387.479 | 1 0.01 39.99 3387.897 | 1 0.01 40.00 3388.098 | 1 0.01 40.01 3389.163 | 2 0.02 40.03 3390.223 | 1 0.01 40.04 3390.263 | 1 0.01 40.05 3390.472 | 2 0.02 40.07 3390.473 | 1 0.01 40.08 3390.692 | 1 0.01 40.09 3391.406 | 1 0.01 40.10 3392.561 | 2 0.02 40.12 3392.929 | 1 0.01 40.13 3392.945 | 1 0.01 40.14 3392.964 | 1 0.01 40.15 3393.13 | 1 0.01 40.16 3394.441 | 1 0.01 40.17 3394.537 | 1 0.01 40.18 3394.667 | 1 0.01 40.19 3394.94 | 1 0.01 40.20 3395.058 | 1 0.01 40.21 3395.694 | 2 0.02 40.23 3396.071 | 2 0.02 40.25 3396.159 | 1 0.01 40.26 3396.194 | 1 0.01 40.27 3396.213 | 1 0.01 40.28 3397.242 | 1 0.01 40.29 3397.393 | 2 0.02 40.31 3397.598 | 2 0.02 40.33 3397.875 | 2 0.02 40.35 3397.942 | 2 0.02 40.37 3398.274 | 1 0.01 40.38 3398.785 | 2 0.02 40.40 3398.954 | 1 0.01 40.41 3399.916 | 2 0.02 40.43 3399.999 | 1 0.01 40.44 3400.725 | 2 0.02 40.46 3400.798 | 1 0.01 40.47 3402.942 | 1 0.01 40.48 3402.957 | 2 0.02 40.50 3403.595 | 1 0.01 40.51 3403.756 | 1 0.01 40.52 3403.908 | 2 0.02 40.54 3404.128 | 2 0.02 40.56 3404.595 | 1 0.01 40.57 3405.386 | 1 0.01 40.58 3405.593 | 1 0.01 40.59 3406.291 | 2 0.02 40.61 3406.502 | 1 0.01 40.62 3406.952 | 1 0.01 40.63 3407.036 | 2 0.02 40.65 3407.672 | 1 0.01 40.66 3408.012 | 2 0.02 40.68 3408.104 | 1 0.01 40.69 3408.7 | 2 0.02 40.71 3408.793 | 2 0.02 40.73 3408.844 | 1 0.01 40.74 3408.99 | 2 0.02 40.76 3409.3 | 1 0.01 40.77 3410.155 | 2 0.02 40.79 3410.243 | 2 0.02 40.81 3410.487 | 1 0.01 40.82 3411.461 | 1 0.01 40.83 3411.649 | 1 0.01 40.84 3411.78 | 2 0.02 40.86 3411.892 | 1 0.01 40.87 3413.316 | 1 0.01 40.88 3414.693 | 1 0.01 40.89 3415.416 | 2 0.02 40.91 3415.539 | 1 0.01 40.92 3415.798 | 1 0.01 40.93 3416.292 | 2 0.02 40.95 3417.506 | 2 0.02 40.97 3417.517 | 2 0.02 40.99 3417.863 | 2 0.02 41.01 3417.998 | 1 0.01 41.02 3418.783 | 2 0.02 41.04 3419.483 | 1 0.01 41.05 3420.08 | 1 0.01 41.06 3420.356 | 1 0.01 41.07 3420.538 | 1 0.01 41.08 3420.538 | 1 0.01 41.09 3420.665 | 1 0.01 41.10 3420.925 | 1 0.01 41.11 3421.133 | 2 0.02 41.13 3421.155 | 1 0.01 41.14 3421.771 | 2 0.02 41.16 3421.786 | 1 0.01 41.17 3421.916 | 3 0.03 41.20 3422.309 | 1 0.01 41.21 3422.723 | 1 0.01 41.22 3422.781 | 1 0.01 41.23 3422.892 | 1 0.01 41.24 3423.248 | 2 0.02 41.26 3423.302 | 1 0.01 41.27 3424.093 | 1 0.01 41.28 3424.352 | 1 0.01 41.29 3424.633 | 2 0.02 41.31 3425.396 | 2 0.02 41.33 3427.372 | 2 0.02 41.35 3429.064 | 1 0.01 41.36 3429.71 | 1 0.01 41.37 3429.912 | 2 0.02 41.39 3429.913 | 1 0.01 41.40 3430.481 | 2 0.02 41.42 3431.416 | 2 0.02 41.44 3431.504 | 1 0.01 41.45 3431.692 | 2 0.02 41.47 3431.712 | 1 0.01 41.48 3432.239 | 1 0.01 41.49 3432.284 | 1 0.01 41.50 3432.292 | 2 0.02 41.52 3432.325 | 1 0.01 41.53 3432.477 | 2 0.02 41.55 3432.668 | 1 0.01 41.56 3432.683 | 2 0.02 41.58 3433.269 | 1 0.01 41.59 3433.867 | 1 0.01 41.60 3434.389 | 1 0.01 41.61 3434.742 | 1 0.01 41.62 3434.893 | 2 0.02 41.64 3435.372 | 1 0.01 41.65 3435.541 | 4 0.04 41.69 3435.772 | 1 0.01 41.70 3436.229 | 2 0.02 41.72 3436.969 | 1 0.01 41.73 3437.865 | 1 0.01 41.74 3437.871 | 2 0.02 41.76 3439.506 | 2 0.02 41.78 3439.59 | 1 0.01 41.79 3440.35 | 1 0.01 41.80 3441.042 | 6 0.06 41.86 3441.09 | 1 0.01 41.87 3441.189 | 2 0.02 41.89 3441.489 | 1 0.01 41.90 3441.523 | 1 0.01 41.91 3441.698 | 1 0.01 41.92 3442.301 | 1 0.01 41.93 3443.144 | 1 0.01 41.94 3444.973 | 1 0.01 41.95 3445.304 | 2 0.02 41.97 3445.639 | 1 0.01 41.98 3445.916 | 1 0.01 41.99 3446.768 | 1 0.01 42.00 3446.927 | 1 0.01 42.01 3446.994 | 2 0.02 42.03 3447.265 | 1 0.01 42.04 3448.725 | 1 0.01 42.05 3448.816 | 2 0.02 42.07 3449.794 | 1 0.01 42.08 3450.205 | 1 0.01 42.09 3450.545 | 2 0.02 42.11 3450.78 | 1 0.01 42.12 3450.8 | 1 0.01 42.13 3450.821 | 1 0.01 42.14 3451.028 | 1 0.01 42.15 3451.112 | 2 0.02 42.17 3451.226 | 1 0.01 42.18 3451.822 | 1 0.01 42.19 3452.766 | 1 0.01 42.20 3452.904 | 1 0.01 42.21 3453.096 | 1 0.01 42.22 3453.258 | 2 0.02 42.24 3453.597 | 1 0.01 42.25 3453.818 | 2 0.02 42.27 3454.017 | 1 0.01 42.28 3454.153 | 1 0.01 42.29 3454.202 | 1 0.01 42.30 3454.304 | 1 0.01 42.31 3455.206 | 1 0.01 42.32 3455.539 | 1 0.01 42.33 3455.97 | 2 0.02 42.35 3456.128 | 2 0.02 42.37 3457.108 | 2 0.02 42.39 3457.457 | 2 0.02 42.41 3457.724 | 1 0.01 42.42 3458.11 | 1 0.01 42.43 3458.205 | 1 0.01 42.44 3458.968 | 1 0.01 42.45 3459.216 | 1 0.01 42.46 3459.253 | 2 0.02 42.48 3459.388 | 1 0.01 42.49 3459.998 | 1 0.01 42.50 3460.557 | 1 0.01 42.51 3460.834 | 1 0.01 42.52 3460.957 | 1 0.01 42.53 3461.341 | 1 0.01 42.54 3461.405 | 1 0.01 42.55 3461.423 | 2 0.02 42.57 3461.569 | 1 0.01 42.58 3462.232 | 4 0.04 42.62 3462.47 | 1 0.01 42.63 3462.579 | 1 0.01 42.64 3462.775 | 1 0.01 42.65 3462.805 | 2 0.02 42.67 3463.001 | 2 0.02 42.69 3463.315 | 1 0.01 42.70 3463.335 | 2 0.02 42.72 3463.383 | 2 0.02 42.74 3463.707 | 1 0.01 42.75 3464.517 | 2 0.02 42.77 3464.635 | 1 0.01 42.78 3465.046 | 1 0.01 42.79 3465.678 | 1 0.01 42.80 3466.516 | 2 0.02 42.82 3467.157 | 1 0.01 42.83 3469.212 | 1 0.01 42.84 3469.418 | 2 0.02 42.86 3469.448 | 2 0.02 42.88 3469.517 | 2 0.02 42.90 3469.534 | 2 0.02 42.92 3469.721 | 1 0.01 42.93 3469.919 | 1 0.01 42.94 3469.959 | 1 0.01 42.95 3470.165 | 1 0.01 42.96 3470.255 | 2 0.02 42.98 3470.484 | 2 0.02 43.00 3470.528 | 2 0.02 43.02 3470.731 | 1 0.01 43.03 3470.761 | 1 0.01 43.04 3471.101 | 2 0.02 43.06 3471.179 | 1 0.01 43.07 3471.516 | 2 0.02 43.09 3471.832 | 1 0.01 43.10 3472.19 | 1 0.01 43.11 3472.202 | 1 0.01 43.12 3472.479 | 2 0.02 43.14 3472.826 | 1 0.01 43.15 3473.086 | 1 0.01 43.16 3473.126 | 1 0.01 43.17 3474.215 | 2 0.02 43.19 3474.283 | 1 0.01 43.20 3474.623 | 1 0.01 43.21 3475.019 | 1 0.01 43.22 3475.213 | 2 0.02 43.24 3475.268 | 1 0.01 43.25 3475.396 | 1 0.01 43.26 3476.41 | 2 0.02 43.28 3476.414 | 2 0.02 43.30 3476.743 | 1 0.01 43.31 3478.217 | 2 0.02 43.33 3478.913 | 2 0.02 43.35 3479.026 | 2 0.02 43.37 3479.178 | 1 0.01 43.38 3479.26 | 1 0.01 43.39 3480.03 | 2 0.02 43.41 3480.267 | 1 0.01 43.42 3480.934 | 1 0.01 43.43 3481.622 | 2 0.02 43.45 3481.726 | 1 0.01 43.46 3481.792 | 4 0.04 43.50 3482.097 | 1 0.01 43.51 3482.115 | 1 0.01 43.52 3482.177 | 2 0.02 43.54 3482.888 | 1 0.01 43.55 3483.168 | 2 0.02 43.57 3483.302 | 1 0.01 43.58 3483.862 | 1 0.01 43.59 3486.166 | 1 0.01 43.60 3486.477 | 4 0.04 43.64 3486.566 | 1 0.01 43.65 3487.251 | 2 0.02 43.67 3487.478 | 2 0.02 43.69 3488.331 | 1 0.01 43.70 3488.939 | 2 0.02 43.72 3488.97 | 2 0.02 43.74 3489.012 | 2 0.02 43.76 3489.504 | 1 0.01 43.77 3489.682 | 1 0.01 43.78 3489.771 | 1 0.01 43.79 3490.073 | 1 0.01 43.80 3490.102 | 2 0.02 43.82 3491.04 | 2 0.02 43.84 3491.429 | 2 0.02 43.86 3491.53 | 1 0.01 43.87 3491.759 | 1 0.01 43.88 3492.01 | 1 0.01 43.89 3492.6 | 2 0.02 43.91 3492.89 | 2 0.02 43.93 3493.304 | 1 0.01 43.94 3493.69 | 1 0.01 43.95 3493.868 | 1 0.01 43.96 3494.075 | 2 0.02 43.98 3494.916 | 1 0.01 43.99 3496.29 | 2 0.02 44.01 3496.345 | 1 0.01 44.02 3496.449 | 1 0.01 44.03 3496.679 | 1 0.01 44.04 3496.856 | 1 0.01 44.05 3496.971 | 2 0.02 44.07 3497.122 | 1 0.01 44.08 3497.144 | 1 0.01 44.09 3497.424 | 6 0.06 44.15 3497.87 | 1 0.01 44.16 3497.886 | 1 0.01 44.17 3498.013 | 1 0.01 44.18 3498.362 | 1 0.01 44.19 3498.448 | 2 0.02 44.21 3498.593 | 1 0.01 44.22 3499.986 | 1 0.01 44.23 3500.068 | 1 0.01 44.24 3500.089 | 1 0.01 44.25 3500.228 | 2 0.02 44.27 3500.309 | 1 0.01 44.28 3500.653 | 1 0.01 44.29 3502.121 | 2 0.02 44.31 3502.468 | 1 0.01 44.32 3502.495 | 2 0.02 44.34 3502.825 | 1 0.01 44.35 3502.884 | 1 0.01 44.36 3503.448 | 1 0.01 44.37 3503.465 | 1 0.01 44.38 3504.415 | 1 0.01 44.39 3504.802 | 2 0.02 44.41 3505.498 | 2 0.02 44.43 3505.507 | 2 0.02 44.45 3505.655 | 1 0.01 44.46 3505.714 | 1 0.01 44.47 3505.775 | 1 0.01 44.48 3505.972 | 2 0.02 44.50 3506.185 | 2 0.02 44.52 3508.149 | 2 0.02 44.54 3508.97 | 2 0.02 44.56 3509.153 | 1 0.01 44.57 3509.198 | 2 0.02 44.59 3509.336 | 1 0.01 44.60 3509.575 | 1 0.01 44.61 3509.757 | 2 0.02 44.63 3510.633 | 1 0.01 44.64 3510.655 | 1 0.01 44.65 3510.689 | 1 0.01 44.66 3510.699 | 2 0.02 44.68 3510.95 | 2 0.02 44.70 3510.951 | 1 0.01 44.71 3511.233 | 2 0.02 44.73 3511.264 | 2 0.02 44.75 3512.556 | 1 0.01 44.76 3512.751 | 2 0.02 44.78 3512.765 | 1 0.01 44.79 3513.223 | 1 0.01 44.80 3513.477 | 1 0.01 44.81 3514.342 | 2 0.02 44.83 3514.582 | 2 0.02 44.85 3515.131 | 1 0.01 44.86 3516.073 | 1 0.01 44.87 3516.424 | 1 0.01 44.88 3516.52 | 1 0.01 44.89 3516.566 | 1 0.01 44.90 3518.305 | 2 0.02 44.92 3518.708 | 1 0.01 44.93 3519.255 | 1 0.01 44.94 3519.338 | 1 0.01 44.95 3519.715 | 1 0.01 44.96 3519.902 | 1 0.01 44.97 3519.913 | 2 0.02 44.99 3520.321 | 2 0.02 45.01 3520.456 | 1 0.01 45.02 3520.473 | 1 0.01 45.03 3520.552 | 2 0.02 45.05 3521.143 | 2 0.02 45.07 3521.808 | 1 0.01 45.08 3522.016 | 2 0.02 45.10 3522.286 | 2 0.02 45.12 3522.702 | 1 0.01 45.13 3522.797 | 6 0.06 45.19 3523.261 | 1 0.01 45.20 3523.387 | 2 0.02 45.22 3523.501 | 1 0.01 45.23 3523.947 | 1 0.01 45.24 3524.336 | 2 0.02 45.26 3524.403 | 1 0.01 45.27 3524.961 | 2 0.02 45.29 3525.308 | 1 0.01 45.30 3525.552 | 1 0.01 45.31 3526.922 | 1 0.01 45.32 3527.873 | 1 0.01 45.33 3527.985 | 2 0.02 45.35 3528.725 | 2 0.02 45.37 3528.892 | 2 0.02 45.39 3528.949 | 2 0.02 45.41 3529.556 | 2 0.02 45.43 3529.7 | 2 0.02 45.45 3530.588 | 1 0.01 45.46 3530.66 | 1 0.01 45.47 3531.321 | 2 0.02 45.49 3531.33 | 2 0.02 45.51 3531.469 | 2 0.02 45.53 3531.855 | 1 0.01 45.54 3532.755 | 2 0.02 45.56 3532.805 | 1 0.01 45.57 3532.868 | 2 0.02 45.59 3532.958 | 2 0.02 45.61 3532.968 | 1 0.01 45.62 3532.972 | 1 0.01 45.63 3533.03 | 1 0.01 45.64 3533.365 | 1 0.01 45.65 3533.88 | 1 0.01 45.66 3534.004 | 2 0.02 45.68 3534.091 | 2 0.02 45.70 3534.889 | 2 0.02 45.72 3535.59 | 2 0.02 45.74 3535.758 | 1 0.01 45.75 3535.972 | 2 0.02 45.77 3536.227 | 2 0.02 45.79 3536.238 | 1 0.01 45.80 3536.278 | 2 0.02 45.82 3536.59 | 2 0.02 45.84 3536.714 | 2 0.02 45.86 3536.802 | 1 0.01 45.87 3536.993 | 2 0.02 45.89 3537.023 | 1 0.01 45.90 3537.252 | 2 0.02 45.92 3537.949 | 1 0.01 45.93 3537.984 | 1 0.01 45.94 3538.127 | 1 0.01 45.95 3538.325 | 1 0.01 45.96 3538.363 | 2 0.02 45.98 3538.96 | 1 0.01 45.99 3539.459 | 1 0.01 46.00 3540.014 | 1 0.01 46.01 3540.067 | 2 0.02 46.03 3540.654 | 1 0.01 46.04 3540.762 | 2 0.02 46.06 3540.839 | 1 0.01 46.07 3541.554 | 1 0.01 46.08 3541.634 | 1 0.01 46.09 3542.176 | 1 0.01 46.10 3542.211 | 2 0.02 46.12 3542.233 | 2 0.02 46.14 3542.236 | 1 0.01 46.15 3542.374 | 2 0.02 46.17 3542.499 | 2 0.02 46.19 3542.613 | 2 0.02 46.21 3542.84 | 1 0.01 46.22 3542.964 | 1 0.01 46.23 3543.123 | 2 0.02 46.25 3543.266 | 1 0.01 46.26 3543.784 | 6 0.06 46.32 3543.906 | 2 0.02 46.34 3543.984 | 1 0.01 46.35 3544.633 | 2 0.02 46.37 3545.548 | 1 0.01 46.38 3546.172 | 2 0.02 46.40 3546.529 | 2 0.02 46.42 3547.038 | 2 0.02 46.44 3547.29 | 1 0.01 46.45 3547.448 | 1 0.01 46.46 3547.72 | 2 0.02 46.48 3547.883 | 2 0.02 46.50 3547.988 | 1 0.01 46.51 3548.105 | 2 0.02 46.53 3548.391 | 2 0.02 46.55 3548.502 | 2 0.02 46.57 3548.948 | 2 0.02 46.59 3549.268 | 1 0.01 46.60 3549.762 | 1 0.01 46.61 3549.865 | 1 0.01 46.62 3550.462 | 1 0.01 46.63 3550.521 | 1 0.01 46.64 3550.587 | 1 0.01 46.65 3550.618 | 1 0.01 46.66 3551.095 | 4 0.04 46.70 3551.295 | 1 0.01 46.71 3551.803 | 2 0.02 46.73 3551.858 | 1 0.01 46.74 3552.166 | 2 0.02 46.76 3552.454 | 3 0.03 46.79 3552.492 | 2 0.02 46.81 3552.656 | 1 0.01 46.82 3553.209 | 1 0.01 46.83 3553.427 | 1 0.01 46.84 3553.474 | 2 0.02 46.86 3553.578 | 1 0.01 46.87 3553.692 | 1 0.01 46.88 3553.834 | 1 0.01 46.89 3554.12 | 1 0.01 46.90 3554.544 | 2 0.02 46.92 3554.992 | 1 0.01 46.93 3555.31 | 2 0.02 46.95 3555.567 | 2 0.02 46.97 3555.76 | 1 0.01 46.98 3555.942 | 1 0.01 46.99 3556.797 | 2 0.02 47.01 3556.809 | 2 0.02 47.03 3557.348 | 1 0.01 47.04 3558.233 | 1 0.01 47.05 3558.349 | 1 0.01 47.06 3559.135 | 2 0.02 47.08 3559.731 | 2 0.02 47.10 3559.791 | 2 0.02 47.12 3559.992 | 2 0.02 47.14 3560.524 | 2 0.02 47.16 3560.528 | 1 0.01 47.17 3560.856 | 2 0.02 47.19 3561.073 | 1 0.01 47.20 3561.397 | 2 0.02 47.22 3561.431 | 2 0.02 47.24 3561.543 | 1 0.01 47.25 3561.642 | 1 0.01 47.26 3562.62 | 1 0.01 47.27 3562.778 | 4 0.04 47.31 3563.277 | 2 0.02 47.33 3563.498 | 1 0.01 47.34 3563.947 | 1 0.01 47.35 3564.512 | 2 0.02 47.37 3564.56 | 1 0.01 47.38 3565.111 | 4 0.04 47.42 3565.492 | 1 0.01 47.43 3565.904 | 1 0.01 47.44 3566.058 | 1 0.01 47.45 3566.485 | 2 0.02 47.47 3566.512 | 1 0.01 47.48 3567.066 | 1 0.01 47.49 3567.585 | 2 0.02 47.51 3568.352 | 2 0.02 47.53 3568.386 | 2 0.02 47.55 3568.581 | 3 0.03 47.58 3568.846 | 2 0.02 47.60 3569.401 | 4 0.04 47.64 3569.412 | 1 0.01 47.65 3569.486 | 2 0.02 47.67 3569.579 | 2 0.02 47.69 3570.899 | 2 0.02 47.71 3571.01 | 1 0.01 47.72 3571.244 | 1 0.01 47.73 3571.768 | 1 0.01 47.74 3571.81 | 1 0.01 47.75 3571.867 | 1 0.01 47.76 3573.107 | 2 0.02 47.78 3573.226 | 2 0.02 47.80 3573.309 | 2 0.02 47.82 3573.466 | 1 0.01 47.83 3573.474 | 1 0.01 47.84 3573.846 | 1 0.01 47.85 3574.079 | 1 0.01 47.86 3574.498 | 2 0.02 47.88 3574.847 | 2 0.02 47.90 3575.189 | 1 0.01 47.91 3575.843 | 2 0.02 47.93 3576.623 | 2 0.02 47.95 3576.773 | 1 0.01 47.96 3577.126 | 2 0.02 47.98 3577.384 | 2 0.02 48.00 3578.563 | 1 0.01 48.01 3579.095 | 1 0.01 48.02 3579.439 | 2 0.02 48.04 3580.211 | 1 0.01 48.05 3580.295 | 1 0.01 48.06 3580.521 | 1 0.01 48.07 3580.645 | 4 0.04 48.11 3581.231 | 1 0.01 48.12 3582.143 | 1 0.01 48.13 3582.269 | 1 0.01 48.14 3582.537 | 1 0.01 48.15 3582.591 | 2 0.02 48.17 3582.673 | 2 0.02 48.19 3582.78 | 2 0.02 48.21 3582.877 | 1 0.01 48.22 3582.976 | 1 0.01 48.23 3583.007 | 1 0.01 48.24 3583.447 | 1 0.01 48.25 3583.895 | 1 0.01 48.26 3584.092 | 1 0.01 48.27 3584.718 | 2 0.02 48.29 3585.106 | 1 0.01 48.30 3586.35 | 2 0.02 48.32 3586.47 | 1 0.01 48.33 3586.573 | 1 0.01 48.34 3586.889 | 2 0.02 48.36 3587.17 | 1 0.01 48.37 3587.213 | 1 0.01 48.38 3587.226 | 1 0.01 48.39 3587.413 | 1 0.01 48.40 3587.779 | 2 0.02 48.42 3587.854 | 1 0.01 48.43 3588.78 | 1 0.01 48.44 3588.847 | 2 0.02 48.46 3588.875 | 2 0.02 48.48 3588.885 | 1 0.01 48.49 3588.97 | 2 0.02 48.51 3588.991 | 2 0.02 48.53 3589.102 | 1 0.01 48.54 3589.217 | 1 0.01 48.55 3589.749 | 1 0.01 48.56 3590.356 | 1 0.01 48.57 3590.614 | 1 0.01 48.58 3590.846 | 2 0.02 48.60 3591.382 | 4 0.04 48.64 3591.749 | 2 0.02 48.66 3592.425 | 1 0.01 48.67 3592.669 | 1 0.01 48.68 3593.211 | 1 0.01 48.69 3593.623 | 1 0.01 48.70 3593.993 | 1 0.01 48.71 3594.061 | 2 0.02 48.73 3594.748 | 1 0.01 48.74 3594.813 | 1 0.01 48.75 3594.869 | 1 0.01 48.76 3595.81 | 2 0.02 48.78 3596.791 | 1 0.01 48.79 3596.92 | 1 0.01 48.80 3597.595 | 1 0.01 48.81 3597.966 | 1 0.01 48.82 3598.417 | 2 0.02 48.84 3598.549 | 2 0.02 48.86 3598.839 | 1 0.01 48.87 3598.968 | 2 0.02 48.89 3599.073 | 1 0.01 48.90 3599.14 | 1 0.01 48.91 3599.383 | 1 0.01 48.92 3599.533 | 2 0.02 48.94 3601.449 | 2 0.02 48.96 3601.976 | 2 0.02 48.98 3602.271 | 1 0.01 48.99 3602.546 | 1 0.01 49.00 3602.706 | 1 0.01 49.01 3602.947 | 1 0.01 49.02 3603.624 | 1 0.01 49.03 3603.766 | 1 0.01 49.04 3604.321 | 1 0.01 49.05 3604.358 | 1 0.01 49.06 3604.777 | 2 0.02 49.08 3604.883 | 1 0.01 49.09 3605.214 | 1 0.01 49.10 3605.226 | 2 0.02 49.12 3605.311 | 2 0.02 49.14 3606.673 | 1 0.01 49.15 3606.872 | 2 0.02 49.17 3607.547 | 1 0.01 49.18 3608.506 | 2 0.02 49.20 3608.956 | 1 0.01 49.21 3608.993 | 2 0.02 49.23 3609.77 | 1 0.01 49.24 3610.255 | 2 0.02 49.26 3610.883 | 1 0.01 49.27 3611.091 | 2 0.02 49.29 3612.008 | 2 0.02 49.31 3612.067 | 1 0.01 49.32 3612.428 | 1 0.01 49.33 3612.808 | 1 0.01 49.34 3613.044 | 1 0.01 49.35 3613.295 | 2 0.02 49.37 3613.343 | 1 0.01 49.38 3613.644 | 1 0.01 49.39 3614.152 | 1 0.01 49.40 3614.554 | 1 0.01 49.41 3615.067 | 1 0.01 49.42 3615.175 | 2 0.02 49.44 3615.18 | 2 0.02 49.46 3615.508 | 2 0.02 49.48 3615.558 | 1 0.01 49.49 3615.712 | 1 0.01 49.50 3616.463 | 1 0.01 49.51 3616.673 | 4 0.04 49.55 3617.405 | 1 0.01 49.56 3618.527 | 1 0.01 49.57 3619.774 | 2 0.02 49.59 3619.872 | 1 0.01 49.60 3620.01 | 1 0.01 49.61 3620.841 | 1 0.01 49.62 3621.064 | 2 0.02 49.64 3621.11 | 1 0.01 49.65 3621.169 | 1 0.01 49.66 3621.258 | 1 0.01 49.67 3621.292 | 1 0.01 49.68 3621.692 | 1 0.01 49.69 3621.846 | 1 0.01 49.70 3622.03 | 2 0.02 49.72 3622.11 | 2 0.02 49.74 3622.256 | 2 0.02 49.76 3622.332 | 1 0.01 49.77 3622.67 | 1 0.01 49.78 3622.758 | 2 0.02 49.80 3623.251 | 2 0.02 49.82 3623.486 | 2 0.02 49.84 3624.348 | 1 0.01 49.85 3624.582 | 2 0.02 49.87 3624.637 | 2 0.02 49.89 3624.796 | 1 0.01 49.90 3624.994 | 1 0.01 49.91 3625.136 | 2 0.02 49.93 3625.269 | 1 0.01 49.94 3625.852 | 1 0.01 49.95 3626.236 | 1 0.01 49.96 3626.789 | 2 0.02 49.98 3626.938 | 4 0.04 50.02 3627.01 | 1 0.01 50.03 3627.131 | 2 0.02 50.05 3627.387 | 1 0.01 50.06 3627.625 | 1 0.01 50.07 3627.924 | 2 0.02 50.09 3628.23 | 1 0.01 50.10 3628.34 | 1 0.01 50.11 3628.493 | 1 0.01 50.12 3629.561 | 1 0.01 50.13 3629.923 | 1 0.01 50.14 3630.454 | 1 0.01 50.15 3631.282 | 1 0.01 50.16 3631.506 | 1 0.01 50.17 3631.671 | 2 0.02 50.19 3631.83 | 2 0.02 50.21 3632.526 | 1 0.01 50.22 3632.716 | 2 0.02 50.24 3632.774 | 2 0.02 50.26 3632.945 | 2 0.02 50.28 3633.171 | 1 0.01 50.29 3633.749 | 1 0.01 50.30 3634.123 | 1 0.01 50.31 3634.297 | 1 0.01 50.32 3634.33 | 1 0.01 50.33 3634.363 | 2 0.02 50.35 3634.371 | 1 0.01 50.36 3635.352 | 1 0.01 50.37 3636.416 | 1 0.01 50.38 3636.89 | 1 0.01 50.39 3636.936 | 2 0.02 50.41 3637.648 | 1 0.01 50.42 3637.768 | 2 0.02 50.44 3638.237 | 1 0.01 50.45 3638.43 | 1 0.01 50.46 3639.297 | 1 0.01 50.47 3639.547 | 1 0.01 50.48 3639.576 | 1 0.01 50.49 3639.967 | 1 0.01 50.50 3640.005 | 1 0.01 50.51 3640.264 | 2 0.02 50.53 3640.328 | 1 0.01 50.54 3640.473 | 1 0.01 50.55 3641.336 | 1 0.01 50.56 3641.907 | 1 0.01 50.57 3642.156 | 1 0.01 50.58 3642.581 | 1 0.01 50.59 3642.908 | 1 0.01 50.60 3643.607 | 1 0.01 50.61 3643.813 | 2 0.02 50.63 3643.943 | 1 0.01 50.64 3644.266 | 1 0.01 50.65 3644.282 | 1 0.01 50.66 3644.478 | 2 0.02 50.68 3645.055 | 2 0.02 50.70 3645.183 | 1 0.01 50.71 3645.519 | 1 0.01 50.72 3645.785 | 2 0.02 50.74 3645.823 | 1 0.01 50.75 3645.834 | 1 0.01 50.76 3646.106 | 1 0.01 50.77 3646.544 | 1 0.01 50.78 3646.671 | 2 0.02 50.80 3647.015 | 2 0.02 50.82 3647.048 | 2 0.02 50.84 3647.284 | 1 0.01 50.85 3647.839 | 1 0.01 50.86 3648.32 | 1 0.01 50.87 3648.415 | 1 0.01 50.88 3648.458 | 1 0.01 50.89 3648.654 | 2 0.02 50.91 3648.703 | 1 0.01 50.92 3648.778 | 2 0.02 50.94 3650.223 | 2 0.02 50.96 3650.399 | 2 0.02 50.98 3650.479 | 1 0.01 50.99 3650.544 | 2 0.02 51.01 3651.703 | 2 0.02 51.03 3652.15 | 1 0.01 51.04 3652.367 | 1 0.01 51.05 3652.932 | 2 0.02 51.07 3653.561 | 1 0.01 51.08 3653.588 | 2 0.02 51.10 3654.272 | 1 0.01 51.11 3654.29 | 1 0.01 51.12 3654.459 | 2 0.02 51.14 3654.931 | 1 0.01 51.15 3655.127 | 1 0.01 51.16 3655.164 | 1 0.01 51.17 3655.244 | 1 0.01 51.18 3655.536 | 6 0.06 51.24 3655.584 | 1 0.01 51.25 3655.831 | 2 0.02 51.27 3656.064 | 1 0.01 51.28 3656.105 | 1 0.01 51.29 3656.518 | 2 0.02 51.31 3656.59 | 1 0.01 51.32 3657.063 | 1 0.01 51.33 3657.091 | 2 0.02 51.35 3657.388 | 1 0.01 51.36 3657.745 | 1 0.01 51.37 3657.918 | 3 0.03 51.40 3658.218 | 2 0.02 51.42 3658.369 | 1 0.01 51.43 3658.642 | 2 0.02 51.45 3659.076 | 1 0.01 51.46 3660.028 | 2 0.02 51.48 3660.351 | 2 0.02 51.50 3661.9 | 1 0.01 51.51 3661.924 | 1 0.01 51.52 3661.991 | 1 0.01 51.53 3662.226 | 2 0.02 51.55 3662.361 | 1 0.01 51.56 3662.698 | 1 0.01 51.57 3663.111 | 2 0.02 51.59 3663.172 | 1 0.01 51.60 3663.421 | 1 0.01 51.61 3663.867 | 2 0.02 51.63 3664.665 | 1 0.01 51.64 3664.984 | 1 0.01 51.65 3665.093 | 1 0.01 51.66 3665.47 | 1 0.01 51.67 3665.942 | 2 0.02 51.69 3666.365 | 2 0.02 51.71 3666.403 | 1 0.01 51.72 3666.419 | 1 0.01 51.73 3666.439 | 1 0.01 51.74 3666.64 | 1 0.01 51.75 3666.943 | 2 0.02 51.77 3667.118 | 2 0.02 51.79 3667.283 | 1 0.01 51.80 3667.327 | 2 0.02 51.82 3667.354 | 2 0.02 51.84 3667.667 | 2 0.02 51.86 3667.826 | 1 0.01 51.87 3667.853 | 2 0.02 51.89 3668.592 | 1 0.01 51.90 3668.764 | 1 0.01 51.91 3668.788 | 2 0.02 51.93 3669.103 | 2 0.02 51.95 3669.833 | 2 0.02 51.97 3669.921 | 1 0.01 51.98 3670.017 | 1 0.01 51.99 3670.045 | 2 0.02 52.01 3670.799 | 2 0.02 52.03 3671.068 | 2 0.02 52.05 3671.148 | 1 0.01 52.06 3671.182 | 2 0.02 52.08 3671.632 | 2 0.02 52.10 3673.008 | 4 0.04 52.14 3673.824 | 1 0.01 52.15 3673.874 | 2 0.02 52.17 3674.354 | 1 0.01 52.18 3674.702 | 1 0.01 52.19 3674.85 | 1 0.01 52.20 3675.257 | 2 0.02 52.22 3675.521 | 1 0.01 52.23 3675.657 | 1 0.01 52.24 3675.745 | 1 0.01 52.25 3676.133 | 1 0.01 52.26 3676.165 | 2 0.02 52.28 3677.519 | 1 0.01 52.29 3677.776 | 2 0.02 52.31 3678.041 | 1 0.01 52.32 3678.3 | 1 0.01 52.33 3678.559 | 1 0.01 52.34 3678.585 | 1 0.01 52.35 3678.591 | 1 0.01 52.36 3678.6 | 1 0.01 52.37 3678.785 | 1 0.01 52.38 3679.374 | 1 0.01 52.39 3679.572 | 2 0.02 52.41 3679.973 | 1 0.01 52.42 3680.118 | 2 0.02 52.44 3680.652 | 2 0.02 52.46 3680.952 | 2 0.02 52.48 3684.229 | 2 0.02 52.50 3684.607 | 1 0.01 52.51 3684.933 | 2 0.02 52.53 3684.951 | 2 0.02 52.55 3684.99 | 2 0.02 52.57 3685.063 | 1 0.01 52.58 3685.439 | 1 0.01 52.59 3685.476 | 1 0.01 52.60 3685.888 | 1 0.01 52.61 3686.235 | 1 0.01 52.62 3686.453 | 1 0.01 52.63 3686.498 | 1 0.01 52.64 3686.71 | 1 0.01 52.65 3687.183 | 1 0.01 52.66 3687.254 | 2 0.02 52.68 3687.433 | 1 0.01 52.69 3687.499 | 1 0.01 52.70 3687.528 | 1 0.01 52.71 3687.678 | 1 0.01 52.72 3687.907 | 1 0.01 52.73 3688.007 | 2 0.02 52.75 3689.202 | 2 0.02 52.77 3689.428 | 1 0.01 52.78 3689.588 | 2 0.02 52.80 3689.823 | 1 0.01 52.81 3689.927 | 1 0.01 52.82 3689.971 | 2 0.02 52.84 3692.088 | 1 0.01 52.85 3692.548 | 1 0.01 52.86 3692.609 | 2 0.02 52.88 3692.772 | 1 0.01 52.89 3692.904 | 1 0.01 52.90 3693.061 | 4 0.04 52.94 3693.663 | 2 0.02 52.96 3694.06 | 1 0.01 52.97 3694.759 | 3 0.03 53.00 3694.881 | 1 0.01 53.01 3695.044 | 2 0.02 53.03 3695.053 | 1 0.01 53.04 3695.123 | 2 0.02 53.06 3695.153 | 2 0.02 53.08 3695.662 | 2 0.02 53.10 3696.254 | 1 0.01 53.11 3696.79 | 1 0.01 53.12 3696.927 | 2 0.02 53.14 3697.052 | 2 0.02 53.16 3697.795 | 2 0.02 53.18 3698.023 | 1 0.01 53.19 3698.421 | 2 0.02 53.21 3698.584 | 1 0.01 53.22 3698.774 | 4 0.04 53.26 3699.27 | 2 0.02 53.28 3700.012 | 1 0.01 53.29 3701.24 | 1 0.01 53.30 3701.412 | 2 0.02 53.32 3701.495 | 2 0.02 53.34 3701.526 | 2 0.02 53.36 3702.041 | 1 0.01 53.37 3702.586 | 2 0.02 53.39 3702.675 | 1 0.01 53.40 3703.073 | 2 0.02 53.42 3703.386 | 2 0.02 53.44 3703.477 | 2 0.02 53.46 3703.523 | 2 0.02 53.48 3703.857 | 2 0.02 53.50 3703.939 | 2 0.02 53.52 3704.081 | 6 0.06 53.58 3704.54 | 1 0.01 53.59 3705.026 | 1 0.01 53.60 3705.434 | 1 0.01 53.61 3705.446 | 1 0.01 53.62 3705.802 | 2 0.02 53.64 3705.839 | 6 0.06 53.70 3705.898 | 2 0.02 53.72 3706.288 | 2 0.02 53.74 3706.911 | 1 0.01 53.75 3707.014 | 4 0.04 53.79 3707.023 | 1 0.01 53.80 3707.706 | 1 0.01 53.81 3707.719 | 1 0.01 53.82 3707.977 | 1 0.01 53.83 3708.651 | 1 0.01 53.84 3709.505 | 1 0.01 53.85 3709.867 | 2 0.02 53.87 3710.15 | 1 0.01 53.88 3710.289 | 1 0.01 53.89 3710.342 | 2 0.02 53.91 3710.965 | 1 0.01 53.92 3711.209 | 2 0.02 53.94 3711.355 | 1 0.01 53.95 3711.414 | 1 0.01 53.96 3711.868 | 2 0.02 53.98 3711.92 | 1 0.01 53.99 3712.207 | 2 0.02 54.01 3712.825 | 2 0.02 54.03 3713.075 | 1 0.01 54.04 3713.367 | 1 0.01 54.05 3714.903 | 1 0.01 54.06 3715.045 | 1 0.01 54.07 3715.303 | 2 0.02 54.09 3716.924 | 1 0.01 54.10 3717.236 | 2 0.02 54.12 3717.51 | 2 0.02 54.14 3717.733 | 2 0.02 54.16 3718.747 | 4 0.04 54.20 3719.1 | 1 0.01 54.21 3719.451 | 1 0.01 54.22 3719.493 | 2 0.02 54.24 3720.078 | 1 0.01 54.25 3720.276 | 4 0.04 54.29 3720.401 | 1 0.01 54.30 3721.14 | 1 0.01 54.31 3721.211 | 1 0.01 54.32 3721.223 | 1 0.01 54.33 3721.537 | 1 0.01 54.34 3721.948 | 1 0.01 54.35 3722.252 | 2 0.02 54.37 3723.038 | 2 0.02 54.39 3723.078 | 1 0.01 54.40 3723.32 | 2 0.02 54.42 3723.433 | 1 0.01 54.43 3724.544 | 2 0.02 54.45 3724.622 | 1 0.01 54.46 3725.22 | 2 0.02 54.48 3725.529 | 1 0.01 54.49 3725.688 | 1 0.01 54.50 3726.906 | 2 0.02 54.52 3726.919 | 1 0.01 54.53 3726.933 | 2 0.02 54.55 3727.01 | 2 0.02 54.57 3727.335 | 1 0.01 54.58 3727.502 | 1 0.01 54.59 3727.845 | 2 0.02 54.61 3728.017 | 1 0.01 54.62 3728.056 | 2 0.02 54.64 3728.42 | 1 0.01 54.65 3728.449 | 2 0.02 54.67 3728.824 | 2 0.02 54.69 3728.986 | 1 0.01 54.70 3729.542 | 2 0.02 54.72 3730.319 | 1 0.01 54.73 3730.83 | 1 0.01 54.74 3730.981 | 1 0.01 54.75 3731.343 | 1 0.01 54.76 3731.852 | 1 0.01 54.77 3731.89 | 4 0.04 54.81 3731.979 | 1 0.01 54.82 3732.696 | 2 0.02 54.84 3733.639 | 1 0.01 54.85 3733.644 | 1 0.01 54.86 3733.79 | 1 0.01 54.87 3734.218 | 2 0.02 54.89 3734.579 | 2 0.02 54.91 3735.534 | 1 0.01 54.92 3735.605 | 1 0.01 54.93 3736.44 | 2 0.02 54.95 3736.838 | 2 0.02 54.97 3736.99 | 1 0.01 54.98 3737.28 | 1 0.01 54.99 3737.695 | 1 0.01 55.00 3737.756 | 2 0.02 55.02 3737.791 | 1 0.01 55.03 3738.595 | 1 0.01 55.04 3738.925 | 2 0.02 55.06 3738.974 | 1 0.01 55.07 3739.182 | 1 0.01 55.08 3739.49 | 1 0.01 55.09 3739.782 | 2 0.02 55.11 3740.709 | 1 0.01 55.12 3741.552 | 2 0.02 55.14 3741.787 | 1 0.01 55.15 3742.417 | 2 0.02 55.17 3742.885 | 1 0.01 55.18 3743.019 | 1 0.01 55.19 3743.089 | 2 0.02 55.21 3743.359 | 1 0.01 55.22 3744.648 | 2 0.02 55.24 3744.829 | 1 0.01 55.25 3745.24 | 2 0.02 55.27 3745.502 | 1 0.01 55.28 3745.921 | 2 0.02 55.30 3745.948 | 1 0.01 55.31 3746.277 | 1 0.01 55.32 3746.772 | 1 0.01 55.33 3747.632 | 1 0.01 55.34 3748.104 | 1 0.01 55.35 3748.226 | 2 0.02 55.37 3748.797 | 2 0.02 55.39 3749.102 | 1 0.01 55.40 3749.919 | 2 0.02 55.42 3750.26 | 2 0.02 55.44 3750.326 | 1 0.01 55.45 3750.49 | 1 0.01 55.46 3750.813 | 2 0.02 55.48 3752.229 | 1 0.01 55.49 3752.514 | 1 0.01 55.50 3752.718 | 1 0.01 55.51 3753.374 | 2 0.02 55.53 3753.441 | 2 0.02 55.55 3754.066 | 1 0.01 55.56 3754.231 | 1 0.01 55.57 3754.424 | 1 0.01 55.58 3754.71 | 4 0.04 55.62 3754.894 | 2 0.02 55.64 3755.098 | 1 0.01 55.65 3755.712 | 1 0.01 55.66 3755.796 | 1 0.01 55.67 3755.868 | 1 0.01 55.68 3756.191 | 1 0.01 55.69 3756.385 | 1 0.01 55.70 3756.57 | 1 0.01 55.71 3756.666 | 1 0.01 55.72 3756.907 | 4 0.04 55.76 3756.908 | 2 0.02 55.78 3757.226 | 2 0.02 55.80 3757.541 | 2 0.02 55.82 3757.795 | 1 0.01 55.83 3757.885 | 1 0.01 55.84 3759.276 | 1 0.01 55.85 3759.373 | 1 0.01 55.86 3759.601 | 1 0.01 55.87 3760.295 | 2 0.02 55.89 3760.756 | 2 0.02 55.91 3760.817 | 1 0.01 55.92 3762.008 | 2 0.02 55.94 3762.075 | 2 0.02 55.96 3762.371 | 1 0.01 55.97 3763.706 | 2 0.02 55.99 3763.937 | 1 0.01 56.00 3764.278 | 1 0.01 56.01 3764.429 | 1 0.01 56.02 3764.475 | 1 0.01 56.03 3765.354 | 2 0.02 56.05 3765.815 | 1 0.01 56.06 3766.399 | 2 0.02 56.08 3766.641 | 1 0.01 56.09 3767.325 | 1 0.01 56.10 3767.544 | 1 0.01 56.11 3768.005 | 2 0.02 56.13 3768.237 | 2 0.02 56.15 3768.53 | 1 0.01 56.16 3768.677 | 1 0.01 56.17 3768.741 | 4 0.04 56.21 3768.933 | 1 0.01 56.22 3769.016 | 1 0.01 56.23 3769.081 | 1 0.01 56.24 3769.428 | 2 0.02 56.26 3769.56 | 1 0.01 56.27 3770.526 | 1 0.01 56.28 3770.642 | 1 0.01 56.29 3770.987 | 1 0.01 56.30 3773.655 | 1 0.01 56.31 3773.723 | 1 0.01 56.32 3773.732 | 2 0.02 56.34 3773.956 | 1 0.01 56.35 3774.879 | 2 0.02 56.37 3774.962 | 1 0.01 56.38 3775.163 | 1 0.01 56.39 3775.555 | 1 0.01 56.40 3775.592 | 2 0.02 56.42 3775.643 | 2 0.02 56.44 3776.299 | 1 0.01 56.45 3776.464 | 2 0.02 56.47 3776.758 | 1 0.01 56.48 3776.809 | 2 0.02 56.50 3777.125 | 1 0.01 56.51 3777.463 | 1 0.01 56.52 3778.196 | 2 0.02 56.54 3778.984 | 1 0.01 56.55 3780.67 | 2 0.02 56.57 3780.787 | 2 0.02 56.59 3781.005 | 1 0.01 56.60 3781.314 | 2 0.02 56.62 3781.871 | 2 0.02 56.64 3781.885 | 1 0.01 56.65 3782.745 | 2 0.02 56.67 3783.1 | 2 0.02 56.69 3784.081 | 2 0.02 56.71 3784.781 | 1 0.01 56.72 3784.855 | 6 0.06 56.78 3785.018 | 1 0.01 56.79 3785.029 | 2 0.02 56.81 3785.36 | 2 0.02 56.83 3785.426 | 1 0.01 56.84 3785.8 | 2 0.02 56.86 3785.912 | 1 0.01 56.87 3785.917 | 2 0.02 56.89 3785.922 | 1 0.01 56.90 3786.142 | 2 0.02 56.92 3786.252 | 4 0.04 56.96 3786.3 | 1 0.01 56.97 3786.768 | 1 0.01 56.98 3787.461 | 2 0.02 57.00 3788.716 | 1 0.01 57.01 3788.799 | 1 0.01 57.02 3788.817 | 1 0.01 57.03 3789.104 | 2 0.02 57.05 3789.222 | 2 0.02 57.07 3789.264 | 1 0.01 57.08 3789.385 | 1 0.01 57.09 3789.463 | 1 0.01 57.10 3789.719 | 1 0.01 57.11 3791.297 | 2 0.02 57.13 3791.535 | 1 0.01 57.14 3791.789 | 1 0.01 57.15 3791.966 | 2 0.02 57.17 3792.021 | 1 0.01 57.18 3792.237 | 1 0.01 57.19 3792.244 | 2 0.02 57.21 3792.327 | 1 0.01 57.22 3792.418 | 1 0.01 57.23 3792.683 | 2 0.02 57.25 3793.831 | 1 0.01 57.26 3793.902 | 2 0.02 57.28 3794.357 | 1 0.01 57.29 3794.505 | 2 0.02 57.31 3794.865 | 2 0.02 57.33 3795.393 | 2 0.02 57.35 3796.507 | 2 0.02 57.37 3796.584 | 2 0.02 57.39 3796.765 | 2 0.02 57.41 3797.061 | 2 0.02 57.43 3797.422 | 1 0.01 57.44 3798.158 | 1 0.01 57.45 3798.168 | 2 0.02 57.47 3798.211 | 2 0.02 57.49 3798.268 | 1 0.01 57.50 3798.735 | 2 0.02 57.52 3798.83 | 1 0.01 57.53 3799.416 | 1 0.01 57.54 3800.076 | 1 0.01 57.55 3800.273 | 1 0.01 57.56 3800.617 | 1 0.01 57.57 3800.624 | 1 0.01 57.58 3801.331 | 1 0.01 57.59 3801.441 | 2 0.02 57.61 3801.778 | 1 0.01 57.62 3801.847 | 1 0.01 57.63 3802.035 | 1 0.01 57.64 3802.889 | 1 0.01 57.65 3803.508 | 2 0.02 57.67 3803.516 | 1 0.01 57.68 3804.882 | 2 0.02 57.70 3805.057 | 3 0.03 57.73 3805.327 | 1 0.01 57.74 3805.723 | 1 0.01 57.75 3806.569 | 2 0.02 57.77 3806.709 | 1 0.01 57.78 3808.236 | 1 0.01 57.79 3808.833 | 1 0.01 57.80 3809.293 | 2 0.02 57.82 3809.72 | 2 0.02 57.84 3809.725 | 2 0.02 57.86 3810.081 | 2 0.02 57.88 3810.59 | 1 0.01 57.89 3810.971 | 2 0.02 57.91 3811.733 | 1 0.01 57.92 3811.755 | 1 0.01 57.93 3811.935 | 1 0.01 57.94 3812.57 | 1 0.01 57.95 3812.598 | 2 0.02 57.97 3813.033 | 2 0.02 57.99 3813.189 | 2 0.02 58.01 3813.36 | 1 0.01 58.02 3813.622 | 2 0.02 58.04 3814.223 | 6 0.06 58.10 3814.341 | 1 0.01 58.11 3814.491 | 1 0.01 58.12 3814.856 | 1 0.01 58.13 3814.917 | 2 0.02 58.15 3815.137 | 1 0.01 58.16 3815.309 | 2 0.02 58.18 3815.356 | 2 0.02 58.20 3815.584 | 1 0.01 58.21 3815.872 | 2 0.02 58.23 3815.949 | 1 0.01 58.24 3816.502 | 1 0.01 58.25 3816.978 | 2 0.02 58.27 3817.49 | 2 0.02 58.29 3818.591 | 1 0.01 58.30 3818.985 | 1 0.01 58.31 3819.056 | 1 0.01 58.32 3819.412 | 1 0.01 58.33 3819.615 | 4 0.04 58.37 3819.89 | 2 0.02 58.39 3820.182 | 1 0.01 58.40 3820.404 | 1 0.01 58.41 3820.487 | 1 0.01 58.42 3820.754 | 2 0.02 58.44 3821.051 | 2 0.02 58.46 3821.088 | 1 0.01 58.47 3821.424 | 2 0.02 58.49 3821.694 | 4 0.04 58.53 3822.161 | 1 0.01 58.54 3822.396 | 1 0.01 58.55 3823.695 | 2 0.02 58.57 3823.753 | 1 0.01 58.58 3823.823 | 2 0.02 58.60 3823.876 | 2 0.02 58.62 3823.97 | 1 0.01 58.63 3824.023 | 1 0.01 58.64 3824.12 | 1 0.01 58.65 3824.383 | 1 0.01 58.66 3824.47 | 2 0.02 58.68 3825.592 | 1 0.01 58.69 3825.773 | 1 0.01 58.70 3826.141 | 2 0.02 58.72 3826.414 | 1 0.01 58.73 3826.473 | 1 0.01 58.74 3827.015 | 2 0.02 58.76 3827.144 | 1 0.01 58.77 3827.803 | 1 0.01 58.78 3828.13 | 1 0.01 58.79 3828.149 | 2 0.02 58.81 3828.453 | 1 0.01 58.82 3828.923 | 1 0.01 58.83 3828.936 | 2 0.02 58.85 3829.385 | 2 0.02 58.87 3830.167 | 1 0.01 58.88 3830.947 | 1 0.01 58.89 3831.075 | 1 0.01 58.90 3832.58 | 1 0.01 58.91 3832.782 | 1 0.01 58.92 3833.131 | 2 0.02 58.94 3833.33 | 4 0.04 58.98 3833.389 | 2 0.02 59.00 3833.396 | 2 0.02 59.02 3833.65 | 2 0.02 59.04 3834.459 | 1 0.01 59.05 3835.052 | 6 0.06 59.11 3835.562 | 1 0.01 59.12 3836.081 | 1 0.01 59.13 3836.532 | 1 0.01 59.14 3836.54 | 1 0.01 59.15 3836.758 | 2 0.02 59.17 3837.337 | 1 0.01 59.18 3838.271 | 1 0.01 59.19 3838.705 | 1 0.01 59.20 3840.54 | 2 0.02 59.22 3841.126 | 2 0.02 59.24 3841.218 | 1 0.01 59.25 3841.421 | 2 0.02 59.27 3841.518 | 1 0.01 59.28 3841.736 | 1 0.01 59.29 3842.073 | 2 0.02 59.31 3842.357 | 1 0.01 59.32 3843.036 | 2 0.02 59.34 3843.084 | 1 0.01 59.35 3843.107 | 1 0.01 59.36 3843.675 | 2 0.02 59.38 3843.796 | 1 0.01 59.39 3843.934 | 1 0.01 59.40 3843.999 | 1 0.01 59.41 3844.015 | 1 0.01 59.42 3844.117 | 2 0.02 59.44 3844.441 | 2 0.02 59.46 3845.155 | 1 0.01 59.47 3845.851 | 1 0.01 59.48 3846.015 | 2 0.02 59.50 3846.183 | 1 0.01 59.51 3846.382 | 1 0.01 59.52 3846.736 | 2 0.02 59.54 3847.184 | 1 0.01 59.55 3847.274 | 2 0.02 59.57 3847.34 | 2 0.02 59.59 3847.527 | 2 0.02 59.61 3847.914 | 1 0.01 59.62 3848.39 | 1 0.01 59.63 3848.672 | 1 0.01 59.64 3848.821 | 1 0.01 59.65 3849.402 | 2 0.02 59.67 3850.025 | 2 0.02 59.69 3850.229 | 2 0.02 59.71 3850.803 | 1 0.01 59.72 3850.988 | 2 0.02 59.74 3851.563 | 2 0.02 59.76 3851.905 | 1 0.01 59.77 3853.385 | 4 0.04 59.81 3853.447 | 1 0.01 59.82 3853.482 | 2 0.02 59.84 3853.567 | 1 0.01 59.85 3853.632 | 1 0.01 59.86 3853.638 | 2 0.02 59.88 3853.639 | 1 0.01 59.89 3853.664 | 1 0.01 59.90 3853.812 | 1 0.01 59.91 3853.872 | 1 0.01 59.92 3854.635 | 2 0.02 59.94 3855.568 | 1 0.01 59.95 3855.867 | 2 0.02 59.97 3856.139 | 1 0.01 59.98 3856.448 | 1 0.01 59.99 3856.647 | 2 0.02 60.01 3856.946 | 1 0.01 60.02 3856.972 | 1 0.01 60.03 3857.6 | 1 0.01 60.04 3858.196 | 2 0.02 60.06 3858.91 | 2 0.02 60.08 3859.728 | 4 0.04 60.12 3859.976 | 1 0.01 60.13 3860.066 | 2 0.02 60.15 3861.095 | 2 0.02 60.17 3861.224 | 1 0.01 60.18 3861.621 | 2 0.02 60.20 3861.902 | 2 0.02 60.22 3862.025 | 2 0.02 60.24 3862.343 | 2 0.02 60.26 3862.559 | 1 0.01 60.27 3862.959 | 2 0.02 60.29 3863.922 | 1 0.01 60.30 3864.078 | 4 0.04 60.34 3864.249 | 1 0.01 60.35 3865.237 | 1 0.01 60.36 3865.595 | 2 0.02 60.38 3866.311 | 1 0.01 60.39 3866.685 | 1 0.01 60.40 3867 | 2 0.02 60.42 3867.016 | 2 0.02 60.44 3867.033 | 1 0.01 60.45 3867.415 | 4 0.04 60.49 3867.686 | 2 0.02 60.51 3868.28 | 2 0.02 60.53 3868.919 | 1 0.01 60.54 3869.109 | 2 0.02 60.56 3869.306 | 1 0.01 60.57 3869.782 | 2 0.02 60.59 3869.812 | 2 0.02 60.61 3869.839 | 4 0.04 60.65 3869.937 | 2 0.02 60.67 3870.494 | 1 0.01 60.68 3870.733 | 2 0.02 60.70 3871.078 | 1 0.01 60.71 3871.176 | 1 0.01 60.72 3871.399 | 1 0.01 60.73 3871.429 | 1 0.01 60.74 3872.544 | 1 0.01 60.75 3873.559 | 1 0.01 60.76 3873.927 | 1 0.01 60.77 3873.997 | 1 0.01 60.78 3874.21 | 1 0.01 60.79 3874.679 | 2 0.02 60.81 3874.903 | 2 0.02 60.83 3875.184 | 1 0.01 60.84 3875.202 | 2 0.02 60.86 3875.804 | 3 0.03 60.89 3876.354 | 1 0.01 60.90 3876.438 | 2 0.02 60.92 3876.502 | 1 0.01 60.93 3876.787 | 1 0.01 60.94 3877.329 | 1 0.01 60.95 3877.71 | 6 0.06 61.01 3877.875 | 1 0.01 61.02 3878.193 | 1 0.01 61.03 3878.206 | 1 0.01 61.04 3878.531 | 2 0.02 61.06 3878.732 | 6 0.06 61.12 3879.36 | 2 0.02 61.14 3880.095 | 2 0.02 61.16 3880.109 | 1 0.01 61.17 3880.905 | 1 0.01 61.18 3880.983 | 2 0.02 61.20 3881.026 | 2 0.02 61.22 3881.104 | 1 0.01 61.23 3882.417 | 1 0.01 61.24 3882.522 | 1 0.01 61.25 3882.531 | 1 0.01 61.26 3882.55 | 2 0.02 61.28 3882.971 | 1 0.01 61.29 3883.467 | 2 0.02 61.31 3884.31 | 1 0.01 61.32 3885.071 | 2 0.02 61.34 3885.462 | 1 0.01 61.35 3885.581 | 2 0.02 61.37 3885.701 | 1 0.01 61.38 3886.153 | 2 0.02 61.40 3886.74 | 2 0.02 61.42 3886.832 | 2 0.02 61.44 3887.295 | 2 0.02 61.46 3887.507 | 1 0.01 61.47 3887.781 | 1 0.01 61.48 3888.122 | 2 0.02 61.50 3888.294 | 2 0.02 61.52 3889.389 | 1 0.01 61.53 3889.448 | 1 0.01 61.54 3889.706 | 3 0.03 61.57 3891.208 | 1 0.01 61.58 3891.588 | 1 0.01 61.59 3892.777 | 1 0.01 61.60 3892.921 | 1 0.01 61.61 3893.445 | 2 0.02 61.63 3893.888 | 1 0.01 61.64 3893.974 | 2 0.02 61.66 3894.46 | 2 0.02 61.68 3894.533 | 1 0.01 61.69 3895.469 | 2 0.02 61.71 3895.572 | 1 0.01 61.72 3895.781 | 1 0.01 61.73 3895.925 | 1 0.01 61.74 3896.061 | 2 0.02 61.76 3896.093 | 2 0.02 61.78 3896.173 | 1 0.01 61.79 3896.278 | 1 0.01 61.80 3897.511 | 1 0.01 61.81 3897.531 | 1 0.01 61.82 3897.609 | 2 0.02 61.84 3897.691 | 2 0.02 61.86 3898.007 | 1 0.01 61.87 3898.447 | 1 0.01 61.88 3898.673 | 1 0.01 61.89 3900.474 | 2 0.02 61.91 3900.59 | 1 0.01 61.92 3900.856 | 2 0.02 61.94 3901.228 | 2 0.02 61.96 3901.639 | 2 0.02 61.98 3901.718 | 2 0.02 62.00 3901.723 | 1 0.01 62.01 3901.881 | 1 0.01 62.02 3902.151 | 1 0.01 62.03 3902.445 | 1 0.01 62.04 3902.469 | 2 0.02 62.06 3902.628 | 2 0.02 62.08 3902.96 | 1 0.01 62.09 3903.457 | 1 0.01 62.10 3904.77 | 1 0.01 62.11 3904.828 | 2 0.02 62.13 3905.066 | 1 0.01 62.14 3905.505 | 1 0.01 62.15 3905.666 | 1 0.01 62.16 3907.719 | 1 0.01 62.17 3908.564 | 2 0.02 62.19 3908.59 | 2 0.02 62.21 3908.86 | 1 0.01 62.22 3908.99 | 2 0.02 62.24 3909.95 | 2 0.02 62.26 3910.219 | 1 0.01 62.27 3910.436 | 2 0.02 62.29 3911.1 | 2 0.02 62.31 3911.603 | 1 0.01 62.32 3911.627 | 1 0.01 62.33 3912.59 | 1 0.01 62.34 3913.5 | 1 0.01 62.35 3913.534 | 1 0.01 62.36 3913.537 | 1 0.01 62.37 3913.813 | 1 0.01 62.38 3913.917 | 2 0.02 62.40 3914.051 | 1 0.01 62.41 3914.104 | 2 0.02 62.43 3914.295 | 1 0.01 62.44 3914.415 | 2 0.02 62.46 3915.264 | 2 0.02 62.48 3915.78 | 3 0.03 62.51 3916.689 | 2 0.02 62.53 3917.006 | 1 0.01 62.54 3917.807 | 1 0.01 62.55 3918.009 | 2 0.02 62.57 3918.018 | 1 0.01 62.58 3918.648 | 2 0.02 62.60 3919.384 | 1 0.01 62.61 3919.972 | 1 0.01 62.62 3920.101 | 1 0.01 62.63 3920.294 | 1 0.01 62.64 3920.817 | 1 0.01 62.65 3921.343 | 1 0.01 62.66 3921.608 | 1 0.01 62.67 3921.66 | 1 0.01 62.68 3921.856 | 1 0.01 62.69 3922.143 | 4 0.04 62.73 3922.179 | 1 0.01 62.74 3922.641 | 2 0.02 62.76 3922.655 | 1 0.01 62.77 3923.142 | 2 0.02 62.79 3923.18 | 1 0.01 62.80 3923.274 | 2 0.02 62.82 3923.52 | 4 0.04 62.86 3923.757 | 1 0.01 62.87 3923.871 | 1 0.01 62.88 3923.891 | 2 0.02 62.90 3924.373 | 2 0.02 62.92 3925.328 | 1 0.01 62.93 3925.581 | 1 0.01 62.94 3926.369 | 2 0.02 62.96 3927.682 | 1 0.01 62.97 3927.76 | 2 0.02 62.99 3928.332 | 2 0.02 63.01 3928.588 | 1 0.01 63.02 3928.688 | 2 0.02 63.04 3928.699 | 1 0.01 63.05 3929.014 | 1 0.01 63.06 3929.087 | 2 0.02 63.08 3929.188 | 1 0.01 63.09 3929.422 | 1 0.01 63.10 3929.588 | 1 0.01 63.11 3929.977 | 1 0.01 63.12 3930.232 | 1 0.01 63.13 3930.406 | 1 0.01 63.14 3930.475 | 5 0.05 63.19 3930.524 | 1 0.01 63.20 3931.256 | 1 0.01 63.21 3931.348 | 1 0.01 63.22 3931.657 | 2 0.02 63.24 3931.779 | 2 0.02 63.26 3932.062 | 1 0.01 63.27 3933.013 | 1 0.01 63.28 3933.028 | 1 0.01 63.29 3933.706 | 2 0.02 63.31 3934.045 | 1 0.01 63.32 3934.241 | 1 0.01 63.33 3934.499 | 4 0.04 63.37 3934.808 | 1 0.01 63.38 3935.006 | 1 0.01 63.39 3935.737 | 2 0.02 63.41 3936.436 | 2 0.02 63.43 3936.447 | 1 0.01 63.44 3936.538 | 2 0.02 63.46 3937.697 | 2 0.02 63.48 3937.994 | 1 0.01 63.49 3938.001 | 1 0.01 63.50 3938.446 | 2 0.02 63.52 3938.638 | 2 0.02 63.54 3938.655 | 2 0.02 63.56 3938.938 | 3 0.03 63.59 3938.973 | 1 0.01 63.60 3939.121 | 2 0.02 63.62 3939.851 | 2 0.02 63.64 3940.115 | 1 0.01 63.65 3940.213 | 6 0.06 63.71 3940.883 | 2 0.02 63.73 3940.906 | 1 0.01 63.74 3941.048 | 1 0.01 63.75 3941.168 | 1 0.01 63.76 3941.201 | 1 0.01 63.77 3942.182 | 1 0.01 63.78 3942.214 | 2 0.02 63.80 3942.443 | 3 0.03 63.83 3943.119 | 1 0.01 63.84 3943.382 | 2 0.02 63.86 3944.018 | 2 0.02 63.88 3944.882 | 2 0.02 63.90 3945.241 | 2 0.02 63.92 3945.544 | 1 0.01 63.93 3945.656 | 2 0.02 63.95 3945.82 | 2 0.02 63.97 3946.302 | 1 0.01 63.98 3946.341 | 2 0.02 64.00 3946.361 | 1 0.01 64.01 3946.586 | 1 0.01 64.02 3946.646 | 1 0.01 64.03 3946.836 | 1 0.01 64.04 3946.946 | 1 0.01 64.05 3948.064 | 2 0.02 64.07 3948.286 | 1 0.01 64.08 3949.002 | 1 0.01 64.09 3949.508 | 1 0.01 64.10 3949.598 | 2 0.02 64.12 3949.77 | 1 0.01 64.13 3950.512 | 4 0.04 64.17 3951.064 | 2 0.02 64.19 3951.3 | 1 0.01 64.20 3951.65 | 1 0.01 64.21 3951.838 | 1 0.01 64.22 3952.315 | 2 0.02 64.24 3952.388 | 1 0.01 64.25 3952.889 | 1 0.01 64.26 3952.994 | 1 0.01 64.27 3952.998 | 1 0.01 64.28 3953.32 | 2 0.02 64.30 3953.418 | 2 0.02 64.32 3953.613 | 1 0.01 64.33 3953.649 | 2 0.02 64.35 3953.846 | 1 0.01 64.36 3953.941 | 2 0.02 64.38 3954.292 | 2 0.02 64.40 3954.692 | 1 0.01 64.41 3955.392 | 2 0.02 64.43 3955.64 | 1 0.01 64.44 3956.02 | 2 0.02 64.46 3956.521 | 1 0.01 64.47 3956.964 | 2 0.02 64.49 3956.994 | 1 0.01 64.50 3957.663 | 1 0.01 64.51 3957.801 | 1 0.01 64.52 3959.117 | 1 0.01 64.53 3959.294 | 4 0.04 64.57 3959.309 | 2 0.02 64.59 3959.385 | 1 0.01 64.60 3959.8 | 2 0.02 64.62 3959.825 | 2 0.02 64.64 3960.058 | 1 0.01 64.65 3960.226 | 1 0.01 64.66 3960.899 | 1 0.01 64.67 3961.484 | 1 0.01 64.68 3962.213 | 2 0.02 64.70 3962.505 | 8 0.08 64.78 3962.544 | 1 0.01 64.79 3962.549 | 1 0.01 64.80 3962.661 | 2 0.02 64.82 3965.082 | 1 0.01 64.83 3966.244 | 2 0.02 64.85 3966.652 | 2 0.02 64.87 3966.719 | 1 0.01 64.88 3967.02 | 2 0.02 64.90 3967.177 | 2 0.02 64.92 3967.25 | 2 0.02 64.94 3967.555 | 2 0.02 64.96 3968.099 | 1 0.01 64.97 3969.093 | 1 0.01 64.98 3969.236 | 1 0.01 64.99 3969.249 | 2 0.02 65.01 3969.644 | 2 0.02 65.03 3969.782 | 1 0.01 65.04 3970.822 | 1 0.01 65.05 3970.918 | 1 0.01 65.06 3971.135 | 2 0.02 65.08 3972.238 | 1 0.01 65.09 3972.833 | 1 0.01 65.10 3973.053 | 1 0.01 65.11 3973.42 | 2 0.02 65.13 3973.922 | 1 0.01 65.14 3974.018 | 1 0.01 65.15 3974.174 | 1 0.01 65.16 3974.64 | 1 0.01 65.17 3974.756 | 1 0.01 65.18 3975.205 | 2 0.02 65.20 3975.461 | 1 0.01 65.21 3975.839 | 1 0.01 65.22 3975.96 | 2 0.02 65.24 3976.127 | 1 0.01 65.25 3976.401 | 1 0.01 65.26 3976.414 | 1 0.01 65.27 3976.92 | 2 0.02 65.29 3977.502 | 1 0.01 65.30 3977.712 | 1 0.01 65.31 3978.256 | 1 0.01 65.32 3978.447 | 1 0.01 65.33 3978.715 | 2 0.02 65.35 3978.824 | 1 0.01 65.36 3978.882 | 1 0.01 65.37 3979.43 | 1 0.01 65.38 3980.259 | 1 0.01 65.39 3980.358 | 2 0.02 65.41 3980.961 | 1 0.01 65.42 3981.534 | 2 0.02 65.44 3981.68 | 1 0.01 65.45 3982.047 | 1 0.01 65.46 3982.062 | 2 0.02 65.48 3983.494 | 2 0.02 65.50 3983.879 | 1 0.01 65.51 3984.302 | 3 0.03 65.54 3984.321 | 2 0.02 65.56 3984.973 | 1 0.01 65.57 3984.977 | 1 0.01 65.58 3984.979 | 2 0.02 65.60 3985.326 | 2 0.02 65.62 3985.594 | 2 0.02 65.64 3986.111 | 2 0.02 65.66 3986.194 | 1 0.01 65.67 3986.694 | 1 0.01 65.68 3986.939 | 1 0.01 65.69 3987.073 | 1 0.01 65.70 3988.08 | 2 0.02 65.72 3988.894 | 1 0.01 65.73 3989.267 | 2 0.02 65.75 3989.468 | 1 0.01 65.76 3989.518 | 2 0.02 65.78 3989.994 | 1 0.01 65.79 3990.586 | 1 0.01 65.80 3992.359 | 1 0.01 65.81 3992.391 | 1 0.01 65.82 3992.404 | 1 0.01 65.83 3993.083 | 2 0.02 65.85 3993.366 | 1 0.01 65.86 3993.909 | 2 0.02 65.88 3993.954 | 1 0.01 65.89 3994.571 | 2 0.02 65.91 3994.631 | 1 0.01 65.92 3994.762 | 1 0.01 65.93 3995.572 | 1 0.01 65.94 3995.657 | 1 0.01 65.95 3996.015 | 1 0.01 65.96 3996.018 | 1 0.01 65.97 3996.185 | 2 0.02 65.99 3996.292 | 1 0.01 66.00 3996.322 | 1 0.01 66.01 3996.623 | 1 0.01 66.02 3996.829 | 1 0.01 66.03 3997.291 | 1 0.01 66.04 3997.297 | 1 0.01 66.05 4000.2 | 2 0.02 66.07 4000.318 | 2 0.02 66.09 4001.089 | 1 0.01 66.10 4001.181 | 1 0.01 66.11 4001.279 | 1 0.01 66.12 4002.102 | 2 0.02 66.14 4002.137 | 2 0.02 66.16 4002.724 | 2 0.02 66.18 4002.769 | 1 0.01 66.19 4002.866 | 1 0.01 66.20 4003.873 | 2 0.02 66.22 4004.961 | 2 0.02 66.24 4005.013 | 2 0.02 66.26 4005.065 | 4 0.04 66.30 4005.41 | 1 0.01 66.31 4005.41 | 1 0.01 66.32 4005.634 | 2 0.02 66.34 4006.289 | 2 0.02 66.36 4006.678 | 2 0.02 66.38 4006.714 | 1 0.01 66.39 4007.962 | 2 0.02 66.41 4008.023 | 1 0.01 66.42 4008.931 | 2 0.02 66.44 4009.109 | 1 0.01 66.45 4009.238 | 1 0.01 66.46 4009.543 | 2 0.02 66.48 4009.843 | 1 0.01 66.49 4009.957 | 2 0.02 66.51 4010.673 | 2 0.02 66.53 4010.701 | 1 0.01 66.54 4010.782 | 4 0.04 66.58 4011.593 | 2 0.02 66.60 4011.736 | 2 0.02 66.62 4012.011 | 1 0.01 66.63 4012.043 | 2 0.02 66.65 4012.597 | 2 0.02 66.67 4012.93 | 1 0.01 66.68 4013.704 | 2 0.02 66.70 4014.188 | 1 0.01 66.71 4014.355 | 1 0.01 66.72 4014.723 | 1 0.01 66.73 4016.201 | 1 0.01 66.74 4016.833 | 2 0.02 66.76 4016.987 | 2 0.02 66.78 4017.06 | 1 0.01 66.79 4017.4 | 2 0.02 66.81 4018.459 | 1 0.01 66.82 4018.617 | 2 0.02 66.84 4018.686 | 2 0.02 66.86 4018.77 | 2 0.02 66.88 4018.916 | 1 0.01 66.89 4019.458 | 2 0.02 66.91 4019.602 | 2 0.02 66.93 4020.13 | 1 0.01 66.94 4020.409 | 2 0.02 66.96 4020.719 | 1 0.01 66.97 4020.835 | 2 0.02 66.99 4021.177 | 1 0.01 67.00 4021.288 | 2 0.02 67.02 4021.452 | 2 0.02 67.04 4021.771 | 1 0.01 67.05 4021.908 | 1 0.01 67.06 4022.115 | 2 0.02 67.08 4022.328 | 1 0.01 67.09 4022.392 | 1 0.01 67.10 4023.101 | 2 0.02 67.12 4023.304 | 1 0.01 67.13 4023.519 | 1 0.01 67.14 4024.258 | 1 0.01 67.15 4024.569 | 2 0.02 67.17 4024.622 | 2 0.02 67.19 4024.94 | 1 0.01 67.20 4025.004 | 1 0.01 67.21 4025.056 | 1 0.01 67.22 4025.161 | 2 0.02 67.24 4025.321 | 1 0.01 67.25 4025.709 | 1 0.01 67.26 4025.858 | 2 0.02 67.28 4025.916 | 1 0.01 67.29 4027.036 | 2 0.02 67.31 4027.092 | 1 0.01 67.32 4027.787 | 1 0.01 67.33 4027.84 | 2 0.02 67.35 4027.863 | 2 0.02 67.37 4028.436 | 2 0.02 67.39 4028.825 | 1 0.01 67.40 4029.097 | 1 0.01 67.41 4029.945 | 4 0.04 67.45 4030.09 | 1 0.01 67.46 4030.685 | 2 0.02 67.48 4030.698 | 1 0.01 67.49 4030.745 | 2 0.02 67.51 4030.924 | 1 0.01 67.52 4031.669 | 1 0.01 67.53 4031.941 | 1 0.01 67.54 4032.027 | 1 0.01 67.55 4032.598 | 1 0.01 67.56 4032.647 | 1 0.01 67.57 4032.67 | 2 0.02 67.59 4033.044 | 1 0.01 67.60 4033.079 | 1 0.01 67.61 4033.313 | 2 0.02 67.63 4033.597 | 1 0.01 67.64 4034.086 | 2 0.02 67.66 4034.675 | 1 0.01 67.67 4035.136 | 2 0.02 67.69 4036.117 | 2 0.02 67.71 4036.148 | 1 0.01 67.72 4036.71 | 1 0.01 67.73 4037.987 | 1 0.01 67.74 4038.102 | 1 0.01 67.75 4038.41 | 2 0.02 67.77 4038.87 | 1 0.01 67.78 4038.948 | 2 0.02 67.80 4039.768 | 5 0.05 67.85 4039.869 | 2 0.02 67.87 4040.244 | 1 0.01 67.88 4040.48 | 1 0.01 67.89 4040.556 | 1 0.01 67.90 4041.117 | 1 0.01 67.91 4042.854 | 1 0.01 67.92 4042.877 | 1 0.01 67.93 4042.897 | 2 0.02 67.95 4043.386 | 1 0.01 67.96 4043.429 | 1 0.01 67.97 4043.46 | 1 0.01 67.98 4044.255 | 1 0.01 67.99 4044.784 | 1 0.01 68.00 4045.229 | 2 0.02 68.02 4045.674 | 4 0.04 68.06 4046.18 | 1 0.01 68.07 4046.613 | 2 0.02 68.09 4046.703 | 2 0.02 68.11 4047.17 | 1 0.01 68.12 4047.211 | 1 0.01 68.13 4048.045 | 2 0.02 68.15 4048.157 | 2 0.02 68.17 4048.25 | 1 0.01 68.18 4048.289 | 2 0.02 68.20 4048.293 | 4 0.04 68.24 4048.896 | 1 0.01 68.25 4048.956 | 2 0.02 68.27 4049.207 | 1 0.01 68.28 4049.218 | 2 0.02 68.30 4049.299 | 1 0.01 68.31 4049.979 | 2 0.02 68.33 4050.102 | 1 0.01 68.34 4050.439 | 1 0.01 68.35 4050.766 | 1 0.01 68.36 4051.13 | 2 0.02 68.38 4051.418 | 1 0.01 68.39 4051.768 | 1 0.01 68.40 4052.014 | 1 0.01 68.41 4052.076 | 2 0.02 68.43 4052.582 | 4 0.04 68.47 4052.959 | 2 0.02 68.49 4052.972 | 2 0.02 68.51 4053.085 | 2 0.02 68.53 4053.212 | 1 0.01 68.54 4054.185 | 2 0.02 68.56 4054.321 | 1 0.01 68.57 4055.124 | 1 0.01 68.58 4055.307 | 3 0.03 68.61 4055.442 | 1 0.01 68.62 4055.455 | 1 0.01 68.63 4055.741 | 2 0.02 68.65 4055.789 | 2 0.02 68.67 4056.049 | 1 0.01 68.68 4056.488 | 2 0.02 68.70 4057.61 | 1 0.01 68.71 4057.768 | 2 0.02 68.73 4057.8 | 1 0.01 68.74 4058.151 | 2 0.02 68.76 4058.468 | 2 0.02 68.78 4058.573 | 1 0.01 68.79 4058.782 | 2 0.02 68.81 4059.114 | 1 0.01 68.82 4059.751 | 2 0.02 68.84 4059.877 | 1 0.01 68.85 4060.167 | 1 0.01 68.86 4061.251 | 1 0.01 68.87 4061.327 | 2 0.02 68.89 4061.747 | 1 0.01 68.90 4061.799 | 2 0.02 68.92 4062.615 | 1 0.01 68.93 4062.664 | 2 0.02 68.95 4063.299 | 2 0.02 68.97 4064.679 | 1 0.01 68.98 4065.22 | 1 0.01 68.99 4065.234 | 1 0.01 69.00 4065.569 | 1 0.01 69.01 4066.201 | 1 0.01 69.02 4066.526 | 2 0.02 69.04 4066.621 | 1 0.01 69.05 4067.307 | 1 0.01 69.06 4067.578 | 1 0.01 69.07 4068.269 | 2 0.02 69.09 4068.92 | 1 0.01 69.10 4068.977 | 1 0.01 69.11 4069.424 | 1 0.01 69.12 4069.457 | 1 0.01 69.13 4069.624 | 1 0.01 69.14 4069.665 | 1 0.01 69.15 4070.341 | 2 0.02 69.17 4070.362 | 2 0.02 69.19 4071.969 | 2 0.02 69.21 4072.176 | 2 0.02 69.23 4072.182 | 1 0.01 69.24 4072.277 | 1 0.01 69.25 4072.38 | 1 0.01 69.26 4072.912 | 1 0.01 69.27 4073.068 | 1 0.01 69.28 4073.317 | 2 0.02 69.30 4073.799 | 1 0.01 69.31 4074.104 | 1 0.01 69.32 4074.146 | 1 0.01 69.33 4074.477 | 1 0.01 69.34 4074.874 | 2 0.02 69.36 4076.451 | 1 0.01 69.37 4076.735 | 2 0.02 69.39 4076.809 | 2 0.02 69.41 4076.963 | 2 0.02 69.43 4077.358 | 1 0.01 69.44 4078.609 | 2 0.02 69.46 4079.132 | 2 0.02 69.48 4079.219 | 1 0.01 69.49 4079.451 | 1 0.01 69.50 4079.466 | 1 0.01 69.51 4080.13 | 2 0.02 69.53 4080.699 | 2 0.02 69.55 4080.783 | 1 0.01 69.56 4081.429 | 1 0.01 69.57 4081.842 | 4 0.04 69.61 4081.928 | 1 0.01 69.62 4082.07 | 1 0.01 69.63 4082.902 | 2 0.02 69.65 4083.263 | 1 0.01 69.66 4084.405 | 1 0.01 69.67 4084.978 | 1 0.01 69.68 4085.525 | 2 0.02 69.70 4085.702 | 1 0.01 69.71 4086.133 | 2 0.02 69.73 4086.352 | 4 0.04 69.77 4086.5 | 1 0.01 69.78 4086.747 | 1 0.01 69.79 4087.011 | 1 0.01 69.80 4087.772 | 2 0.02 69.82 4088.005 | 1 0.01 69.83 4088.32 | 2 0.02 69.85 4088.371 | 1 0.01 69.86 4088.555 | 1 0.01 69.87 4088.593 | 1 0.01 69.88 4088.843 | 1 0.01 69.89 4088.934 | 2 0.02 69.91 4089.4 | 1 0.01 69.92 4089.517 | 2 0.02 69.94 4089.632 | 2 0.02 69.96 4089.71 | 1 0.01 69.97 4089.995 | 1 0.01 69.98 4090.13 | 1 0.01 69.99 4090.189 | 1 0.01 70.00 4090.231 | 2 0.02 70.02 4090.238 | 1 0.01 70.03 4090.322 | 1 0.01 70.04 4090.585 | 1 0.01 70.05 4090.935 | 2 0.02 70.07 4091.001 | 2 0.02 70.09 4091.253 | 1 0.01 70.10 4091.466 | 1 0.01 70.11 4091.533 | 1 0.01 70.12 4092.051 | 1 0.01 70.13 4092.079 | 2 0.02 70.15 4092.411 | 1 0.01 70.16 4092.724 | 1 0.01 70.17 4093.22 | 1 0.01 70.18 4093.373 | 1 0.01 70.19 4094.049 | 1 0.01 70.20 4094.598 | 2 0.02 70.22 4095.042 | 2 0.02 70.24 4095.054 | 1 0.01 70.25 4095.27 | 2 0.02 70.27 4095.92 | 1 0.01 70.28 4096.645 | 2 0.02 70.30 4096.729 | 2 0.02 70.32 4097.199 | 2 0.02 70.34 4097.563 | 1 0.01 70.35 4097.876 | 1 0.01 70.36 4098.075 | 1 0.01 70.37 4098.451 | 1 0.01 70.38 4098.702 | 1 0.01 70.39 4099.051 | 1 0.01 70.40 4099.106 | 1 0.01 70.41 4100.052 | 1 0.01 70.42 4100.089 | 1 0.01 70.43 4100.243 | 1 0.01 70.44 4100.648 | 1 0.01 70.45 4101.195 | 1 0.01 70.46 4101.617 | 2 0.02 70.48 4102.052 | 2 0.02 70.50 4102.214 | 2 0.02 70.52 4102.415 | 2 0.02 70.54 4103.167 | 1 0.01 70.55 4104.144 | 2 0.02 70.57 4104.438 | 2 0.02 70.59 4104.63 | 2 0.02 70.61 4104.865 | 1 0.01 70.62 4106.119 | 1 0.01 70.63 4106.408 | 2 0.02 70.65 4107.203 | 1 0.01 70.66 4107.274 | 2 0.02 70.68 4107.56 | 2 0.02 70.70 4107.656 | 2 0.02 70.72 4107.669 | 1 0.01 70.73 4107.737 | 3 0.03 70.76 4108.861 | 2 0.02 70.78 4109.446 | 2 0.02 70.80 4109.473 | 2 0.02 70.82 4109.686 | 1 0.01 70.83 4110.126 | 2 0.02 70.85 4110.182 | 1 0.01 70.86 4110.235 | 1 0.01 70.87 4110.364 | 1 0.01 70.88 4110.479 | 3 0.03 70.91 4110.505 | 2 0.02 70.93 4110.57 | 2 0.02 70.95 4111.027 | 1 0.01 70.96 4111.748 | 1 0.01 70.97 4111.926 | 1 0.01 70.98 4112.486 | 1 0.01 70.99 4113.059 | 1 0.01 71.00 4113.497 | 2 0.02 71.02 4113.709 | 1 0.01 71.03 4114.716 | 1 0.01 71.04 4116.177 | 1 0.01 71.05 4116.369 | 2 0.02 71.07 4116.448 | 1 0.01 71.08 4116.519 | 1 0.01 71.09 4116.611 | 1 0.01 71.10 4116.692 | 1 0.01 71.11 4117.065 | 3 0.03 71.14 4117.324 | 2 0.02 71.16 4117.797 | 1 0.01 71.17 4118.064 | 1 0.01 71.18 4118.459 | 1 0.01 71.19 4119.362 | 1 0.01 71.20 4119.756 | 1 0.01 71.21 4120.802 | 1 0.01 71.22 4120.998 | 1 0.01 71.23 4121.074 | 2 0.02 71.25 4121.177 | 2 0.02 71.27 4121.974 | 2 0.02 71.29 4122.411 | 2 0.02 71.31 4122.589 | 1 0.01 71.32 4122.838 | 1 0.01 71.33 4123.126 | 2 0.02 71.35 4123.34 | 1 0.01 71.36 4123.341 | 2 0.02 71.38 4123.465 | 1 0.01 71.39 4123.714 | 2 0.02 71.41 4123.919 | 1 0.01 71.42 4124.137 | 1 0.01 71.43 4125.712 | 1 0.01 71.44 4125.972 | 1 0.01 71.45 4126.833 | 2 0.02 71.47 4127.05 | 1 0.01 71.48 4128.413 | 1 0.01 71.49 4128.504 | 2 0.02 71.51 4128.609 | 1 0.01 71.52 4128.689 | 1 0.01 71.53 4129.4 | 1 0.01 71.54 4129.477 | 2 0.02 71.56 4130.239 | 1 0.01 71.57 4130.286 | 1 0.01 71.58 4130.746 | 2 0.02 71.60 4131.373 | 1 0.01 71.61 4131.419 | 1 0.01 71.62 4131.742 | 2 0.02 71.64 4131.935 | 2 0.02 71.66 4132.057 | 1 0.01 71.67 4132.35 | 1 0.01 71.68 4132.407 | 1 0.01 71.69 4132.73 | 1 0.01 71.70 4132.756 | 1 0.01 71.71 4133.579 | 1 0.01 71.72 4133.609 | 2 0.02 71.74 4133.884 | 2 0.02 71.76 4133.957 | 2 0.02 71.78 4134.502 | 2 0.02 71.80 4135.212 | 1 0.01 71.81 4135.219 | 2 0.02 71.83 4135.552 | 2 0.02 71.85 4135.915 | 1 0.01 71.86 4136.927 | 1 0.01 71.87 4136.946 | 1 0.01 71.88 4136.999 | 1 0.01 71.89 4137.406 | 1 0.01 71.90 4137.854 | 1 0.01 71.91 4137.935 | 2 0.02 71.93 4139.338 | 1 0.01 71.94 4139.472 | 1 0.01 71.95 4139.993 | 3 0.03 71.98 4140.04 | 2 0.02 72.00 4141.049 | 1 0.01 72.01 4141.38 | 2 0.02 72.03 4141.707 | 1 0.01 72.04 4142.222 | 1 0.01 72.05 4142.504 | 1 0.01 72.06 4143.08 | 1 0.01 72.07 4143.774 | 2 0.02 72.09 4143.998 | 1 0.01 72.10 4144.752 | 1 0.01 72.11 4145.286 | 1 0.01 72.12 4145.299 | 1 0.01 72.13 4145.387 | 2 0.02 72.15 4145.476 | 1 0.01 72.16 4145.82 | 2 0.02 72.18 4146.763 | 2 0.02 72.20 4147.294 | 1 0.01 72.21 4147.661 | 1 0.01 72.22 4148.085 | 1 0.01 72.23 4148.308 | 1 0.01 72.24 4148.883 | 2 0.02 72.26 4149.412 | 1 0.01 72.27 4149.428 | 2 0.02 72.29 4149.841 | 1 0.01 72.30 4149.85 | 1 0.01 72.31 4150.675 | 1 0.01 72.32 4150.827 | 1 0.01 72.33 4150.988 | 1 0.01 72.34 4151.193 | 2 0.02 72.36 4151.276 | 2 0.02 72.38 4152.11 | 2 0.02 72.40 4152.393 | 1 0.01 72.41 4152.914 | 1 0.01 72.42 4153.411 | 1 0.01 72.43 4153.844 | 1 0.01 72.44 4154.06 | 1 0.01 72.45 4154.187 | 1 0.01 72.46 4154.539 | 1 0.01 72.47 4155.145 | 1 0.01 72.48 4155.485 | 1 0.01 72.49 4156.259 | 1 0.01 72.50 4156.696 | 2 0.02 72.52 4157.204 | 1 0.01 72.53 4157.602 | 1 0.01 72.54 4157.782 | 2 0.02 72.56 4157.976 | 1 0.01 72.57 4158.499 | 2 0.02 72.59 4159.026 | 1 0.01 72.60 4159.649 | 1 0.01 72.61 4159.663 | 1 0.01 72.62 4159.835 | 2 0.02 72.64 4160.069 | 2 0.02 72.66 4160.113 | 2 0.02 72.68 4161.18 | 1 0.01 72.69 4161.438 | 1 0.01 72.70 4161.617 | 1 0.01 72.71 4161.911 | 1 0.01 72.72 4162.309 | 2 0.02 72.74 4162.624 | 1 0.01 72.75 4162.712 | 2 0.02 72.77 4163.039 | 1 0.01 72.78 4163.192 | 1 0.01 72.79 4163.315 | 2 0.02 72.81 4163.368 | 2 0.02 72.83 4163.424 | 1 0.01 72.84 4163.428 | 1 0.01 72.85 4163.48 | 2 0.02 72.87 4164.079 | 1 0.01 72.88 4164.231 | 2 0.02 72.90 4164.425 | 2 0.02 72.92 4164.685 | 2 0.02 72.94 4165.039 | 2 0.02 72.96 4165.04 | 2 0.02 72.98 4165.048 | 1 0.01 72.99 4165.261 | 2 0.02 73.01 4165.498 | 1 0.01 73.02 4166.329 | 2 0.02 73.04 4166.695 | 1 0.01 73.05 4167.644 | 1 0.01 73.06 4168.026 | 1 0.01 73.07 4169.261 | 2 0.02 73.09 4169.571 | 1 0.01 73.10 4169.89 | 1 0.01 73.11 4170.787 | 1 0.01 73.12 4170.937 | 1 0.01 73.13 4171.867 | 1 0.01 73.14 4172.088 | 2 0.02 73.16 4172.144 | 1 0.01 73.17 4172.401 | 2 0.02 73.19 4173.733 | 2 0.02 73.21 4173.763 | 2 0.02 73.23 4174.101 | 1 0.01 73.24 4174.988 | 2 0.02 73.26 4175.149 | 1 0.01 73.27 4175.398 | 2 0.02 73.29 4175.726 | 2 0.02 73.31 4175.856 | 1 0.01 73.32 4175.983 | 2 0.02 73.34 4176.361 | 3 0.03 73.37 4176.455 | 2 0.02 73.39 4176.668 | 1 0.01 73.40 4176.716 | 1 0.01 73.41 4177.654 | 1 0.01 73.42 4177.67 | 1 0.01 73.43 4177.677 | 2 0.02 73.45 4177.815 | 2 0.02 73.47 4177.93 | 2 0.02 73.49 4178.182 | 1 0.01 73.50 4179.021 | 1 0.01 73.51 4179.09 | 2 0.02 73.53 4179.341 | 2 0.02 73.55 4179.753 | 1 0.01 73.56 4180.264 | 1 0.01 73.57 4180.965 | 1 0.01 73.58 4181.046 | 1 0.01 73.59 4181.792 | 2 0.02 73.61 4182.735 | 2 0.02 73.63 4183.068 | 1 0.01 73.64 4183.563 | 1 0.01 73.65 4183.888 | 1 0.01 73.66 4184.924 | 1 0.01 73.67 4185.306 | 2 0.02 73.69 4185.807 | 1 0.01 73.70 4186.374 | 1 0.01 73.71 4186.774 | 1 0.01 73.72 4186.973 | 1 0.01 73.73 4187.179 | 2 0.02 73.75 4187.983 | 1 0.01 73.76 4189.219 | 2 0.02 73.78 4189.356 | 1 0.01 73.79 4189.361 | 2 0.02 73.81 4189.759 | 1 0.01 73.82 4189.771 | 1 0.01 73.83 4189.811 | 2 0.02 73.85 4189.906 | 1 0.01 73.86 4190.131 | 4 0.04 73.90 4190.596 | 1 0.01 73.91 4191.451 | 2 0.02 73.93 4192.088 | 1 0.01 73.94 4192.21 | 1 0.01 73.95 4193.325 | 1 0.01 73.96 4193.371 | 1 0.01 73.97 4193.738 | 1 0.01 73.98 4193.876 | 2 0.02 74.00 4194.023 | 2 0.02 74.02 4196.311 | 1 0.01 74.03 4197.086 | 1 0.01 74.04 4197.507 | 2 0.02 74.06 4197.76 | 1 0.01 74.07 4198.239 | 2 0.02 74.09 4198.549 | 2 0.02 74.11 4199.218 | 1 0.01 74.12 4199.98 | 1 0.01 74.13 4200.588 | 1 0.01 74.14 4200.759 | 2 0.02 74.16 4201.241 | 1 0.01 74.17 4201.276 | 1 0.01 74.18 4201.45 | 2 0.02 74.20 4201.494 | 1 0.01 74.21 4201.834 | 2 0.02 74.23 4201.884 | 1 0.01 74.24 4201.938 | 1 0.01 74.25 4202.134 | 2 0.02 74.27 4202.177 | 1 0.01 74.28 4202.444 | 1 0.01 74.29 4202.517 | 1 0.01 74.30 4202.559 | 6 0.06 74.36 4202.568 | 1 0.01 74.37 4202.807 | 2 0.02 74.39 4203.191 | 2 0.02 74.41 4203.266 | 1 0.01 74.42 4203.447 | 1 0.01 74.43 4204.183 | 1 0.01 74.44 4205.679 | 1 0.01 74.45 4206.408 | 1 0.01 74.46 4206.671 | 1 0.01 74.47 4207.304 | 2 0.02 74.49 4207.372 | 4 0.04 74.53 4207.404 | 2 0.02 74.55 4207.997 | 1 0.01 74.56 4208.622 | 1 0.01 74.57 4208.778 | 2 0.02 74.59 4209.113 | 2 0.02 74.61 4209.149 | 1 0.01 74.62 4209.234 | 2 0.02 74.64 4209.373 | 1 0.01 74.65 4210.621 | 1 0.01 74.66 4210.739 | 1 0.01 74.67 4211.176 | 1 0.01 74.68 4211.692 | 1 0.01 74.69 4211.921 | 1 0.01 74.70 4212.145 | 2 0.02 74.72 4212.445 | 1 0.01 74.73 4212.58 | 2 0.02 74.75 4213.274 | 1 0.01 74.76 4215.491 | 1 0.01 74.77 4217.293 | 1 0.01 74.78 4218.252 | 1 0.01 74.79 4218.899 | 1 0.01 74.80 4218.97 | 1 0.01 74.81 4218.992 | 1 0.01 74.82 4219.304 | 1 0.01 74.83 4220.084 | 2 0.02 74.85 4220.287 | 1 0.01 74.86 4220.849 | 1 0.01 74.87 4220.87 | 2 0.02 74.89 4221.459 | 1 0.01 74.90 4221.634 | 2 0.02 74.92 4221.966 | 2 0.02 74.94 4222.739 | 2 0.02 74.96 4223.885 | 4 0.04 75.00 4223.895 | 1 0.01 75.01 4224.858 | 1 0.01 75.02 4225.224 | 1 0.01 75.03 4226.148 | 2 0.02 75.05 4226.439 | 1 0.01 75.06 4226.69 | 2 0.02 75.08 4226.727 | 2 0.02 75.10 4227.37 | 2 0.02 75.12 4227.95 | 1 0.01 75.13 4228.286 | 1 0.01 75.14 4228.288 | 2 0.02 75.16 4228.585 | 2 0.02 75.18 4228.605 | 6 0.06 75.24 4229.179 | 1 0.01 75.25 4230.654 | 2 0.02 75.27 4230.68 | 2 0.02 75.29 4230.848 | 2 0.02 75.31 4231.171 | 1 0.01 75.32 4231.19 | 2 0.02 75.34 4231.568 | 2 0.02 75.36 4232.429 | 2 0.02 75.38 4232.46 | 1 0.01 75.39 4232.476 | 2 0.02 75.41 4233.31 | 1 0.01 75.42 4233.705 | 1 0.01 75.43 4233.86 | 2 0.02 75.45 4234.712 | 1 0.01 75.46 4234.715 | 2 0.02 75.48 4234.879 | 1 0.01 75.49 4235.306 | 2 0.02 75.51 4236.095 | 4 0.04 75.55 4236.262 | 1 0.01 75.56 4236.491 | 2 0.02 75.58 4236.658 | 2 0.02 75.60 4236.763 | 1 0.01 75.61 4237.435 | 1 0.01 75.62 4237.442 | 2 0.02 75.64 4237.8 | 4 0.04 75.68 4238.229 | 1 0.01 75.69 4239.032 | 1 0.01 75.70 4239.035 | 1 0.01 75.71 4239.185 | 1 0.01 75.72 4239.439 | 1 0.01 75.73 4239.982 | 2 0.02 75.75 4240.311 | 1 0.01 75.76 4240.333 | 2 0.02 75.78 4240.436 | 2 0.02 75.80 4240.605 | 1 0.01 75.81 4240.608 | 1 0.01 75.82 4240.997 | 2 0.02 75.84 4241.383 | 1 0.01 75.85 4241.912 | 2 0.02 75.87 4241.917 | 2 0.02 75.89 4242.37 | 2 0.02 75.91 4242.671 | 1 0.01 75.92 4242.77 | 1 0.01 75.93 4243.348 | 2 0.02 75.95 4244.873 | 2 0.02 75.97 4245.258 | 1 0.01 75.98 4245.6 | 1 0.01 75.99 4245.771 | 2 0.02 76.01 4245.859 | 1 0.01 76.02 4246.544 | 1 0.01 76.03 4247.36 | 2 0.02 76.05 4248.389 | 2 0.02 76.07 4249.048 | 2 0.02 76.09 4250.606 | 1 0.01 76.10 4251.141 | 1 0.01 76.11 4252.255 | 1 0.01 76.12 4252.333 | 2 0.02 76.14 4252.554 | 1 0.01 76.15 4252.813 | 2 0.02 76.17 4253.327 | 1 0.01 76.18 4253.778 | 1 0.01 76.19 4253.955 | 2 0.02 76.21 4254.144 | 2 0.02 76.23 4254.273 | 1 0.01 76.24 4254.298 | 2 0.02 76.26 4255.212 | 1 0.01 76.27 4255.24 | 1 0.01 76.28 4255.605 | 2 0.02 76.30 4256.12 | 3 0.03 76.33 4256.61 | 2 0.02 76.35 4256.662 | 2 0.02 76.37 4256.695 | 1 0.01 76.38 4256.736 | 2 0.02 76.40 4257.735 | 2 0.02 76.42 4258.154 | 2 0.02 76.44 4258.815 | 2 0.02 76.46 4259.038 | 2 0.02 76.48 4260.012 | 2 0.02 76.50 4260.092 | 2 0.02 76.52 4260.134 | 1 0.01 76.53 4260.398 | 1 0.01 76.54 4260.924 | 1 0.01 76.55 4260.99 | 1 0.01 76.56 4261.238 | 2 0.02 76.58 4261.323 | 2 0.02 76.60 4261.362 | 1 0.01 76.61 4261.509 | 1 0.01 76.62 4262.59 | 1 0.01 76.63 4262.714 | 1 0.01 76.64 4263.046 | 1 0.01 76.65 4263.123 | 1 0.01 76.66 4263.283 | 1 0.01 76.67 4263.36 | 1 0.01 76.68 4266.164 | 2 0.02 76.70 4266.222 | 1 0.01 76.71 4266.335 | 1 0.01 76.72 4266.363 | 1 0.01 76.73 4267.403 | 1 0.01 76.74 4267.65 | 2 0.02 76.76 4267.925 | 1 0.01 76.77 4268.607 | 1 0.01 76.78 4269.127 | 1 0.01 76.79 4269.992 | 2 0.02 76.81 4270.977 | 2 0.02 76.83 4271.008 | 2 0.02 76.85 4271.045 | 1 0.01 76.86 4271.615 | 2 0.02 76.88 4271.671 | 1 0.01 76.89 4271.908 | 1 0.01 76.90 4272.512 | 2 0.02 76.92 4272.541 | 1 0.01 76.93 4272.574 | 1 0.01 76.94 4272.705 | 1 0.01 76.95 4273.257 | 2 0.02 76.97 4273.301 | 1 0.01 76.98 4273.485 | 1 0.01 76.99 4273.539 | 1 0.01 77.00 4273.564 | 1 0.01 77.01 4273.69 | 1 0.01 77.02 4274.55 | 2 0.02 77.04 4275.47 | 1 0.01 77.05 4275.641 | 2 0.02 77.07 4276.533 | 1 0.01 77.08 4276.726 | 1 0.01 77.09 4277.156 | 1 0.01 77.10 4277.168 | 2 0.02 77.12 4277.624 | 2 0.02 77.14 4277.673 | 2 0.02 77.16 4277.714 | 1 0.01 77.17 4277.716 | 1 0.01 77.18 4277.876 | 1 0.01 77.19 4278.089 | 1 0.01 77.20 4278.122 | 1 0.01 77.21 4278.901 | 1 0.01 77.22 4278.922 | 2 0.02 77.24 4279.175 | 1 0.01 77.25 4279.6 | 1 0.01 77.26 4279.712 | 1 0.01 77.27 4280.475 | 1 0.01 77.28 4280.53 | 1 0.01 77.29 4281.13 | 2 0.02 77.31 4281.319 | 2 0.02 77.33 4281.515 | 2 0.02 77.35 4281.637 | 1 0.01 77.36 4282.325 | 1 0.01 77.37 4282.754 | 1 0.01 77.38 4283.281 | 1 0.01 77.39 4283.371 | 2 0.02 77.41 4283.658 | 1 0.01 77.42 4283.669 | 2 0.02 77.44 4284.064 | 1 0.01 77.45 4284.499 | 2 0.02 77.47 4284.814 | 2 0.02 77.49 4285.012 | 1 0.01 77.50 4285.158 | 1 0.01 77.51 4285.332 | 1 0.01 77.52 4285.367 | 1 0.01 77.53 4285.782 | 2 0.02 77.55 4286.849 | 1 0.01 77.56 4287.857 | 1 0.01 77.57 4288.08 | 1 0.01 77.58 4288.125 | 1 0.01 77.59 4288.883 | 2 0.02 77.61 4289.83 | 1 0.01 77.62 4290.233 | 1 0.01 77.63 4290.399 | 1 0.01 77.64 4290.497 | 2 0.02 77.66 4290.974 | 1 0.01 77.67 4291.204 | 2 0.02 77.69 4291.827 | 1 0.01 77.70 4292.825 | 1 0.01 77.71 4293.073 | 1 0.01 77.72 4293.436 | 2 0.02 77.74 4294.213 | 1 0.01 77.75 4294.424 | 1 0.01 77.76 4294.904 | 1 0.01 77.77 4295.155 | 1 0.01 77.78 4295.262 | 2 0.02 77.80 4295.303 | 2 0.02 77.82 4295.459 | 1 0.01 77.83 4295.718 | 2 0.02 77.85 4296.005 | 1 0.01 77.86 4296.373 | 1 0.01 77.87 4296.697 | 2 0.02 77.89 4297.13 | 1 0.01 77.90 4297.795 | 1 0.01 77.91 4298.138 | 1 0.01 77.92 4298.706 | 1 0.01 77.93 4299.455 | 2 0.02 77.95 4300.458 | 1 0.01 77.96 4301.835 | 1 0.01 77.97 4302.05 | 1 0.01 77.98 4302.142 | 1 0.01 77.99 4302.307 | 2 0.02 78.01 4302.402 | 2 0.02 78.03 4302.421 | 1 0.01 78.04 4302.545 | 1 0.01 78.05 4303.086 | 2 0.02 78.07 4303.745 | 2 0.02 78.09 4303.821 | 1 0.01 78.10 4304.375 | 1 0.01 78.11 4304.488 | 1 0.01 78.12 4304.537 | 1 0.01 78.13 4304.637 | 1 0.01 78.14 4305.882 | 2 0.02 78.16 4306.451 | 2 0.02 78.18 4306.531 | 1 0.01 78.19 4307.112 | 2 0.02 78.21 4307.44 | 2 0.02 78.23 4307.48 | 1 0.01 78.24 4307.695 | 2 0.02 78.26 4308.433 | 1 0.01 78.27 4309.579 | 1 0.01 78.28 4309.636 | 1 0.01 78.29 4310.404 | 2 0.02 78.31 4310.57 | 1 0.01 78.32 4310.744 | 1 0.01 78.33 4311.745 | 1 0.01 78.34 4312.631 | 2 0.02 78.36 4312.853 | 1 0.01 78.37 4313.094 | 1 0.01 78.38 4313.377 | 2 0.02 78.40 4313.906 | 2 0.02 78.42 4314.095 | 2 0.02 78.44 4314.56 | 1 0.01 78.45 4315.787 | 1 0.01 78.46 4316.698 | 1 0.01 78.47 4317.269 | 2 0.02 78.49 4317.561 | 1 0.01 78.50 4318.56 | 2 0.02 78.52 4319.135 | 1 0.01 78.53 4319.753 | 2 0.02 78.55 4319.863 | 1 0.01 78.56 4320.284 | 2 0.02 78.58 4321.053 | 2 0.02 78.60 4321.088 | 2 0.02 78.62 4321.479 | 2 0.02 78.64 4321.66 | 1 0.01 78.65 4321.843 | 1 0.01 78.66 4322.521 | 1 0.01 78.67 4322.603 | 2 0.02 78.69 4322.74 | 2 0.02 78.71 4323.37 | 1 0.01 78.72 4323.725 | 1 0.01 78.73 4323.985 | 2 0.02 78.75 4324.137 | 2 0.02 78.77 4324.409 | 2 0.02 78.79 4324.616 | 1 0.01 78.80 4325.295 | 1 0.01 78.81 4325.629 | 1 0.01 78.82 4325.932 | 1 0.01 78.83 4326.171 | 2 0.02 78.85 4326.661 | 1 0.01 78.86 4328.202 | 2 0.02 78.88 4328.867 | 2 0.02 78.90 4329.647 | 1 0.01 78.91 4330.491 | 1 0.01 78.92 4331.272 | 2 0.02 78.94 4331.302 | 1 0.01 78.95 4331.58 | 2 0.02 78.97 4331.581 | 2 0.02 78.99 4331.816 | 1 0.01 79.00 4331.878 | 1 0.01 79.01 4332.11 | 1 0.01 79.02 4332.23 | 1 0.01 79.03 4332.372 | 1 0.01 79.04 4332.764 | 2 0.02 79.06 4333.11 | 1 0.01 79.07 4333.583 | 1 0.01 79.08 4333.697 | 1 0.01 79.09 4334.159 | 1 0.01 79.10 4334.17 | 2 0.02 79.12 4335.339 | 1 0.01 79.13 4337.263 | 1 0.01 79.14 4337.936 | 1 0.01 79.15 4338.472 | 2 0.02 79.17 4338.546 | 2 0.02 79.19 4338.93 | 1 0.01 79.20 4339.641 | 1 0.01 79.21 4340.333 | 1 0.01 79.22 4340.918 | 1 0.01 79.23 4341.817 | 1 0.01 79.24 4341.986 | 1 0.01 79.25 4342.359 | 1 0.01 79.26 4343.124 | 1 0.01 79.27 4343.637 | 1 0.01 79.28 4344.051 | 2 0.02 79.30 4344.97 | 4 0.04 79.34 4345.125 | 2 0.02 79.36 4345.212 | 1 0.01 79.37 4345.271 | 1 0.01 79.38 4345.707 | 2 0.02 79.40 4346.25 | 1 0.01 79.41 4346.795 | 2 0.02 79.43 4346.878 | 1 0.01 79.44 4347.325 | 1 0.01 79.45 4347.513 | 1 0.01 79.46 4347.759 | 1 0.01 79.47 4347.885 | 2 0.02 79.49 4348.336 | 1 0.01 79.50 4349.237 | 1 0.01 79.51 4349.466 | 1 0.01 79.52 4349.642 | 1 0.01 79.53 4350.316 | 2 0.02 79.55 4351.586 | 1 0.01 79.56 4352.35 | 1 0.01 79.57 4352.376 | 1 0.01 79.58 4352.631 | 2 0.02 79.60 4352.72 | 1 0.01 79.61 4352.832 | 1 0.01 79.62 4353.205 | 1 0.01 79.63 4353.564 | 1 0.01 79.64 4353.699 | 1 0.01 79.65 4354.554 | 2 0.02 79.67 4354.664 | 1 0.01 79.68 4355.954 | 1 0.01 79.69 4356.228 | 1 0.01 79.70 4356.448 | 1 0.01 79.71 4356.866 | 2 0.02 79.73 4357.246 | 1 0.01 79.74 4358.757 | 1 0.01 79.75 4358.884 | 1 0.01 79.76 4359.091 | 1 0.01 79.77 4359.408 | 2 0.02 79.79 4359.434 | 1 0.01 79.80 4359.82 | 2 0.02 79.82 4359.913 | 1 0.01 79.83 4360.144 | 1 0.01 79.84 4361.004 | 1 0.01 79.85 4361.489 | 1 0.01 79.86 4361.565 | 1 0.01 79.87 4362.698 | 1 0.01 79.88 4365.118 | 1 0.01 79.89 4365.207 | 2 0.02 79.91 4365.592 | 2 0.02 79.93 4365.641 | 1 0.01 79.94 4365.701 | 1 0.01 79.95 4366.144 | 1 0.01 79.96 4366.222 | 2 0.02 79.98 4366.585 | 2 0.02 80.00 4367.598 | 2 0.02 80.02 4367.715 | 1 0.01 80.03 4367.833 | 2 0.02 80.05 4368.116 | 6 0.06 80.11 4368.433 | 4 0.04 80.15 4368.667 | 2 0.02 80.17 4368.802 | 1 0.01 80.18 4368.863 | 2 0.02 80.20 4370.082 | 2 0.02 80.22 4370.319 | 1 0.01 80.23 4370.706 | 1 0.01 80.24 4371.077 | 1 0.01 80.25 4371.228 | 1 0.01 80.26 4371.844 | 4 0.04 80.30 4371.906 | 2 0.02 80.32 4372.564 | 2 0.02 80.34 4372.661 | 1 0.01 80.35 4372.943 | 1 0.01 80.36 4374.559 | 1 0.01 80.37 4375.516 | 1 0.01 80.38 4375.883 | 2 0.02 80.40 4376.021 | 1 0.01 80.41 4377.029 | 1 0.01 80.42 4377.346 | 3 0.03 80.45 4377.372 | 2 0.02 80.47 4377.82 | 2 0.02 80.49 4377.872 | 1 0.01 80.50 4378.444 | 2 0.02 80.52 4378.922 | 1 0.01 80.53 4379.225 | 1 0.01 80.54 4379.807 | 1 0.01 80.55 4382.409 | 2 0.02 80.57 4383.204 | 2 0.02 80.59 4383.842 | 1 0.01 80.60 4383.866 | 1 0.01 80.61 4383.912 | 2 0.02 80.63 4384.009 | 2 0.02 80.65 4384.301 | 2 0.02 80.67 4384.759 | 2 0.02 80.69 4385.151 | 1 0.01 80.70 4386.169 | 1 0.01 80.71 4386.331 | 1 0.01 80.72 4386.709 | 1 0.01 80.73 4387.358 | 1 0.01 80.74 4387.599 | 2 0.02 80.76 4387.748 | 1 0.01 80.77 4387.823 | 1 0.01 80.78 4388.491 | 1 0.01 80.79 4388.635 | 1 0.01 80.80 4388.965 | 2 0.02 80.82 4389.292 | 1 0.01 80.83 4389.475 | 1 0.01 80.84 4389.607 | 1 0.01 80.85 4389.762 | 2 0.02 80.87 4390.12 | 1 0.01 80.88 4390.993 | 2 0.02 80.90 4391.376 | 1 0.01 80.91 4391.591 | 1 0.01 80.92 4393.491 | 1 0.01 80.93 4393.506 | 1 0.01 80.94 4393.621 | 2 0.02 80.96 4395.064 | 1 0.01 80.97 4395.645 | 1 0.01 80.98 4396.48 | 2 0.02 81.00 4396.554 | 1 0.01 81.01 4396.565 | 1 0.01 81.02 4397.641 | 2 0.02 81.04 4397.801 | 1 0.01 81.05 4397.819 | 1 0.01 81.06 4398.137 | 2 0.02 81.08 4398.588 | 1 0.01 81.09 4399.105 | 1 0.01 81.10 4399.153 | 1 0.01 81.11 4399.456 | 1 0.01 81.12 4399.948 | 1 0.01 81.13 4400.008 | 1 0.01 81.14 4400.352 | 2 0.02 81.16 4400.568 | 2 0.02 81.18 4402.486 | 2 0.02 81.20 4402.72 | 1 0.01 81.21 4403.413 | 1 0.01 81.22 4404.364 | 1 0.01 81.23 4404.367 | 2 0.02 81.25 4404.541 | 1 0.01 81.26 4405.313 | 2 0.02 81.28 4405.419 | 1 0.01 81.29 4405.612 | 1 0.01 81.30 4405.954 | 1 0.01 81.31 4406.3 | 2 0.02 81.33 4406.483 | 1 0.01 81.34 4406.727 | 1 0.01 81.35 4407.201 | 1 0.01 81.36 4408.674 | 1 0.01 81.37 4408.942 | 2 0.02 81.39 4409.391 | 2 0.02 81.41 4409.784 | 1 0.01 81.42 4409.943 | 1 0.01 81.43 4409.948 | 1 0.01 81.44 4410.148 | 1 0.01 81.45 4410.518 | 2 0.02 81.47 4410.706 | 2 0.02 81.49 4411.737 | 1 0.01 81.50 4411.746 | 2 0.02 81.52 4412.814 | 2 0.02 81.54 4412.921 | 2 0.02 81.56 4413.099 | 1 0.01 81.57 4413.381 | 2 0.02 81.59 4414.622 | 1 0.01 81.60 4414.687 | 1 0.01 81.61 4414.911 | 1 0.01 81.62 4414.995 | 2 0.02 81.64 4416.655 | 1 0.01 81.65 4416.944 | 1 0.01 81.66 4417.173 | 1 0.01 81.67 4417.453 | 1 0.01 81.68 4418.183 | 1 0.01 81.69 4418.858 | 2 0.02 81.71 4419.704 | 2 0.02 81.73 4419.875 | 1 0.01 81.74 4420.224 | 1 0.01 81.75 4420.269 | 1 0.01 81.76 4420.552 | 2 0.02 81.78 4421.612 | 2 0.02 81.80 4421.811 | 2 0.02 81.82 4422.224 | 2 0.02 81.84 4422.804 | 2 0.02 81.86 4423.94 | 1 0.01 81.87 4424.546 | 1 0.01 81.88 4425.679 | 1 0.01 81.89 4425.73 | 2 0.02 81.91 4425.943 | 1 0.01 81.92 4426.255 | 2 0.02 81.94 4426.77 | 1 0.01 81.95 4427.663 | 1 0.01 81.96 4427.84 | 2 0.02 81.98 4428.719 | 3 0.03 82.01 4428.769 | 2 0.02 82.03 4429.969 | 2 0.02 82.05 4430.16 | 2 0.02 82.07 4430.318 | 1 0.01 82.08 4432.546 | 1 0.01 82.09 4432.794 | 2 0.02 82.11 4433.113 | 1 0.01 82.12 4434.017 | 1 0.01 82.13 4434.152 | 2 0.02 82.15 4436.489 | 1 0.01 82.16 4436.521 | 2 0.02 82.18 4436.546 | 2 0.02 82.20 4436.708 | 1 0.01 82.21 4436.728 | 1 0.01 82.22 4436.874 | 1 0.01 82.23 4437.584 | 1 0.01 82.24 4439.522 | 2 0.02 82.26 4440.096 | 2 0.02 82.28 4440.706 | 1 0.01 82.29 4441.689 | 1 0.01 82.30 4441.934 | 1 0.01 82.31 4442.077 | 2 0.02 82.33 4442.675 | 1 0.01 82.34 4443.26 | 1 0.01 82.35 4443.477 | 1 0.01 82.36 4443.581 | 1 0.01 82.37 4443.965 | 2 0.02 82.39 4444.151 | 1 0.01 82.40 4445.931 | 1 0.01 82.41 4445.963 | 1 0.01 82.42 4446.228 | 1 0.01 82.43 4446.443 | 1 0.01 82.44 4446.715 | 2 0.02 82.46 4447.584 | 2 0.02 82.48 4447.847 | 2 0.02 82.50 4447.958 | 1 0.01 82.51 4449.124 | 2 0.02 82.53 4449.372 | 1 0.01 82.54 4449.838 | 2 0.02 82.56 4450.294 | 2 0.02 82.58 4450.456 | 2 0.02 82.60 4450.826 | 2 0.02 82.62 4451.524 | 1 0.01 82.63 4451.903 | 1 0.01 82.64 4454.144 | 1 0.01 82.65 4454.257 | 2 0.02 82.67 4454.871 | 1 0.01 82.68 4454.926 | 1 0.01 82.69 4456.06 | 1 0.01 82.70 4456.114 | 2 0.02 82.72 4457.188 | 1 0.01 82.73 4459.242 | 1 0.01 82.74 4459.384 | 1 0.01 82.75 4460.755 | 1 0.01 82.76 4462.027 | 1 0.01 82.77 4463.045 | 1 0.01 82.78 4464.019 | 1 0.01 82.79 4464.181 | 1 0.01 82.80 4464.336 | 1 0.01 82.81 4464.585 | 1 0.01 82.82 4465.262 | 1 0.01 82.83 4466.246 | 2 0.02 82.85 4466.454 | 1 0.01 82.86 4466.708 | 2 0.02 82.88 4467.399 | 1 0.01 82.89 4467.654 | 2 0.02 82.91 4468.329 | 1 0.01 82.92 4468.707 | 1 0.01 82.93 4469.101 | 1 0.01 82.94 4469.24 | 1 0.01 82.95 4469.889 | 1 0.01 82.96 4469.935 | 1 0.01 82.97 4470.194 | 2 0.02 82.99 4470.383 | 2 0.02 83.01 4471.277 | 1 0.01 83.02 4471.359 | 1 0.01 83.03 4472.14 | 1 0.01 83.04 4472.948 | 2 0.02 83.06 4473.95 | 1 0.01 83.07 4475.784 | 1 0.01 83.08 4476.007 | 2 0.02 83.10 4476.174 | 1 0.01 83.11 4476.679 | 2 0.02 83.13 4477.272 | 1 0.01 83.14 4477.394 | 4 0.04 83.18 4477.627 | 1 0.01 83.19 4477.729 | 1 0.01 83.20 4478.044 | 1 0.01 83.21 4478.376 | 1 0.01 83.22 4479.037 | 1 0.01 83.23 4479.876 | 2 0.02 83.25 4480.269 | 2 0.02 83.27 4480.289 | 1 0.01 83.28 4481.468 | 1 0.01 83.29 4482.327 | 1 0.01 83.30 4482.644 | 1 0.01 83.31 4482.888 | 1 0.01 83.32 4482.993 | 1 0.01 83.33 4484.298 | 2 0.02 83.35 4484.966 | 1 0.01 83.36 4485.072 | 2 0.02 83.38 4485.95 | 1 0.01 83.39 4486.164 | 2 0.02 83.41 4486.294 | 2 0.02 83.43 4486.9 | 1 0.01 83.44 4488.687 | 2 0.02 83.46 4489.427 | 2 0.02 83.48 4492.525 | 2 0.02 83.50 4493.016 | 2 0.02 83.52 4493.212 | 1 0.01 83.53 4497.126 | 2 0.02 83.55 4497.274 | 1 0.01 83.56 4498.073 | 1 0.01 83.57 4499.158 | 1 0.01 83.58 4500.612 | 1 0.01 83.59 4502.62 | 2 0.02 83.61 4504.015 | 1 0.01 83.62 4504.042 | 2 0.02 83.64 4504.115 | 1 0.01 83.65 4504.135 | 1 0.01 83.66 4504.158 | 1 0.01 83.67 4505.199 | 1 0.01 83.68 4505.344 | 1 0.01 83.69 4505.356 | 1 0.01 83.70 4505.465 | 1 0.01 83.71 4505.979 | 1 0.01 83.72 4506.16 | 1 0.01 83.73 4507.061 | 2 0.02 83.75 4507.252 | 1 0.01 83.76 4510.389 | 2 0.02 83.78 4511.19 | 1 0.01 83.79 4511.395 | 2 0.02 83.81 4511.414 | 1 0.01 83.82 4512.236 | 1 0.01 83.83 4512.903 | 2 0.02 83.85 4514.301 | 1 0.01 83.86 4515.088 | 2 0.02 83.88 4515.23 | 2 0.02 83.90 4516.132 | 2 0.02 83.92 4516.846 | 2 0.02 83.94 4518.781 | 1 0.01 83.95 4519.412 | 2 0.02 83.97 4520.352 | 1 0.01 83.98 4522.276 | 1 0.01 83.99 4522.695 | 1 0.01 84.00 4523.71 | 1 0.01 84.01 4524.505 | 2 0.02 84.03 4524.506 | 2 0.02 84.05 4524.514 | 2 0.02 84.07 4524.527 | 1 0.01 84.08 4524.645 | 1 0.01 84.09 4524.68 | 1 0.01 84.10 4525.222 | 2 0.02 84.12 4525.335 | 1 0.01 84.13 4525.355 | 1 0.01 84.14 4527.868 | 1 0.01 84.15 4527.921 | 1 0.01 84.16 4528.534 | 1 0.01 84.17 4529.002 | 1 0.01 84.18 4530.825 | 1 0.01 84.19 4531.675 | 1 0.01 84.20 4532.222 | 3 0.03 84.23 4532.725 | 1 0.01 84.24 4534.327 | 1 0.01 84.25 4535.199 | 1 0.01 84.26 4535.469 | 1 0.01 84.27 4535.763 | 3 0.03 84.30 4535.905 | 1 0.01 84.31 4536.082 | 2 0.02 84.33 4537.568 | 1 0.01 84.34 4537.924 | 1 0.01 84.35 4538.445 | 1 0.01 84.36 4538.457 | 1 0.01 84.37 4538.584 | 1 0.01 84.38 4539.421 | 1 0.01 84.39 4540.322 | 2 0.02 84.41 4541.652 | 1 0.01 84.42 4541.66 | 2 0.02 84.44 4542.128 | 1 0.01 84.45 4542.405 | 1 0.01 84.46 4543.739 | 2 0.02 84.48 4544.04 | 1 0.01 84.49 4545.622 | 4 0.04 84.53 4546.162 | 2 0.02 84.55 4548.527 | 2 0.02 84.57 4549.281 | 1 0.01 84.58 4549.434 | 2 0.02 84.60 4550.069 | 2 0.02 84.62 4550.105 | 1 0.01 84.63 4550.44 | 1 0.01 84.64 4550.925 | 1 0.01 84.65 4552.123 | 2 0.02 84.67 4552.134 | 1 0.01 84.68 4552.982 | 1 0.01 84.69 4554.203 | 1 0.01 84.70 4554.885 | 1 0.01 84.71 4555.316 | 1 0.01 84.72 4556.6 | 2 0.02 84.74 4556.648 | 2 0.02 84.76 4556.684 | 1 0.01 84.77 4557.077 | 1 0.01 84.78 4558.513 | 2 0.02 84.80 4558.615 | 1 0.01 84.81 4560.201 | 1 0.01 84.82 4560.315 | 1 0.01 84.83 4561.768 | 1 0.01 84.84 4561.826 | 2 0.02 84.86 4562.087 | 2 0.02 84.88 4562.378 | 1 0.01 84.89 4563.423 | 2 0.02 84.91 4564.286 | 1 0.01 84.92 4564.405 | 1 0.01 84.93 4566.304 | 2 0.02 84.95 4567.188 | 2 0.02 84.97 4567.27 | 1 0.01 84.98 4567.446 | 2 0.02 85.00 4567.538 | 2 0.02 85.02 4568.132 | 1 0.01 85.03 4568.445 | 2 0.02 85.05 4569.516 | 1 0.01 85.06 4569.664 | 1 0.01 85.07 4569.713 | 2 0.02 85.09 4570.818 | 1 0.01 85.10 4571.598 | 1 0.01 85.11 4571.863 | 1 0.01 85.12 4572.165 | 1 0.01 85.13 4572.594 | 1 0.01 85.14 4572.702 | 4 0.04 85.18 4573.12 | 1 0.01 85.19 4575.456 | 1 0.01 85.20 4576.256 | 1 0.01 85.21 4576.376 | 1 0.01 85.22 4578.089 | 1 0.01 85.23 4579.118 | 2 0.02 85.25 4579.296 | 2 0.02 85.27 4579.322 | 1 0.01 85.28 4579.702 | 2 0.02 85.30 4579.704 | 2 0.02 85.32 4581.593 | 2 0.02 85.34 4582.06 | 2 0.02 85.36 4582.218 | 1 0.01 85.37 4582.395 | 2 0.02 85.39 4582.641 | 1 0.01 85.40 4583.007 | 1 0.01 85.41 4584.146 | 2 0.02 85.43 4584.206 | 1 0.01 85.44 4585.178 | 1 0.01 85.45 4585.557 | 1 0.01 85.46 4586.232 | 2 0.02 85.48 4586.446 | 2 0.02 85.50 4588.219 | 2 0.02 85.52 4589.057 | 2 0.02 85.54 4589.448 | 1 0.01 85.55 4589.45 | 2 0.02 85.57 4589.574 | 1 0.01 85.58 4590.02 | 1 0.01 85.59 4591.334 | 1 0.01 85.60 4591.951 | 1 0.01 85.61 4591.968 | 1 0.01 85.62 4592.531 | 1 0.01 85.63 4594.56 | 2 0.02 85.65 4594.865 | 1 0.01 85.66 4598.039 | 1 0.01 85.67 4599.882 | 1 0.01 85.68 4599.974 | 1 0.01 85.69 4600.376 | 1 0.01 85.70 4601.953 | 2 0.02 85.72 4601.964 | 2 0.02 85.74 4602.461 | 2 0.02 85.76 4602.47 | 2 0.02 85.78 4603.487 | 2 0.02 85.80 4603.991 | 1 0.01 85.81 4604.708 | 2 0.02 85.83 4605.476 | 1 0.01 85.84 4606.493 | 2 0.02 85.86 4606.532 | 1 0.01 85.87 4607.602 | 2 0.02 85.89 4608.548 | 2 0.02 85.91 4609.517 | 2 0.02 85.93 4609.973 | 2 0.02 85.95 4611.065 | 1 0.01 85.96 4611.47 | 2 0.02 85.98 4611.605 | 1 0.01 85.99 4611.695 | 1 0.01 86.00 4612.257 | 1 0.01 86.01 4612.584 | 1 0.01 86.02 4614.387 | 2 0.02 86.04 4614.394 | 2 0.02 86.06 4615.466 | 1 0.01 86.07 4616.049 | 1 0.01 86.08 4616.495 | 1 0.01 86.09 4617.257 | 1 0.01 86.10 4617.998 | 2 0.02 86.12 4619.57 | 2 0.02 86.14 4619.745 | 1 0.01 86.15 4619.951 | 1 0.01 86.16 4620.598 | 1 0.01 86.17 4621.158 | 1 0.01 86.18 4621.258 | 1 0.01 86.19 4621.61 | 1 0.01 86.20 4624.083 | 1 0.01 86.21 4624.657 | 1 0.01 86.22 4624.686 | 1 0.01 86.23 4625.99 | 1 0.01 86.24 4626.805 | 2 0.02 86.26 4626.832 | 1 0.01 86.27 4626.919 | 1 0.01 86.28 4628.303 | 1 0.01 86.29 4628.985 | 2 0.02 86.31 4630.962 | 2 0.02 86.33 4632.458 | 1 0.01 86.34 4633.262 | 1 0.01 86.35 4634.088 | 1 0.01 86.36 4634.964 | 1 0.01 86.37 4637.452 | 1 0.01 86.38 4639.023 | 1 0.01 86.39 4639.179 | 1 0.01 86.40 4640.076 | 1 0.01 86.41 4641.11 | 1 0.01 86.42 4641.839 | 1 0.01 86.43 4642.026 | 1 0.01 86.44 4642.148 | 1 0.01 86.45 4644.599 | 2 0.02 86.47 4646.411 | 2 0.02 86.49 4647.876 | 1 0.01 86.50 4648.23 | 1 0.01 86.51 4649.463 | 1 0.01 86.52 4651.122 | 1 0.01 86.53 4651.394 | 1 0.01 86.54 4651.906 | 1 0.01 86.55 4652.402 | 1 0.01 86.56 4652.456 | 1 0.01 86.57 4653.099 | 1 0.01 86.58 4653.164 | 1 0.01 86.59 4653.614 | 1 0.01 86.60 4653.771 | 1 0.01 86.61 4655.513 | 2 0.02 86.63 4655.974 | 1 0.01 86.64 4656.315 | 2 0.02 86.66 4656.811 | 1 0.01 86.67 4657.284 | 1 0.01 86.68 4657.303 | 1 0.01 86.69 4658.525 | 1 0.01 86.70 4659.933 | 1 0.01 86.71 4659.964 | 1 0.01 86.72 4660.265 | 1 0.01 86.73 4660.294 | 1 0.01 86.74 4661.021 | 1 0.01 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0.01 87.24 4692.29 | 2 0.02 87.26 4694.002 | 1 0.01 87.27 4694.01 | 2 0.02 87.29 4694.08 | 1 0.01 87.30 4694.692 | 2 0.02 87.32 4696.076 | 1 0.01 87.33 4696.715 | 1 0.01 87.34 4696.97 | 2 0.02 87.36 4697.107 | 1 0.01 87.37 4697.477 | 1 0.01 87.38 4697.523 | 1 0.01 87.39 4697.659 | 2 0.02 87.41 4698.935 | 1 0.01 87.42 4700.899 | 1 0.01 87.43 4701.146 | 1 0.01 87.44 4702.404 | 1 0.01 87.45 4705.861 | 1 0.01 87.46 4706.347 | 2 0.02 87.48 4706.828 | 1 0.01 87.49 4707.383 | 1 0.01 87.50 4708.261 | 1 0.01 87.51 4709.095 | 4 0.04 87.55 4709.463 | 2 0.02 87.57 4710.65 | 2 0.02 87.59 4712.67 | 1 0.01 87.60 4714.673 | 1 0.01 87.61 4714.78 | 1 0.01 87.62 4714.982 | 1 0.01 87.63 4715.462 | 2 0.02 87.65 4715.882 | 1 0.01 87.66 4717.048 | 1 0.01 87.67 4717.524 | 2 0.02 87.69 4717.618 | 2 0.02 87.71 4718.389 | 2 0.02 87.73 4719.363 | 2 0.02 87.75 4720.748 | 1 0.01 87.76 4721.352 | 1 0.01 87.77 4722.317 | 1 0.01 87.78 4722.704 | 2 0.02 87.80 4723.166 | 1 0.01 87.81 4723.767 | 2 0.02 87.83 4723.963 | 1 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4760.457 | 1 0.01 88.37 4760.823 | 2 0.02 88.39 4761.127 | 1 0.01 88.40 4761.497 | 1 0.01 88.41 4762.882 | 1 0.01 88.42 4764.9 | 1 0.01 88.43 4767.074 | 1 0.01 88.44 4769.455 | 1 0.01 88.45 4770.141 | 1 0.01 88.46 4770.802 | 1 0.01 88.47 4770.878 | 2 0.02 88.49 4771.782 | 1 0.01 88.50 4771.955 | 2 0.02 88.52 4773.19 | 2 0.02 88.54 4774.926 | 1 0.01 88.55 4776.189 | 2 0.02 88.57 4776.258 | 1 0.01 88.58 4781.153 | 1 0.01 88.59 4781.757 | 2 0.02 88.61 4781.936 | 2 0.02 88.63 4782.013 | 1 0.01 88.64 4782.252 | 2 0.02 88.66 4782.658 | 2 0.02 88.68 4783.783 | 1 0.01 88.69 4784.697 | 1 0.01 88.70 4785.176 | 1 0.01 88.71 4785.828 | 1 0.01 88.72 4785.944 | 2 0.02 88.74 4786.827 | 1 0.01 88.75 4786.936 | 2 0.02 88.77 4787.462 | 2 0.02 88.79 4787.657 | 2 0.02 88.81 4788.24 | 1 0.01 88.82 4788.754 | 1 0.01 88.83 4789.963 | 1 0.01 88.84 4790.48 | 1 0.01 88.85 4790.936 | 2 0.02 88.87 4791.382 | 1 0.01 88.88 4792.406 | 1 0.01 88.89 4792.827 | 2 0.02 88.91 4792.989 | 2 0.02 88.93 4793.843 | 1 0.01 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4863.839 | 1 0.01 89.97 4865.414 | 1 0.01 89.98 4865.626 | 1 0.01 89.99 4866.322 | 1 0.01 90.00 4867.211 | 1 0.01 90.01 4867.514 | 1 0.01 90.02 4868.795 | 1 0.01 90.03 4869.497 | 2 0.02 90.05 4869.543 | 1 0.01 90.06 4869.737 | 1 0.01 90.07 4870.106 | 1 0.01 90.08 4871.096 | 2 0.02 90.10 4871.816 | 1 0.01 90.11 4872.827 | 1 0.01 90.12 4876.997 | 1 0.01 90.13 4877.666 | 1 0.01 90.14 4879.554 | 1 0.01 90.15 4880.412 | 1 0.01 90.16 4882.288 | 1 0.01 90.17 4883.761 | 1 0.01 90.18 4884.863 | 1 0.01 90.19 4885.075 | 1 0.01 90.20 4886.214 | 1 0.01 90.21 4886.357 | 1 0.01 90.22 4887.097 | 1 0.01 90.23 4895.755 | 1 0.01 90.24 4896.302 | 1 0.01 90.25 4896.904 | 2 0.02 90.27 4897.019 | 1 0.01 90.28 4899.932 | 2 0.02 90.30 4900.371 | 2 0.02 90.32 4900.865 | 2 0.02 90.34 4902.718 | 1 0.01 90.35 4905.87 | 2 0.02 90.37 4908.373 | 1 0.01 90.38 4908.717 | 1 0.01 90.39 4909.167 | 1 0.01 90.40 4909.76 | 1 0.01 90.41 4910.136 | 1 0.01 90.42 4910.468 | 1 0.01 90.43 4910.684 | 1 0.01 90.44 4913.822 | 1 0.01 90.45 4914.167 | 1 0.01 90.46 4914.968 | 2 0.02 90.48 4915.951 | 1 0.01 90.49 4916.363 | 2 0.02 90.51 4916.654 | 2 0.02 90.53 4917.523 | 1 0.01 90.54 4918.444 | 1 0.01 90.55 4918.771 | 1 0.01 90.56 4919.88 | 1 0.01 90.57 4919.926 | 1 0.01 90.58 4920.247 | 1 0.01 90.59 4923.942 | 1 0.01 90.60 4924.69 | 1 0.01 90.61 4925.991 | 1 0.01 90.62 4926.024 | 1 0.01 90.63 4926.514 | 1 0.01 90.64 4926.623 | 2 0.02 90.66 4926.703 | 1 0.01 90.67 4929.623 | 1 0.01 90.68 4929.799 | 2 0.02 90.70 4930.393 | 1 0.01 90.71 4931.976 | 2 0.02 90.73 4932.24 | 1 0.01 90.74 4936.854 | 1 0.01 90.75 4937.664 | 1 0.01 90.76 4938.051 | 1 0.01 90.77 4938.877 | 2 0.02 90.79 4939.387 | 1 0.01 90.80 4942.181 | 1 0.01 90.81 4942.384 | 2 0.02 90.83 4942.54 | 2 0.02 90.85 4942.551 | 1 0.01 90.86 4944.263 | 1 0.01 90.87 4944.53 | 1 0.01 90.88 4944.807 | 1 0.01 90.89 4945.821 | 1 0.01 90.90 4946.26 | 1 0.01 90.91 4947.377 | 1 0.01 90.92 4948.174 | 1 0.01 90.93 4948.732 | 2 0.02 90.95 4950.454 | 2 0.02 90.97 4953.862 | 2 0.02 90.99 4954.622 | 1 0.01 91.00 4954.731 | 1 0.01 91.01 4957.457 | 1 0.01 91.02 4958.991 | 1 0.01 91.03 4959.379 | 1 0.01 91.04 4959.802 | 1 0.01 91.05 4960.991 | 1 0.01 91.06 4961.987 | 2 0.02 91.08 4962.007 | 1 0.01 91.09 4962.6 | 1 0.01 91.10 4963.368 | 1 0.01 91.11 4964.657 | 1 0.01 91.12 4965.604 | 1 0.01 91.13 4966.276 | 1 0.01 91.14 4966.444 | 2 0.02 91.16 4969.47 | 1 0.01 91.17 4969.91 | 1 0.01 91.18 4970.642 | 1 0.01 91.19 4970.855 | 1 0.01 91.20 4971.213 | 1 0.01 91.21 4972.541 | 1 0.01 91.22 4972.641 | 1 0.01 91.23 4973.999 | 1 0.01 91.24 4975.579 | 1 0.01 91.25 4977.024 | 2 0.02 91.27 4978.157 | 1 0.01 91.28 4978.558 | 1 0.01 91.29 4979.249 | 1 0.01 91.30 4980.677 | 2 0.02 91.32 4981.648 | 1 0.01 91.33 4983.815 | 1 0.01 91.34 4984.158 | 1 0.01 91.35 4984.55 | 1 0.01 91.36 4985.192 | 1 0.01 91.37 4988.742 | 1 0.01 91.38 4988.857 | 2 0.02 91.40 4990.933 | 1 0.01 91.41 4991.215 | 2 0.02 91.43 4992.135 | 1 0.01 91.44 4993.667 | 1 0.01 91.45 4994.793 | 1 0.01 91.46 4996.462 | 1 0.01 91.47 4997.286 | 2 0.02 91.49 4997.942 | 2 0.02 91.51 4998.561 | 2 0.02 91.53 4998.849 | 1 0.01 91.54 4999.114 | 1 0.01 91.55 5001.946 | 2 0.02 91.57 5002.018 | 1 0.01 91.58 5002.951 | 1 0.01 91.59 5003.101 | 2 0.02 91.61 5003.435 | 1 0.01 91.62 5005.155 | 1 0.01 91.63 5006.264 | 1 0.01 91.64 5006.794 | 1 0.01 91.65 5007.347 | 1 0.01 91.66 5009.86 | 1 0.01 91.67 5010.005 | 1 0.01 91.68 5010.273 | 2 0.02 91.70 5011.741 | 1 0.01 91.71 5015.192 | 1 0.01 91.72 5015.833 | 1 0.01 91.73 5016.653 | 2 0.02 91.75 5017.337 | 1 0.01 91.76 5018.254 | 2 0.02 91.78 5019.523 | 1 0.01 91.79 5020.625 | 1 0.01 91.80 5020.806 | 1 0.01 91.81 5021.12 | 1 0.01 91.82 5021.136 | 1 0.01 91.83 5022.039 | 1 0.01 91.84 5022.401 | 1 0.01 91.85 5025.74 | 1 0.01 91.86 5026.55 | 1 0.01 91.87 5026.931 | 1 0.01 91.88 5027.836 | 2 0.02 91.90 5029.878 | 1 0.01 91.91 5034.935 | 1 0.01 91.92 5035.672 | 1 0.01 91.93 5035.936 | 1 0.01 91.94 5036.376 | 1 0.01 91.95 5036.404 | 1 0.01 91.96 5038.493 | 1 0.01 91.97 5038.639 | 1 0.01 91.98 5039.065 | 1 0.01 91.99 5039.872 | 1 0.01 92.00 5042.023 | 1 0.01 92.01 5045.48 | 1 0.01 92.02 5046.702 | 2 0.02 92.04 5046.705 | 1 0.01 92.05 5047.296 | 1 0.01 92.06 5048.451 | 1 0.01 92.07 5049.013 | 1 0.01 92.08 5050.896 | 1 0.01 92.09 5050.956 | 1 0.01 92.10 5054.289 | 1 0.01 92.11 5055.856 | 2 0.02 92.13 5056.74 | 1 0.01 92.14 5059.36 | 1 0.01 92.15 5062.193 | 1 0.01 92.16 5064.947 | 1 0.01 92.17 5066.117 | 1 0.01 92.18 5066.256 | 1 0.01 92.19 5066.613 | 1 0.01 92.20 5067.013 | 1 0.01 92.21 5067.952 | 1 0.01 92.22 5068.663 | 1 0.01 92.23 5069.81 | 1 0.01 92.24 5070.009 | 2 0.02 92.26 5071.683 | 2 0.02 92.28 5076.695 | 1 0.01 92.29 5076.934 | 1 0.01 92.30 5076.99 | 1 0.01 92.31 5080.754 | 2 0.02 92.33 5080.992 | 1 0.01 92.34 5081.927 | 1 0.01 92.35 5083.4 | 1 0.01 92.36 5085.024 | 1 0.01 92.37 5085.171 | 1 0.01 92.38 5085.56 | 2 0.02 92.40 5085.762 | 1 0.01 92.41 5086.511 | 2 0.02 92.43 5086.552 | 1 0.01 92.44 5087.68 | 2 0.02 92.46 5087.976 | 1 0.01 92.47 5088.456 | 1 0.01 92.48 5092.422 | 1 0.01 92.49 5093.001 | 1 0.01 92.50 5093.535 | 2 0.02 92.52 5093.598 | 1 0.01 92.53 5093.668 | 1 0.01 92.54 5095.467 | 1 0.01 92.55 5098.552 | 2 0.02 92.57 5099.263 | 2 0.02 92.59 5101.387 | 1 0.01 92.60 5103.821 | 2 0.02 92.62 5104.858 | 1 0.01 92.63 5105.903 | 1 0.01 92.64 5108.179 | 1 0.01 92.65 5110.096 | 1 0.01 92.66 5111.239 | 2 0.02 92.68 5112.258 | 1 0.01 92.69 5114.371 | 1 0.01 92.70 5114.849 | 1 0.01 92.71 5117.026 | 2 0.02 92.73 5119.434 | 1 0.01 92.74 5121.115 | 2 0.02 92.76 5121.252 | 2 0.02 92.78 5123.231 | 1 0.01 92.79 5124.584 | 1 0.01 92.80 5125.741 | 1 0.01 92.81 5127.063 | 1 0.01 92.82 5127.54 | 1 0.01 92.83 5128.49 | 1 0.01 92.84 5130.702 | 1 0.01 92.85 5130.775 | 1 0.01 92.86 5131.403 | 1 0.01 92.87 5131.889 | 1 0.01 92.88 5131.946 | 1 0.01 92.89 5133.159 | 1 0.01 92.90 5133.443 | 1 0.01 92.91 5133.505 | 1 0.01 92.92 5134.879 | 1 0.01 92.93 5134.891 | 1 0.01 92.94 5136.366 | 1 0.01 92.95 5136.417 | 2 0.02 92.97 5136.467 | 1 0.01 92.98 5139.1 | 1 0.01 92.99 5139.201 | 2 0.02 93.01 5140.221 | 1 0.01 93.02 5143.351 | 1 0.01 93.03 5145.319 | 2 0.02 93.05 5145.643 | 1 0.01 93.06 5145.785 | 2 0.02 93.08 5146.208 | 1 0.01 93.09 5146.388 | 1 0.01 93.10 5146.929 | 1 0.01 93.11 5147.866 | 1 0.01 93.12 5149.142 | 2 0.02 93.14 5153.347 | 1 0.01 93.15 5157.685 | 1 0.01 93.16 5158.18 | 1 0.01 93.17 5160.785 | 1 0.01 93.18 5161.269 | 1 0.01 93.19 5161.329 | 1 0.01 93.20 5164.131 | 1 0.01 93.21 5165.048 | 2 0.02 93.23 5165.93 | 1 0.01 93.24 5167.004 | 1 0.01 93.25 5167.975 | 2 0.02 93.27 5168.622 | 1 0.01 93.28 5171.394 | 1 0.01 93.29 5171.547 | 1 0.01 93.30 5172.638 | 1 0.01 93.31 5177.466 | 2 0.02 93.33 5178.323 | 1 0.01 93.34 5185.193 | 1 0.01 93.35 5185.51 | 1 0.01 93.36 5185.619 | 2 0.02 93.38 5186.149 | 3 0.03 93.41 5187.431 | 1 0.01 93.42 5187.47 | 1 0.01 93.43 5189.106 | 2 0.02 93.45 5189.422 | 1 0.01 93.46 5190.915 | 2 0.02 93.48 5192.26 | 1 0.01 93.49 5193.117 | 1 0.01 93.50 5194.915 | 1 0.01 93.51 5195.384 | 1 0.01 93.52 5196.026 | 1 0.01 93.53 5196.995 | 1 0.01 93.54 5197.59 | 2 0.02 93.56 5199.214 | 1 0.01 93.57 5199.677 | 1 0.01 93.58 5199.923 | 2 0.02 93.60 5200.152 | 2 0.02 93.62 5200.33 | 1 0.01 93.63 5202.058 | 2 0.02 93.65 5202.443 | 2 0.02 93.67 5204.021 | 1 0.01 93.68 5205.273 | 1 0.01 93.69 5205.967 | 1 0.01 93.70 5207.569 | 2 0.02 93.72 5207.734 | 1 0.01 93.73 5208.191 | 1 0.01 93.74 5208.216 | 1 0.01 93.75 5210.389 | 1 0.01 93.76 5211.066 | 1 0.01 93.77 5213.293 | 1 0.01 93.78 5213.47 | 1 0.01 93.79 5214.958 | 2 0.02 93.81 5215.519 | 1 0.01 93.82 5217.414 | 1 0.01 93.83 5217.816 | 1 0.01 93.84 5218.199 | 1 0.01 93.85 5223.181 | 1 0.01 93.86 5223.631 | 1 0.01 93.87 5227.046 | 1 0.01 93.88 5228.109 | 1 0.01 93.89 5229.267 | 1 0.01 93.90 5231.356 | 1 0.01 93.91 5232.076 | 1 0.01 93.92 5232.437 | 1 0.01 93.93 5232.564 | 2 0.02 93.95 5232.97 | 1 0.01 93.96 5234.384 | 1 0.01 93.97 5234.592 | 1 0.01 93.98 5237.073 | 1 0.01 93.99 5237.286 | 1 0.01 94.00 5238.021 | 1 0.01 94.01 5238.175 | 1 0.01 94.02 5238.381 | 1 0.01 94.03 5238.668 | 1 0.01 94.04 5238.914 | 3 0.03 94.07 5238.995 | 1 0.01 94.08 5244.07 | 2 0.02 94.10 5245.231 | 2 0.02 94.12 5246.355 | 1 0.01 94.13 5246.413 | 1 0.01 94.14 5246.624 | 1 0.01 94.15 5247.79 | 2 0.02 94.17 5248.168 | 1 0.01 94.18 5248.173 | 1 0.01 94.19 5248.308 | 1 0.01 94.20 5249.604 | 1 0.01 94.21 5252.174 | 1 0.01 94.22 5253.841 | 1 0.01 94.23 5256.086 | 1 0.01 94.24 5257.362 | 2 0.02 94.26 5258.094 | 1 0.01 94.27 5258.539 | 1 0.01 94.28 5258.579 | 1 0.01 94.29 5260.633 | 1 0.01 94.30 5262.761 | 1 0.01 94.31 5264.69 | 1 0.01 94.32 5265.879 | 1 0.01 94.33 5267.612 | 1 0.01 94.34 5268.317 | 1 0.01 94.35 5272.486 | 1 0.01 94.36 5275.002 | 1 0.01 94.37 5277.898 | 2 0.02 94.39 5278.719 | 1 0.01 94.40 5283.207 | 1 0.01 94.41 5283.44 | 1 0.01 94.42 5286.052 | 1 0.01 94.43 5288.04 | 2 0.02 94.45 5288.185 | 1 0.01 94.46 5288.297 | 1 0.01 94.47 5289.182 | 1 0.01 94.48 5289.253 | 1 0.01 94.49 5289.929 | 1 0.01 94.50 5289.929 | 1 0.01 94.51 5291.292 | 1 0.01 94.52 5295.991 | 1 0.01 94.53 5299.31 | 1 0.01 94.54 5301.492 | 1 0.01 94.55 5303.079 | 1 0.01 94.56 5303.499 | 1 0.01 94.57 5303.922 | 1 0.01 94.58 5304.901 | 1 0.01 94.59 5307.074 | 1 0.01 94.60 5307.591 | 1 0.01 94.61 5310.44 | 1 0.01 94.62 5313.023 | 1 0.01 94.63 5313.517 | 1 0.01 94.64 5316.377 | 1 0.01 94.65 5318.318 | 2 0.02 94.67 5320.043 | 2 0.02 94.69 5322.259 | 1 0.01 94.70 5322.845 | 1 0.01 94.71 5323.294 | 1 0.01 94.72 5329.932 | 1 0.01 94.73 5334.783 | 1 0.01 94.74 5336.504 | 1 0.01 94.75 5339.045 | 1 0.01 94.76 5340.193 | 2 0.02 94.78 5341.052 | 1 0.01 94.79 5342.997 | 1 0.01 94.80 5343.937 | 1 0.01 94.81 5345.633 | 1 0.01 94.82 5346.41 | 1 0.01 94.83 5347.97 | 2 0.02 94.85 5349.654 | 2 0.02 94.87 5350.62 | 2 0.02 94.89 5353.43 | 1 0.01 94.90 5354.061 | 1 0.01 94.91 5354.832 | 1 0.01 94.92 5355.411 | 1 0.01 94.93 5356.028 | 1 0.01 94.94 5356.804 | 1 0.01 94.95 5364.877 | 1 0.01 94.96 5366.968 | 1 0.01 94.97 5367.331 | 1 0.01 94.98 5367.514 | 2 0.02 95.00 5369.101 | 1 0.01 95.01 5370.228 | 1 0.01 95.02 5370.898 | 1 0.01 95.03 5372.963 | 1 0.01 95.04 5373.644 | 1 0.01 95.05 5375.54 | 1 0.01 95.06 5377.186 | 1 0.01 95.07 5379.516 | 1 0.01 95.08 5381.506 | 1 0.01 95.09 5381.594 | 1 0.01 95.10 5382.55 | 2 0.02 95.12 5383.73 | 1 0.01 95.13 5389.021 | 1 0.01 95.14 5389.272 | 1 0.01 95.15 5389.464 | 2 0.02 95.17 5390.547 | 2 0.02 95.19 5393.44 | 1 0.01 95.20 5396.589 | 1 0.01 95.21 5397.326 | 2 0.02 95.23 5398.471 | 1 0.01 95.24 5399.888 | 1 0.01 95.25 5401.473 | 1 0.01 95.26 5404.687 | 1 0.01 95.27 5405.52 | 1 0.01 95.28 5409.01 | 2 0.02 95.30 5409.826 | 2 0.02 95.32 5411.761 | 1 0.01 95.33 5415.523 | 1 0.01 95.34 5418.252 | 1 0.01 95.35 5421.506 | 2 0.02 95.37 5425.484 | 1 0.01 95.38 5426.44 | 1 0.01 95.39 5428.418 | 1 0.01 95.40 5428.45 | 1 0.01 95.41 5429.196 | 1 0.01 95.42 5429.34 | 1 0.01 95.43 5431.89 | 1 0.01 95.44 5432.149 | 1 0.01 95.45 5433.357 | 1 0.01 95.46 5435.593 | 1 0.01 95.47 5437.45 | 1 0.01 95.48 5438.419 | 1 0.01 95.49 5440.126 | 1 0.01 95.50 5441.215 | 1 0.01 95.51 5441.832 | 1 0.01 95.52 5447.402 | 1 0.01 95.53 5447.767 | 1 0.01 95.54 5448.29 | 1 0.01 95.55 5448.734 | 1 0.01 95.56 5449.203 | 1 0.01 95.57 5449.766 | 1 0.01 95.58 5450.028 | 1 0.01 95.59 5453.167 | 1 0.01 95.60 5454.627 | 1 0.01 95.61 5455.403 | 2 0.02 95.63 5464.993 | 1 0.01 95.64 5467.683 | 1 0.01 95.65 5473.41 | 1 0.01 95.66 5479.584 | 1 0.01 95.67 5480.329 | 1 0.01 95.68 5481.168 | 1 0.01 95.69 5487.773 | 1 0.01 95.70 5487.775 | 1 0.01 95.71 5491.409 | 1 0.01 95.72 5494.396 | 1 0.01 95.73 5496.226 | 1 0.01 95.74 5496.761 | 1 0.01 95.75 5500.307 | 1 0.01 95.76 5502.106 | 1 0.01 95.77 5504.623 | 1 0.01 95.78 5505.284 | 1 0.01 95.79 5508.729 | 2 0.02 95.81 5511.765 | 1 0.01 95.82 5514.418 | 1 0.01 95.83 5517.427 | 1 0.01 95.84 5518.57 | 2 0.02 95.86 5518.793 | 2 0.02 95.88 5520.833 | 1 0.01 95.89 5521.101 | 1 0.01 95.90 5524.651 | 2 0.02 95.92 5532.325 | 1 0.01 95.93 5532.664 | 1 0.01 95.94 5537.821 | 2 0.02 95.96 5541.28 | 1 0.01 95.97 5543.112 | 1 0.01 95.98 5543.728 | 1 0.01 95.99 5544.602 | 1 0.01 96.00 5545.025 | 1 0.01 96.01 5545.115 | 1 0.01 96.02 5547.381 | 1 0.01 96.03 5550.471 | 1 0.01 96.04 5554.87 | 1 0.01 96.05 5558.836 | 1 0.01 96.06 5560.038 | 2 0.02 96.08 5560.987 | 2 0.02 96.10 5563.807 | 1 0.01 96.11 5564.854 | 1 0.01 96.12 5565.161 | 1 0.01 96.13 5568.318 | 1 0.01 96.14 5570.583 | 1 0.01 96.15 5577.866 | 1 0.01 96.16 5578.399 | 1 0.01 96.17 5578.64 | 1 0.01 96.18 5578.662 | 2 0.02 96.20 5583.383 | 1 0.01 96.21 5583.898 | 2 0.02 96.23 5588.395 | 1 0.01 96.24 5588.998 | 1 0.01 96.25 5591.127 | 1 0.01 96.26 5591.31 | 1 0.01 96.27 5591.545 | 1 0.01 96.28 5591.946 | 2 0.02 96.30 5594.977 | 1 0.01 96.31 5598.717 | 1 0.01 96.32 5598.968 | 1 0.01 96.33 5604.696 | 1 0.01 96.34 5608.934 | 2 0.02 96.36 5609.482 | 1 0.01 96.37 5613.316 | 1 0.01 96.38 5613.466 | 1 0.01 96.39 5616.768 | 1 0.01 96.40 5622.053 | 1 0.01 96.41 5623.884 | 1 0.01 96.42 5625.094 | 2 0.02 96.44 5625.485 | 1 0.01 96.45 5626.599 | 1 0.01 96.46 5633.94 | 1 0.01 96.47 5635.568 | 1 0.01 96.48 5648.735 | 1 0.01 96.49 5651.491 | 1 0.01 96.50 5653.667 | 1 0.01 96.51 5655.293 | 1 0.01 96.52 5655.551 | 1 0.01 96.53 5658.103 | 1 0.01 96.54 5658.544 | 1 0.01 96.55 5658.658 | 1 0.01 96.56 5662.552 | 1 0.01 96.57 5662.79 | 1 0.01 96.58 5677.442 | 1 0.01 96.59 5680.157 | 1 0.01 96.60 5680.842 | 2 0.02 96.62 5684.958 | 1 0.01 96.63 5685.06 | 1 0.01 96.64 5686.741 | 2 0.02 96.66 5695.821 | 1 0.01 96.67 5701.396 | 1 0.01 96.68 5704.181 | 1 0.01 96.69 5707.044 | 1 0.01 96.70 5707.583 | 1 0.01 96.71 5708.511 | 1 0.01 96.72 5709.576 | 1 0.01 96.73 5711.656 | 2 0.02 96.75 5712.902 | 1 0.01 96.76 5717.108 | 1 0.01 96.77 5719.733 | 1 0.01 96.78 5721.473 | 2 0.02 96.80 5722.509 | 1 0.01 96.81 5723.001 | 1 0.01 96.82 5723.022 | 1 0.01 96.83 5724.698 | 1 0.01 96.84 5737.157 | 1 0.01 96.85 5738.131 | 1 0.01 96.86 5748.125 | 1 0.01 96.87 5749.135 | 1 0.01 96.88 5749.48 | 1 0.01 96.89 5752.742 | 1 0.01 96.90 5756.112 | 1 0.01 96.91 5763.475 | 2 0.02 96.93 5766.274 | 1 0.01 96.94 5767.22 | 1 0.01 96.95 5768.864 | 2 0.02 96.97 5769.409 | 1 0.01 96.98 5773.822 | 1 0.01 96.99 5774.939 | 1 0.01 97.00 5777.787 | 2 0.02 97.02 5779.477 | 1 0.01 97.03 5783.015 | 2 0.02 97.05 5783.538 | 2 0.02 97.07 5792.833 | 1 0.01 97.08 5794.789 | 4 0.04 97.12 5795.521 | 2 0.02 97.14 5796.373 | 1 0.01 97.15 5798.933 | 1 0.01 97.16 5799.406 | 1 0.01 97.17 5804.032 | 1 0.01 97.18 5808.924 | 1 0.01 97.19 5814.074 | 1 0.01 97.20 5814.335 | 1 0.01 97.21 5817.376 | 1 0.01 97.22 5819.553 | 1 0.01 97.23 5822.72 | 1 0.01 97.24 5827.19 | 1 0.01 97.25 5828.579 | 1 0.01 97.26 5831.337 | 1 0.01 97.27 5838.403 | 1 0.01 97.28 5844.932 | 1 0.01 97.29 5850.693 | 1 0.01 97.30 5855.766 | 1 0.01 97.31 5856.796 | 1 0.01 97.32 5865.393 | 3 0.03 97.35 5865.77 | 1 0.01 97.36 5866.694 | 1 0.01 97.37 5868.571 | 3 0.03 97.40 5870.941 | 1 0.01 97.41 5871.147 | 1 0.01 97.42 5875.119 | 1 0.01 97.43 5877.959 | 1 0.01 97.44 5881.727 | 1 0.01 97.45 5885.087 | 1 0.01 97.46 5888.741 | 1 0.01 97.47 5893.942 | 2 0.02 97.49 5899.427 | 1 0.01 97.50 5911.453 | 1 0.01 97.51 5915.516 | 1 0.01 97.52 5919.296 | 2 0.02 97.54 5919.505 | 1 0.01 97.55 5920.637 | 1 0.01 97.56 5927.418 | 1 0.01 97.57 5930.388 | 1 0.01 97.58 5933.095 | 1 0.01 97.59 5933.773 | 1 0.01 97.60 5937.483 | 1 0.01 97.61 5943.282 | 1 0.01 97.62 5945.761 | 1 0.01 97.63 5957.016 | 1 0.01 97.64 5957.754 | 1 0.01 97.65 5966.967 | 1 0.01 97.66 5970.885 | 1 0.01 97.67 5974.508 | 1 0.01 97.68 5981.962 | 1 0.01 97.69 5987.573 | 1 0.01 97.70 5987.961 | 1 0.01 97.71 5993.73 | 1 0.01 97.72 5994.457 | 1 0.01 97.73 5997.193 | 1 0.01 97.74 5999.844 | 1 0.01 97.75 6004.652 | 1 0.01 97.76 6007.604 | 1 0.01 97.77 6008.009 | 1 0.01 97.78 6009.513 | 1 0.01 97.79 6011.718 | 1 0.01 97.80 6014.571 | 2 0.02 97.82 6019.094 | 1 0.01 97.83 6021.889 | 1 0.01 97.84 6026.013 | 1 0.01 97.85 6026.106 | 1 0.01 97.86 6029.597 | 1 0.01 97.87 6033.651 | 1 0.01 97.88 6040.208 | 2 0.02 97.90 6046.008 | 1 0.01 97.91 6058.229 | 1 0.01 97.92 6062.049 | 1 0.01 97.93 6069.788 | 1 0.01 97.94 6075.605 | 1 0.01 97.95 6083.913 | 1 0.01 97.96 6092.363 | 1 0.01 97.97 6096.868 | 1 0.01 97.98 6100.587 | 1 0.01 97.99 6102.186 | 1 0.01 98.00 6105.455 | 1 0.01 98.01 6128.415 | 1 0.01 98.02 6129.565 | 1 0.01 98.03 6137.826 | 1 0.01 98.04 6142.982 | 2 0.02 98.06 6147.598 | 1 0.01 98.07 6157.954 | 2 0.02 98.09 6173.756 | 1 0.01 98.10 6174.52 | 1 0.01 98.11 6175.704 | 1 0.01 98.12 6178.695 | 1 0.01 98.13 6185.06 | 2 0.02 98.15 6185.694 | 1 0.01 98.16 6185.863 | 1 0.01 98.17 6186.108 | 1 0.01 98.18 6189.278 | 2 0.02 98.20 6190.418 | 1 0.01 98.21 6204.603 | 1 0.01 98.22 6214.343 | 1 0.01 98.23 6218.285 | 1 0.01 98.24 6220.669 | 1 0.01 98.25 6221.74 | 1 0.01 98.26 6226.521 | 1 0.01 98.27 6249.783 | 1 0.01 98.28 6252.737 | 1 0.01 98.29 6256.39 | 1 0.01 98.30 6260.624 | 1 0.01 98.31 6283.103 | 1 0.01 98.32 6283.533 | 1 0.01 98.33 6288.662 | 1 0.01 98.34 6292.566 | 1 0.01 98.35 6292.672 | 1 0.01 98.36 6297.775 | 1 0.01 98.37 6298.224 | 1 0.01 98.38 6300.332 | 1 0.01 98.39 6301.485 | 1 0.01 98.40 6301.634 | 2 0.02 98.42 6309.495 | 1 0.01 98.43 6314.149 | 1 0.01 98.44 6314.975 | 2 0.02 98.46 6318.844 | 1 0.01 98.47 6338.89 | 1 0.01 98.48 6341.611 | 1 0.01 98.49 6343.136 | 1 0.01 98.50 6343.974 | 1 0.01 98.51 6346.604 | 1 0.01 98.52 6347.808 | 1 0.01 98.53 6352.128 | 1 0.01 98.54 6352.991 | 1 0.01 98.55 6358.137 | 1 0.01 98.56 6360.102 | 1 0.01 98.57 6360.822 | 1 0.01 98.58 6371.252 | 1 0.01 98.59 6371.644 | 1 0.01 98.60 6374.782 | 1 0.01 98.61 6397.77 | 1 0.01 98.62 6402.587 | 1 0.01 98.63 6418.674 | 1 0.01 98.64 6421.864 | 1 0.01 98.65 6427.929 | 2 0.02 98.67 6433.368 | 1 0.01 98.68 6442.851 | 1 0.01 98.69 6446.239 | 1 0.01 98.70 6451.467 | 1 0.01 98.71 6451.966 | 1 0.01 98.72 6454.358 | 1 0.01 98.73 6454.881 | 1 0.01 98.74 6456.427 | 1 0.01 98.75 6467.028 | 2 0.02 98.77 6473.781 | 1 0.01 98.78 6477.662 | 1 0.01 98.79 6481.507 | 1 0.01 98.80 6481.93 | 1 0.01 98.81 6484.426 | 1 0.01 98.82 6485.493 | 1 0.01 98.83 6488.749 | 1 0.01 98.84 6491.649 | 1 0.01 98.85 6498.577 | 1 0.01 98.86 6500.098 | 1 0.01 98.87 6516.944 | 1 0.01 98.88 6524.825 | 1 0.01 98.89 6529.708 | 1 0.01 98.90 6535.676 | 1 0.01 98.91 6539.403 | 1 0.01 98.92 6544.508 | 1 0.01 98.93 6548.181 | 1 0.01 98.94 6551.32 | 2 0.02 98.96 6562.235 | 1 0.01 98.97 6563.244 | 1 0.01 98.98 6597.516 | 1 0.01 98.99 6598.109 | 1 0.01 99.00 6609.895 | 1 0.01 99.01 6636.778 | 1 0.01 99.02 6668.563 | 1 0.01 99.03 6675.294 | 1 0.01 99.04 6684.17 | 1 0.01 99.05 6725.051 | 1 0.01 99.06 6728.099 | 3 0.03 99.09 6739.769 | 1 0.01 99.10 6740.862 | 1 0.01 99.11 6742.878 | 1 0.01 99.12 6747.627 | 1 0.01 99.13 6750.121 | 1 0.01 99.14 6772.166 | 1 0.01 99.15 6777.304 | 1 0.01 99.16 6780.188 | 1 0.01 99.17 6784.94 | 1 0.01 99.18 6790.05 | 1 0.01 99.19 6805.736 | 1 0.01 99.20 6814.569 | 1 0.01 99.21 6849.593 | 1 0.01 99.22 6858.198 | 1 0.01 99.23 6895.127 | 1 0.01 99.24 6898.068 | 1 0.01 99.25 6905.017 | 1 0.01 99.26 6925.508 | 1 0.01 99.27 6928.363 | 1 0.01 99.28 6928.731 | 1 0.01 99.29 6929.521 | 1 0.01 99.30 6931.667 | 1 0.01 99.31 6932.382 | 1 0.01 99.32 6935.764 | 1 0.01 99.33 6938.518 | 1 0.01 99.34 6951.898 | 1 0.01 99.35 6953.674 | 1 0.01 99.36 6959.3 | 1 0.01 99.37 6969.424 | 1 0.01 99.38 6970.148 | 1 0.01 99.39 7009.196 | 1 0.01 99.40 7013.185 | 1 0.01 99.41 7039.503 | 1 0.01 99.42 7053.628 | 1 0.01 99.43 7054.099 | 1 0.01 99.44 7065.834 | 1 0.01 99.45 7070.393 | 1 0.01 99.46 7079.041 | 1 0.01 99.47 7080.134 | 2 0.02 99.49 7086.765 | 1 0.01 99.50 7111.381 | 1 0.01 99.51 7112.512 | 2 0.02 99.53 7143.589 | 1 0.01 99.54 7159.97 | 1 0.01 99.55 7193.74 | 1 0.01 99.56 7199.087 | 1 0.01 99.57 7214.163 | 1 0.01 99.58 7219.152 | 1 0.01 99.59 7221.63 | 1 0.01 99.60 7249.927 | 1 0.01 99.61 7340.421 | 2 0.02 99.63 7349.865 | 2 0.02 99.65 7367.41 | 1 0.01 99.66 7380.948 | 1 0.01 99.67 7393.807 | 1 0.01 99.68 7437.691 | 1 0.01 99.69 7464.882 | 1 0.01 99.70 7486.093 | 1 0.01 99.71 7564.875 | 1 0.01 99.72 7615.944 | 1 0.01 99.73 7754.148 | 4 0.04 99.77 7950.865 | 1 0.01 99.78 7997.037 | 1 0.01 99.79 8109.334 | 1 0.01 99.80 8188.393 | 1 0.01 99.81 8220.169 | 1 0.01 99.82 8289.228 | 1 0.01 99.83 8325.972 | 1 0.01 99.84 8346.012 | 1 0.01 99.85 8572.275 | 1 0.01 99.86 8673.163 | 1 0.01 99.87 8747.396 | 1 0.01 99.88 8841.962 | 1 0.01 99.89 8956.713 | 1 0.01 99.90 8986.422 | 1 0.01 99.91 9174.855 | 1 0.01 99.92 9263.916 | 2 0.02 99.94 9293.023 | 1 0.01 99.95 9598.316 | 1 0.01 99.96 9759.524 | 1 0.01 99.97 9895.223 | 1 0.01 99.98 10670.93 | 1 0.01 99.99 10673.44 | 1 0.01 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of errp variable in sipp1996tm96puw9 dataset : PE: Household relationship | Freq. Percent Cum. ---------------------------------+----------------------------------- Reference person w/ rel. persons | 2,714 27.14 27.14 Reference Person w/out rel. | 1,243 12.43 39.57 Spouse of reference person | 2,050 20.50 60.07 Child of reference person | 3,175 31.75 91.82 Grandchild of reference person | 194 1.94 93.76 Parent of reference person | 80 0.80 94.56 Brother/sister of reference | 65 0.65 95.21 Other relative of reference | 139 1.39 96.60 Foster child of reference person | 17 0.17 96.77 Unmarried partner of reference | 133 1.33 98.10 Housemate/roommate | 74 0.74 98.84 Roomer/boarder | 14 0.14 98.98 Other non-relative of reference | 102 1.02 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tage variable in sipp1996tm96puw9 dataset : PE: Age as of last | birthday | Freq. Percent Cum. --------------------------+----------------------------------- Less than 1 full year old | 104 1.04 1.04 1 | 109 1.09 2.13 2 | 114 1.14 3.27 3 | 130 1.30 4.57 4 | 135 1.35 5.92 5 | 141 1.41 7.33 6 | 147 1.47 8.80 7 | 158 1.58 10.38 8 | 156 1.56 11.94 9 | 161 1.61 13.55 10 | 168 1.68 15.23 11 | 157 1.57 16.80 12 | 152 1.52 18.32 13 | 157 1.57 19.89 14 | 168 1.68 21.57 15 | 153 1.53 23.10 16 | 146 1.46 24.56 17 | 155 1.55 26.11 18 | 146 1.46 27.57 19 | 142 1.42 28.99 20 | 123 1.23 30.22 21 | 119 1.19 31.41 22 | 127 1.27 32.68 23 | 122 1.22 33.90 24 | 107 1.07 34.97 25 | 96 0.96 35.93 26 | 132 1.32 37.25 27 | 106 1.06 38.31 28 | 140 1.40 39.71 29 | 120 1.20 40.91 30 | 126 1.26 42.17 31 | 113 1.13 43.30 32 | 109 1.09 44.39 33 | 136 1.36 45.75 34 | 143 1.43 47.18 35 | 171 1.71 48.89 36 | 162 1.62 50.51 37 | 170 1.70 52.21 38 | 174 1.74 53.95 39 | 177 1.77 55.72 40 | 166 1.66 57.38 41 | 185 1.85 59.23 42 | 168 1.68 60.91 43 | 161 1.61 62.52 44 | 144 1.44 63.96 45 | 151 1.51 65.47 46 | 142 1.42 66.89 47 | 130 1.30 68.19 48 | 132 1.32 69.51 49 | 142 1.42 70.93 50 | 145 1.45 72.38 51 | 132 1.32 73.70 52 | 123 1.23 74.93 53 | 95 0.95 75.88 54 | 98 0.98 76.86 55 | 122 1.22 78.08 56 | 99 0.99 79.07 57 | 100 1.00 80.07 58 | 81 0.81 80.88 59 | 89 0.89 81.77 60 | 81 0.81 82.58 61 | 76 0.76 83.34 62 | 82 0.82 84.16 63 | 85 0.85 85.01 64 | 79 0.79 85.80 65 | 84 0.84 86.64 66 | 59 0.59 87.23 67 | 87 0.87 88.10 68 | 94 0.94 89.04 69 | 61 0.61 89.65 70 | 88 0.88 90.53 71 | 84 0.84 91.37 72 | 73 0.73 92.10 73 | 68 0.68 92.78 74 | 78 0.78 93.56 75 | 52 0.52 94.08 76 | 85 0.85 94.93 77 | 50 0.50 95.43 78 | 73 0.73 96.16 79 | 40 0.40 96.56 80 | 54 0.54 97.10 81 | 43 0.43 97.53 82 | 48 0.48 98.01 83 | 32 0.32 98.33 84 | 26 0.26 98.59 85 | 33 0.33 98.92 86 | 105 1.05 99.97 87 | 3 0.03 100.00 --------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ems variable in sipp1996tm96puw9 dataset : PE: Marital status | Freq. Percent Cum. ------------------------+----------------------------------- Married, spouse present | 4,184 41.84 41.84 Married, Spouse absent | 55 0.55 42.39 Widowed | 591 5.91 48.30 Divorced | 800 8.00 56.30 Separated | 160 1.60 57.90 Never Married | 4,210 42.10 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epnspous variable in sipp1996tm96puw9 dataset : PE: Person number of spouse | Freq. Percent Cum. ---------------------------------+----------------------------------- 101 | 1,951 19.51 19.51 102 | 1,871 18.71 38.22 103 | 75 0.75 38.97 104 | 20 0.20 39.17 105 | 7 0.07 39.24 106 | 2 0.02 39.26 107 | 2 0.02 39.28 109 | 1 0.01 39.29 201 | 41 0.41 39.70 202 | 5 0.05 39.75 203 | 2 0.02 39.77 301 | 29 0.29 40.06 302 | 2 0.02 40.08 401 | 18 0.18 40.26 402 | 4 0.04 40.30 403 | 1 0.01 40.31 501 | 21 0.21 40.52 502 | 4 0.04 40.56 503 | 1 0.01 40.57 504 | 1 0.01 40.58 601 | 24 0.24 40.82 602 | 5 0.05 40.87 603 | 1 0.01 40.88 701 | 31 0.31 41.19 702 | 8 0.08 41.27 703 | 2 0.02 41.29 801 | 27 0.27 41.56 802 | 9 0.09 41.65 803 | 2 0.02 41.67 901 | 12 0.12 41.79 902 | 3 0.03 41.82 903 | 1 0.01 41.83 904 | 1 0.01 41.84 Spouse not in hhld or person not | 5,816 58.16 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epnmom variable in sipp1996tm96puw9 dataset : PE: Person number of | mother | Freq. Percent Cum. -----------------------+----------------------------------- 101 | 1,369 13.69 13.69 102 | 1,629 16.29 29.98 103 | 86 0.86 30.84 104 | 33 0.33 31.17 105 | 5 0.05 31.22 106 | 3 0.03 31.25 201 | 34 0.34 31.59 202 | 9 0.09 31.68 203 | 4 0.04 31.72 301 | 17 0.17 31.89 302 | 1 0.01 31.90 401 | 12 0.12 32.02 402 | 3 0.03 32.05 403 | 1 0.01 32.06 501 | 11 0.11 32.17 502 | 2 0.02 32.19 601 | 14 0.14 32.33 602 | 3 0.03 32.36 603 | 1 0.01 32.37 701 | 29 0.29 32.66 702 | 1 0.01 32.67 703 | 2 0.02 32.69 801 | 18 0.18 32.87 802 | 7 0.07 32.94 803 | 5 0.05 32.99 901 | 9 0.09 33.08 902 | 3 0.03 33.11 No mother in household | 6,689 66.89 100.00 -----------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epndad variable in sipp1996tm96puw9 dataset : PE: Person number of | father | Freq. Percent Cum. -----------------------+----------------------------------- 101 | 1,567 15.67 15.67 102 | 681 6.81 22.48 103 | 34 0.34 22.82 104 | 21 0.21 23.03 105 | 11 0.11 23.14 107 | 5 0.05 23.19 201 | 28 0.28 23.47 202 | 4 0.04 23.51 203 | 1 0.01 23.52 301 | 31 0.31 23.83 401 | 11 0.11 23.94 402 | 2 0.02 23.96 403 | 2 0.02 23.98 501 | 14 0.14 24.12 502 | 3 0.03 24.15 503 | 2 0.02 24.17 504 | 3 0.03 24.20 601 | 18 0.18 24.38 602 | 3 0.03 24.41 701 | 7 0.07 24.48 702 | 4 0.04 24.52 703 | 3 0.03 24.55 801 | 18 0.18 24.73 802 | 7 0.07 24.80 803 | 1 0.01 24.81 901 | 14 0.14 24.95 No father in household | 7,505 75.05 100.00 -----------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epnguard variable in sipp1996tm96puw9 dataset : PE: Person number of | guardian | Freq. Percent Cum. --------------------------+----------------------------------- Not in universe | 7,111 71.11 71.11 101 | 1,224 12.24 83.35 102 | 1,374 13.74 97.09 103 | 74 0.74 97.83 104 | 25 0.25 98.08 105 | 6 0.06 98.14 106 | 3 0.03 98.17 201 | 25 0.25 98.42 202 | 3 0.03 98.45 203 | 1 0.01 98.46 301 | 20 0.20 98.66 401 | 8 0.08 98.74 402 | 1 0.01 98.75 403 | 1 0.01 98.76 501 | 8 0.08 98.84 502 | 2 0.02 98.86 503 | 2 0.02 98.88 601 | 11 0.11 98.99 602 | 2 0.02 99.01 603 | 1 0.01 99.02 701 | 26 0.26 99.28 703 | 2 0.02 99.30 801 | 11 0.11 99.41 803 | 3 0.03 99.44 901 | 14 0.14 99.58 902 | 2 0.02 99.60 Guardian not in household | 40 0.40 100.00 --------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of rdesgpnt variable in sipp1996tm96puw9 dataset : PE: Designated | parent or | guardian flag | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 2,157 21.57 21.57 Yes | 2,796 27.96 49.53 No | 5,047 50.47 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eeducate variable in sipp1996tm96puw9 dataset : ED: Highest Degree received or | grade | Freq. Percent Cum. --------------------------------+----------------------------------- Not in universe | 2,401 24.01 24.01 Less than 1st grade | 17 0.17 24.18 1st, 2nd, 3rd or 4th grade | 49 0.49 24.67 5th or 6th grade | 82 0.82 25.49 7th or 8th grade | 343 3.43 28.92 9th grade | 319 3.19 32.11 10th grade | 339 3.39 35.50 11th grade | 360 3.60 39.10 12th grade | 84 0.84 39.94 High school graduate - high | 2,509 25.09 65.03 Some college but no degree | 1,306 13.06 78.09 Diploma or certificate from a | 338 3.38 81.47 Associate degree in college - | 214 2.14 83.61 Associate Degree in college - | 202 2.02 85.63 Bachelors degree (For example: | 1,002 10.02 95.65 Master's degree (For example: | 318 3.18 98.83 Professional School Degree (For | 55 0.55 99.38 Doctorate degree (For example: | 62 0.62 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epalunv variable in sipp1996tm96puw9 dataset : AL: Universe | Indicator for | Assets and | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 2,157 21.57 21.57 In universe | 7,843 78.43 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealow variable in sipp1996tm96puw9 dataset : AL: Money owed | to you for | business/proper | ty | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 2,157 21.57 21.57 Yes | 44 0.44 22.01 No | 7,799 77.99 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalow variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALOW | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,918 89.18 89.18 Statistical imputation (hot | 1,082 10.82 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealowa variable in sipp1996tm96puw9 dataset : AL: Amount owed to you | for sale | Freq. Percent Cum. ------------------------+----------------------------------- None or Not in universe | 9,956 99.56 99.56 200 | 2 0.02 99.58 400 | 1 0.01 99.59 500 | 1 0.01 99.60 900 | 1 0.01 99.61 950 | 1 0.01 99.62 1500 | 1 0.01 99.63 2000 | 2 0.02 99.65 2400 | 1 0.01 99.66 2500 | 1 0.01 99.67 3000 | 1 0.01 99.68 3200 | 1 0.01 99.69 5000 | 2 0.02 99.71 7000 | 1 0.01 99.72 9340 | 1 0.01 99.73 10000 | 1 0.01 99.74 12000 | 1 0.01 99.75 15000 | 1 0.01 99.76 16000 | 1 0.01 99.77 20000 | 1 0.01 99.78 30000 | 2 0.02 99.80 36000 | 1 0.01 99.81 39900 | 1 0.01 99.82 40000 | 2 0.02 99.84 43000 | 1 0.01 99.85 50000 | 2 0.02 99.87 60000 | 1 0.01 99.88 68000 | 1 0.01 99.89 80000 | 1 0.01 99.90 86000 | 1 0.01 99.91 100000 | 8 0.08 99.99 300000 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalowa variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALOWA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,987 99.87 99.87 Statistical imputation (hot | 13 0.13 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealsb variable in sipp1996tm96puw9 dataset : AL: Did you own | U.S. Savings | Bonds? | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,031 90.31 90.31 Yes | 871 8.71 99.02 No | 98 0.98 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalsb variable in sipp1996tm96puw9 dataset : AL:Allocation flag for EALSB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,870 98.70 98.70 Statistical imputation (hot | 130 1.30 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of talsbv variable in sipp1996tm96puw9 dataset : AL: Face Value of U.S. | Savings Bonds | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,129 91.29 91.29 1 | 14 0.14 91.43 4 | 1 0.01 91.44 5 | 1 0.01 91.45 10 | 2 0.02 91.47 12 | 2 0.02 91.49 25 | 13 0.13 91.62 30 | 1 0.01 91.63 50 | 74 0.74 92.37 70 | 1 0.01 92.38 75 | 3 0.03 92.41 79 | 1 0.01 92.42 100 | 67 0.67 93.09 125 | 5 0.05 93.14 150 | 15 0.15 93.29 175 | 5 0.05 93.34 187 | 1 0.01 93.35 200 | 49 0.49 93.84 225 | 2 0.02 93.86 250 | 17 0.17 94.03 300 | 63 0.63 94.66 350 | 4 0.04 94.70 400 | 16 0.16 94.86 450 | 6 0.06 94.92 500 | 62 0.62 95.54 550 | 3 0.03 95.57 575 | 1 0.01 95.58 600 | 12 0.12 95.70 650 | 1 0.01 95.71 700 | 14 0.14 95.85 750 | 3 0.03 95.88 800 | 11 0.11 95.99 850 | 2 0.02 96.01 900 | 4 0.04 96.05 1000 | 56 0.56 96.61 1075 | 1 0.01 96.62 1100 | 2 0.02 96.64 1111 | 1 0.01 96.65 1150 | 1 0.01 96.66 1200 | 13 0.13 96.79 1250 | 5 0.05 96.84 1300 | 1 0.01 96.85 1500 | 13 0.13 96.98 1700 | 3 0.03 97.01 1750 | 3 0.03 97.04 1800 | 6 0.06 97.10 2000 | 37 0.37 97.47 2100 | 1 0.01 97.48 2250 | 1 0.01 97.49 2400 | 3 0.03 97.52 2500 | 14 0.14 97.66 2600 | 4 0.04 97.70 2700 | 2 0.02 97.72 3000 | 13 0.13 97.85 3200 | 2 0.02 97.87 3500 | 14 0.14 98.01 3680 | 2 0.02 98.03 3700 | 1 0.01 98.04 3750 | 1 0.01 98.05 3900 | 1 0.01 98.06 4000 | 20 0.20 98.26 4200 | 1 0.01 98.27 4405 | 1 0.01 98.28 4500 | 3 0.03 98.31 4800 | 2 0.02 98.33 5000 | 43 0.43 98.76 5400 | 1 0.01 98.77 6000 | 10 0.10 98.87 6200 | 1 0.01 98.88 6400 | 1 0.01 98.89 6900 | 2 0.02 98.91 7000 | 5 0.05 98.96 7500 | 4 0.04 99.00 8000 | 2 0.02 99.02 8500 | 1 0.01 99.03 9300 | 1 0.01 99.04 10000 | 29 0.29 99.33 10800 | 2 0.02 99.35 12000 | 5 0.05 99.40 12500 | 2 0.02 99.42 12550 | 1 0.01 99.43 13000 | 1 0.01 99.44 15000 | 5 0.05 99.49 15500 | 1 0.01 99.50 16500 | 1 0.01 99.51 17000 | 4 0.04 99.55 17500 | 2 0.02 99.57 18000 | 3 0.03 99.60 19600 | 1 0.01 99.61 20000 | 6 0.06 99.67 22000 | 4 0.04 99.71 22750 | 2 0.02 99.73 23000 | 1 0.01 99.74 23200 | 1 0.01 99.75 24000 | 1 0.01 99.76 25000 | 1 0.01 99.77 27500 | 23 0.23 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalsbv variable in sipp1996tm96puw9 dataset : AL: Allocation flag for TALSBV | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,593 95.93 95.93 Statistical imputation (hot | 407 4.07 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealjch variable in sipp1996tm96puw9 dataset : AL: Jointly | owned | non-interest | earning | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,816 58.16 58.16 Yes | 1,246 12.46 70.62 No | 2,938 29.38 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aaljch variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALJCH | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,458 94.58 94.58 Statistical imputation (hot | 542 5.42 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of taljcha variable in sipp1996tm96puw9 dataset : AL: Estimate of a joint | non-interest check | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 8,822 88.22 88.22 1 | 10 0.10 88.32 2 | 4 0.04 88.36 3 | 2 0.02 88.38 4 | 2 0.02 88.40 5 | 8 0.08 88.48 6 | 2 0.02 88.50 7 | 2 0.02 88.52 9 | 4 0.04 88.56 10 | 14 0.14 88.70 12 | 4 0.04 88.74 15 | 10 0.10 88.84 16 | 2 0.02 88.86 25 | 34 0.34 89.20 27 | 2 0.02 89.22 28 | 2 0.02 89.24 30 | 2 0.02 89.26 32 | 2 0.02 89.28 35 | 4 0.04 89.32 39 | 2 0.02 89.34 42 | 2 0.02 89.36 50 | 66 0.66 90.02 75 | 20 0.20 90.22 85 | 2 0.02 90.24 100 | 90 0.90 91.14 116 | 2 0.02 91.16 124 | 2 0.02 91.18 125 | 16 0.16 91.34 136 | 4 0.04 91.38 150 | 64 0.64 92.02 175 | 2 0.02 92.04 187 | 2 0.02 92.06 200 | 44 0.44 92.50 225 | 6 0.06 92.56 250 | 84 0.84 93.40 255 | 2 0.02 93.42 260 | 4 0.04 93.46 270 | 2 0.02 93.48 272 | 2 0.02 93.50 275 | 8 0.08 93.58 279 | 2 0.02 93.60 284 | 2 0.02 93.62 300 | 30 0.30 93.92 307 | 2 0.02 93.94 324 | 2 0.02 93.96 325 | 4 0.04 94.00 337 | 2 0.02 94.02 343 | 2 0.02 94.04 348 | 2 0.02 94.06 350 | 16 0.16 94.22 359 | 2 0.02 94.24 400 | 28 0.28 94.52 403 | 4 0.04 94.56 450 | 8 0.08 94.64 494 | 2 0.02 94.66 500 | 132 1.32 95.98 550 | 6 0.06 96.04 600 | 22 0.22 96.26 605 | 2 0.02 96.28 612 | 2 0.02 96.30 613 | 2 0.02 96.32 617 | 4 0.04 96.36 622 | 2 0.02 96.38 650 | 4 0.04 96.42 677 | 2 0.02 96.44 700 | 6 0.06 96.50 719 | 2 0.02 96.52 750 | 42 0.42 96.94 800 | 2 0.02 96.96 850 | 2 0.02 96.98 875 | 2 0.02 97.00 900 | 6 0.06 97.06 950 | 4 0.04 97.10 961 | 2 0.02 97.12 1000 | 100 1.00 98.12 1050 | 2 0.02 98.14 1085 | 2 0.02 98.16 1100 | 2 0.02 98.18 1150 | 6 0.06 98.24 1200 | 2 0.02 98.26 1213 | 2 0.02 98.28 1250 | 12 0.12 98.40 1350 | 2 0.02 98.42 1369 | 2 0.02 98.44 1400 | 2 0.02 98.46 1500 | 40 0.40 98.86 1600 | 4 0.04 98.90 1650 | 2 0.02 98.92 1750 | 12 0.12 99.04 1828 | 2 0.02 99.06 2000 | 30 0.30 99.36 2200 | 2 0.02 99.38 2250 | 2 0.02 99.40 2500 | 16 0.16 99.56 2850 | 2 0.02 99.58 3000 | 6 0.06 99.64 3500 | 36 0.36 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aaljcha variable in sipp1996tm96puw9 dataset : AL: Allocation flag for TALJCHA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,626 96.26 96.26 Statistical imputation (hot | 374 3.74 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealjdb variable in sipp1996tm96puw9 dataset : AL: Money owed | with spouse for | store | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,816 58.16 58.16 Yes | 2,272 22.72 80.88 No | 1,912 19.12 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aaljdb variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALJDB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,378 83.78 83.78 Statistical imputation (hot | 1,622 16.22 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealjdl variable in sipp1996tm96puw9 dataset : AL: Money owed | with spouse for | loans | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,816 58.16 58.16 Yes | 518 5.18 63.34 No | 3,666 36.66 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aaljdl variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALJDL | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,380 83.80 83.80 Statistical imputation (hot | 1,620 16.20 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealjdo variable in sipp1996tm96puw9 dataset : AL: Did .... | owe any money | for other debt | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,816 58.16 58.16 Yes | 352 3.52 61.68 No | 3,832 38.32 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aaljdo variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALJDO | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,380 83.80 83.80 Statistical imputation (hot | 1,620 16.20 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealjdab variable in sipp1996tm96puw9 dataset : AL: How much was owed | for credit cards with | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 7,728 77.28 77.28 1 | 16 0.16 77.44 2 | 2 0.02 77.46 3 | 2 0.02 77.48 5 | 2 0.02 77.50 12 | 2 0.02 77.52 14 | 2 0.02 77.54 15 | 6 0.06 77.60 25 | 4 0.04 77.64 35 | 2 0.02 77.66 40 | 12 0.12 77.78 50 | 24 0.24 78.02 54 | 4 0.04 78.06 55 | 2 0.02 78.08 60 | 2 0.02 78.10 62 | 6 0.06 78.16 67 | 4 0.04 78.20 71 | 2 0.02 78.22 75 | 12 0.12 78.34 89 | 2 0.02 78.36 100 | 72 0.72 79.08 105 | 2 0.02 79.10 124 | 2 0.02 79.12 125 | 12 0.12 79.24 129 | 2 0.02 79.26 142 | 2 0.02 79.28 150 | 56 0.56 79.84 153 | 2 0.02 79.86 175 | 4 0.04 79.90 187 | 2 0.02 79.92 199 | 2 0.02 79.94 200 | 66 0.66 80.60 212 | 2 0.02 80.62 215 | 2 0.02 80.64 220 | 2 0.02 80.66 225 | 2 0.02 80.68 242 | 2 0.02 80.70 249 | 2 0.02 80.72 250 | 134 1.34 82.06 280 | 4 0.04 82.10 284 | 2 0.02 82.12 300 | 52 0.52 82.64 306 | 2 0.02 82.66 325 | 2 0.02 82.68 326 | 2 0.02 82.70 350 | 26 0.26 82.96 353 | 2 0.02 82.98 367 | 2 0.02 83.00 375 | 16 0.16 83.16 400 | 78 0.78 83.94 415 | 2 0.02 83.96 442 | 2 0.02 83.98 450 | 20 0.20 84.18 485 | 2 0.02 84.20 500 | 108 1.08 85.28 525 | 2 0.02 85.30 529 | 2 0.02 85.32 540 | 2 0.02 85.34 550 | 12 0.12 85.46 595 | 2 0.02 85.48 600 | 42 0.42 85.90 620 | 2 0.02 85.92 650 | 4 0.04 85.96 700 | 8 0.08 86.04 730 | 2 0.02 86.06 750 | 110 1.10 87.16 800 | 14 0.14 87.30 850 | 14 0.14 87.44 900 | 18 0.18 87.62 930 | 6 0.06 87.68 950 | 6 0.06 87.74 1000 | 176 1.76 89.50 1100 | 4 0.04 89.54 1150 | 10 0.10 89.64 1200 | 8 0.08 89.72 1250 | 62 0.62 90.34 1300 | 6 0.06 90.40 1350 | 2 0.02 90.42 1400 | 10 0.10 90.52 1500 | 104 1.04 91.56 1560 | 2 0.02 91.58 1600 | 2 0.02 91.60 1650 | 2 0.02 91.62 1672 | 4 0.04 91.66 1745 | 2 0.02 91.68 1750 | 34 0.34 92.02 1800 | 4 0.04 92.06 1850 | 2 0.02 92.08 1900 | 2 0.02 92.10 1950 | 4 0.04 92.14 2000 | 92 0.92 93.06 2045 | 2 0.02 93.08 2050 | 4 0.04 93.12 2100 | 2 0.02 93.14 2150 | 2 0.02 93.16 2200 | 4 0.04 93.20 2250 | 20 0.20 93.40 2290 | 6 0.06 93.46 2300 | 6 0.06 93.52 2450 | 2 0.02 93.54 2500 | 134 1.34 94.88 2600 | 6 0.06 94.94 2750 | 24 0.24 95.18 2850 | 4 0.04 95.22 3000 | 56 0.56 95.78 3097 | 2 0.02 95.80 3112 | 2 0.02 95.82 3200 | 8 0.08 95.90 3250 | 6 0.06 95.96 3350 | 2 0.02 95.98 3400 | 2 0.02 96.00 3500 | 38 0.38 96.38 3729 | 2 0.02 96.40 3750 | 6 0.06 96.46 3962 | 2 0.02 96.48 4000 | 58 0.58 97.06 4100 | 2 0.02 97.08 4250 | 6 0.06 97.14 4500 | 16 0.16 97.30 5000 | 72 0.72 98.02 5500 | 24 0.24 98.26 6000 | 22 0.22 98.48 6500 | 2 0.02 98.50 7000 | 12 0.12 98.62 7500 | 34 0.34 98.96 8500 | 4 0.04 99.00 8750 | 4 0.04 99.04 9000 | 2 0.02 99.06 10000 | 28 0.28 99.34 11000 | 4 0.04 99.38 12500 | 18 0.18 99.56 13500 | 2 0.02 99.58 15000 | 4 0.04 99.62 17250 | 2 0.02 99.64 17500 | 6 0.06 99.70 18500 | 2 0.02 99.72 19500 | 2 0.02 99.74 21000 | 2 0.02 99.76 21500 | 10 0.10 99.86 24000 | 2 0.02 99.88 25000 | 8 0.08 99.96 27500 | 2 0.02 99.98 42500 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aaljdab variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALJDAB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,980 89.80 89.80 Statistical imputation (hot | 1,020 10.20 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealjdal variable in sipp1996tm96puw9 dataset : AL: How much was owed | for loans with spouse? | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,482 94.82 94.82 1 | 12 0.12 94.94 15 | 2 0.02 94.96 35 | 2 0.02 94.98 50 | 2 0.02 95.00 88 | 2 0.02 95.02 100 | 2 0.02 95.04 110 | 2 0.02 95.06 115 | 2 0.02 95.08 139 | 2 0.02 95.10 150 | 4 0.04 95.14 162 | 2 0.02 95.16 200 | 4 0.04 95.20 250 | 16 0.16 95.36 275 | 2 0.02 95.38 300 | 10 0.10 95.48 350 | 2 0.02 95.50 475 | 2 0.02 95.52 500 | 42 0.42 95.94 503 | 2 0.02 95.96 545 | 2 0.02 95.98 550 | 2 0.02 96.00 600 | 4 0.04 96.04 641 | 2 0.02 96.06 650 | 4 0.04 96.10 700 | 2 0.02 96.12 750 | 26 0.26 96.38 792 | 2 0.02 96.40 800 | 6 0.06 96.46 850 | 4 0.04 96.50 875 | 2 0.02 96.52 1000 | 26 0.26 96.78 1050 | 6 0.06 96.84 1200 | 8 0.08 96.92 1250 | 6 0.06 96.98 1450 | 2 0.02 97.00 1500 | 32 0.32 97.32 1750 | 8 0.08 97.40 2000 | 26 0.26 97.66 2045 | 2 0.02 97.68 2100 | 2 0.02 97.70 2250 | 4 0.04 97.74 2391 | 2 0.02 97.76 2400 | 6 0.06 97.82 2500 | 32 0.32 98.14 2750 | 2 0.02 98.16 2800 | 2 0.02 98.18 2875 | 2 0.02 98.20 3000 | 18 0.18 98.38 3104 | 2 0.02 98.40 3250 | 2 0.02 98.42 3300 | 2 0.02 98.44 3500 | 16 0.16 98.60 4000 | 10 0.10 98.70 4300 | 2 0.02 98.72 4500 | 4 0.04 98.76 5000 | 18 0.18 98.94 6000 | 4 0.04 98.98 6350 | 2 0.02 99.00 6500 | 4 0.04 99.04 7000 | 4 0.04 99.08 7500 | 14 0.14 99.22 7750 | 2 0.02 99.24 8000 | 10 0.10 99.34 8500 | 4 0.04 99.38 9000 | 6 0.06 99.44 9500 | 2 0.02 99.46 10000 | 12 0.12 99.58 10500 | 4 0.04 99.62 13000 | 2 0.02 99.64 15000 | 14 0.14 99.78 16000 | 2 0.02 99.80 25000 | 6 0.06 99.86 31500 | 2 0.02 99.88 37500 | 2 0.02 99.90 40000 | 2 0.02 99.92 56000 | 2 0.02 99.94 100000 | 2 0.02 99.96 102500 | 2 0.02 99.98 205000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aaljdal variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALJDAL | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,784 97.84 97.84 Statistical imputation (hot | 216 2.16 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealjdao variable in sipp1996tm96puw9 dataset : AL: How much owed | jointly in other debt? | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,648 96.48 96.48 1 | 10 0.10 96.58 22 | 2 0.02 96.60 26 | 2 0.02 96.62 35 | 2 0.02 96.64 37 | 2 0.02 96.66 50 | 14 0.14 96.80 62 | 2 0.02 96.82 75 | 4 0.04 96.86 100 | 12 0.12 96.98 110 | 4 0.04 97.02 115 | 2 0.02 97.04 125 | 4 0.04 97.08 150 | 18 0.18 97.26 174 | 2 0.02 97.28 175 | 2 0.02 97.30 200 | 10 0.10 97.40 225 | 2 0.02 97.42 250 | 20 0.20 97.62 300 | 2 0.02 97.64 325 | 2 0.02 97.66 350 | 6 0.06 97.72 375 | 2 0.02 97.74 400 | 4 0.04 97.78 413 | 6 0.06 97.84 420 | 2 0.02 97.86 500 | 24 0.24 98.10 600 | 2 0.02 98.12 650 | 6 0.06 98.18 682 | 2 0.02 98.20 750 | 8 0.08 98.28 775 | 2 0.02 98.30 800 | 6 0.06 98.36 900 | 6 0.06 98.42 1000 | 26 0.26 98.68 1250 | 2 0.02 98.70 1435 | 2 0.02 98.72 1500 | 8 0.08 98.80 1750 | 2 0.02 98.82 2000 | 2 0.02 98.84 2200 | 2 0.02 98.86 2385 | 2 0.02 98.88 2500 | 22 0.22 99.10 2600 | 2 0.02 99.12 3000 | 12 0.12 99.24 3500 | 6 0.06 99.30 3600 | 2 0.02 99.32 3750 | 2 0.02 99.34 4000 | 4 0.04 99.38 5000 | 8 0.08 99.46 6000 | 2 0.02 99.48 7100 | 2 0.02 99.50 7500 | 4 0.04 99.54 8000 | 2 0.02 99.56 9500 | 10 0.10 99.66 10000 | 2 0.02 99.68 11500 | 4 0.04 99.72 12500 | 10 0.10 99.82 13250 | 2 0.02 99.84 14000 | 2 0.02 99.86 15000 | 6 0.06 99.92 22500 | 2 0.02 99.94 30000 | 2 0.02 99.96 50000 | 2 0.02 99.98 413000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aaljdao variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALJDAO | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,848 98.48 98.48 Statistical imputation (hot | 152 1.52 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealich variable in sipp1996tm96puw9 dataset : AL: | Non-interest | checking | account in own | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 2,157 21.57 21.57 Yes | 1,170 11.70 33.27 No | 6,673 66.73 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalich variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALICH | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,804 88.04 88.04 Statistical imputation (hot | 1,196 11.96 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of talicha variable in sipp1996tm96puw9 dataset : AL: Estimate of own | non-interest checking | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 8,897 88.97 88.97 1 | 7 0.07 89.04 2 | 4 0.04 89.08 3 | 2 0.02 89.10 5 | 17 0.17 89.27 6 | 4 0.04 89.31 7 | 2 0.02 89.33 10 | 16 0.16 89.49 12 | 5 0.05 89.54 13 | 2 0.02 89.56 14 | 1 0.01 89.57 15 | 6 0.06 89.63 16 | 1 0.01 89.64 20 | 19 0.19 89.83 25 | 9 0.09 89.92 30 | 8 0.08 90.00 33 | 4 0.04 90.04 34 | 1 0.01 90.05 35 | 2 0.02 90.07 37 | 1 0.01 90.08 38 | 2 0.02 90.10 40 | 10 0.10 90.20 43 | 4 0.04 90.24 44 | 1 0.01 90.25 45 | 3 0.03 90.28 46 | 1 0.01 90.29 50 | 39 0.39 90.68 54 | 1 0.01 90.69 55 | 1 0.01 90.70 60 | 5 0.05 90.75 63 | 1 0.01 90.76 70 | 3 0.03 90.79 75 | 7 0.07 90.86 80 | 3 0.03 90.89 81 | 1 0.01 90.90 85 | 1 0.01 90.91 90 | 2 0.02 90.93 95 | 1 0.01 90.94 97 | 1 0.01 90.95 98 | 1 0.01 90.96 100 | 88 0.88 91.84 107 | 4 0.04 91.88 109 | 2 0.02 91.90 114 | 1 0.01 91.91 115 | 1 0.01 91.92 119 | 1 0.01 91.93 120 | 4 0.04 91.97 125 | 5 0.05 92.02 130 | 1 0.01 92.03 150 | 19 0.19 92.22 155 | 2 0.02 92.24 160 | 2 0.02 92.26 168 | 1 0.01 92.27 175 | 1 0.01 92.28 180 | 6 0.06 92.34 181 | 1 0.01 92.35 200 | 92 0.92 93.27 202 | 1 0.01 93.28 222 | 1 0.01 93.29 225 | 2 0.02 93.31 230 | 2 0.02 93.33 240 | 1 0.01 93.34 241 | 1 0.01 93.35 250 | 16 0.16 93.51 259 | 1 0.01 93.52 260 | 1 0.01 93.53 270 | 1 0.01 93.54 277 | 1 0.01 93.55 300 | 69 0.69 94.24 315 | 1 0.01 94.25 322 | 1 0.01 94.26 350 | 9 0.09 94.35 360 | 2 0.02 94.37 370 | 1 0.01 94.38 375 | 1 0.01 94.39 385 | 1 0.01 94.40 400 | 32 0.32 94.72 420 | 1 0.01 94.73 425 | 1 0.01 94.74 450 | 4 0.04 94.78 480 | 1 0.01 94.79 485 | 1 0.01 94.80 500 | 77 0.77 95.57 507 | 1 0.01 95.58 518 | 1 0.01 95.59 520 | 1 0.01 95.60 550 | 5 0.05 95.65 600 | 33 0.33 95.98 640 | 1 0.01 95.99 650 | 4 0.04 96.03 679 | 1 0.01 96.04 684 | 1 0.01 96.05 700 | 20 0.20 96.25 708 | 1 0.01 96.26 714 | 1 0.01 96.27 741 | 1 0.01 96.28 750 | 4 0.04 96.32 754 | 1 0.01 96.33 761 | 1 0.01 96.34 786 | 1 0.01 96.35 800 | 28 0.28 96.63 828 | 1 0.01 96.64 860 | 1 0.01 96.65 880 | 1 0.01 96.66 900 | 9 0.09 96.75 924 | 1 0.01 96.76 949 | 1 0.01 96.77 960 | 1 0.01 96.78 963 | 1 0.01 96.79 1000 | 55 0.55 97.34 1049 | 1 0.01 97.35 1063 | 1 0.01 97.36 1094 | 1 0.01 97.37 1100 | 2 0.02 97.39 1120 | 3 0.03 97.42 1180 | 1 0.01 97.43 1200 | 26 0.26 97.69 1276 | 1 0.01 97.70 1300 | 4 0.04 97.74 1400 | 6 0.06 97.80 1433 | 1 0.01 97.81 1472 | 1 0.01 97.82 1500 | 15 0.15 97.97 1517 | 2 0.02 97.99 1600 | 1 0.01 98.00 1700 | 11 0.11 98.11 1800 | 4 0.04 98.15 1900 | 2 0.02 98.17 1972 | 1 0.01 98.18 2000 | 50 0.50 98.68 2100 | 1 0.01 98.69 2200 | 3 0.03 98.72 2473 | 1 0.01 98.73 2500 | 13 0.13 98.86 2600 | 2 0.02 98.88 2700 | 1 0.01 98.89 2872 | 1 0.01 98.90 3000 | 26 0.26 99.16 3500 | 2 0.02 99.18 3600 | 1 0.01 99.19 3800 | 1 0.01 99.20 4000 | 11 0.11 99.31 4200 | 3 0.03 99.34 4263 | 1 0.01 99.35 4500 | 2 0.02 99.37 4540 | 1 0.01 99.38 4893 | 1 0.01 99.39 5000 | 22 0.22 99.61 5600 | 39 0.39 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalicha variable in sipp1996tm96puw9 dataset : AL: Allocation flag for TALICHA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,551 95.51 95.51 Statistical imputation (hot | 449 4.49 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealil variable in sipp1996tm96puw9 dataset : AL: Debts in | own name | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 2,157 21.57 21.57 Yes | 1,808 18.08 39.65 No | 6,035 60.35 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalil variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALIL | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,724 87.24 87.24 Statistical imputation (hot | 1,276 12.76 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealidb variable in sipp1996tm96puw9 dataset : AL: Owes in own | name for store | bills/credit | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,192 81.92 81.92 Yes | 1,466 14.66 96.58 No | 342 3.42 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalidb variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALIDB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,682 96.82 96.82 Statistical imputation (hot | 318 3.18 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealidl variable in sipp1996tm96puw9 dataset : AL: Owes in own | name for loans | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,192 81.92 81.92 Yes | 338 3.38 85.30 No | 1,470 14.70 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalidl variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALIDL | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,674 96.74 96.74 Statistical imputation (hot | 326 3.26 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealido variable in sipp1996tm96puw9 dataset : AL: Owes in own | name for other | debts | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,192 81.92 81.92 Yes | 327 3.27 85.19 No | 1,481 14.81 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalido variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALIDO | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,674 96.74 96.74 Statistical imputation (hot | 326 3.26 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealidab variable in sipp1996tm96puw9 dataset : AL: Amount owed for | store bills/credit | cards | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 8,534 85.34 85.34 1 | 6 0.06 85.40 5 | 1 0.01 85.41 9 | 1 0.01 85.42 13 | 1 0.01 85.43 19 | 1 0.01 85.44 20 | 1 0.01 85.45 25 | 1 0.01 85.46 30 | 5 0.05 85.51 40 | 3 0.03 85.54 50 | 5 0.05 85.59 58 | 1 0.01 85.60 60 | 6 0.06 85.66 62 | 1 0.01 85.67 69 | 1 0.01 85.68 70 | 2 0.02 85.70 72 | 1 0.01 85.71 75 | 1 0.01 85.72 80 | 3 0.03 85.75 83 | 1 0.01 85.76 91 | 1 0.01 85.77 100 | 35 0.35 86.12 102 | 2 0.02 86.14 106 | 1 0.01 86.15 114 | 1 0.01 86.16 118 | 1 0.01 86.17 120 | 2 0.02 86.19 122 | 2 0.02 86.21 123 | 1 0.01 86.22 130 | 1 0.01 86.23 140 | 1 0.01 86.24 144 | 1 0.01 86.25 148 | 2 0.02 86.27 150 | 13 0.13 86.40 159 | 1 0.01 86.41 160 | 2 0.02 86.43 161 | 1 0.01 86.44 163 | 1 0.01 86.45 170 | 1 0.01 86.46 175 | 2 0.02 86.48 180 | 1 0.01 86.49 182 | 1 0.01 86.50 197 | 1 0.01 86.51 200 | 41 0.41 86.92 211 | 1 0.01 86.93 220 | 2 0.02 86.95 244 | 1 0.01 86.96 250 | 21 0.21 87.17 260 | 2 0.02 87.19 300 | 63 0.63 87.82 350 | 2 0.02 87.84 360 | 4 0.04 87.88 400 | 54 0.54 88.42 430 | 1 0.01 88.43 441 | 1 0.01 88.44 448 | 2 0.02 88.46 450 | 13 0.13 88.59 469 | 1 0.01 88.60 500 | 80 0.80 89.40 530 | 2 0.02 89.42 532 | 1 0.01 89.43 533 | 1 0.01 89.44 544 | 1 0.01 89.45 550 | 1 0.01 89.46 560 | 1 0.01 89.47 600 | 39 0.39 89.86 640 | 1 0.01 89.87 650 | 3 0.03 89.90 666 | 1 0.01 89.91 700 | 22 0.22 90.13 722 | 1 0.01 90.14 750 | 6 0.06 90.20 770 | 1 0.01 90.21 780 | 2 0.02 90.23 800 | 45 0.45 90.68 850 | 1 0.01 90.69 900 | 23 0.23 90.92 930 | 1 0.01 90.93 950 | 3 0.03 90.96 951 | 1 0.01 90.97 1000 | 86 0.86 91.83 1005 | 1 0.01 91.84 1013 | 1 0.01 91.85 1077 | 2 0.02 91.87 1100 | 7 0.07 91.94 1122 | 1 0.01 91.95 1150 | 1 0.01 91.96 1196 | 1 0.01 91.97 1200 | 34 0.34 92.31 1245 | 1 0.01 92.32 1250 | 1 0.01 92.33 1275 | 1 0.01 92.34 1278 | 1 0.01 92.35 1300 | 15 0.15 92.50 1370 | 1 0.01 92.51 1400 | 10 0.10 92.61 1500 | 45 0.45 93.06 1600 | 17 0.17 93.23 1700 | 11 0.11 93.34 1800 | 17 0.17 93.51 1900 | 7 0.07 93.58 2000 | 103 1.03 94.61 2100 | 1 0.01 94.62 2127 | 3 0.03 94.65 2200 | 4 0.04 94.69 2300 | 6 0.06 94.75 2400 | 4 0.04 94.79 2450 | 1 0.01 94.80 2500 | 42 0.42 95.22 2600 | 1 0.01 95.23 2684 | 1 0.01 95.24 2700 | 2 0.02 95.26 2800 | 5 0.05 95.31 2900 | 1 0.01 95.32 3000 | 78 0.78 96.10 3050 | 1 0.01 96.11 3100 | 2 0.02 96.13 3200 | 1 0.01 96.14 3300 | 2 0.02 96.16 3500 | 27 0.27 96.43 3600 | 1 0.01 96.44 3800 | 5 0.05 96.49 4000 | 49 0.49 96.98 4200 | 1 0.01 96.99 4300 | 1 0.01 97.00 4387 | 1 0.01 97.01 4400 | 2 0.02 97.03 4500 | 2 0.02 97.05 4600 | 2 0.02 97.07 4800 | 1 0.01 97.08 4900 | 1 0.01 97.09 5000 | 58 0.58 97.67 5300 | 1 0.01 97.68 5500 | 4 0.04 97.72 5525 | 1 0.01 97.73 5800 | 2 0.02 97.75 5900 | 1 0.01 97.76 6000 | 39 0.39 98.15 6300 | 1 0.01 98.16 6500 | 1 0.01 98.17 6700 | 1 0.01 98.18 7000 | 31 0.31 98.49 7247 | 1 0.01 98.50 7500 | 6 0.06 98.56 8000 | 22 0.22 98.78 8500 | 2 0.02 98.80 8831 | 1 0.01 98.81 8900 | 1 0.01 98.82 9000 | 6 0.06 98.88 9400 | 1 0.01 98.89 10000 | 41 0.41 99.30 10500 | 1 0.01 99.31 11000 | 1 0.01 99.32 11237 | 1 0.01 99.33 12000 | 10 0.10 99.43 13000 | 3 0.03 99.46 13500 | 1 0.01 99.47 14000 | 1 0.01 99.48 15000 | 8 0.08 99.56 16000 | 7 0.07 99.63 17000 | 3 0.03 99.66 18000 | 5 0.05 99.71 19000 | 1 0.01 99.72 20000 | 12 0.12 99.84 21000 | 1 0.01 99.85 22000 | 2 0.02 99.87 25000 | 5 0.05 99.92 30000 | 1 0.01 99.93 38000 | 1 0.01 99.94 40000 | 4 0.04 99.98 50000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalidab variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALIDAB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,556 95.56 95.56 Statistical imputation (hot | 444 4.44 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealidal variable in sipp1996tm96puw9 dataset : AL: Amount of loans | owed in own name | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,662 96.62 96.62 1 | 9 0.09 96.71 2 | 1 0.01 96.72 30 | 1 0.01 96.73 100 | 1 0.01 96.74 105 | 1 0.01 96.75 120 | 1 0.01 96.76 123 | 2 0.02 96.78 180 | 1 0.01 96.79 192 | 1 0.01 96.80 200 | 3 0.03 96.83 250 | 3 0.03 96.86 300 | 4 0.04 96.90 320 | 1 0.01 96.91 350 | 1 0.01 96.92 400 | 3 0.03 96.95 500 | 7 0.07 97.02 525 | 1 0.01 97.03 600 | 7 0.07 97.10 700 | 6 0.06 97.16 800 | 4 0.04 97.20 850 | 1 0.01 97.21 900 | 3 0.03 97.24 990 | 1 0.01 97.25 1000 | 14 0.14 97.39 1116 | 1 0.01 97.40 1200 | 4 0.04 97.44 1300 | 1 0.01 97.45 1360 | 2 0.02 97.47 1400 | 2 0.02 97.49 1500 | 21 0.21 97.70 1600 | 4 0.04 97.74 1700 | 1 0.01 97.75 1800 | 1 0.01 97.76 1900 | 1 0.01 97.77 2000 | 16 0.16 97.93 2100 | 2 0.02 97.95 2300 | 1 0.01 97.96 2400 | 1 0.01 97.97 2500 | 8 0.08 98.05 2600 | 6 0.06 98.11 2750 | 1 0.01 98.12 2800 | 2 0.02 98.14 3000 | 21 0.21 98.35 3300 | 1 0.01 98.36 3400 | 1 0.01 98.37 3500 | 5 0.05 98.42 3600 | 1 0.01 98.43 3700 | 1 0.01 98.44 3800 | 5 0.05 98.49 4000 | 14 0.14 98.63 4200 | 1 0.01 98.64 4500 | 1 0.01 98.65 5000 | 16 0.16 98.81 5149 | 1 0.01 98.82 5300 | 1 0.01 98.83 6000 | 7 0.07 98.90 6500 | 1 0.01 98.91 7000 | 9 0.09 99.00 8000 | 11 0.11 99.11 9000 | 5 0.05 99.16 9400 | 1 0.01 99.17 10000 | 17 0.17 99.34 11000 | 3 0.03 99.37 11500 | 1 0.01 99.38 12000 | 5 0.05 99.43 13000 | 5 0.05 99.48 14000 | 6 0.06 99.54 15000 | 9 0.09 99.63 16000 | 1 0.01 99.64 18000 | 1 0.01 99.65 19000 | 1 0.01 99.66 20000 | 4 0.04 99.70 22000 | 2 0.02 99.72 24000 | 1 0.01 99.73 25000 | 4 0.04 99.77 28000 | 3 0.03 99.80 29000 | 1 0.01 99.81 30000 | 5 0.05 99.86 35000 | 1 0.01 99.87 36000 | 1 0.01 99.88 40000 | 2 0.02 99.90 50000 | 4 0.04 99.94 60000 | 1 0.01 99.95 70000 | 1 0.01 99.96 90000 | 1 0.01 99.97 100000 | 1 0.01 99.98 175000 | 1 0.01 99.99 300000 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalidal variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALIDAL | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,901 99.01 99.01 Statistical imputation (hot | 99 0.99 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealidao variable in sipp1996tm96puw9 dataset : AL: Amount of other | debt owed in own name | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,673 96.73 96.73 1 | 2 0.02 96.75 2 | 1 0.01 96.76 5 | 1 0.01 96.77 20 | 1 0.01 96.78 26 | 1 0.01 96.79 50 | 3 0.03 96.82 60 | 2 0.02 96.84 68 | 1 0.01 96.85 75 | 1 0.01 96.86 100 | 6 0.06 96.92 125 | 1 0.01 96.93 136 | 1 0.01 96.94 141 | 1 0.01 96.95 150 | 1 0.01 96.96 200 | 6 0.06 97.02 250 | 5 0.05 97.07 300 | 13 0.13 97.20 325 | 1 0.01 97.21 350 | 1 0.01 97.22 360 | 1 0.01 97.23 400 | 6 0.06 97.29 450 | 1 0.01 97.30 500 | 12 0.12 97.42 600 | 7 0.07 97.49 700 | 5 0.05 97.54 800 | 6 0.06 97.60 850 | 2 0.02 97.62 875 | 1 0.01 97.63 900 | 1 0.01 97.64 1000 | 12 0.12 97.76 1100 | 1 0.01 97.77 1185 | 1 0.01 97.78 1200 | 9 0.09 97.87 1300 | 2 0.02 97.89 1500 | 2 0.02 97.91 1600 | 1 0.01 97.92 1700 | 2 0.02 97.94 1900 | 2 0.02 97.96 2000 | 12 0.12 98.08 2100 | 3 0.03 98.11 2200 | 1 0.01 98.12 2250 | 1 0.01 98.13 2300 | 1 0.01 98.14 2400 | 2 0.02 98.16 2500 | 5 0.05 98.21 2625 | 2 0.02 98.23 2680 | 1 0.01 98.24 2700 | 4 0.04 98.28 3000 | 13 0.13 98.41 3100 | 1 0.01 98.42 3200 | 1 0.01 98.43 3300 | 2 0.02 98.45 3500 | 4 0.04 98.49 4000 | 17 0.17 98.66 4400 | 1 0.01 98.67 4500 | 2 0.02 98.69 4700 | 1 0.01 98.70 4800 | 2 0.02 98.72 5000 | 15 0.15 98.87 5500 | 5 0.05 98.92 5800 | 2 0.02 98.94 6000 | 10 0.10 99.04 6500 | 1 0.01 99.05 7000 | 5 0.05 99.10 7500 | 1 0.01 99.11 7700 | 1 0.01 99.12 8000 | 4 0.04 99.16 8300 | 1 0.01 99.17 8400 | 1 0.01 99.18 8600 | 1 0.01 99.19 9000 | 3 0.03 99.22 10000 | 7 0.07 99.29 11000 | 6 0.06 99.35 11800 | 1 0.01 99.36 12000 | 7 0.07 99.43 13000 | 1 0.01 99.44 14000 | 1 0.01 99.45 15000 | 14 0.14 99.59 16000 | 1 0.01 99.60 16200 | 2 0.02 99.62 16687 | 1 0.01 99.63 18000 | 5 0.05 99.68 20000 | 5 0.05 99.73 23000 | 1 0.01 99.74 24000 | 2 0.02 99.76 25000 | 4 0.04 99.80 27000 | 1 0.01 99.81 30000 | 2 0.02 99.83 31000 | 1 0.01 99.84 35000 | 1 0.01 99.85 40000 | 2 0.02 99.87 50000 | 1 0.01 99.88 54000 | 1 0.01 99.89 55000 | 1 0.01 99.90 60000 | 3 0.03 99.93 65000 | 1 0.01 99.94 80000 | 1 0.01 99.95 85000 | 1 0.01 99.96 104000 | 1 0.01 99.97 150000 | 1 0.01 99.98 200000 | 1 0.01 99.99 500000 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalidao variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALIDAO | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,902 99.02 99.02 Statistical imputation (hot | 98 0.98 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealr variable in sipp1996tm96puw9 dataset : AL: IRA account | in own name | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,629 86.29 86.29 Yes | 1,157 11.57 97.86 No | 214 2.14 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalr variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,830 98.30 98.30 Statistical imputation (hot | 170 1.70 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealry variable in sipp1996tm96puw9 dataset : AL: Number of | years | contributed to | your IRA | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,843 88.43 88.43 1 | 169 1.69 90.12 2 | 103 1.03 91.15 3 | 79 0.79 91.94 4 | 66 0.66 92.60 5 | 90 0.90 93.50 6 | 55 0.55 94.05 7 | 34 0.34 94.39 8 | 57 0.57 94.96 9 | 23 0.23 95.19 10 | 142 1.42 96.61 11 | 12 0.12 96.73 12 | 45 0.45 97.18 13 | 17 0.17 97.35 14 | 27 0.27 97.62 15 | 103 1.03 98.65 16 | 7 0.07 98.72 17 | 8 0.08 98.80 18 | 19 0.19 98.99 19 | 2 0.02 99.01 20 | 71 0.71 99.72 21 | 3 0.03 99.75 23 | 4 0.04 99.79 24 | 1 0.01 99.80 25 | 13 0.13 99.93 26 | 2 0.02 99.95 27 | 5 0.05 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalry variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALRY | Freq. Percent Cum. --------------------------------+----------------------------------- Not Imputed | 9,672 96.72 96.72 Statistical imputation (hot | 328 3.28 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of talrb variable in sipp1996tm96puw9 dataset : AL: Market value of IRA | account in own name | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 8,857 88.57 88.57 25 | 1 0.01 88.58 75 | 1 0.01 88.59 145 | 1 0.01 88.60 150 | 1 0.01 88.61 160 | 1 0.01 88.62 200 | 4 0.04 88.66 250 | 1 0.01 88.67 260 | 1 0.01 88.68 268 | 1 0.01 88.69 400 | 1 0.01 88.70 425 | 1 0.01 88.71 450 | 1 0.01 88.72 458 | 1 0.01 88.73 460 | 1 0.01 88.74 463 | 1 0.01 88.75 500 | 6 0.06 88.81 520 | 1 0.01 88.82 530 | 1 0.01 88.83 546 | 1 0.01 88.84 585 | 2 0.02 88.86 600 | 7 0.07 88.93 605 | 1 0.01 88.94 650 | 1 0.01 88.95 700 | 1 0.01 88.96 750 | 3 0.03 88.99 800 | 5 0.05 89.04 864 | 2 0.02 89.06 900 | 2 0.02 89.08 1000 | 9 0.09 89.17 1058 | 2 0.02 89.19 1100 | 2 0.02 89.21 1130 | 1 0.01 89.22 1160 | 1 0.01 89.23 1200 | 6 0.06 89.29 1340 | 1 0.01 89.30 1474 | 1 0.01 89.31 1500 | 2 0.02 89.33 1550 | 1 0.01 89.34 1600 | 5 0.05 89.39 1700 | 4 0.04 89.43 1800 | 4 0.04 89.47 1900 | 3 0.03 89.50 1969 | 1 0.01 89.51 2000 | 36 0.36 89.87 2051 | 2 0.02 89.89 2060 | 1 0.01 89.90 2178 | 1 0.01 89.91 2179 | 1 0.01 89.92 2200 | 3 0.03 89.95 2262 | 1 0.01 89.96 2324 | 1 0.01 89.97 2400 | 1 0.01 89.98 2497 | 1 0.01 89.99 2500 | 9 0.09 90.08 2530 | 1 0.01 90.09 2539 | 1 0.01 90.10 2600 | 5 0.05 90.15 2668 | 1 0.01 90.16 2700 | 3 0.03 90.19 2800 | 1 0.01 90.20 2834 | 1 0.01 90.21 2875 | 1 0.01 90.22 3000 | 21 0.21 90.43 3025 | 1 0.01 90.44 3050 | 1 0.01 90.45 3100 | 1 0.01 90.46 3140 | 1 0.01 90.47 3200 | 7 0.07 90.54 3300 | 1 0.01 90.55 3400 | 1 0.01 90.56 3463 | 1 0.01 90.57 3500 | 5 0.05 90.62 3537 | 1 0.01 90.63 3600 | 2 0.02 90.65 3700 | 1 0.01 90.66 3800 | 1 0.01 90.67 3935 | 1 0.01 90.68 4000 | 62 0.62 91.30 4168 | 1 0.01 91.31 4200 | 2 0.02 91.33 4290 | 1 0.01 91.34 4367 | 1 0.01 91.35 4400 | 1 0.01 91.36 4500 | 6 0.06 91.42 4508 | 1 0.01 91.43 4778 | 1 0.01 91.44 4801 | 1 0.01 91.45 4900 | 2 0.02 91.47 5000 | 32 0.32 91.79 5063 | 1 0.01 91.80 5185 | 1 0.01 91.81 5438 | 1 0.01 91.82 5500 | 4 0.04 91.86 5800 | 2 0.02 91.88 6000 | 26 0.26 92.14 6300 | 2 0.02 92.16 6400 | 3 0.03 92.19 6410 | 2 0.02 92.21 6500 | 4 0.04 92.25 6567 | 1 0.01 92.26 6600 | 2 0.02 92.28 6812 | 1 0.01 92.29 6900 | 1 0.01 92.30 7000 | 18 0.18 92.48 7089 | 1 0.01 92.49 7140 | 2 0.02 92.51 7200 | 3 0.03 92.54 7260 | 1 0.01 92.55 7400 | 1 0.01 92.56 7500 | 4 0.04 92.60 7800 | 1 0.01 92.61 7938 | 1 0.01 92.62 8000 | 21 0.21 92.83 8099 | 1 0.01 92.84 8300 | 1 0.01 92.85 8500 | 2 0.02 92.87 8751 | 1 0.01 92.88 8827 | 1 0.01 92.89 8890 | 2 0.02 92.91 8900 | 1 0.01 92.92 9000 | 9 0.09 93.01 9300 | 1 0.01 93.02 9375 | 1 0.01 93.03 9500 | 1 0.01 93.04 9565 | 2 0.02 93.06 9600 | 1 0.01 93.07 9664 | 1 0.01 93.08 9689 | 1 0.01 93.09 10000 | 40 0.40 93.49 10008 | 1 0.01 93.50 10100 | 1 0.01 93.51 10396 | 2 0.02 93.53 10407 | 1 0.01 93.54 10500 | 1 0.01 93.55 10592 | 1 0.01 93.56 10600 | 1 0.01 93.57 10747 | 1 0.01 93.58 10947 | 2 0.02 93.60 10992 | 1 0.01 93.61 11000 | 13 0.13 93.74 11062 | 1 0.01 93.75 11500 | 1 0.01 93.76 11554 | 1 0.01 93.77 11979 | 1 0.01 93.78 12000 | 20 0.20 93.98 12200 | 2 0.02 94.00 13000 | 13 0.13 94.13 13700 | 1 0.01 94.14 13800 | 1 0.01 94.15 14000 | 6 0.06 94.21 14200 | 1 0.01 94.22 14332 | 1 0.01 94.23 14706 | 2 0.02 94.25 15000 | 27 0.27 94.52 15250 | 1 0.01 94.53 15253 | 1 0.01 94.54 15473 | 1 0.01 94.55 15500 | 2 0.02 94.57 16000 | 18 0.18 94.75 16048 | 1 0.01 94.76 16505 | 1 0.01 94.77 16600 | 2 0.02 94.79 16843 | 1 0.01 94.80 17000 | 5 0.05 94.85 17150 | 1 0.01 94.86 17500 | 2 0.02 94.88 17812 | 1 0.01 94.89 18000 | 16 0.16 95.05 18253 | 1 0.01 95.06 18427 | 1 0.01 95.07 18625 | 1 0.01 95.08 19000 | 2 0.02 95.10 19222 | 1 0.01 95.11 19500 | 1 0.01 95.12 19633 | 1 0.01 95.13 20000 | 45 0.45 95.58 20629 | 1 0.01 95.59 21000 | 5 0.05 95.64 21101 | 1 0.01 95.65 21581 | 2 0.02 95.67 22000 | 14 0.14 95.81 22068 | 1 0.01 95.82 22142 | 1 0.01 95.83 22250 | 1 0.01 95.84 22312 | 1 0.01 95.85 22400 | 1 0.01 95.86 22467 | 1 0.01 95.87 22551 | 1 0.01 95.88 22600 | 1 0.01 95.89 22700 | 1 0.01 95.90 22744 | 2 0.02 95.92 22971 | 1 0.01 95.93 23000 | 6 0.06 95.99 23079 | 1 0.01 96.00 23400 | 1 0.01 96.01 24000 | 4 0.04 96.05 24300 | 1 0.01 96.06 25000 | 19 0.19 96.25 25800 | 1 0.01 96.26 26000 | 10 0.10 96.36 26761 | 2 0.02 96.38 27000 | 7 0.07 96.45 27500 | 2 0.02 96.47 27700 | 1 0.01 96.48 28000 | 8 0.08 96.56 28208 | 3 0.03 96.59 29000 | 3 0.03 96.62 30000 | 27 0.27 96.89 31451 | 1 0.01 96.90 31609 | 1 0.01 96.91 32000 | 6 0.06 96.97 32313 | 2 0.02 96.99 33000 | 4 0.04 97.03 33400 | 1 0.01 97.04 34000 | 2 0.02 97.06 34126 | 1 0.01 97.07 34592 | 1 0.01 97.08 35000 | 7 0.07 97.15 35400 | 1 0.01 97.16 35657 | 1 0.01 97.17 36000 | 6 0.06 97.23 36720 | 1 0.01 97.24 37000 | 2 0.02 97.26 37153 | 1 0.01 97.27 38000 | 1 0.01 97.28 38976 | 1 0.01 97.29 39000 | 5 0.05 97.34 40000 | 18 0.18 97.52 40982 | 3 0.03 97.55 41000 | 2 0.02 97.57 42000 | 8 0.08 97.65 43000 | 5 0.05 97.70 44000 | 2 0.02 97.72 45000 | 9 0.09 97.81 46193 | 1 0.01 97.82 46971 | 1 0.01 97.83 48000 | 6 0.06 97.89 50000 | 26 0.26 98.15 51000 | 2 0.02 98.17 52000 | 2 0.02 98.19 53000 | 1 0.01 98.20 54000 | 1 0.01 98.21 54331 | 1 0.01 98.22 54931 | 1 0.01 98.23 55000 | 6 0.06 98.29 56000 | 3 0.03 98.32 56427 | 2 0.02 98.34 57000 | 3 0.03 98.37 59000 | 1 0.01 98.38 60000 | 15 0.15 98.53 61000 | 1 0.01 98.54 61500 | 1 0.01 98.55 63400 | 1 0.01 98.56 64000 | 1 0.01 98.57 64049 | 2 0.02 98.59 65000 | 3 0.03 98.62 66000 | 1 0.01 98.63 67000 | 1 0.01 98.64 68500 | 1 0.01 98.65 69102 | 1 0.01 98.66 70000 | 4 0.04 98.70 70189 | 1 0.01 98.71 71000 | 1 0.01 98.72 71857 | 1 0.01 98.73 72000 | 2 0.02 98.75 74000 | 2 0.02 98.77 75000 | 3 0.03 98.80 76650 | 1 0.01 98.81 78000 | 2 0.02 98.83 79000 | 1 0.01 98.84 80000 | 8 0.08 98.92 83000 | 1 0.01 98.93 84584 | 1 0.01 98.94 86000 | 1 0.01 98.95 87000 | 2 0.02 98.97 87700 | 1 0.01 98.98 88000 | 2 0.02 99.00 90000 | 6 0.06 99.06 92000 | 1 0.01 99.07 96000 | 1 0.01 99.08 96512 | 1 0.01 99.09 100000 | 8 0.08 99.17 100509 | 4 0.04 99.21 103000 | 2 0.02 99.23 104000 | 2 0.02 99.25 105000 | 1 0.01 99.26 107950 | 1 0.01 99.27 109000 | 1 0.01 99.28 110000 | 1 0.01 99.29 110448 | 1 0.01 99.30 112305 | 1 0.01 99.31 120000 | 2 0.02 99.33 121654 | 1 0.01 99.34 125000 | 2 0.02 99.36 134000 | 1 0.01 99.37 135000 | 2 0.02 99.39 136000 | 1 0.01 99.40 142000 | 1 0.01 99.41 150000 | 5 0.05 99.46 160000 | 4 0.04 99.50 170000 | 1 0.01 99.51 175000 | 2 0.02 99.53 176000 | 1 0.01 99.54 180000 | 2 0.02 99.56 184685 | 1 0.01 99.57 199000 | 1 0.01 99.58 200000 | 4 0.04 99.62 231000 | 1 0.01 99.63 251273 | 1 0.01 99.64 260000 | 4 0.04 99.68 275000 | 32 0.32 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalrb variable in sipp1996tm96puw9 dataset : AL: Allocation flag for TALRB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,479 94.79 94.79 Statistical imputation (hot | 521 5.21 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealra1 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in IRA | accounts | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 8,843 88.43 88.43 Certificates of deposit or other | 275 2.75 91.18 Money market funds | 131 1.31 92.49 U.S. Government securities | 10 0.10 92.59 Municipal or corporate bonds | 17 0.17 92.76 U.S. Savings Bonds | 4 0.04 92.80 Stocks or mutual fund shares | 673 6.73 99.53 Other assets | 47 0.47 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalra1 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALRA1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,492 94.92 94.92 Statistical imputation (hot | 508 5.08 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealra2 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in IRA | accounts | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 9,888 98.88 98.88 Certificates of deposit or other | 13 0.13 99.01 Money market funds | 22 0.22 99.23 U.S. Government securities | 7 0.07 99.30 Municipal or corporate bonds | 10 0.10 99.40 U.S. Savings Bonds | 4 0.04 99.44 Stocks or mutual fund shares | 50 0.50 99.94 Other assets | 6 0.06 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalra2 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALRA2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,995 99.95 99.95 Statistical imputation (hot | 5 0.05 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealra3 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in IRA | accounts | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 9,978 99.78 99.78 Certificates of deposit or other | 2 0.02 99.80 Money market funds | 1 0.01 99.81 U.S. Government securities | 2 0.02 99.83 Municipal or corporate bonds | 5 0.05 99.88 Stocks or mutual fund shares | 11 0.11 99.99 Other assets | 1 0.01 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalra3 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALRA3 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealra4 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in IRA | accounts | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 9,998 99.98 99.98 Stocks or mutual fund shares | 2 0.02 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalra4 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALRA4 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealk variable in sipp1996tm96puw9 dataset : AL: Owning a | KEOGH account | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,629 86.29 86.29 Yes | 50 0.50 86.79 No | 1,321 13.21 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalk variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALK | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,835 98.35 98.35 Statistical imputation (hot | 165 1.65 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealky variable in sipp1996tm96puw9 dataset : AL: Years | contributed to | KEOGH account | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,950 99.50 99.50 1 | 6 0.06 99.56 2 | 1 0.01 99.57 3 | 3 0.03 99.60 4 | 4 0.04 99.64 6 | 2 0.02 99.66 7 | 4 0.04 99.70 8 | 1 0.01 99.71 10 | 10 0.10 99.81 12 | 1 0.01 99.82 13 | 1 0.01 99.83 14 | 1 0.01 99.84 15 | 5 0.05 99.89 16 | 1 0.01 99.90 18 | 1 0.01 99.91 20 | 7 0.07 99.98 25 | 2 0.02 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalky variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALKY | Freq. Percent Cum. --------------------------------+----------------------------------- Not Imputed | 9,985 99.85 99.85 Statistical imputation (hot | 15 0.15 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of talkb variable in sipp1996tm96puw9 dataset : AL: Market value of | KEOGH account | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,950 99.50 99.50 510 | 1 0.01 99.51 600 | 1 0.01 99.52 1800 | 2 0.02 99.54 2000 | 1 0.01 99.55 3500 | 1 0.01 99.56 4000 | 13 0.13 99.69 5000 | 3 0.03 99.72 6000 | 1 0.01 99.73 10000 | 1 0.01 99.74 12000 | 1 0.01 99.75 13473 | 1 0.01 99.76 14000 | 1 0.01 99.77 24000 | 1 0.01 99.78 30000 | 1 0.01 99.79 35000 | 1 0.01 99.80 38400 | 1 0.01 99.81 40000 | 1 0.01 99.82 47000 | 1 0.01 99.83 48000 | 1 0.01 99.84 50000 | 5 0.05 99.89 57000 | 1 0.01 99.90 62000 | 1 0.01 99.91 90000 | 1 0.01 99.92 144000 | 1 0.01 99.93 150000 | 1 0.01 99.94 173000 | 1 0.01 99.95 195100 | 1 0.01 99.96 200000 | 2 0.02 99.98 265000 | 1 0.01 99.99 347000 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalkb variable in sipp1996tm96puw9 dataset : AL: Allocation flag for TALKB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,976 99.76 99.76 Statistical imputation (hot | 24 0.24 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealka1 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in KEOGH | accounts | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 9,950 99.50 99.50 Certificates of deposit or other | 5 0.05 99.55 Money market funds | 6 0.06 99.61 Municipal or corporate bonds | 3 0.03 99.64 Stocks or mutual fund shares | 36 0.36 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalka1 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALKA1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,979 99.79 99.79 Statistical imputation (hot | 21 0.21 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealka2 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in KEOGH | accounts | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 9,995 99.95 99.95 Money market funds | 1 0.01 99.96 U.S. Government securities | 1 0.01 99.97 Municipal or corporate bonds | 1 0.01 99.98 U.S. Savings Bonds | 1 0.01 99.99 Stocks or mutual fund shares | 1 0.01 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalka2 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALKA2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealka3 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in KEOGH | accounts | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 9,997 99.97 99.97 Municipal or corporate bonds | 1 0.01 99.98 Stocks or mutual fund shares | 2 0.02 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalka3 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALKA3 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealka4 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in KEOGH | account(s) | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalka4 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALKA4 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealt variable in sipp1996tm96puw9 dataset : AL: Owning a | 401K plan in | own name | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,486 84.86 84.86 Yes | 1,343 13.43 98.29 No | 171 1.71 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalt variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,809 98.09 98.09 Statistical imputation (hot | 191 1.91 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealty variable in sipp1996tm96puw9 dataset : AL: Years | contributed to | 401K plan | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 2,157 21.57 21.57 None | 6,500 65.00 86.57 1 | 175 1.75 88.32 2 | 127 1.27 89.59 3 | 130 1.30 90.89 4 | 109 1.09 91.98 5 | 147 1.47 93.45 6 | 81 0.81 94.26 7 | 80 0.80 95.06 8 | 67 0.67 95.73 9 | 42 0.42 96.15 10 | 136 1.36 97.51 11 | 19 0.19 97.70 12 | 38 0.38 98.08 13 | 21 0.21 98.29 14 | 23 0.23 98.52 15 | 60 0.60 99.12 16 | 18 0.18 99.30 17 | 10 0.10 99.40 18 | 21 0.21 99.61 19 | 39 0.39 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalty variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALTY | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,679 96.79 96.79 Statistical imputation (hot | 321 3.21 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of taltb variable in sipp1996tm96puw9 dataset : AL: Value of 401K in | own name | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 8,680 86.80 86.80 10 | 1 0.01 86.81 12 | 1 0.01 86.82 25 | 1 0.01 86.83 48 | 1 0.01 86.84 50 | 2 0.02 86.86 60 | 2 0.02 86.88 99 | 2 0.02 86.90 100 | 2 0.02 86.92 108 | 1 0.01 86.93 150 | 1 0.01 86.94 200 | 2 0.02 86.96 209 | 3 0.03 86.99 225 | 1 0.01 87.00 250 | 3 0.03 87.03 264 | 1 0.01 87.04 275 | 1 0.01 87.05 280 | 1 0.01 87.06 300 | 10 0.10 87.16 350 | 2 0.02 87.18 360 | 5 0.05 87.23 400 | 12 0.12 87.35 406 | 1 0.01 87.36 425 | 2 0.02 87.38 450 | 1 0.01 87.39 480 | 2 0.02 87.41 500 | 13 0.13 87.54 520 | 1 0.01 87.55 550 | 3 0.03 87.58 560 | 1 0.01 87.59 600 | 13 0.13 87.72 669 | 1 0.01 87.73 673 | 1 0.01 87.74 680 | 1 0.01 87.75 700 | 6 0.06 87.81 756 | 1 0.01 87.82 800 | 5 0.05 87.87 805 | 1 0.01 87.88 850 | 1 0.01 87.89 876 | 1 0.01 87.90 900 | 2 0.02 87.92 908 | 1 0.01 87.93 1000 | 11 0.11 88.04 1029 | 1 0.01 88.05 1100 | 1 0.01 88.06 1200 | 6 0.06 88.12 1265 | 1 0.01 88.13 1300 | 4 0.04 88.17 1376 | 1 0.01 88.18 1400 | 5 0.05 88.23 1441 | 1 0.01 88.24 1482 | 1 0.01 88.25 1500 | 11 0.11 88.36 1555 | 1 0.01 88.37 1599 | 1 0.01 88.38 1600 | 6 0.06 88.44 1653 | 1 0.01 88.45 1680 | 1 0.01 88.46 1683 | 1 0.01 88.47 1700 | 1 0.01 88.48 1751 | 1 0.01 88.49 1800 | 5 0.05 88.54 1849 | 2 0.02 88.56 2000 | 20 0.20 88.76 2100 | 5 0.05 88.81 2200 | 3 0.03 88.84 2300 | 1 0.01 88.85 2348 | 1 0.01 88.86 2482 | 1 0.01 88.87 2500 | 7 0.07 88.94 2571 | 1 0.01 88.95 2600 | 4 0.04 88.99 2700 | 2 0.02 89.01 2800 | 2 0.02 89.03 2900 | 1 0.01 89.04 3000 | 27 0.27 89.31 3029 | 2 0.02 89.33 3100 | 3 0.03 89.36 3200 | 2 0.02 89.38 3300 | 2 0.02 89.40 3400 | 4 0.04 89.44 3500 | 14 0.14 89.58 3600 | 1 0.01 89.59 3800 | 3 0.03 89.62 3841 | 1 0.01 89.63 3850 | 1 0.01 89.64 4000 | 57 0.57 90.21 4100 | 1 0.01 90.22 4200 | 3 0.03 90.25 4500 | 10 0.10 90.35 4600 | 3 0.03 90.38 4779 | 1 0.01 90.39 4800 | 1 0.01 90.40 4880 | 1 0.01 90.41 5000 | 28 0.28 90.69 5011 | 1 0.01 90.70 5369 | 1 0.01 90.71 5500 | 6 0.06 90.77 5700 | 1 0.01 90.78 5800 | 1 0.01 90.79 6000 | 19 0.19 90.98 6003 | 1 0.01 90.99 6100 | 1 0.01 91.00 6380 | 1 0.01 91.01 6500 | 3 0.03 91.04 6580 | 2 0.02 91.06 6775 | 1 0.01 91.07 6841 | 1 0.01 91.08 7000 | 19 0.19 91.27 7300 | 2 0.02 91.29 7322 | 1 0.01 91.30 7400 | 1 0.01 91.31 7500 | 6 0.06 91.37 8000 | 23 0.23 91.60 8500 | 2 0.02 91.62 8900 | 1 0.01 91.63 8933 | 1 0.01 91.64 9000 | 19 0.19 91.83 9092 | 1 0.01 91.84 9200 | 1 0.01 91.85 9498 | 1 0.01 91.86 9500 | 1 0.01 91.87 9580 | 1 0.01 91.88 10000 | 37 0.37 92.25 10081 | 1 0.01 92.26 10463 | 1 0.01 92.27 10500 | 4 0.04 92.31 10730 | 2 0.02 92.33 11000 | 11 0.11 92.44 11658 | 1 0.01 92.45 12000 | 21 0.21 92.66 12276 | 1 0.01 92.67 12500 | 1 0.01 92.68 12800 | 1 0.01 92.69 13000 | 12 0.12 92.81 13069 | 1 0.01 92.82 13200 | 1 0.01 92.83 13206 | 1 0.01 92.84 13700 | 5 0.05 92.89 14000 | 17 0.17 93.06 14325 | 1 0.01 93.07 15000 | 41 0.41 93.48 15789 | 2 0.02 93.50 15860 | 1 0.01 93.51 16000 | 10 0.10 93.61 16639 | 1 0.01 93.62 16750 | 1 0.01 93.63 17000 | 16 0.16 93.79 17371 | 1 0.01 93.80 17500 | 1 0.01 93.81 17766 | 1 0.01 93.82 18000 | 15 0.15 93.97 18500 | 1 0.01 93.98 18640 | 2 0.02 94.00 19000 | 5 0.05 94.05 19349 | 1 0.01 94.06 19473 | 2 0.02 94.08 20000 | 22 0.22 94.30 20008 | 1 0.01 94.31 21000 | 12 0.12 94.43 21500 | 2 0.02 94.45 21700 | 1 0.01 94.46 21800 | 1 0.01 94.47 21901 | 3 0.03 94.50 22000 | 10 0.10 94.60 22400 | 1 0.01 94.61 22500 | 2 0.02 94.63 23000 | 9 0.09 94.72 23005 | 1 0.01 94.73 23500 | 2 0.02 94.75 24000 | 11 0.11 94.86 24900 | 1 0.01 94.87 25000 | 24 0.24 95.11 26000 | 2 0.02 95.13 26386 | 1 0.01 95.14 26400 | 1 0.01 95.15 26556 | 1 0.01 95.16 26864 | 1 0.01 95.17 26870 | 1 0.01 95.18 27000 | 2 0.02 95.20 27030 | 1 0.01 95.21 28000 | 6 0.06 95.27 28039 | 1 0.01 95.28 29000 | 2 0.02 95.30 29600 | 2 0.02 95.32 30000 | 46 0.46 95.78 31000 | 6 0.06 95.84 32000 | 15 0.15 95.99 33000 | 3 0.03 96.02 34000 | 3 0.03 96.05 35000 | 24 0.24 96.29 35263 | 2 0.02 96.31 35481 | 1 0.01 96.32 36000 | 8 0.08 96.40 37000 | 4 0.04 96.44 37399 | 1 0.01 96.45 37886 | 2 0.02 96.47 38000 | 2 0.02 96.49 38879 | 1 0.01 96.50 39000 | 2 0.02 96.52 40000 | 28 0.28 96.80 40500 | 1 0.01 96.81 41000 | 8 0.08 96.89 42000 | 3 0.03 96.92 43000 | 2 0.02 96.94 43500 | 1 0.01 96.95 44500 | 1 0.01 96.96 45000 | 10 0.10 97.06 45791 | 1 0.01 97.07 46000 | 2 0.02 97.09 47000 | 3 0.03 97.12 47261 | 2 0.02 97.14 48000 | 4 0.04 97.18 49000 | 1 0.01 97.19 49296 | 1 0.01 97.20 50000 | 23 0.23 97.43 52000 | 1 0.01 97.44 52536 | 1 0.01 97.45 54000 | 2 0.02 97.47 55000 | 2 0.02 97.49 56000 | 3 0.03 97.52 57000 | 2 0.02 97.54 60000 | 16 0.16 97.70 61000 | 1 0.01 97.71 62000 | 1 0.01 97.72 64000 | 4 0.04 97.76 65000 | 10 0.10 97.86 66000 | 2 0.02 97.88 66900 | 1 0.01 97.89 67500 | 1 0.01 97.90 69000 | 5 0.05 97.95 70000 | 8 0.08 98.03 70177 | 1 0.01 98.04 70500 | 1 0.01 98.05 72000 | 1 0.01 98.06 72461 | 2 0.02 98.08 73000 | 2 0.02 98.10 74000 | 2 0.02 98.12 75000 | 7 0.07 98.19 75500 | 1 0.01 98.20 76000 | 1 0.01 98.21 77000 | 1 0.01 98.22 79000 | 3 0.03 98.25 80000 | 15 0.15 98.40 82000 | 1 0.01 98.41 83000 | 1 0.01 98.42 84140 | 1 0.01 98.43 85000 | 2 0.02 98.45 87800 | 1 0.01 98.46 87930 | 1 0.01 98.47 88000 | 2 0.02 98.49 88560 | 1 0.01 98.50 90000 | 4 0.04 98.54 91633 | 1 0.01 98.55 92000 | 1 0.01 98.56 92341 | 1 0.01 98.57 93000 | 1 0.01 98.58 94000 | 1 0.01 98.59 95000 | 1 0.01 98.60 95319 | 2 0.02 98.62 96952 | 1 0.01 98.63 99000 | 1 0.01 98.64 100000 | 18 0.18 98.82 101000 | 1 0.01 98.83 102000 | 1 0.01 98.84 105000 | 1 0.01 98.85 109000 | 2 0.02 98.87 110000 | 7 0.07 98.94 112000 | 2 0.02 98.96 114683 | 1 0.01 98.97 115000 | 2 0.02 98.99 118300 | 1 0.01 99.00 120000 | 6 0.06 99.06 123894 | 2 0.02 99.08 124000 | 1 0.01 99.09 124332 | 1 0.01 99.10 125000 | 3 0.03 99.13 126720 | 1 0.01 99.14 127271 | 1 0.01 99.15 130000 | 5 0.05 99.20 131000 | 1 0.01 99.21 132000 | 1 0.01 99.22 133000 | 1 0.01 99.23 135000 | 2 0.02 99.25 140000 | 10 0.10 99.35 142177 | 1 0.01 99.36 145000 | 1 0.01 99.37 146000 | 1 0.01 99.38 150000 | 4 0.04 99.42 152000 | 1 0.01 99.43 152200 | 1 0.01 99.44 160000 | 1 0.01 99.45 161000 | 1 0.01 99.46 164000 | 2 0.02 99.48 170000 | 4 0.04 99.52 171000 | 1 0.01 99.53 180000 | 2 0.02 99.55 185000 | 2 0.02 99.57 194190 | 1 0.01 99.58 200000 | 4 0.04 99.62 208000 | 1 0.01 99.63 220000 | 4 0.04 99.67 242000 | 1 0.01 99.68 245000 | 32 0.32 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aaltb variable in sipp1996tm96puw9 dataset : AL: Allocation for TALTB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,380 93.80 93.80 Statistical imputation (hot | 620 6.20 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealta1 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in 401K plan | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 8,657 86.57 86.57 Certificates of deposit or other | 79 0.79 87.36 Money market funds | 135 1.35 88.71 U.S. Government securities | 23 0.23 88.94 Municipal or corporate bonds | 36 0.36 89.30 U.S. Savings Bonds | 23 0.23 89.53 Stocks or mutual fund shares | 1,019 10.19 99.72 Other assets | 28 0.28 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalta1 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALTA1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,442 94.42 94.42 Statistical imputation (hot | 558 5.58 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealta2 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in 401K plan | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 9,845 98.45 98.45 Certificates of deposit or other | 6 0.06 98.51 Money market funds | 31 0.31 98.82 U.S. Government securities | 10 0.10 98.92 Municipal or corporate bonds | 23 0.23 99.15 U.S. Savings Bonds | 6 0.06 99.21 Stocks or mutual fund shares | 66 0.66 99.87 Other assets | 13 0.13 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalta2 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALTA2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,998 99.98 99.98 Statistical imputation (hot | 2 0.02 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealta3 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in 401K plan | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 9,958 99.58 99.58 Certificates of deposit or other | 1 0.01 99.59 Money market funds | 8 0.08 99.67 U.S. Government securities | 11 0.11 99.78 Municipal or corporate bonds | 2 0.02 99.80 Stocks or mutual fund shares | 15 0.15 99.95 Other assets | 5 0.05 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalta3 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALTA3 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealta4 variable in sipp1996tm96puw9 dataset : AL: Kinds of assets in 401K plan | Freq. Percent Cum. ---------------------------------+----------------------------------- Not in universe | 9,997 99.97 99.97 Money market funds | 1 0.01 99.98 U.S. Government securities | 1 0.01 99.99 Stocks or mutual fund shares | 1 0.01 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalta4 variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALTA4 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,999 99.99 99.99 Statistical imputation (hot | 1 0.01 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ealli variable in sipp1996tm96puw9 dataset : AL: Did you | have any life | insurance? | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 2,157 21.57 21.57 Yes | 4,831 48.31 69.88 No | 3,012 30.12 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalli variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALLI | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,682 86.82 86.82 Statistical imputation (hot | 1,318 13.18 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of talliv variable in sipp1996tm96puw9 dataset : AL: Value of life | insurance policies | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 5,169 51.69 51.69 1 | 3 0.03 51.72 2 | 4 0.04 51.76 40 | 1 0.01 51.77 60 | 1 0.01 51.78 65 | 4 0.04 51.82 100 | 1 0.01 51.83 105 | 1 0.01 51.84 120 | 2 0.02 51.86 125 | 2 0.02 51.88 200 | 2 0.02 51.90 250 | 2 0.02 51.92 260 | 1 0.01 51.93 300 | 3 0.03 51.96 500 | 19 0.19 52.15 600 | 3 0.03 52.18 700 | 1 0.01 52.19 750 | 1 0.01 52.20 800 | 1 0.01 52.21 900 | 1 0.01 52.22 1000 | 75 0.75 52.97 1100 | 2 0.02 52.99 1200 | 6 0.06 53.05 1250 | 1 0.01 53.06 1300 | 3 0.03 53.09 1400 | 1 0.01 53.10 1500 | 25 0.25 53.35 1526 | 1 0.01 53.36 1600 | 1 0.01 53.37 1700 | 4 0.04 53.41 1800 | 1 0.01 53.42 2000 | 72 0.72 54.14 2200 | 1 0.01 54.15 2400 | 1 0.01 54.16 2500 | 41 0.41 54.57 2800 | 1 0.01 54.58 3000 | 85 0.85 55.43 3100 | 1 0.01 55.44 3500 | 8 0.08 55.52 3600 | 2 0.02 55.54 3700 | 1 0.01 55.55 3800 | 1 0.01 55.56 4000 | 32 0.32 55.88 4500 | 7 0.07 55.95 5000 | 349 3.49 59.44 5500 | 3 0.03 59.47 5960 | 2 0.02 59.49 6000 | 41 0.41 59.90 6009 | 1 0.01 59.91 6500 | 2 0.02 59.93 7000 | 33 0.33 60.26 7500 | 11 0.11 60.37 7900 | 1 0.01 60.38 8000 | 36 0.36 60.74 8200 | 1 0.01 60.75 8452 | 1 0.01 60.76 8500 | 4 0.04 60.80 8800 | 1 0.01 60.81 9000 | 9 0.09 60.90 9051 | 1 0.01 60.91 9500 | 1 0.01 60.92 9750 | 1 0.01 60.93 9800 | 1 0.01 60.94 10000 | 564 5.64 66.58 10050 | 1 0.01 66.59 10500 | 2 0.02 66.61 11000 | 17 0.17 66.78 11200 | 1 0.01 66.79 11500 | 3 0.03 66.82 12000 | 33 0.33 67.15 12200 | 1 0.01 67.16 12500 | 3 0.03 67.19 13000 | 14 0.14 67.33 13500 | 2 0.02 67.35 14000 | 6 0.06 67.41 15000 | 130 1.30 68.71 15800 | 2 0.02 68.73 16000 | 8 0.08 68.81 16500 | 1 0.01 68.82 17000 | 8 0.08 68.90 17500 | 1 0.01 68.91 18000 | 11 0.11 69.02 19000 | 5 0.05 69.07 19600 | 1 0.01 69.08 20000 | 176 1.76 70.84 21000 | 4 0.04 70.88 22000 | 6 0.06 70.94 23000 | 4 0.04 70.98 23337 | 1 0.01 70.99 24000 | 4 0.04 71.03 25000 | 285 2.85 73.88 26000 | 6 0.06 73.94 26500 | 1 0.01 73.95 27000 | 6 0.06 74.01 28000 | 1 0.01 74.02 29000 | 3 0.03 74.05 30000 | 102 1.02 75.07 31000 | 5 0.05 75.12 32000 | 5 0.05 75.17 32500 | 1 0.01 75.18 32760 | 1 0.01 75.19 33000 | 2 0.02 75.21 33800 | 1 0.01 75.22 34000 | 5 0.05 75.27 35000 | 56 0.56 75.83 36000 | 4 0.04 75.87 37000 | 3 0.03 75.90 37800 | 1 0.01 75.91 38000 | 9 0.09 76.00 39000 | 1 0.01 76.01 40000 | 69 0.69 76.70 41000 | 3 0.03 76.73 42000 | 5 0.05 76.78 42181 | 1 0.01 76.79 43000 | 8 0.08 76.87 44000 | 4 0.04 76.91 45000 | 23 0.23 77.14 46000 | 3 0.03 77.17 47000 | 1 0.01 77.18 48000 | 6 0.06 77.24 48064 | 1 0.01 77.25 50000 | 472 4.72 81.97 50300 | 1 0.01 81.98 51000 | 1 0.01 81.99 52000 | 6 0.06 82.05 54000 | 4 0.04 82.09 55000 | 16 0.16 82.25 57000 | 4 0.04 82.29 58000 | 2 0.02 82.31 59000 | 3 0.03 82.34 60000 | 98 0.98 83.32 62000 | 3 0.03 83.35 63000 | 3 0.03 83.38 64000 | 1 0.01 83.39 65000 | 13 0.13 83.52 65457 | 1 0.01 83.53 66000 | 3 0.03 83.56 67000 | 2 0.02 83.58 68000 | 5 0.05 83.63 69000 | 1 0.01 83.64 69800 | 1 0.01 83.65 70000 | 36 0.36 84.01 71000 | 1 0.01 84.02 71500 | 1 0.01 84.03 72000 | 2 0.02 84.05 72964 | 1 0.01 84.06 75000 | 89 0.89 84.95 77000 | 1 0.01 84.96 78000 | 1 0.01 84.97 78500 | 1 0.01 84.98 80000 | 40 0.40 85.38 81000 | 1 0.01 85.39 82000 | 1 0.01 85.40 83000 | 1 0.01 85.41 84000 | 1 0.01 85.42 85000 | 15 0.15 85.57 88000 | 1 0.01 85.58 89000 | 3 0.03 85.61 90000 | 19 0.19 85.80 90845 | 1 0.01 85.81 93000 | 1 0.01 85.82 94000 | 1 0.01 85.83 95000 | 9 0.09 85.92 96000 | 3 0.03 85.95 98000 | 1 0.01 85.96 100000 | 390 3.90 89.86 100600 | 1 0.01 89.87 102000 | 1 0.01 89.88 103000 | 1 0.01 89.89 105000 | 11 0.11 90.00 108000 | 1 0.01 90.01 109000 | 1 0.01 90.02 110000 | 35 0.35 90.37 112000 | 1 0.01 90.38 114000 | 1 0.01 90.39 115000 | 10 0.10 90.49 116000 | 1 0.01 90.50 117000 | 1 0.01 90.51 120000 | 37 0.37 90.88 125000 | 50 0.50 91.38 126000 | 2 0.02 91.40 129000 | 1 0.01 91.41 130000 | 13 0.13 91.54 130080 | 1 0.01 91.55 131000 | 1 0.01 91.56 132000 | 1 0.01 91.57 132210 | 1 0.01 91.58 135000 | 7 0.07 91.65 136000 | 1 0.01 91.66 140000 | 5 0.05 91.71 140285 | 1 0.01 91.72 142000 | 4 0.04 91.76 142404 | 2 0.02 91.78 144000 | 1 0.01 91.79 145000 | 7 0.07 91.86 148000 | 3 0.03 91.89 150000 | 167 1.67 93.56 153000 | 3 0.03 93.59 154000 | 2 0.02 93.61 155000 | 4 0.04 93.65 156000 | 2 0.02 93.67 160000 | 14 0.14 93.81 165000 | 5 0.05 93.86 167428 | 1 0.01 93.87 168000 | 1 0.01 93.88 170000 | 3 0.03 93.91 174000 | 1 0.01 93.92 175000 | 19 0.19 94.11 176000 | 1 0.01 94.12 178000 | 1 0.01 94.13 180000 | 12 0.12 94.25 185000 | 6 0.06 94.31 186000 | 2 0.02 94.33 187000 | 2 0.02 94.35 190000 | 5 0.05 94.40 195000 | 1 0.01 94.41 200000 | 120 1.20 95.61 202000 | 1 0.01 95.62 205000 | 3 0.03 95.65 208000 | 1 0.01 95.66 210000 | 5 0.05 95.71 215000 | 1 0.01 95.72 220000 | 5 0.05 95.77 224000 | 1 0.01 95.78 225000 | 10 0.10 95.88 230000 | 4 0.04 95.92 235000 | 6 0.06 95.98 240000 | 3 0.03 96.01 249000 | 1 0.01 96.02 250000 | 98 0.98 97.00 260000 | 8 0.08 97.08 265000 | 1 0.01 97.09 270000 | 4 0.04 97.13 275000 | 8 0.08 97.21 276000 | 1 0.01 97.22 280000 | 1 0.01 97.23 290000 | 2 0.02 97.25 299000 | 1 0.01 97.26 300000 | 63 0.63 97.89 301000 | 1 0.01 97.90 306000 | 2 0.02 97.92 310000 | 4 0.04 97.96 315000 | 2 0.02 97.98 316639 | 1 0.01 97.99 318000 | 1 0.01 98.00 319000 | 1 0.01 98.01 325000 | 2 0.02 98.03 330000 | 3 0.03 98.06 340000 | 3 0.03 98.09 342000 | 1 0.01 98.10 345000 | 3 0.03 98.13 350000 | 20 0.20 98.33 355000 | 1 0.01 98.34 358000 | 1 0.01 98.35 375000 | 3 0.03 98.38 385000 | 1 0.01 98.39 388000 | 1 0.01 98.40 390000 | 3 0.03 98.43 400000 | 25 0.25 98.68 420000 | 1 0.01 98.69 425000 | 1 0.01 98.70 426000 | 1 0.01 98.71 430000 | 1 0.01 98.72 433000 | 1 0.01 98.73 450000 | 13 0.13 98.86 475000 | 1 0.01 98.87 477500 | 1 0.01 98.88 492000 | 1 0.01 98.89 500000 | 41 0.41 99.30 526000 | 1 0.01 99.31 530000 | 1 0.01 99.32 550000 | 6 0.06 99.38 562000 | 1 0.01 99.39 580000 | 1 0.01 99.40 600000 | 5 0.05 99.45 625000 | 1 0.01 99.46 650000 | 2 0.02 99.48 700000 | 4 0.04 99.52 750000 | 5 0.05 99.57 782000 | 1 0.01 99.58 800000 | 3 0.03 99.61 840000 | 2 0.02 99.63 850000 | 2 0.02 99.65 860000 | 1 0.01 99.66 900000 | 2 0.02 99.68 999000 | 32 0.32 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalliv variable in sipp1996tm96puw9 dataset : AL: Allocation flag for TALLIV | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,271 82.71 82.71 Statistical imputation (hot | 1,729 17.29 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eallit variable in sipp1996tm96puw9 dataset : AL: Type(s) of | life insurance | policy | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,169 51.69 51.69 Term only | 2,192 21.92 73.61 Whole life only | 1,882 18.82 92.43 Both types | 757 7.57 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aallit variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALLIT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,426 84.26 84.26 Statistical imputation (hot | 1,574 15.74 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eallie variable in sipp1996tm96puw9 dataset : AL: Was life | insurance | through | employer? | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 6,471 64.71 64.71 Yes | 2,153 21.53 86.24 No | 1,376 13.76 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aallie variable in sipp1996tm96puw9 dataset : AL: Allocation flag for EALLIE | Freq. Percent Cum. --------------------------------+----------------------------------- Not Imputed | 9,374 93.74 93.74 Statistical imputation (hot | 626 6.26 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of talliev variable in sipp1996tm96puw9 dataset : AL: Value of life | insurance from employer | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 7,847 78.47 78.47 1 | 5 0.05 78.52 10 | 1 0.01 78.53 105 | 1 0.01 78.54 125 | 2 0.02 78.56 150 | 1 0.01 78.57 1000 | 13 0.13 78.70 1500 | 3 0.03 78.73 2000 | 18 0.18 78.91 2600 | 1 0.01 78.92 3000 | 9 0.09 79.01 5000 | 98 0.98 79.99 6000 | 4 0.04 80.03 7000 | 2 0.02 80.05 7500 | 1 0.01 80.06 8000 | 3 0.03 80.09 8400 | 2 0.02 80.11 9000 | 2 0.02 80.13 10000 | 384 3.84 83.97 11000 | 3 0.03 84.00 12000 | 12 0.12 84.12 13000 | 3 0.03 84.15 15000 | 80 0.80 84.95 16000 | 15 0.15 85.10 17000 | 2 0.02 85.12 18000 | 6 0.06 85.18 19000 | 2 0.02 85.20 20000 | 105 1.05 86.25 21000 | 4 0.04 86.29 22000 | 4 0.04 86.33 23000 | 1 0.01 86.34 23337 | 1 0.01 86.35 24000 | 5 0.05 86.40 25000 | 152 1.52 87.92 26000 | 9 0.09 88.01 27000 | 8 0.08 88.09 28000 | 4 0.04 88.13 29000 | 1 0.01 88.14 29199 | 1 0.01 88.15 30000 | 75 0.75 88.90 31000 | 3 0.03 88.93 32000 | 4 0.04 88.97 32760 | 1 0.01 88.98 33000 | 4 0.04 89.02 33800 | 1 0.01 89.03 34000 | 1 0.01 89.04 35000 | 32 0.32 89.36 36000 | 3 0.03 89.39 37000 | 2 0.02 89.41 38000 | 5 0.05 89.46 39000 | 1 0.01 89.47 40000 | 58 0.58 90.05 41000 | 1 0.01 90.06 42000 | 4 0.04 90.10 42240 | 1 0.01 90.11 43000 | 5 0.05 90.16 44000 | 3 0.03 90.19 45000 | 19 0.19 90.38 45800 | 1 0.01 90.39 46000 | 4 0.04 90.43 48000 | 4 0.04 90.47 50000 | 239 2.39 92.86 52000 | 2 0.02 92.88 53000 | 3 0.03 92.91 54000 | 1 0.01 92.92 55000 | 3 0.03 92.95 58000 | 4 0.04 92.99 60000 | 48 0.48 93.47 62000 | 3 0.03 93.50 62400 | 1 0.01 93.51 63000 | 1 0.01 93.52 65000 | 11 0.11 93.63 65477 | 1 0.01 93.64 66000 | 2 0.02 93.66 68000 | 7 0.07 93.73 69000 | 1 0.01 93.74 70000 | 15 0.15 93.89 71000 | 1 0.01 93.90 71500 | 1 0.01 93.91 72000 | 1 0.01 93.92 72960 | 1 0.01 93.93 75000 | 45 0.45 94.38 77000 | 1 0.01 94.39 80000 | 26 0.26 94.65 82000 | 1 0.01 94.66 83000 | 1 0.01 94.67 84000 | 3 0.03 94.70 85000 | 9 0.09 94.79 86000 | 2 0.02 94.81 88000 | 3 0.03 94.84 89000 | 2 0.02 94.86 90000 | 12 0.12 94.98 92404 | 2 0.02 95.00 93000 | 1 0.01 95.01 95000 | 3 0.03 95.04 96000 | 1 0.01 95.05 100000 | 178 1.78 96.83 105000 | 2 0.02 96.85 109000 | 1 0.01 96.86 110000 | 5 0.05 96.91 114000 | 2 0.02 96.93 117000 | 1 0.01 96.94 120000 | 28 0.28 97.22 125000 | 12 0.12 97.34 126000 | 1 0.01 97.35 127000 | 1 0.01 97.36 130000 | 8 0.08 97.44 130080 | 1 0.01 97.45 132210 | 1 0.01 97.46 133000 | 1 0.01 97.47 135000 | 1 0.01 97.48 138000 | 1 0.01 97.49 140000 | 4 0.04 97.53 144000 | 1 0.01 97.54 145000 | 1 0.01 97.55 150000 | 62 0.62 98.17 154000 | 1 0.01 98.18 155000 | 1 0.01 98.19 156000 | 3 0.03 98.22 160000 | 6 0.06 98.28 176000 | 1 0.01 98.29 180000 | 4 0.04 98.33 185000 | 2 0.02 98.35 187000 | 2 0.02 98.37 195000 | 1 0.01 98.38 196000 | 1 0.01 98.39 200000 | 49 0.49 98.88 205000 | 2 0.02 98.90 210000 | 2 0.02 98.92 225000 | 8 0.08 99.00 227500 | 1 0.01 99.01 240000 | 2 0.02 99.03 250000 | 29 0.29 99.32 260000 | 1 0.01 99.33 264000 | 1 0.01 99.34 270000 | 2 0.02 99.36 275000 | 1 0.01 99.37 280000 | 1 0.01 99.38 290000 | 1 0.01 99.39 300000 | 12 0.12 99.51 325000 | 2 0.02 99.53 350000 | 2 0.02 99.55 358000 | 1 0.01 99.56 375000 | 3 0.03 99.59 385000 | 1 0.01 99.60 400000 | 40 0.40 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aalliev variable in sipp1996tm96puw9 dataset : AL:Allocation for TALLIEV | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,167 91.67 91.67 Statistical imputation (hot | 833 8.33 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epoaunv variable in sipp1996tm96puw9 dataset : OA: Universe | Indicator for | Other Financial | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 2,157 21.57 21.57 In universe | 7,843 78.43 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eoaeq variable in sipp1996tm96puw9 dataset : OA: Equity in | investments | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,907 99.07 99.07 200 | 1 0.01 99.08 490 | 1 0.01 99.09 540 | 1 0.01 99.10 1200 | 1 0.01 99.11 1224 | 4 0.04 99.15 1500 | 1 0.01 99.16 2000 | 6 0.06 99.22 3000 | 3 0.03 99.25 4000 | 1 0.01 99.26 5000 | 2 0.02 99.28 6000 | 3 0.03 99.31 6450 | 2 0.02 99.33 7000 | 1 0.01 99.34 8000 | 3 0.03 99.37 9021 | 1 0.01 99.38 10000 | 3 0.03 99.41 11000 | 2 0.02 99.43 12000 | 1 0.01 99.44 12740 | 2 0.02 99.46 15000 | 1 0.01 99.47 15136 | 1 0.01 99.48 16000 | 1 0.01 99.49 18600 | 1 0.01 99.50 20000 | 4 0.04 99.54 24000 | 3 0.03 99.57 26000 | 4 0.04 99.61 27050 | 1 0.01 99.62 28445 | 1 0.01 99.63 30000 | 1 0.01 99.64 31028 | 1 0.01 99.65 32000 | 1 0.01 99.66 35000 | 2 0.02 99.68 37304 | 1 0.01 99.69 44145 | 1 0.01 99.70 45000 | 1 0.01 99.71 47000 | 1 0.01 99.72 49000 | 1 0.01 99.73 50000 | 1 0.01 99.74 60000 | 1 0.01 99.75 66000 | 1 0.01 99.76 66500 | 1 0.01 99.77 80000 | 3 0.03 99.80 85000 | 1 0.01 99.81 99920 | 1 0.01 99.82 100000 | 1 0.01 99.83 105000 | 1 0.01 99.84 120000 | 1 0.01 99.85 122000 | 1 0.01 99.86 125000 | 2 0.02 99.88 130000 | 1 0.01 99.89 170000 | 1 0.01 99.90 225000 | 1 0.01 99.91 230000 | 1 0.01 99.92 250000 | 1 0.01 99.93 280000 | 1 0.01 99.94 300000 | 1 0.01 99.95 307000 | 1 0.01 99.96 470000 | 1 0.01 99.97 500000 | 2 0.02 99.99 711844 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aoaeq variable in sipp1996tm96puw9 dataset : OA: Allocation flag for EOAEQ | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,960 99.60 99.60 Statistical imputation (hot | 40 0.40 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tiajta variable in sipp1996tm96puw9 dataset : IE: Amount in joint | interest earning | account | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 7,256 72.56 72.56 1 | 20 0.20 72.76 2 | 10 0.10 72.86 3 | 2 0.02 72.88 5 | 20 0.20 73.08 7 | 8 0.08 73.16 9 | 2 0.02 73.18 10 | 14 0.14 73.32 12 | 6 0.06 73.38 13 | 2 0.02 73.40 15 | 12 0.12 73.52 16 | 2 0.02 73.54 18 | 2 0.02 73.56 19 | 2 0.02 73.58 20 | 4 0.04 73.62 25 | 36 0.36 73.98 28 | 2 0.02 74.00 30 | 8 0.08 74.08 32 | 2 0.02 74.10 35 | 2 0.02 74.12 37 | 4 0.04 74.16 38 | 4 0.04 74.20 43 | 4 0.04 74.24 45 | 4 0.04 74.28 50 | 56 0.56 74.84 55 | 2 0.02 74.86 57 | 2 0.02 74.88 58 | 2 0.02 74.90 60 | 2 0.02 74.92 62 | 2 0.02 74.94 65 | 2 0.02 74.96 70 | 2 0.02 74.98 71 | 4 0.04 75.02 75 | 6 0.06 75.08 77 | 2 0.02 75.10 90 | 4 0.04 75.14 100 | 62 0.62 75.76 107 | 2 0.02 75.78 109 | 2 0.02 75.80 110 | 2 0.02 75.82 112 | 2 0.02 75.84 124 | 2 0.02 75.86 125 | 16 0.16 76.02 137 | 2 0.02 76.04 150 | 32 0.32 76.36 175 | 8 0.08 76.44 186 | 2 0.02 76.46 190 | 2 0.02 76.48 192 | 2 0.02 76.50 200 | 20 0.20 76.70 205 | 4 0.04 76.74 212 | 2 0.02 76.76 225 | 4 0.04 76.80 250 | 104 1.04 77.84 254 | 2 0.02 77.86 269 | 2 0.02 77.88 275 | 2 0.02 77.90 287 | 2 0.02 77.92 290 | 2 0.02 77.94 300 | 18 0.18 78.12 325 | 16 0.16 78.28 350 | 32 0.32 78.60 357 | 2 0.02 78.62 380 | 4 0.04 78.66 400 | 38 0.38 79.04 412 | 2 0.02 79.06 445 | 2 0.02 79.08 450 | 22 0.22 79.30 459 | 2 0.02 79.32 469 | 4 0.04 79.36 473 | 2 0.02 79.38 500 | 88 0.88 80.26 506 | 2 0.02 80.28 518 | 2 0.02 80.30 525 | 2 0.02 80.32 550 | 10 0.10 80.42 553 | 2 0.02 80.44 575 | 4 0.04 80.48 600 | 24 0.24 80.72 604 | 2 0.02 80.74 630 | 2 0.02 80.76 650 | 6 0.06 80.82 700 | 2 0.02 80.84 725 | 2 0.02 80.86 730 | 2 0.02 80.88 748 | 2 0.02 80.90 750 | 52 0.52 81.42 800 | 8 0.08 81.50 815 | 2 0.02 81.52 823 | 2 0.02 81.54 850 | 2 0.02 81.56 875 | 2 0.02 81.58 889 | 2 0.02 81.60 900 | 12 0.12 81.72 925 | 4 0.04 81.76 1000 | 128 1.28 83.04 1025 | 2 0.02 83.06 1050 | 4 0.04 83.10 1096 | 2 0.02 83.12 1100 | 14 0.14 83.26 1125 | 2 0.02 83.28 1150 | 14 0.14 83.42 1200 | 6 0.06 83.48 1210 | 4 0.04 83.52 1217 | 2 0.02 83.54 1250 | 40 0.40 83.94 1300 | 4 0.04 83.98 1324 | 2 0.02 84.00 1350 | 4 0.04 84.04 1400 | 10 0.10 84.14 1450 | 2 0.02 84.16 1500 | 68 0.68 84.84 1541 | 2 0.02 84.86 1550 | 6 0.06 84.92 1600 | 2 0.02 84.94 1614 | 2 0.02 84.96 1650 | 2 0.02 84.98 1700 | 6 0.06 85.04 1737 | 2 0.02 85.06 1750 | 34 0.34 85.40 1754 | 2 0.02 85.42 1837 | 2 0.02 85.44 1850 | 4 0.04 85.48 1879 | 2 0.02 85.50 1882 | 2 0.02 85.52 1900 | 2 0.02 85.54 1925 | 2 0.02 85.56 2000 | 72 0.72 86.28 2005 | 2 0.02 86.30 2032 | 2 0.02 86.32 2041 | 2 0.02 86.34 2043 | 2 0.02 86.36 2050 | 4 0.04 86.40 2100 | 6 0.06 86.46 2150 | 2 0.02 86.48 2155 | 2 0.02 86.50 2200 | 2 0.02 86.52 2218 | 2 0.02 86.54 2250 | 22 0.22 86.76 2280 | 2 0.02 86.78 2292 | 2 0.02 86.80 2344 | 2 0.02 86.82 2356 | 2 0.02 86.84 2389 | 2 0.02 86.86 2397 | 2 0.02 86.88 2450 | 2 0.02 86.90 2489 | 2 0.02 86.92 2500 | 116 1.16 88.08 2645 | 2 0.02 88.10 2650 | 2 0.02 88.12 2675 | 2 0.02 88.14 2750 | 10 0.10 88.24 2797 | 2 0.02 88.26 2800 | 4 0.04 88.30 2815 | 2 0.02 88.32 2844 | 2 0.02 88.34 2874 | 2 0.02 88.36 2875 | 2 0.02 88.38 2900 | 4 0.04 88.42 3000 | 56 0.56 88.98 3083 | 2 0.02 89.00 3104 | 6 0.06 89.06 3150 | 2 0.02 89.08 3160 | 2 0.02 89.10 3250 | 12 0.12 89.22 3300 | 6 0.06 89.28 3400 | 2 0.02 89.30 3418 | 2 0.02 89.32 3492 | 2 0.02 89.34 3500 | 100 1.00 90.34 3548 | 2 0.02 90.36 3550 | 2 0.02 90.38 3600 | 2 0.02 90.40 3650 | 4 0.04 90.44 3698 | 2 0.02 90.46 3717 | 2 0.02 90.48 3750 | 16 0.16 90.64 3935 | 2 0.02 90.66 4000 | 38 0.38 91.04 4075 | 2 0.02 91.06 4138 | 2 0.02 91.08 4200 | 4 0.04 91.12 4250 | 2 0.02 91.14 4484 | 2 0.02 91.16 4500 | 22 0.22 91.38 4600 | 2 0.02 91.40 4661 | 2 0.02 91.42 4750 | 6 0.06 91.48 4810 | 2 0.02 91.50 4900 | 4 0.04 91.54 5000 | 74 0.74 92.28 5040 | 2 0.02 92.30 5100 | 2 0.02 92.32 5291 | 2 0.02 92.34 5500 | 12 0.12 92.46 5600 | 2 0.02 92.48 5605 | 6 0.06 92.54 5750 | 2 0.02 92.56 6000 | 38 0.38 92.94 6370 | 2 0.02 92.96 6372 | 2 0.02 92.98 6500 | 16 0.16 93.14 6643 | 2 0.02 93.16 6750 | 2 0.02 93.18 6778 | 2 0.02 93.20 7000 | 8 0.08 93.28 7250 | 4 0.04 93.32 7300 | 2 0.02 93.34 7488 | 2 0.02 93.36 7500 | 46 0.46 93.82 8000 | 16 0.16 93.98 8250 | 2 0.02 94.00 8402 | 4 0.04 94.04 8500 | 8 0.08 94.12 8568 | 2 0.02 94.14 8620 | 2 0.02 94.16 8947 | 2 0.02 94.18 9000 | 12 0.12 94.30 9010 | 4 0.04 94.34 9057 | 2 0.02 94.36 9300 | 2 0.02 94.38 9425 | 2 0.02 94.40 9500 | 16 0.16 94.56 9731 | 4 0.04 94.60 9800 | 2 0.02 94.62 10000 | 38 0.38 95.00 10250 | 4 0.04 95.04 10500 | 10 0.10 95.14 10725 | 2 0.02 95.16 11000 | 12 0.12 95.28 11114 | 4 0.04 95.32 11150 | 2 0.02 95.34 11226 | 2 0.02 95.36 11250 | 2 0.02 95.38 11500 | 2 0.02 95.40 11750 | 2 0.02 95.42 11810 | 2 0.02 95.44 12000 | 8 0.08 95.52 12350 | 2 0.02 95.54 12500 | 54 0.54 96.08 12750 | 2 0.02 96.10 13000 | 4 0.04 96.14 13500 | 4 0.04 96.18 13722 | 2 0.02 96.20 13917 | 2 0.02 96.22 13961 | 2 0.02 96.24 14000 | 4 0.04 96.28 14500 | 2 0.02 96.30 14759 | 2 0.02 96.32 15000 | 28 0.28 96.60 15815 | 2 0.02 96.62 16500 | 2 0.02 96.64 16694 | 2 0.02 96.66 16891 | 2 0.02 96.68 16987 | 4 0.04 96.72 17000 | 2 0.02 96.74 17500 | 12 0.12 96.86 17610 | 2 0.02 96.88 18000 | 2 0.02 96.90 18500 | 4 0.04 96.94 19000 | 4 0.04 96.98 19300 | 2 0.02 97.00 19500 | 8 0.08 97.08 20000 | 30 0.30 97.38 20250 | 2 0.02 97.40 20500 | 2 0.02 97.42 20750 | 2 0.02 97.44 21000 | 2 0.02 97.46 21250 | 2 0.02 97.48 21500 | 2 0.02 97.50 22500 | 12 0.12 97.62 22939 | 2 0.02 97.64 23037 | 2 0.02 97.66 23343 | 2 0.02 97.68 23500 | 2 0.02 97.70 24500 | 2 0.02 97.72 24533 | 2 0.02 97.74 24961 | 2 0.02 97.76 25000 | 26 0.26 98.02 25094 | 2 0.02 98.04 26000 | 4 0.04 98.08 27000 | 2 0.02 98.10 27500 | 6 0.06 98.16 28825 | 2 0.02 98.18 29250 | 2 0.02 98.20 30000 | 16 0.16 98.36 30400 | 2 0.02 98.38 30500 | 2 0.02 98.40 31000 | 6 0.06 98.46 32500 | 4 0.04 98.50 34500 | 2 0.02 98.52 34954 | 2 0.02 98.54 35000 | 4 0.04 98.58 36000 | 6 0.06 98.64 36500 | 4 0.04 98.68 36705 | 2 0.02 98.70 37500 | 6 0.06 98.76 40000 | 4 0.04 98.80 41600 | 2 0.02 98.82 42000 | 2 0.02 98.84 42500 | 4 0.04 98.88 43000 | 2 0.02 98.90 43300 | 4 0.04 98.94 43500 | 2 0.02 98.96 45000 | 2 0.02 98.98 45040 | 2 0.02 99.00 46300 | 2 0.02 99.02 47000 | 2 0.02 99.04 48000 | 2 0.02 99.06 48500 | 2 0.02 99.08 50000 | 16 0.16 99.24 50600 | 2 0.02 99.26 51924 | 2 0.02 99.28 52500 | 2 0.02 99.30 55000 | 2 0.02 99.32 55500 | 2 0.02 99.34 55905 | 2 0.02 99.36 57500 | 2 0.02 99.38 59212 | 2 0.02 99.40 60000 | 10 0.10 99.50 60816 | 2 0.02 99.52 62500 | 2 0.02 99.54 64000 | 2 0.02 99.56 65000 | 2 0.02 99.58 65362 | 2 0.02 99.60 66500 | 2 0.02 99.62 69939 | 2 0.02 99.64 75000 | 4 0.04 99.68 76000 | 2 0.02 99.70 81331 | 30 0.30 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aiajta variable in sipp1996tm96puw9 dataset : IE: Allocation flag for TIAJTA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,944 89.44 89.44 Statistical imputation (hot | 1,056 10.56 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tiaita variable in sipp1996tm96puw9 dataset : IE: Amount in own | interest earning | account | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 7,726 77.26 77.26 1 | 14 0.14 77.40 2 | 4 0.04 77.44 3 | 4 0.04 77.48 4 | 3 0.03 77.51 5 | 26 0.26 77.77 6 | 9 0.09 77.86 7 | 4 0.04 77.90 8 | 1 0.01 77.91 9 | 1 0.01 77.92 10 | 20 0.20 78.12 12 | 1 0.01 78.13 13 | 1 0.01 78.14 14 | 2 0.02 78.16 15 | 1 0.01 78.17 16 | 1 0.01 78.18 20 | 13 0.13 78.31 21 | 2 0.02 78.33 23 | 2 0.02 78.35 25 | 23 0.23 78.58 26 | 3 0.03 78.61 27 | 5 0.05 78.66 28 | 4 0.04 78.70 30 | 12 0.12 78.82 34 | 1 0.01 78.83 35 | 3 0.03 78.86 37 | 2 0.02 78.88 40 | 9 0.09 78.97 44 | 1 0.01 78.98 45 | 1 0.01 78.99 48 | 1 0.01 79.00 50 | 47 0.47 79.47 52 | 3 0.03 79.50 56 | 3 0.03 79.53 60 | 5 0.05 79.58 64 | 1 0.01 79.59 65 | 2 0.02 79.61 67 | 1 0.01 79.62 69 | 1 0.01 79.63 70 | 4 0.04 79.67 72 | 1 0.01 79.68 75 | 9 0.09 79.77 78 | 3 0.03 79.80 80 | 3 0.03 79.83 90 | 3 0.03 79.86 99 | 1 0.01 79.87 100 | 75 0.75 80.62 103 | 1 0.01 80.63 107 | 2 0.02 80.65 110 | 4 0.04 80.69 117 | 1 0.01 80.70 120 | 6 0.06 80.76 125 | 4 0.04 80.80 127 | 1 0.01 80.81 140 | 1 0.01 80.82 145 | 1 0.01 80.83 150 | 23 0.23 81.06 154 | 1 0.01 81.07 155 | 1 0.01 81.08 160 | 4 0.04 81.12 164 | 1 0.01 81.13 168 | 2 0.02 81.15 170 | 1 0.01 81.16 178 | 1 0.01 81.17 180 | 4 0.04 81.21 182 | 4 0.04 81.25 196 | 1 0.01 81.26 200 | 71 0.71 81.97 201 | 1 0.01 81.98 207 | 1 0.01 81.99 210 | 1 0.01 82.00 213 | 1 0.01 82.01 225 | 7 0.07 82.08 233 | 1 0.01 82.09 235 | 1 0.01 82.10 244 | 1 0.01 82.11 250 | 14 0.14 82.25 251 | 1 0.01 82.26 257 | 1 0.01 82.27 259 | 1 0.01 82.28 270 | 1 0.01 82.29 271 | 1 0.01 82.30 280 | 2 0.02 82.32 300 | 56 0.56 82.88 303 | 2 0.02 82.90 306 | 1 0.01 82.91 315 | 1 0.01 82.92 321 | 1 0.01 82.93 325 | 3 0.03 82.96 337 | 2 0.02 82.98 340 | 1 0.01 82.99 342 | 1 0.01 83.00 345 | 2 0.02 83.02 347 | 1 0.01 83.03 350 | 10 0.10 83.13 365 | 1 0.01 83.14 390 | 2 0.02 83.16 400 | 44 0.44 83.60 404 | 2 0.02 83.62 407 | 2 0.02 83.64 425 | 2 0.02 83.66 440 | 1 0.01 83.67 450 | 4 0.04 83.71 457 | 1 0.01 83.72 480 | 1 0.01 83.73 490 | 1 0.01 83.74 500 | 121 1.21 84.95 501 | 1 0.01 84.96 531 | 1 0.01 84.97 536 | 1 0.01 84.98 550 | 4 0.04 85.02 560 | 2 0.02 85.04 600 | 29 0.29 85.33 625 | 1 0.01 85.34 650 | 1 0.01 85.35 700 | 21 0.21 85.56 733 | 1 0.01 85.57 750 | 2 0.02 85.59 756 | 1 0.01 85.60 760 | 1 0.01 85.61 770 | 1 0.01 85.62 780 | 1 0.01 85.63 800 | 28 0.28 85.91 801 | 1 0.01 85.92 812 | 1 0.01 85.93 828 | 2 0.02 85.95 835 | 1 0.01 85.96 837 | 1 0.01 85.97 841 | 1 0.01 85.98 850 | 3 0.03 86.01 880 | 1 0.01 86.02 900 | 27 0.27 86.29 915 | 1 0.01 86.30 935 | 3 0.03 86.33 950 | 1 0.01 86.34 954 | 1 0.01 86.35 962 | 1 0.01 86.36 975 | 1 0.01 86.37 1000 | 96 0.96 87.33 1011 | 1 0.01 87.34 1020 | 1 0.01 87.35 1034 | 2 0.02 87.37 1050 | 1 0.01 87.38 1061 | 2 0.02 87.40 1087 | 2 0.02 87.42 1100 | 7 0.07 87.49 1124 | 1 0.01 87.50 1185 | 1 0.01 87.51 1188 | 1 0.01 87.52 1200 | 20 0.20 87.72 1230 | 28 0.28 88.00 1250 | 1 0.01 88.01 1256 | 1 0.01 88.02 1300 | 13 0.13 88.15 1324 | 1 0.01 88.16 1345 | 1 0.01 88.17 1354 | 1 0.01 88.18 1400 | 24 0.24 88.42 1402 | 2 0.02 88.44 1416 | 3 0.03 88.47 1422 | 1 0.01 88.48 1450 | 1 0.01 88.49 1456 | 1 0.01 88.50 1475 | 1 0.01 88.51 1500 | 40 0.40 88.91 1505 | 2 0.02 88.93 1518 | 1 0.01 88.94 1550 | 1 0.01 88.95 1600 | 6 0.06 89.01 1648 | 1 0.01 89.02 1700 | 5 0.05 89.07 1800 | 13 0.13 89.20 1900 | 10 0.10 89.30 1980 | 1 0.01 89.31 2000 | 67 0.67 89.98 2049 | 1 0.01 89.99 2091 | 1 0.01 90.00 2100 | 3 0.03 90.03 2148 | 1 0.01 90.04 2167 | 1 0.01 90.05 2200 | 3 0.03 90.08 2210 | 3 0.03 90.11 2269 | 1 0.01 90.12 2290 | 1 0.01 90.13 2300 | 9 0.09 90.22 2350 | 1 0.01 90.23 2400 | 4 0.04 90.27 2462 | 2 0.02 90.29 2480 | 1 0.01 90.30 2500 | 32 0.32 90.62 2560 | 1 0.01 90.63 2600 | 6 0.06 90.69 2615 | 2 0.02 90.71 2700 | 2 0.02 90.73 2800 | 5 0.05 90.78 2880 | 1 0.01 90.79 2900 | 3 0.03 90.82 2978 | 4 0.04 90.86 2980 | 1 0.01 90.87 3000 | 65 0.65 91.52 3100 | 1 0.01 91.53 3120 | 1 0.01 91.54 3150 | 1 0.01 91.55 3166 | 1 0.01 91.56 3200 | 2 0.02 91.58 3292 | 1 0.01 91.59 3300 | 4 0.04 91.63 3350 | 2 0.02 91.65 3356 | 1 0.01 91.66 3400 | 1 0.01 91.67 3452 | 1 0.01 91.68 3500 | 14 0.14 91.82 3600 | 3 0.03 91.85 3700 | 1 0.01 91.86 3788 | 3 0.03 91.89 3800 | 1 0.01 91.90 3822 | 1 0.01 91.91 3864 | 1 0.01 91.92 3900 | 1 0.01 91.93 3950 | 2 0.02 91.95 4000 | 36 0.36 92.31 4052 | 1 0.01 92.32 4083 | 2 0.02 92.34 4170 | 2 0.02 92.36 4178 | 1 0.01 92.37 4200 | 7 0.07 92.44 4300 | 2 0.02 92.46 4350 | 2 0.02 92.48 4414 | 1 0.01 92.49 4500 | 6 0.06 92.55 4600 | 6 0.06 92.61 4616 | 1 0.01 92.62 4619 | 2 0.02 92.64 4700 | 1 0.01 92.65 4800 | 2 0.02 92.67 4831 | 1 0.01 92.68 4956 | 2 0.02 92.70 5000 | 71 0.71 93.41 5002 | 1 0.01 93.42 5026 | 1 0.01 93.43 5070 | 1 0.01 93.44 5100 | 1 0.01 93.45 5115 | 1 0.01 93.46 5170 | 1 0.01 93.47 5200 | 1 0.01 93.48 5300 | 4 0.04 93.52 5318 | 1 0.01 93.53 5322 | 2 0.02 93.55 5352 | 1 0.01 93.56 5400 | 1 0.01 93.57 5404 | 1 0.01 93.58 5500 | 2 0.02 93.60 5529 | 1 0.01 93.61 5550 | 1 0.01 93.62 5600 | 2 0.02 93.64 5700 | 2 0.02 93.66 5765 | 1 0.01 93.67 5900 | 2 0.02 93.69 5953 | 1 0.01 93.70 5962 | 1 0.01 93.71 6000 | 37 0.37 94.08 6034 | 2 0.02 94.10 6178 | 1 0.01 94.11 6300 | 1 0.01 94.12 6400 | 1 0.01 94.13 6500 | 5 0.05 94.18 6615 | 1 0.01 94.19 6793 | 1 0.01 94.20 6800 | 1 0.01 94.21 7000 | 29 0.29 94.50 7111 | 1 0.01 94.51 7200 | 2 0.02 94.53 7300 | 3 0.03 94.56 7400 | 2 0.02 94.58 7438 | 1 0.01 94.59 7500 | 5 0.05 94.64 7800 | 1 0.01 94.65 8000 | 7 0.07 94.72 8125 | 1 0.01 94.73 8300 | 1 0.01 94.74 8400 | 1 0.01 94.75 8500 | 7 0.07 94.82 8600 | 3 0.03 94.85 8700 | 2 0.02 94.87 8800 | 1 0.01 94.88 9000 | 10 0.10 94.98 9079 | 1 0.01 94.99 9150 | 1 0.01 95.00 9250 | 1 0.01 95.01 9253 | 1 0.01 95.02 9300 | 1 0.01 95.03 9500 | 1 0.01 95.04 9958 | 2 0.02 95.06 10000 | 35 0.35 95.41 10120 | 1 0.01 95.42 10124 | 1 0.01 95.43 10155 | 4 0.04 95.47 10299 | 1 0.01 95.48 10300 | 1 0.01 95.49 10500 | 6 0.06 95.55 10568 | 1 0.01 95.56 10697 | 1 0.01 95.57 11000 | 16 0.16 95.73 11020 | 1 0.01 95.74 11500 | 1 0.01 95.75 11600 | 1 0.01 95.76 11750 | 2 0.02 95.78 12000 | 15 0.15 95.93 12100 | 1 0.01 95.94 12300 | 1 0.01 95.95 12498 | 1 0.01 95.96 12500 | 1 0.01 95.97 12700 | 1 0.01 95.98 12800 | 2 0.02 96.00 12904 | 2 0.02 96.02 13000 | 9 0.09 96.11 13134 | 1 0.01 96.12 13375 | 1 0.01 96.13 13390 | 1 0.01 96.14 13500 | 1 0.01 96.15 13629 | 1 0.01 96.16 14000 | 5 0.05 96.21 14447 | 2 0.02 96.23 14600 | 4 0.04 96.27 14758 | 1 0.01 96.28 14785 | 1 0.01 96.29 15000 | 25 0.25 96.54 15040 | 1 0.01 96.55 15063 | 2 0.02 96.57 15200 | 1 0.01 96.58 15400 | 1 0.01 96.59 16000 | 6 0.06 96.65 16500 | 2 0.02 96.67 16600 | 1 0.01 96.68 17000 | 1 0.01 96.69 17300 | 1 0.01 96.70 17551 | 1 0.01 96.71 17782 | 1 0.01 96.72 18000 | 8 0.08 96.80 18310 | 2 0.02 96.82 18382 | 1 0.01 96.83 18500 | 2 0.02 96.85 18600 | 1 0.01 96.86 18810 | 1 0.01 96.87 18959 | 1 0.01 96.88 19000 | 9 0.09 96.97 20000 | 34 0.34 97.31 20103 | 1 0.01 97.32 20139 | 2 0.02 97.34 20448 | 2 0.02 97.36 21000 | 4 0.04 97.40 21900 | 2 0.02 97.42 22000 | 5 0.05 97.47 22162 | 1 0.01 97.48 22500 | 1 0.01 97.49 22655 | 1 0.01 97.50 22943 | 1 0.01 97.51 23000 | 6 0.06 97.57 23098 | 2 0.02 97.59 24000 | 4 0.04 97.63 25000 | 21 0.21 97.84 25500 | 1 0.01 97.85 26000 | 3 0.03 97.88 27000 | 6 0.06 97.94 27500 | 1 0.01 97.95 28000 | 8 0.08 98.03 28200 | 1 0.01 98.04 28320 | 1 0.01 98.05 28500 | 1 0.01 98.06 29727 | 1 0.01 98.07 30000 | 22 0.22 98.29 31000 | 1 0.01 98.30 31360 | 1 0.01 98.31 32000 | 4 0.04 98.35 32434 | 1 0.01 98.36 33300 | 1 0.01 98.37 33700 | 1 0.01 98.38 34000 | 1 0.01 98.39 34114 | 1 0.01 98.40 35000 | 8 0.08 98.48 35300 | 1 0.01 98.49 35494 | 1 0.01 98.50 36000 | 2 0.02 98.52 36300 | 1 0.01 98.53 37000 | 1 0.01 98.54 38000 | 1 0.01 98.55 39000 | 2 0.02 98.57 40000 | 16 0.16 98.73 40150 | 1 0.01 98.74 40982 | 1 0.01 98.75 41000 | 1 0.01 98.76 42000 | 3 0.03 98.79 42454 | 1 0.01 98.80 43000 | 1 0.01 98.81 43848 | 1 0.01 98.82 44000 | 1 0.01 98.83 45000 | 4 0.04 98.87 45500 | 2 0.02 98.89 46799 | 1 0.01 98.90 47624 | 1 0.01 98.91 48000 | 2 0.02 98.93 48200 | 1 0.01 98.94 50000 | 8 0.08 99.02 53384 | 1 0.01 99.03 55000 | 2 0.02 99.05 59000 | 1 0.01 99.06 60000 | 5 0.05 99.11 61000 | 1 0.01 99.12 62204 | 1 0.01 99.13 63000 | 1 0.01 99.14 64000 | 3 0.03 99.17 65600 | 1 0.01 99.18 68000 | 2 0.02 99.20 69000 | 1 0.01 99.21 70000 | 13 0.13 99.34 72000 | 1 0.01 99.35 74950 | 1 0.01 99.36 75000 | 3 0.03 99.39 78000 | 2 0.02 99.41 78300 | 1 0.01 99.42 79984 | 1 0.01 99.43 80000 | 3 0.03 99.46 82000 | 1 0.01 99.47 90000 | 3 0.03 99.50 94000 | 1 0.01 99.51 100000 | 9 0.09 99.60 101661 | 1 0.01 99.61 106600 | 1 0.01 99.62 110000 | 38 0.38 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aiaita variable in sipp1996tm96puw9 dataset : IE: Allocation flag for TIAITA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,599 85.99 85.99 Statistical imputation (hot | 1,401 14.01 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of timja variable in sipp1996tm96puw9 dataset : IE: Amount in joint | bonds/US securities | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,884 98.84 98.84 1500 | 4 0.04 98.88 2500 | 2 0.02 98.90 4000 | 2 0.02 98.92 5000 | 14 0.14 99.06 7500 | 4 0.04 99.10 8000 | 2 0.02 99.12 9000 | 2 0.02 99.14 10000 | 6 0.06 99.20 10250 | 2 0.02 99.22 10500 | 2 0.02 99.24 12500 | 2 0.02 99.26 13268 | 2 0.02 99.28 15000 | 38 0.38 99.66 15500 | 2 0.02 99.68 16500 | 4 0.04 99.72 17500 | 4 0.04 99.76 21000 | 2 0.02 99.78 23500 | 2 0.02 99.80 25000 | 2 0.02 99.82 30000 | 2 0.02 99.84 50000 | 4 0.04 99.88 75000 | 2 0.02 99.90 100000 | 2 0.02 99.92 125000 | 2 0.02 99.94 150000 | 2 0.02 99.96 175000 | 2 0.02 99.98 200000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aimja variable in sipp1996tm96puw9 dataset : IE: Allocation flag for TIMJA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,932 99.32 99.32 Statistical imputation (hot | 68 0.68 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of timia variable in sipp1996tm96puw9 dataset : IE: Amount of | bonds/securities in own | name | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,905 99.05 99.05 150 | 1 0.01 99.06 300 | 1 0.01 99.07 2785 | 1 0.01 99.08 3017 | 1 0.01 99.09 3400 | 1 0.01 99.10 4874 | 1 0.01 99.11 5000 | 2 0.02 99.13 5802 | 1 0.01 99.14 6034 | 1 0.01 99.15 6533 | 1 0.01 99.16 7195 | 1 0.01 99.17 9900 | 1 0.01 99.18 9980 | 3 0.03 99.21 10000 | 1 0.01 99.22 10084 | 1 0.01 99.23 10676 | 1 0.01 99.24 11605 | 14 0.14 99.38 12000 | 1 0.01 99.39 13000 | 1 0.01 99.40 15087 | 2 0.02 99.42 15551 | 1 0.01 99.43 17367 | 1 0.01 99.44 17872 | 1 0.01 99.45 19961 | 2 0.02 99.47 20000 | 1 0.01 99.48 22000 | 1 0.01 99.49 23210 | 4 0.04 99.53 25067 | 3 0.03 99.56 25996 | 1 0.01 99.57 26692 | 1 0.01 99.58 29941 | 2 0.02 99.60 30406 | 1 0.01 99.61 31072 | 1 0.01 99.62 33258 | 1 0.01 99.63 42000 | 1 0.01 99.64 45000 | 1 0.01 99.65 46421 | 1 0.01 99.66 46653 | 1 0.01 99.67 49903 | 1 0.01 99.68 50000 | 2 0.02 99.70 75000 | 1 0.01 99.71 85415 | 1 0.01 99.72 94600 | 1 0.01 99.73 100000 | 2 0.02 99.75 105609 | 1 0.01 99.76 116054 | 2 0.02 99.78 121856 | 1 0.01 99.79 134622 | 1 0.01 99.80 152495 | 1 0.01 99.81 152727 | 1 0.01 99.82 154380 | 1 0.01 99.83 159690 | 1 0.01 99.84 184990 | 1 0.01 99.85 187311 | 1 0.01 99.86 200000 | 1 0.01 99.87 206808 | 2 0.02 99.89 217949 | 1 0.01 99.90 220038 | 1 0.01 99.91 225000 | 1 0.01 99.92 232108 | 2 0.02 99.94 366963 | 1 0.01 99.95 531760 | 1 0.01 99.96 550000 | 4 0.04 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aimia variable in sipp1996tm96puw9 dataset : IE: Allocation flag for TIMIA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,910 99.10 99.10 Statistical imputation (hot | 7 0.07 99.17 Logical imputation (derivation) | 83 0.83 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of esmjm variable in sipp1996tm96puw9 dataset : SM: Mutual | funds owned | jointly with | spouse | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,314 93.14 93.14 Yes | 532 5.32 98.46 No | 154 1.54 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of asmjm variable in sipp1996tm96puw9 dataset : SM: Allocation flag for ESMJM | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,904 99.04 99.04 Statistical imputation (hot | 96 0.96 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of esmjs variable in sipp1996tm96puw9 dataset : SM: Stocks | owned jointly | with spouse | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,172 91.72 91.72 Yes | 604 6.04 97.76 No | 224 2.24 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of asmjs variable in sipp1996tm96puw9 dataset : SM: Allocation flag for ESMJS | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,914 99.14 99.14 Statistical imputation (hot | 86 0.86 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of esmjv variable in sipp1996tm96puw9 dataset : SM: Value of joint | stocks/funds owned with | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,164 91.64 91.64 10 | 2 0.02 91.66 17 | 4 0.04 91.70 27 | 2 0.02 91.72 28 | 2 0.02 91.74 31 | 2 0.02 91.76 32 | 2 0.02 91.78 50 | 2 0.02 91.80 75 | 2 0.02 91.82 125 | 2 0.02 91.84 135 | 2 0.02 91.86 150 | 4 0.04 91.90 250 | 4 0.04 91.94 300 | 2 0.02 91.96 330 | 2 0.02 91.98 350 | 2 0.02 92.00 400 | 2 0.02 92.02 450 | 2 0.02 92.04 459 | 4 0.04 92.08 500 | 8 0.08 92.16 575 | 2 0.02 92.18 650 | 2 0.02 92.20 750 | 6 0.06 92.26 772 | 4 0.04 92.30 775 | 2 0.02 92.32 800 | 2 0.02 92.34 900 | 6 0.06 92.40 1000 | 18 0.18 92.58 1050 | 6 0.06 92.64 1150 | 2 0.02 92.66 1250 | 6 0.06 92.72 1332 | 2 0.02 92.74 1436 | 2 0.02 92.76 1500 | 20 0.20 92.96 1575 | 2 0.02 92.98 1600 | 6 0.06 93.04 1750 | 8 0.08 93.12 2000 | 4 0.04 93.16 2100 | 4 0.04 93.20 2250 | 2 0.02 93.22 2500 | 30 0.30 93.52 2750 | 8 0.08 93.60 2760 | 2 0.02 93.62 2800 | 2 0.02 93.64 3000 | 18 0.18 93.82 3200 | 2 0.02 93.84 3250 | 4 0.04 93.88 3500 | 14 0.14 94.02 3870 | 2 0.02 94.04 4000 | 52 0.52 94.56 4250 | 6 0.06 94.62 4500 | 8 0.08 94.70 5000 | 30 0.30 95.00 5250 | 2 0.02 95.02 5354 | 2 0.02 95.04 5859 | 4 0.04 95.08 5900 | 2 0.02 95.10 6000 | 8 0.08 95.18 6500 | 4 0.04 95.22 6724 | 4 0.04 95.26 6945 | 2 0.02 95.28 7000 | 4 0.04 95.32 7200 | 4 0.04 95.36 7300 | 4 0.04 95.40 7500 | 12 0.12 95.52 7692 | 2 0.02 95.54 8000 | 2 0.02 95.56 8500 | 6 0.06 95.62 8763 | 2 0.02 95.64 8976 | 2 0.02 95.66 9000 | 8 0.08 95.74 9118 | 2 0.02 95.76 9300 | 2 0.02 95.78 9450 | 2 0.02 95.80 9500 | 4 0.04 95.84 9910 | 2 0.02 95.86 9950 | 4 0.04 95.90 10000 | 14 0.14 96.04 10198 | 4 0.04 96.08 10500 | 2 0.02 96.10 10750 | 2 0.02 96.12 11000 | 10 0.10 96.22 11500 | 6 0.06 96.28 11550 | 2 0.02 96.30 12000 | 4 0.04 96.34 12500 | 12 0.12 96.46 13000 | 4 0.04 96.50 13250 | 2 0.02 96.52 13500 | 2 0.02 96.54 13942 | 2 0.02 96.56 14000 | 2 0.02 96.58 14350 | 2 0.02 96.60 14648 | 2 0.02 96.62 15000 | 22 0.22 96.84 16000 | 2 0.02 96.86 16274 | 2 0.02 96.88 16500 | 2 0.02 96.90 17500 | 8 0.08 96.98 18296 | 2 0.02 97.00 19000 | 4 0.04 97.04 20000 | 26 0.26 97.30 20500 | 2 0.02 97.32 21000 | 2 0.02 97.34 22500 | 14 0.14 97.48 25000 | 22 0.22 97.70 25105 | 4 0.04 97.74 25795 | 4 0.04 97.78 26000 | 2 0.02 97.80 27000 | 2 0.02 97.82 27500 | 4 0.04 97.86 28000 | 4 0.04 97.90 28395 | 2 0.02 97.92 29000 | 2 0.02 97.94 29466 | 2 0.02 97.96 30000 | 10 0.10 98.06 30500 | 2 0.02 98.08 31500 | 2 0.02 98.10 32000 | 2 0.02 98.12 32500 | 8 0.08 98.20 34000 | 2 0.02 98.22 35000 | 4 0.04 98.26 36000 | 2 0.02 98.28 37500 | 8 0.08 98.36 38000 | 2 0.02 98.38 40000 | 6 0.06 98.44 40500 | 2 0.02 98.46 44000 | 6 0.06 98.52 45000 | 10 0.10 98.62 46500 | 2 0.02 98.64 47150 | 2 0.02 98.66 47500 | 2 0.02 98.68 50000 | 12 0.12 98.80 51000 | 2 0.02 98.82 55000 | 2 0.02 98.84 56000 | 2 0.02 98.86 59199 | 2 0.02 98.88 60000 | 6 0.06 98.94 60092 | 4 0.04 98.98 62000 | 2 0.02 99.00 62500 | 2 0.02 99.02 63000 | 2 0.02 99.04 65000 | 2 0.02 99.06 73000 | 4 0.04 99.10 73500 | 2 0.02 99.12 80000 | 6 0.06 99.18 87500 | 4 0.04 99.22 95000 | 6 0.06 99.28 96500 | 2 0.02 99.30 100000 | 8 0.08 99.38 110000 | 2 0.02 99.40 112500 | 2 0.02 99.42 115000 | 2 0.02 99.44 119676 | 2 0.02 99.46 125000 | 8 0.08 99.54 130000 | 2 0.02 99.56 137500 | 4 0.04 99.60 150000 | 6 0.06 99.66 175000 | 4 0.04 99.70 198201 | 2 0.02 99.72 200000 | 2 0.02 99.74 225000 | 4 0.04 99.78 250000 | 2 0.02 99.80 260822 | 2 0.02 99.82 350000 | 4 0.04 99.86 366000 | 2 0.02 99.88 375000 | 2 0.02 99.90 385000 | 2 0.02 99.92 400000 | 2 0.02 99.94 1500000 | 2 0.02 99.96 2320187 | 2 0.02 99.98 5.00e+07 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of asmjv variable in sipp1996tm96puw9 dataset : SM: Allocation flag for ESMJV | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,568 95.68 95.68 Statistical imputation (hot | 432 4.32 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of esmjma variable in sipp1996tm96puw9 dataset : SM: Debt | against jointly | owned | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,164 91.64 91.64 Yes | 10 0.10 91.74 No | 826 8.26 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of asmjma variable in sipp1996tm96puw9 dataset : SM: Allocation variable for | ESMJMA. | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,730 97.30 97.30 Statistical imputation (hot | 270 2.70 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of esmjmav variable in sipp1996tm96puw9 dataset : SM: Amount of debt on | jointly owned | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,990 99.90 99.90 400 | 2 0.02 99.92 1000 | 2 0.02 99.94 35000 | 4 0.04 99.98 50000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of asmjmav variable in sipp1996tm96puw9 dataset : SM: Allocation variable for | ESMJMAV. | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,994 99.94 99.94 Statistical imputation (hot | 6 0.06 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of esmi variable in sipp1996tm96puw9 dataset : SM: Stocks or | funds owned in | own name | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,378 83.78 83.78 Yes | 769 7.69 91.47 No | 853 8.53 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of asmi variable in sipp1996tm96puw9 dataset : SM: Allocation flag for ESMI. | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,686 96.86 96.86 Statistical imputation (hot | 314 3.14 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of esmiv variable in sipp1996tm96puw9 dataset : SM: Value of | stocks/funds in own | name | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,269 92.69 92.69 6 | 1 0.01 92.70 12 | 1 0.01 92.71 16 | 1 0.01 92.72 20 | 1 0.01 92.73 25 | 1 0.01 92.74 38 | 1 0.01 92.75 45 | 1 0.01 92.76 54 | 1 0.01 92.77 62 | 1 0.01 92.78 65 | 1 0.01 92.79 68 | 2 0.02 92.81 90 | 2 0.02 92.83 100 | 2 0.02 92.85 120 | 2 0.02 92.87 150 | 4 0.04 92.91 160 | 1 0.01 92.92 194 | 1 0.01 92.93 200 | 7 0.07 93.00 250 | 1 0.01 93.01 273 | 1 0.01 93.02 300 | 3 0.03 93.05 320 | 1 0.01 93.06 350 | 4 0.04 93.10 366 | 1 0.01 93.11 400 | 5 0.05 93.16 420 | 1 0.01 93.17 429 | 2 0.02 93.19 450 | 2 0.02 93.21 474 | 1 0.01 93.22 500 | 6 0.06 93.28 550 | 1 0.01 93.29 572 | 1 0.01 93.30 600 | 7 0.07 93.37 700 | 4 0.04 93.41 800 | 1 0.01 93.42 850 | 2 0.02 93.44 1000 | 19 0.19 93.63 1100 | 3 0.03 93.66 1200 | 8 0.08 93.74 1240 | 1 0.01 93.75 1278 | 4 0.04 93.79 1300 | 3 0.03 93.82 1376 | 3 0.03 93.85 1400 | 3 0.03 93.88 1500 | 5 0.05 93.93 1600 | 3 0.03 93.96 1700 | 2 0.02 93.98 1784 | 1 0.01 93.99 1800 | 5 0.05 94.04 1900 | 1 0.01 94.05 2000 | 19 0.19 94.24 2277 | 1 0.01 94.25 2400 | 1 0.01 94.26 2500 | 6 0.06 94.32 2600 | 5 0.05 94.37 2800 | 1 0.01 94.38 2900 | 1 0.01 94.39 3000 | 11 0.11 94.50 3100 | 3 0.03 94.53 3381 | 1 0.01 94.54 3400 | 2 0.02 94.56 3500 | 4 0.04 94.60 3600 | 2 0.02 94.62 3700 | 1 0.01 94.63 3800 | 1 0.01 94.64 4000 | 38 0.38 95.02 4200 | 2 0.02 95.04 4259 | 4 0.04 95.08 4300 | 1 0.01 95.09 4500 | 4 0.04 95.13 4800 | 1 0.01 95.14 4930 | 1 0.01 95.15 4950 | 1 0.01 95.16 5000 | 20 0.20 95.36 5400 | 2 0.02 95.38 5500 | 2 0.02 95.40 5763 | 1 0.01 95.41 5775 | 1 0.01 95.42 6000 | 12 0.12 95.54 6160 | 1 0.01 95.55 6500 | 1 0.01 95.56 6553 | 1 0.01 95.57 6848 | 1 0.01 95.58 7000 | 8 0.08 95.66 7200 | 1 0.01 95.67 7500 | 1 0.01 95.68 7518 | 1 0.01 95.69 8000 | 10 0.10 95.79 8800 | 2 0.02 95.81 8985 | 2 0.02 95.83 9000 | 14 0.14 95.97 9746 | 1 0.01 95.98 10000 | 31 0.31 96.29 10004 | 1 0.01 96.30 10057 | 1 0.01 96.31 10100 | 1 0.01 96.32 10433 | 2 0.02 96.34 10435 | 1 0.01 96.35 10500 | 2 0.02 96.37 10600 | 1 0.01 96.38 11000 | 2 0.02 96.40 11500 | 1 0.01 96.41 11631 | 3 0.03 96.44 11974 | 1 0.01 96.45 12000 | 11 0.11 96.56 12706 | 1 0.01 96.57 13000 | 5 0.05 96.62 13200 | 1 0.01 96.63 13500 | 1 0.01 96.64 13768 | 1 0.01 96.65 14000 | 9 0.09 96.74 14400 | 3 0.03 96.77 15000 | 26 0.26 97.03 15525 | 1 0.01 97.04 16000 | 5 0.05 97.09 16867 | 4 0.04 97.13 16900 | 1 0.01 97.14 17000 | 1 0.01 97.15 18000 | 6 0.06 97.21 18230 | 1 0.01 97.22 19000 | 1 0.01 97.23 19597 | 1 0.01 97.24 20000 | 12 0.12 97.36 20700 | 1 0.01 97.37 20722 | 1 0.01 97.38 21000 | 1 0.01 97.39 22000 | 2 0.02 97.41 22650 | 1 0.01 97.42 22682 | 1 0.01 97.43 24000 | 2 0.02 97.45 24500 | 1 0.01 97.46 24661 | 1 0.01 97.47 24667 | 1 0.01 97.48 25000 | 10 0.10 97.58 26000 | 2 0.02 97.60 26745 | 1 0.01 97.61 27500 | 1 0.01 97.62 27518 | 1 0.01 97.63 30000 | 14 0.14 97.77 32300 | 1 0.01 97.78 32800 | 1 0.01 97.79 33000 | 1 0.01 97.80 33333 | 2 0.02 97.82 33700 | 1 0.01 97.83 34000 | 1 0.01 97.84 34665 | 1 0.01 97.85 35000 | 9 0.09 97.94 35816 | 1 0.01 97.95 36000 | 1 0.01 97.96 37000 | 2 0.02 97.98 37746 | 1 0.01 97.99 38374 | 1 0.01 98.00 40000 | 9 0.09 98.09 42000 | 4 0.04 98.13 42187 | 1 0.01 98.14 45000 | 2 0.02 98.16 46000 | 1 0.01 98.17 47000 | 2 0.02 98.19 48000 | 4 0.04 98.23 49280 | 1 0.01 98.24 50000 | 4 0.04 98.28 51000 | 3 0.03 98.31 51204 | 1 0.01 98.32 52370 | 1 0.01 98.33 53498 | 1 0.01 98.34 54000 | 1 0.01 98.35 54014 | 1 0.01 98.36 55000 | 8 0.08 98.44 57000 | 1 0.01 98.45 58000 | 4 0.04 98.49 60000 | 8 0.08 98.57 61000 | 3 0.03 98.60 62700 | 1 0.01 98.61 63550 | 1 0.01 98.62 65000 | 1 0.01 98.63 67000 | 2 0.02 98.65 69000 | 2 0.02 98.67 70000 | 3 0.03 98.70 70500 | 1 0.01 98.71 72000 | 1 0.01 98.72 74000 | 1 0.01 98.73 75000 | 2 0.02 98.75 78000 | 3 0.03 98.78 79600 | 1 0.01 98.79 80000 | 4 0.04 98.83 82000 | 2 0.02 98.85 85000 | 2 0.02 98.87 89158 | 1 0.01 98.88 90000 | 2 0.02 98.90 91000 | 3 0.03 98.93 94600 | 1 0.01 98.94 95000 | 2 0.02 98.96 96431 | 2 0.02 98.98 98000 | 1 0.01 98.99 100000 | 8 0.08 99.07 103000 | 1 0.01 99.08 107950 | 1 0.01 99.09 110000 | 3 0.03 99.12 113668 | 1 0.01 99.13 115000 | 1 0.01 99.14 116000 | 2 0.02 99.16 120000 | 1 0.01 99.17 120606 | 2 0.02 99.19 121871 | 1 0.01 99.20 122000 | 2 0.02 99.22 124371 | 1 0.01 99.23 125000 | 1 0.01 99.24 126835 | 1 0.01 99.25 130000 | 1 0.01 99.26 135000 | 1 0.01 99.27 140000 | 2 0.02 99.29 145000 | 1 0.01 99.30 147117 | 1 0.01 99.31 150000 | 5 0.05 99.36 161000 | 1 0.01 99.37 165000 | 1 0.01 99.38 167834 | 1 0.01 99.39 171000 | 1 0.01 99.40 175000 | 2 0.02 99.42 180000 | 2 0.02 99.44 185000 | 1 0.01 99.45 193504 | 1 0.01 99.46 200000 | 8 0.08 99.54 205491 | 1 0.01 99.55 206312 | 2 0.02 99.57 210000 | 1 0.01 99.58 215000 | 1 0.01 99.59 216000 | 1 0.01 99.60 247000 | 1 0.01 99.61 250000 | 1 0.01 99.62 250352 | 1 0.01 99.63 270000 | 1 0.01 99.64 280000 | 1 0.01 99.65 295000 | 1 0.01 99.66 300000 | 1 0.01 99.67 310000 | 1 0.01 99.68 318000 | 1 0.01 99.69 320000 | 1 0.01 99.70 350000 | 1 0.01 99.71 400000 | 1 0.01 99.72 420000 | 1 0.01 99.73 450000 | 1 0.01 99.74 468000 | 1 0.01 99.75 500000 | 2 0.02 99.77 560000 | 2 0.02 99.79 560792 | 1 0.01 99.80 600000 | 2 0.02 99.82 650000 | 1 0.01 99.83 700000 | 1 0.01 99.84 726161 | 2 0.02 99.86 750000 | 1 0.01 99.87 800000 | 1 0.01 99.88 825055 | 1 0.01 99.89 879845 | 1 0.01 99.90 1000000 | 3 0.03 99.93 1590897 | 3 0.03 99.96 1600000 | 1 0.01 99.97 1900000 | 1 0.01 99.98 2000000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of asmiv variable in sipp1996tm96puw9 dataset : SM: Allocation flag for ESMIV | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,582 95.82 95.82 Statistical imputation (hot | 418 4.18 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of esmima variable in sipp1996tm96puw9 dataset : SM: Debt on | stocks/funds in | own name | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,231 92.31 92.31 Yes | 24 0.24 92.55 No | 745 7.45 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of asmima variable in sipp1996tm96puw9 dataset : SM: Allocation flag for ESMIMA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,753 97.53 97.53 Statistical imputation (hot | 247 2.47 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of esmimav variable in sipp1996tm96puw9 dataset : SM: Debt on | stocks/funds in own | name | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,981 99.81 99.81 675 | 2 0.02 99.83 1000 | 2 0.02 99.85 1500 | 3 0.03 99.88 5000 | 1 0.01 99.89 7600 | 1 0.01 99.90 8000 | 1 0.01 99.91 10000 | 1 0.01 99.92 15000 | 1 0.01 99.93 16000 | 1 0.01 99.94 17989 | 1 0.01 99.95 20000 | 2 0.02 99.97 30000 | 1 0.01 99.98 40000 | 1 0.01 99.99 50000 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of asmimav variable in sipp1996tm96puw9 dataset : SM:Allocation flag for ESMIMAV | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,988 99.88 99.88 Statistical imputation (hot | 12 0.12 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erjown variable in sipp1996tm96puw9 dataset : RT: Own rental | property | jointly with | spouse | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,674 96.74 96.74 Yes | 278 2.78 99.52 No | 48 0.48 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjown variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERJOWN | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,960 99.60 99.60 Statistical imputation (hot | 16 0.16 99.76 Logical imputation (derivation) | 24 0.24 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erjnum variable in sipp1996tm96puw9 dataset : RT: Numbr of rentl | proprties jointly hld | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,722 97.22 97.22 1 | 206 2.06 99.28 2 | 30 0.30 99.58 3 | 20 0.20 99.78 4 | 12 0.12 99.90 6 | 4 0.04 99.94 7 | 2 0.02 99.96 10 | 2 0.02 99.98 21 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjnum variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERJNUM | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,950 99.50 99.50 Statistical imputation (hot | 50 0.50 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erjtyp1 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property jointly owned | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 9,722 97.22 97.22 Vacation home | 16 0.16 97.38 Other residential property | 206 2.06 99.44 Farm property | 30 0.30 99.74 Commercial property | 20 0.20 99.94 Other | 6 0.06 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjtyp1 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERJTYP1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,946 99.46 99.46 Statistical imputation (hot | 54 0.54 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erjtyp2 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property owned jointly | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 9,988 99.88 99.88 Other residential property | 4 0.04 99.92 Farm property | 4 0.04 99.96 Commercial property | 4 0.04 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjtyp2 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERJTYP2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erjtyp3 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property owned jointly | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 9,996 99.96 99.96 Other | 4 0.04 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjtyp3 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERJTYP3 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erjtyp4 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property owned jointly | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjtyp4 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERJTYP4 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erjtyp5 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property owned jointly | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjtyp5 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERJTYP5 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erjtyp6 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property owned jointly | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjtyp6 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERJTYP6 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erjat variable in sipp1996tm96puw9 dataset : RT: Jnt rentl | prop attachd | to/on same land | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,722 97.22 97.22 Yes | 44 0.44 97.66 No | 234 2.34 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjat variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERJAT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,950 99.50 99.50 Statistical imputation (hot | 50 0.50 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erjata variable in sipp1996tm96puw9 dataset : RT: All joint | rent prop | attachd to same | land | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,722 97.22 97.22 Yes | 38 0.38 97.60 No | 240 2.40 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjata variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERJATA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,728 97.28 97.28 Logical imputation (derivation) | 272 2.72 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of trjmv variable in sipp1996tm96puw9 dataset : RT: Market value of | joint rental not on | land | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,760 97.60 97.60 500 | 18 0.18 97.78 3100 | 2 0.02 97.80 3500 | 2 0.02 97.82 4000 | 2 0.02 97.84 7500 | 4 0.04 97.88 10000 | 2 0.02 97.90 11500 | 2 0.02 97.92 12500 | 4 0.04 97.96 15000 | 4 0.04 98.00 16500 | 2 0.02 98.02 17500 | 2 0.02 98.04 20000 | 2 0.02 98.06 20500 | 2 0.02 98.08 23500 | 2 0.02 98.10 25000 | 14 0.14 98.24 25650 | 2 0.02 98.26 27500 | 2 0.02 98.28 30000 | 16 0.16 98.44 32000 | 2 0.02 98.46 32500 | 8 0.08 98.54 35000 | 16 0.16 98.70 37500 | 8 0.08 98.78 40000 | 2 0.02 98.80 42500 | 4 0.04 98.84 45000 | 2 0.02 98.86 47500 | 2 0.02 98.88 50000 | 16 0.16 99.04 52000 | 2 0.02 99.06 55000 | 6 0.06 99.12 60000 | 6 0.06 99.18 62500 | 2 0.02 99.20 65000 | 6 0.06 99.26 67500 | 4 0.04 99.30 75000 | 2 0.02 99.32 85000 | 2 0.02 99.34 87500 | 2 0.02 99.36 88500 | 2 0.02 99.38 90000 | 4 0.04 99.42 99750 | 2 0.02 99.44 100000 | 8 0.08 99.52 120000 | 4 0.04 99.56 125000 | 2 0.02 99.58 135000 | 4 0.04 99.62 137500 | 4 0.04 99.66 140000 | 2 0.02 99.68 150000 | 2 0.02 99.70 160000 | 2 0.02 99.72 165000 | 2 0.02 99.74 175000 | 4 0.04 99.78 187500 | 2 0.02 99.80 200000 | 8 0.08 99.88 225000 | 2 0.02 99.90 264000 | 2 0.02 99.92 277250 | 8 0.08 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjmv variable in sipp1996tm96puw9 dataset : RT: Allocation flag for TRJMV | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,902 99.02 99.02 Statistical imputation (hot | 98 0.98 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erjdeb variable in sipp1996tm96puw9 dataset : RT: Debt on | rental | properties held | jointly | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,760 97.60 97.60 Yes | 132 1.32 98.92 No | 108 1.08 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjdeb variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERJDEB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,926 99.26 99.26 Statistical imputation (hot | 74 0.74 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of trjpri variable in sipp1996tm96puw9 dataset : RT: Principal owed on | joint rental property | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,868 98.68 98.68 250 | 2 0.02 98.70 4000 | 14 0.14 98.84 6000 | 2 0.02 98.86 7500 | 8 0.08 98.94 8000 | 2 0.02 98.96 10000 | 4 0.04 99.00 11000 | 2 0.02 99.02 12000 | 4 0.04 99.06 12500 | 2 0.02 99.08 14000 | 2 0.02 99.10 14500 | 2 0.02 99.12 15000 | 4 0.04 99.16 16000 | 2 0.02 99.18 17500 | 4 0.04 99.22 18000 | 2 0.02 99.24 20000 | 8 0.08 99.32 21000 | 2 0.02 99.34 22500 | 2 0.02 99.36 25000 | 2 0.02 99.38 26500 | 2 0.02 99.40 27500 | 2 0.02 99.42 28500 | 2 0.02 99.44 30000 | 2 0.02 99.46 31500 | 2 0.02 99.48 34000 | 2 0.02 99.50 37500 | 4 0.04 99.54 39500 | 2 0.02 99.56 40000 | 2 0.02 99.58 43350 | 2 0.02 99.60 44000 | 2 0.02 99.62 45000 | 2 0.02 99.64 50000 | 8 0.08 99.72 54000 | 2 0.02 99.74 54500 | 4 0.04 99.78 60000 | 2 0.02 99.80 75000 | 4 0.04 99.84 85000 | 2 0.02 99.86 88140 | 2 0.02 99.88 90000 | 2 0.02 99.90 95500 | 2 0.02 99.92 135000 | 8 0.08 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arjpri variable in sipp1996tm96puw9 dataset : RT: Allocation flag for TRJPRI | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,954 99.54 99.54 Statistical imputation (hot | 46 0.46 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eriown variable in sipp1996tm96puw9 dataset : RT: Rental | property owned | in own name | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,586 95.86 95.86 Yes | 107 1.07 96.93 No | 307 3.07 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ariown variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERIOWN | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,927 99.27 99.27 Statistical imputation (hot | 73 0.73 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erinum variable in sipp1996tm96puw9 dataset : RT: Number of rental | properties in own name | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,893 98.93 98.93 1 | 84 0.84 99.77 2 | 11 0.11 99.88 3 | 9 0.09 99.97 4 | 3 0.03 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arinum variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERINUM | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,979 99.79 99.79 Statistical imputation (hot | 21 0.21 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eritype1 variable in sipp1996tm96puw9 dataset : RT: First type of rental | property owned in | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 9,893 98.93 98.93 Vacation home | 2 0.02 98.95 Other residential property | 82 0.82 99.77 Farm property | 11 0.11 99.88 Commercial property | 7 0.07 99.95 Other | 5 0.05 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aritype1 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERITYPE1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,978 99.78 99.78 Statistical imputation (hot | 22 0.22 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eritype2 variable in sipp1996tm96puw9 dataset : RT: Second type of rental | property owned in | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 9,998 99.98 99.98 Other residential property | 1 0.01 99.99 Farm property | 1 0.01 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aritype2 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERITYPE2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eritype3 variable in sipp1996tm96puw9 dataset : RT: Third type of rental | property owned in | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aritype3 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERITYPE3 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eritype4 variable in sipp1996tm96puw9 dataset : RT: Fourth type of rental | property owned in | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aritype4 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERITYPE4 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eritype5 variable in sipp1996tm96puw9 dataset : RT: Fifth type of rental | property owned in | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aritype5 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERITYPE5 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eritype6 variable in sipp1996tm96puw9 dataset : RT: Sixth type of rental | property owned in | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aritype6 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERITYPE6 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eriat variable in sipp1996tm96puw9 dataset : RT: Rental | property in own | name on/attachd | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,893 98.93 98.93 Yes | 33 0.33 99.26 No | 74 0.74 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ariat variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERIAT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,980 99.80 99.80 Statistical imputation (hot | 20 0.20 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eriata variable in sipp1996tm96puw9 dataset : RT: Rental | property in own | name | on/attached | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,893 98.93 98.93 Yes | 31 0.31 99.24 No | 76 0.76 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ariata variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERIATA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,896 98.96 98.96 Logical imputation (derivation) | 104 1.04 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of trimv variable in sipp1996tm96puw9 dataset : RT: Market value of | rental property owned | in | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,924 99.24 99.24 2500 | 1 0.01 99.25 6000 | 1 0.01 99.26 9000 | 1 0.01 99.27 10000 | 2 0.02 99.29 11000 | 1 0.01 99.30 12000 | 6 0.06 99.36 20000 | 5 0.05 99.41 25000 | 1 0.01 99.42 30000 | 1 0.01 99.43 37000 | 1 0.01 99.44 39000 | 1 0.01 99.45 40000 | 1 0.01 99.46 45000 | 1 0.01 99.47 50000 | 1 0.01 99.48 55000 | 2 0.02 99.50 60000 | 2 0.02 99.52 65000 | 5 0.05 99.57 68000 | 1 0.01 99.58 69000 | 1 0.01 99.59 70000 | 3 0.03 99.62 75000 | 2 0.02 99.64 85000 | 1 0.01 99.65 90000 | 3 0.03 99.68 100000 | 1 0.01 99.69 120000 | 1 0.01 99.70 135000 | 1 0.01 99.71 140000 | 2 0.02 99.73 145000 | 1 0.01 99.74 150000 | 2 0.02 99.76 168000 | 1 0.01 99.77 195000 | 1 0.01 99.78 200000 | 5 0.05 99.83 210000 | 2 0.02 99.85 225000 | 1 0.01 99.86 240000 | 1 0.01 99.87 250000 | 2 0.02 99.89 285000 | 1 0.01 99.90 290000 | 1 0.01 99.91 330000 | 1 0.01 99.92 338000 | 1 0.01 99.93 350000 | 1 0.01 99.94 400000 | 1 0.01 99.95 480000 | 1 0.01 99.96 485000 | 1 0.01 99.97 500000 | 1 0.01 99.98 970000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arimv variable in sipp1996tm96puw9 dataset : RT: Allocation flag for TRIMV | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,969 99.69 99.69 Statistical imputation (hot | 31 0.31 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erideb variable in sipp1996tm96puw9 dataset : RT: Debt on | rental | properties not | located on | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,924 99.24 99.24 Yes | 34 0.34 99.58 No | 42 0.42 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arideb variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERIDEB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,979 99.79 99.79 Statistical imputation (hot | 21 0.21 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tripri variable in sipp1996tm96puw9 dataset : RT: Principal owed on | rental property in own | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,966 99.66 99.66 15000 | 2 0.02 99.68 18000 | 1 0.01 99.69 20000 | 2 0.02 99.71 25000 | 4 0.04 99.75 26000 | 2 0.02 99.77 33000 | 1 0.01 99.78 36000 | 1 0.01 99.79 36757 | 1 0.01 99.80 38000 | 2 0.02 99.82 39900 | 1 0.01 99.83 55000 | 1 0.01 99.84 58000 | 1 0.01 99.85 65000 | 1 0.01 99.86 69000 | 1 0.01 99.87 83000 | 1 0.01 99.88 86000 | 1 0.01 99.89 89000 | 1 0.01 99.90 90000 | 1 0.01 99.91 97000 | 1 0.01 99.92 100000 | 1 0.01 99.93 120000 | 1 0.01 99.94 125000 | 1 0.01 99.95 147000 | 1 0.01 99.96 160000 | 1 0.01 99.97 179000 | 1 0.01 99.98 200000 | 1 0.01 99.99 246000 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aripri variable in sipp1996tm96puw9 dataset : RT: Allocation flag for TRIPRI | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,989 99.89 99.89 Statistical imputation (hot | 11 0.11 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ertown variable in sipp1996tm96puw9 dataset : RT: Rental | property held | jointly with | other | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,586 95.86 95.86 Yes | 39 0.39 96.25 No | 375 3.75 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of artown variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERTOWN | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,925 99.25 99.25 Statistical imputation (hot | 75 0.75 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ertnum variable in sipp1996tm96puw9 dataset : RT: Number of rentals | owned with others | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,961 99.61 99.61 1 | 25 0.25 99.86 2 | 10 0.10 99.96 3 | 2 0.02 99.98 5 | 1 0.01 99.99 13 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of artnum variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERTNUM | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,985 99.85 99.85 Statistical imputation (hot | 15 0.15 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erttype1 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property owned jointly | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 9,961 99.61 99.61 Vacation home | 1 0.01 99.62 Other residential property | 20 0.20 99.82 Farm property | 6 0.06 99.88 Commercial property | 10 0.10 99.98 Other | 2 0.02 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arttype1 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERTTYPE1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,986 99.86 99.86 Statistical imputation (hot | 14 0.14 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erttype2 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property owned jointly | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 9,998 99.98 99.98 Other residential property | 2 0.02 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arttype2 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERTTYPE2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erttype3 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property owned jointly | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arttype3 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERTTYPE3 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erttype4 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property owned jointly | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arttype4 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERTTYPE4 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erttype5 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property owned jointly | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arttype5 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERTTYPE5 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of erttype6 variable in sipp1996tm96puw9 dataset : RT: Type of rental | property owned jointly | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of arttype6 variable in sipp1996tm96puw9 dataset : RT: Allocation flag for | ERTTYPE6 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of trtmv variable in sipp1996tm96puw9 dataset : RT: Market value of | joint rental property | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,961 99.61 99.61 1 | 4 0.04 99.65 15000 | 1 0.01 99.66 16000 | 3 0.03 99.69 30000 | 5 0.05 99.74 32800 | 1 0.01 99.75 60000 | 1 0.01 99.76 75000 | 2 0.02 99.78 77000 | 2 0.02 99.80 80000 | 1 0.01 99.81 84000 | 1 0.01 99.82 90000 | 1 0.01 99.83 98000 | 1 0.01 99.84 110000 | 1 0.01 99.85 125000 | 2 0.02 99.87 132000 | 1 0.01 99.88 149000 | 1 0.01 99.89 170000 | 1 0.01 99.90 180000 | 1 0.01 99.91 220000 | 1 0.01 99.92 250000 | 1 0.01 99.93 310000 | 1 0.01 99.94 390000 | 1 0.01 99.95 1000000 | 2 0.02 99.97 1900000 | 2 0.02 99.99 2500000 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of artmv variable in sipp1996tm96puw9 dataset : RT: Allocation flag for RTMV | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,982 99.82 99.82 Statistical imputation (hot | 18 0.18 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ertdeb variable in sipp1996tm96puw9 dataset : RT: Debt on | unattached | joint rental | prop | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,961 99.61 99.61 Yes | 20 0.20 99.81 No | 19 0.19 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of artdeb variable in sipp1996tm96puw9 dataset : RT: Allocation flag for ERTDEB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,985 99.85 99.85 Statistical imputation (hot | 15 0.15 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of trtpri variable in sipp1996tm96puw9 dataset : RT: Principal owed on | joint rental property | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,980 99.80 99.80 3600 | 1 0.01 99.81 10000 | 3 0.03 99.84 12000 | 2 0.02 99.86 16000 | 1 0.01 99.87 18000 | 1 0.01 99.88 19000 | 1 0.01 99.89 19200 | 1 0.01 99.90 37000 | 2 0.02 99.92 65000 | 1 0.01 99.93 75000 | 1 0.01 99.94 90000 | 1 0.01 99.95 110000 | 1 0.01 99.96 115000 | 1 0.01 99.97 160000 | 1 0.01 99.98 271000 | 1 0.01 99.99 370000 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of artpri variable in sipp1996tm96puw9 dataset : RT: Allocation flag for TRTPRI | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,991 99.91 99.91 Statistical imputation (hot | 9 0.09 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of trtsha variable in sipp1996tm96puw9 dataset : RT: Share of rental | property held with | other | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,961 99.61 99.61 5000 | 1 0.01 99.62 7500 | 1 0.01 99.63 10000 | 1 0.01 99.64 10933 | 1 0.01 99.65 15000 | 6 0.06 99.71 16000 | 8 0.08 99.79 18000 | 1 0.01 99.80 18750 | 1 0.01 99.81 25000 | 2 0.02 99.83 30000 | 1 0.01 99.84 36000 | 1 0.01 99.85 43000 | 1 0.01 99.86 45000 | 1 0.01 99.87 49000 | 1 0.01 99.88 55000 | 1 0.01 99.89 70000 | 1 0.01 99.90 75000 | 1 0.01 99.91 90000 | 1 0.01 99.92 93500 | 1 0.01 99.93 115000 | 1 0.01 99.94 125000 | 1 0.01 99.95 150000 | 1 0.01 99.96 200000 | 2 0.02 99.98 500000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of artsha variable in sipp1996tm96puw9 dataset : RT: Allocation flag for TRTSHA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,979 99.79 99.79 Statistical imputation (hot | 21 0.21 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emjp variable in sipp1996tm96puw9 dataset : M0: M02A Principal owed | on joint | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,986 99.86 99.86 12430 | 2 0.02 99.88 14750 | 2 0.02 99.90 16322 | 2 0.02 99.92 34000 | 2 0.02 99.94 45000 | 2 0.02 99.96 50000 | 2 0.02 99.98 80500 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amjp variable in sipp1996tm96puw9 dataset : M0: Allocation flag for EMJP | Freq. Percent Cum. --------------------------------+----------------------------------- Not Imputed | 9,994 99.94 99.94 Statistical imputation (hot | 6 0.06 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emip variable in sipp1996tm96puw9 dataset : M0: Principal owed on | mortgage(s) in own | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,986 99.86 99.86 5000 | 1 0.01 99.87 9000 | 1 0.01 99.88 9400 | 1 0.01 99.89 10200 | 1 0.01 99.90 29100 | 2 0.02 99.92 38000 | 1 0.01 99.93 45000 | 1 0.01 99.94 46431 | 2 0.02 99.96 50000 | 1 0.01 99.97 51233 | 1 0.01 99.98 90000 | 1 0.01 99.99 615000 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amip variable in sipp1996tm96puw9 dataset : M0: Allocation flag for EMIP | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,991 99.91 99.91 Statistical imputation (hot | 9 0.09 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of evbunv1 variable in sipp1996tm96puw9 dataset : BU: Universe | Indicator for | Value of | Business | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,358 93.58 93.58 In universe | 642 6.42 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of evbno1 variable in sipp1996tm96puw9 dataset : BU: First | Business number | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,358 93.58 93.58 1 | 493 4.93 98.51 2 | 108 1.08 99.59 3 | 28 0.28 99.87 4 | 8 0.08 99.95 5 | 5 0.05 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of evbow1 variable in sipp1996tm96puw9 dataset : BU: Percent of | Business owned | for first | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,358 93.58 93.58 1 | 15 0.15 93.73 2 | 1 0.01 93.74 10 | 2 0.02 93.76 17 | 1 0.01 93.77 20 | 2 0.02 93.79 22 | 1 0.01 93.80 25 | 5 0.05 93.85 30 | 1 0.01 93.86 33 | 9 0.09 93.95 34 | 1 0.01 93.96 38 | 1 0.01 93.97 40 | 1 0.01 93.98 49 | 2 0.02 94.00 50 | 117 1.17 95.17 51 | 8 0.08 95.25 52 | 2 0.02 95.27 55 | 1 0.01 95.28 60 | 1 0.01 95.29 65 | 2 0.02 95.31 80 | 3 0.03 95.34 85 | 1 0.01 95.35 90 | 1 0.01 95.36 95 | 3 0.03 95.39 98 | 1 0.01 95.40 100 | 460 4.60 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of avbow1 variable in sipp1996tm96puw9 dataset : BU: Allocation flag for EVBOW1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,926 99.26 99.26 Statistical imputed (hot deck) | 60 0.60 99.86 Logical imputation (derivation) | 14 0.14 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tvbva1 variable in sipp1996tm96puw9 dataset : BU: The value of the | business for the first | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,608 96.08 96.08 35 | 1 0.01 96.09 50 | 1 0.01 96.10 100 | 1 0.01 96.11 200 | 2 0.02 96.13 250 | 2 0.02 96.15 288 | 1 0.01 96.16 300 | 5 0.05 96.21 350 | 2 0.02 96.23 417 | 2 0.02 96.25 500 | 15 0.15 96.40 700 | 1 0.01 96.41 735 | 2 0.02 96.43 750 | 3 0.03 96.46 1000 | 4 0.04 96.50 1200 | 2 0.02 96.52 1300 | 1 0.01 96.53 1500 | 3 0.03 96.56 1600 | 1 0.01 96.57 2000 | 12 0.12 96.69 2300 | 1 0.01 96.70 2361 | 1 0.01 96.71 2400 | 1 0.01 96.72 2500 | 2 0.02 96.74 2800 | 2 0.02 96.76 2900 | 1 0.01 96.77 3000 | 9 0.09 96.86 3500 | 3 0.03 96.89 3600 | 1 0.01 96.90 4000 | 4 0.04 96.94 4262 | 1 0.01 96.95 5000 | 25 0.25 97.20 6000 | 3 0.03 97.23 7000 | 10 0.10 97.33 7500 | 1 0.01 97.34 8000 | 6 0.06 97.40 9000 | 1 0.01 97.41 9500 | 1 0.01 97.42 10000 | 16 0.16 97.58 12000 | 1 0.01 97.59 15000 | 8 0.08 97.67 16000 | 1 0.01 97.68 20000 | 10 0.10 97.78 24000 | 1 0.01 97.79 25000 | 13 0.13 97.92 30000 | 14 0.14 98.06 35000 | 2 0.02 98.08 40000 | 6 0.06 98.14 50000 | 17 0.17 98.31 55000 | 2 0.02 98.33 60000 | 5 0.05 98.38 70000 | 4 0.04 98.42 75000 | 12 0.12 98.54 80000 | 2 0.02 98.56 85000 | 1 0.01 98.57 90000 | 2 0.02 98.59 97584 | 1 0.01 98.60 100000 | 18 0.18 98.78 110000 | 3 0.03 98.81 120000 | 2 0.02 98.83 125000 | 1 0.01 98.84 128000 | 1 0.01 98.85 131000 | 1 0.01 98.86 133500 | 1 0.01 98.87 144000 | 1 0.01 98.88 150000 | 16 0.16 99.04 175000 | 1 0.01 99.05 180000 | 2 0.02 99.07 190000 | 1 0.01 99.08 200000 | 12 0.12 99.20 220000 | 2 0.02 99.22 225000 | 1 0.01 99.23 250000 | 10 0.10 99.33 300000 | 9 0.09 99.42 339000 | 3 0.03 99.45 350000 | 3 0.03 99.48 370294 | 1 0.01 99.49 400000 | 6 0.06 99.55 500000 | 11 0.11 99.66 550000 | 1 0.01 99.67 600000 | 1 0.01 99.68 650000 | 3 0.03 99.71 700000 | 1 0.01 99.72 720000 | 1 0.01 99.73 750000 | 3 0.03 99.76 800000 | 2 0.02 99.78 900000 | 3 0.03 99.81 950000 | 1 0.01 99.82 995000 | 2 0.02 99.84 999999 | 1 0.01 99.85 1000000 | 2 0.02 99.87 1100000 | 1 0.01 99.88 1500000 | 1 0.01 99.89 2000000 | 11 0.11 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of avbva1 variable in sipp1996tm96puw9 dataset : BU: Allocation flag for TVBVA1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,710 97.10 97.10 Statistical imputed (hot deck) | 290 2.90 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tvbde1 variable in sipp1996tm96puw9 dataset : BU: The total debt owed | against the first | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,745 97.45 97.45 1 | 2 0.02 97.47 2 | 1 0.01 97.48 125 | 2 0.02 97.50 200 | 2 0.02 97.52 250 | 1 0.01 97.53 500 | 4 0.04 97.57 1000 | 6 0.06 97.63 1183 | 1 0.01 97.64 1400 | 2 0.02 97.66 1485 | 1 0.01 97.67 1500 | 8 0.08 97.75 2000 | 24 0.24 97.99 2300 | 2 0.02 98.01 2500 | 1 0.01 98.02 3000 | 6 0.06 98.08 3500 | 3 0.03 98.11 4000 | 7 0.07 98.18 4290 | 10 0.10 98.28 5000 | 17 0.17 98.45 5600 | 1 0.01 98.46 6000 | 7 0.07 98.53 7500 | 2 0.02 98.55 8000 | 3 0.03 98.58 9000 | 6 0.06 98.64 9500 | 1 0.01 98.65 10000 | 8 0.08 98.73 10500 | 1 0.01 98.74 12000 | 1 0.01 98.75 13000 | 3 0.03 98.78 13400 | 1 0.01 98.79 13500 | 1 0.01 98.80 14000 | 1 0.01 98.81 15000 | 15 0.15 98.96 20000 | 8 0.08 99.04 22000 | 2 0.02 99.06 25000 | 12 0.12 99.18 28000 | 1 0.01 99.19 30000 | 6 0.06 99.25 35000 | 1 0.01 99.26 36000 | 2 0.02 99.28 40000 | 4 0.04 99.32 47000 | 1 0.01 99.33 50000 | 6 0.06 99.39 52000 | 1 0.01 99.40 60000 | 11 0.11 99.51 70000 | 1 0.01 99.52 72000 | 1 0.01 99.53 75000 | 2 0.02 99.55 80000 | 3 0.03 99.58 85000 | 1 0.01 99.59 95000 | 1 0.01 99.60 100000 | 4 0.04 99.64 110000 | 3 0.03 99.67 112000 | 2 0.02 99.69 124000 | 1 0.01 99.70 140000 | 1 0.01 99.71 146000 | 1 0.01 99.72 185000 | 1 0.01 99.73 200000 | 5 0.05 99.78 220000 | 1 0.01 99.79 225000 | 1 0.01 99.80 232000 | 1 0.01 99.81 250000 | 2 0.02 99.83 253000 | 1 0.01 99.84 300000 | 1 0.01 99.85 350000 | 1 0.01 99.86 380000 | 1 0.01 99.87 400000 | 1 0.01 99.88 413000 | 12 0.12 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of avbde1 variable in sipp1996tm96puw9 dataset : BU: Allocation flag for EVBDE1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,773 97.73 97.73 Statistical imputed (hot deck) | 227 2.27 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of evbunv2 variable in sipp1996tm96puw9 dataset : BU: Universe | Indicator for | Value of | Business | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,953 99.53 99.53 In universe | 47 0.47 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of evbno2 variable in sipp1996tm96puw9 dataset : BU: Second | Business number | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,953 99.53 99.53 2 | 34 0.34 99.87 3 | 5 0.05 99.92 4 | 2 0.02 99.94 5 | 5 0.05 99.99 6 | 1 0.01 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of evbow2 variable in sipp1996tm96puw9 dataset : BU: Percent of | Business owned | for second | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,953 99.53 99.53 1 | 2 0.02 99.55 14 | 1 0.01 99.56 33 | 1 0.01 99.57 40 | 1 0.01 99.58 49 | 1 0.01 99.59 50 | 9 0.09 99.68 52 | 1 0.01 99.69 60 | 1 0.01 99.70 75 | 1 0.01 99.71 100 | 29 0.29 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of avbow2 variable in sipp1996tm96puw9 dataset : BU: Allocation flag for EVBOW2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,995 99.95 99.95 Statistical imputed (hot deck) | 5 0.05 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tvbva2 variable in sipp1996tm96puw9 dataset : BU: The value of the | business for business | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,971 99.71 99.71 500 | 1 0.01 99.72 735 | 1 0.01 99.73 750 | 1 0.01 99.74 1000 | 1 0.01 99.75 2300 | 1 0.01 99.76 2800 | 1 0.01 99.77 3000 | 1 0.01 99.78 4000 | 1 0.01 99.79 5000 | 1 0.01 99.80 7000 | 1 0.01 99.81 8000 | 1 0.01 99.82 10000 | 1 0.01 99.83 15000 | 1 0.01 99.84 20000 | 1 0.01 99.85 25000 | 1 0.01 99.86 30000 | 1 0.01 99.87 35000 | 1 0.01 99.88 39000 | 1 0.01 99.89 50000 | 1 0.01 99.90 128000 | 1 0.01 99.91 200000 | 1 0.01 99.92 220000 | 1 0.01 99.93 250000 | 1 0.01 99.94 300000 | 2 0.02 99.96 550000 | 1 0.01 99.97 750000 | 1 0.01 99.98 905823 | 1 0.01 99.99 2000000 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of avbva2 variable in sipp1996tm96puw9 dataset : BU: Allocation flag for TVBVA2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,972 99.72 99.72 Statistical imputed (hot deck) | 28 0.28 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tvbde2 variable in sipp1996tm96puw9 dataset : BU: The total debt owed | against the second | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,973 99.73 99.73 2 | 1 0.01 99.74 125 | 1 0.01 99.75 200 | 1 0.01 99.76 900 | 1 0.01 99.77 1000 | 1 0.01 99.78 2000 | 2 0.02 99.80 3500 | 1 0.01 99.81 4000 | 1 0.01 99.82 4290 | 1 0.01 99.83 6000 | 2 0.02 99.85 9000 | 1 0.01 99.86 10000 | 1 0.01 99.87 20000 | 1 0.01 99.88 23000 | 1 0.01 99.89 25000 | 1 0.01 99.90 39000 | 1 0.01 99.91 40000 | 1 0.01 99.92 50000 | 1 0.01 99.93 60000 | 3 0.03 99.96 100000 | 2 0.02 99.98 150000 | 1 0.01 99.99 380000 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of avbde2 variable in sipp1996tm96puw9 dataset : BU: Allocation flag for TVBDE2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,976 99.76 99.76 Statistical imputed (hot deck) | 24 0.24 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehreunv variable in sipp1996tm96puw9 dataset : RE: Universe | indicator for | Real Estate TM | Freq. Percent Cum. ----------------+----------------------------------- In universe | 10,000 100.00 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eremobho variable in sipp1996tm96puw9 dataset : RE: Is | residence a | mobile home? | Freq. Percent Cum. ----------------+----------------------------------- Yes | 503 5.03 5.03 No | 9,497 94.97 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aremobho variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EREMOBHO | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,072 90.72 90.72 Logical imputation (derivation) | 928 9.28 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehowner1 variable in sipp1996tm96puw9 dataset : RE: First Owner | of home | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 3,102 31.02 31.02 101 | 6,238 62.38 93.40 102 | 368 3.68 97.08 103 | 71 0.71 97.79 104 | 16 0.16 97.95 106 | 1 0.01 97.96 107 | 1 0.01 97.97 109 | 2 0.02 97.99 201 | 36 0.36 98.35 202 | 12 0.12 98.47 301 | 12 0.12 98.59 303 | 2 0.02 98.61 401 | 11 0.11 98.72 501 | 19 0.19 98.91 601 | 13 0.13 99.04 602 | 10 0.10 99.14 701 | 30 0.30 99.44 801 | 30 0.30 99.74 802 | 6 0.06 99.80 901 | 15 0.15 99.95 902 | 2 0.02 99.97 903 | 3 0.03 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahowner1 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EHOWNER1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,299 92.99 92.99 Logical imputation (derivation) | 701 7.01 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehowner2 variable in sipp1996tm96puw9 dataset : RE: Second | Owner of home | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 4,678 46.78 46.78 101 | 59 0.59 47.37 102 | 4,869 48.69 96.06 103 | 54 0.54 96.60 104 | 15 0.15 96.75 105 | 6 0.06 96.81 107 | 7 0.07 96.88 201 | 63 0.63 97.51 202 | 17 0.17 97.68 203 | 7 0.07 97.75 301 | 43 0.43 98.18 302 | 3 0.03 98.21 401 | 22 0.22 98.43 402 | 9 0.09 98.52 501 | 31 0.31 98.83 502 | 3 0.03 98.86 504 | 5 0.05 98.91 601 | 16 0.16 99.07 602 | 3 0.03 99.10 603 | 4 0.04 99.14 701 | 28 0.28 99.42 702 | 3 0.03 99.45 703 | 5 0.05 99.50 801 | 21 0.21 99.71 802 | 18 0.18 99.89 901 | 2 0.02 99.91 902 | 6 0.06 99.97 904 | 3 0.03 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahowner2 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EHOWNER2 | Freq. Percent Cum. ---------------------------------+----------------------------------- Not imputed | 9,159 91.59 91.59 Logical imputation (derivation)} | 841 8.41 100.00 ---------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehowner3 variable in sipp1996tm96puw9 dataset : RE: Third Owner | of home | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,994 99.94 99.94 103 | 3 0.03 99.97 702 | 3 0.03 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehbuymo variable in sipp1996tm96puw9 dataset : RE: Month home | was purchased | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 3,102 31.02 31.02 1 | 436 4.36 35.38 2 | 351 3.51 38.89 3 | 502 5.02 43.91 4 | 562 5.62 49.53 5 | 587 5.87 55.40 6 | 791 7.91 63.31 7 | 583 5.83 69.14 8 | 677 6.77 75.91 9 | 633 6.33 82.24 10 | 736 7.36 89.60 11 | 529 5.29 94.89 12 | 511 5.11 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahbuymo variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EHBUYMO | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 7,869 78.69 78.69 Statistical imputation (hot | 2,131 21.31 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehbuyyr variable in sipp1996tm96puw9 dataset : RE: Year house | was purchased | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 3,102 31.02 31.02 1875 | 2 0.02 31.04 1901 | 1 0.01 31.05 1903 | 1 0.01 31.06 1905 | 2 0.02 31.08 1915 | 1 0.01 31.09 1925 | 1 0.01 31.10 1928 | 1 0.01 31.11 1930 | 3 0.03 31.14 1938 | 7 0.07 31.21 1940 | 6 0.06 31.27 1941 | 3 0.03 31.30 1942 | 2 0.02 31.32 1943 | 4 0.04 31.36 1944 | 2 0.02 31.38 1945 | 11 0.11 31.49 1946 | 7 0.07 31.56 1947 | 17 0.17 31.73 1948 | 20 0.20 31.93 1949 | 14 0.14 32.07 1950 | 24 0.24 32.31 1951 | 17 0.17 32.48 1952 | 19 0.19 32.67 1953 | 24 0.24 32.91 1954 | 44 0.44 33.35 1955 | 27 0.27 33.62 1956 | 31 0.31 33.93 1957 | 41 0.41 34.34 1958 | 26 0.26 34.60 1959 | 57 0.57 35.17 1960 | 47 0.47 35.64 1961 | 44 0.44 36.08 1962 | 36 0.36 36.44 1963 | 47 0.47 36.91 1964 | 58 0.58 37.49 1965 | 57 0.57 38.06 1966 | 72 0.72 38.78 1967 | 51 0.51 39.29 1968 | 100 1.00 40.29 1969 | 49 0.49 40.78 1970 | 85 0.85 41.63 1971 | 77 0.77 42.40 1972 | 82 0.82 43.22 1973 | 92 0.92 44.14 1974 | 73 0.73 44.87 1975 | 84 0.84 45.71 1976 | 107 1.07 46.78 1977 | 116 1.16 47.94 1978 | 112 1.12 49.06 1979 | 151 1.51 50.57 1980 | 139 1.39 51.96 1981 | 70 0.70 52.66 1982 | 117 1.17 53.83 1983 | 135 1.35 55.18 1984 | 151 1.51 56.69 1985 | 196 1.96 58.65 1986 | 195 1.95 60.60 1987 | 235 2.35 62.95 1988 | 236 2.36 65.31 1989 | 304 3.04 68.35 1990 | 282 2.82 71.17 1991 | 225 2.25 73.42 1992 | 265 2.65 76.07 1993 | 305 3.05 79.12 1994 | 340 3.40 82.52 1995 | 371 3.71 86.23 1996 | 418 4.18 90.41 1997 | 444 4.44 94.85 1998 | 515 5.15 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahbuyyr variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EHBUYYR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,744 87.44 87.44 Statistical imputation (hot | 1,256 12.56 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehmort variable in sipp1996tm96puw9 dataset : RE: Mortgage on | home | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 3,102 31.02 31.02 Yes | 4,645 46.45 77.47 No | 2,253 22.53 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahmort variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EHMORT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,049 90.49 90.49 Statistical imputation (hot | 940 9.40 99.89 Logical imputation (derivation) | 11 0.11 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of enummort variable in sipp1996tm96puw9 dataset : RE: Number of | debts on this | home | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,355 53.55 53.55 1 | 4,033 40.33 93.88 2 | 599 5.99 99.87 3 | 11 0.11 99.98 30 | 2 0.02 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of anummort variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | ENUMMORT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,300 93.00 93.00 Statistical imputation (hot | 700 7.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tmor1pr variable in sipp1996tm96puw9 dataset : RE: Principal | owed for first, | second and all | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,355 53.55 53.55 40 | 3 0.03 53.58 89 | 3 0.03 53.61 105 | 5 0.05 53.66 115 | 3 0.03 53.69 425 | 2 0.02 53.71 500 | 2 0.02 53.73 535 | 4 0.04 53.77 700 | 4 0.04 53.81 1000 | 13 0.13 53.94 1200 | 5 0.05 53.99 1400 | 4 0.04 54.03 1460 | 2 0.02 54.05 1500 | 9 0.09 54.14 1700 | 3 0.03 54.17 2000 | 10 0.10 54.27 2100 | 6 0.06 54.33 2900 | 2 0.02 54.35 3000 | 17 0.17 54.52 3300 | 2 0.02 54.54 3500 | 2 0.02 54.56 4000 | 13 0.13 54.69 4700 | 2 0.02 54.71 4786 | 2 0.02 54.73 4800 | 6 0.06 54.79 5000 | 26 0.26 55.05 5141 | 4 0.04 55.09 5300 | 1 0.01 55.10 5500 | 4 0.04 55.14 5547 | 1 0.01 55.15 5760 | 2 0.02 55.17 6000 | 21 0.21 55.38 6500 | 2 0.02 55.40 7000 | 21 0.21 55.61 7450 | 2 0.02 55.63 7500 | 4 0.04 55.67 8000 | 34 0.34 56.01 9000 | 18 0.18 56.19 9500 | 1 0.01 56.20 9600 | 1 0.01 56.21 10000 | 49 0.49 56.70 11000 | 17 0.17 56.87 12000 | 34 0.34 57.21 12800 | 4 0.04 57.25 13000 | 24 0.24 57.49 13700 | 4 0.04 57.53 13925 | 2 0.02 57.55 14000 | 23 0.23 57.78 14200 | 2 0.02 57.80 14500 | 4 0.04 57.84 14774 | 4 0.04 57.88 15000 | 62 0.62 58.50 15041 | 3 0.03 58.53 15200 | 1 0.01 58.54 16000 | 30 0.30 58.84 17000 | 28 0.28 59.12 17261 | 4 0.04 59.16 18000 | 18 0.18 59.34 18353 | 6 0.06 59.40 19000 | 11 0.11 59.51 19700 | 2 0.02 59.53 20000 | 89 0.89 60.42 20200 | 2 0.02 60.44 21000 | 21 0.21 60.65 21400 | 4 0.04 60.69 21900 | 4 0.04 60.73 22000 | 23 0.23 60.96 22600 | 4 0.04 61.00 23000 | 28 0.28 61.28 23600 | 5 0.05 61.33 24000 | 12 0.12 61.45 24500 | 3 0.03 61.48 25000 | 44 0.44 61.92 25800 | 1 0.01 61.93 25887 | 1 0.01 61.94 26000 | 17 0.17 62.11 27000 | 13 0.13 62.24 28000 | 46 0.46 62.70 29000 | 41 0.41 63.11 29533 | 4 0.04 63.15 30000 | 83 0.83 63.98 31000 | 21 0.21 64.19 31086 | 1 0.01 64.20 31800 | 2 0.02 64.22 32000 | 27 0.27 64.49 33000 | 2 0.02 64.51 34000 | 18 0.18 64.69 35000 | 40 0.40 65.09 35800 | 2 0.02 65.11 36000 | 21 0.21 65.32 36500 | 2 0.02 65.34 37000 | 15 0.15 65.49 37287 | 4 0.04 65.53 37432 | 1 0.01 65.54 38000 | 34 0.34 65.88 39000 | 17 0.17 66.05 40000 | 94 0.94 66.99 41000 | 7 0.07 67.06 41500 | 4 0.04 67.10 42000 | 49 0.49 67.59 42600 | 4 0.04 67.63 42722 | 4 0.04 67.67 43000 | 37 0.37 68.04 43200 | 5 0.05 68.09 43294 | 4 0.04 68.13 44000 | 16 0.16 68.29 45000 | 52 0.52 68.81 45600 | 3 0.03 68.84 46000 | 26 0.26 69.10 46500 | 3 0.03 69.13 46600 | 4 0.04 69.17 46724 | 3 0.03 69.20 47000 | 35 0.35 69.55 47500 | 16 0.16 69.71 47729 | 4 0.04 69.75 48000 | 20 0.20 69.95 48100 | 4 0.04 69.99 48188 | 4 0.04 70.03 48500 | 6 0.06 70.09 49000 | 20 0.20 70.29 50000 | 114 1.14 71.43 51000 | 9 0.09 71.52 51900 | 3 0.03 71.55 52000 | 27 0.27 71.82 52300 | 21 0.21 72.03 53000 | 15 0.15 72.18 53160 | 1 0.01 72.19 54000 | 22 0.22 72.41 54600 | 4 0.04 72.45 55000 | 62 0.62 73.07 55573 | 3 0.03 73.10 55800 | 1 0.01 73.11 56000 | 33 0.33 73.44 56600 | 1 0.01 73.45 57000 | 13 0.13 73.58 58000 | 31 0.31 73.89 58133 | 4 0.04 73.93 58500 | 1 0.01 73.94 59000 | 15 0.15 74.09 59200 | 1 0.01 74.10 59500 | 8 0.08 74.18 60000 | 104 1.04 75.22 60165 | 3 0.03 75.25 60500 | 4 0.04 75.29 60800 | 3 0.03 75.32 61000 | 25 0.25 75.57 62000 | 51 0.51 76.08 63000 | 19 0.19 76.27 63500 | 5 0.05 76.32 64000 | 4 0.04 76.36 64600 | 2 0.02 76.38 65000 | 61 0.61 76.99 65338 | 5 0.05 77.04 66000 | 19 0.19 77.23 66500 | 4 0.04 77.27 66924 | 9 0.09 77.36 67000 | 29 0.29 77.65 67500 | 4 0.04 77.69 67818 | 2 0.02 77.71 68000 | 14 0.14 77.85 68805 | 4 0.04 77.89 69000 | 31 0.31 78.20 70000 | 92 0.92 79.12 71000 | 10 0.10 79.22 72000 | 36 0.36 79.58 72200 | 3 0.03 79.61 72500 | 2 0.02 79.63 72748 | 6 0.06 79.69 73000 | 21 0.21 79.90 74000 | 50 0.50 80.40 74393 | 1 0.01 80.41 74500 | 2 0.02 80.43 75000 | 87 0.87 81.30 75200 | 4 0.04 81.34 76000 | 21 0.21 81.55 77000 | 9 0.09 81.64 77600 | 1 0.01 81.65 77758 | 3 0.03 81.68 78000 | 32 0.32 82.00 79000 | 24 0.24 82.24 80000 | 106 1.06 83.30 80544 | 4 0.04 83.34 81000 | 7 0.07 83.41 82000 | 37 0.37 83.78 83000 | 12 0.12 83.90 83045 | 2 0.02 83.92 83200 | 2 0.02 83.94 83524 | 1 0.01 83.95 84000 | 22 0.22 84.17 85000 | 49 0.49 84.66 85341 | 2 0.02 84.68 86000 | 26 0.26 84.94 86500 | 3 0.03 84.97 86800 | 1 0.01 84.98 87000 | 16 0.16 85.14 88000 | 25 0.25 85.39 88436 | 2 0.02 85.41 88750 | 2 0.02 85.43 89000 | 23 0.23 85.66 89500 | 4 0.04 85.70 90000 | 34 0.34 86.04 90035 | 3 0.03 86.07 91000 | 7 0.07 86.14 92000 | 33 0.33 86.47 92600 | 4 0.04 86.51 93000 | 29 0.29 86.80 94000 | 4 0.04 86.84 94081 | 2 0.02 86.86 94940 | 3 0.03 86.89 95000 | 27 0.27 87.16 96000 | 13 0.13 87.29 97000 | 24 0.24 87.53 98000 | 16 0.16 87.69 99000 | 15 0.15 87.84 99800 | 2 0.02 87.86 100000 | 124 1.24 89.10 101000 | 16 0.16 89.26 102000 | 22 0.22 89.48 103000 | 13 0.13 89.61 104000 | 13 0.13 89.74 105000 | 29 0.29 90.03 106000 | 16 0.16 90.19 107000 | 14 0.14 90.33 108000 | 17 0.17 90.50 109000 | 9 0.09 90.59 110000 | 38 0.38 90.97 111000 | 6 0.06 91.03 112000 | 13 0.13 91.16 112300 | 4 0.04 91.20 113000 | 14 0.14 91.34 113500 | 4 0.04 91.38 114000 | 3 0.03 91.41 115000 | 23 0.23 91.64 115900 | 5 0.05 91.69 116000 | 6 0.06 91.75 116800 | 4 0.04 91.79 116900 | 2 0.02 91.81 117000 | 4 0.04 91.85 117380 | 3 0.03 91.88 117500 | 1 0.01 91.89 117693 | 2 0.02 91.91 117850 | 2 0.02 91.93 118000 | 10 0.10 92.03 119000 | 11 0.11 92.14 119824 | 4 0.04 92.18 120000 | 34 0.34 92.52 120738 | 6 0.06 92.58 121000 | 11 0.11 92.69 122000 | 26 0.26 92.95 123000 | 13 0.13 93.08 123985 | 2 0.02 93.10 124000 | 4 0.04 93.14 124787 | 4 0.04 93.18 125000 | 35 0.35 93.53 126000 | 4 0.04 93.57 127000 | 21 0.21 93.78 128000 | 9 0.09 93.87 129000 | 21 0.21 94.08 130000 | 44 0.44 94.52 131000 | 2 0.02 94.54 132000 | 13 0.13 94.67 133000 | 2 0.02 94.69 134000 | 16 0.16 94.85 135000 | 18 0.18 95.03 137000 | 20 0.20 95.23 138000 | 5 0.05 95.28 139000 | 4 0.04 95.32 140000 | 62 0.62 95.94 141000 | 2 0.02 95.96 142000 | 5 0.05 96.01 143000 | 4 0.04 96.05 145000 | 13 0.13 96.18 146000 | 7 0.07 96.25 147000 | 12 0.12 96.37 148000 | 4 0.04 96.41 149000 | 7 0.07 96.48 150000 | 13 0.13 96.61 152000 | 8 0.08 96.69 153000 | 7 0.07 96.76 158000 | 4 0.04 96.80 159000 | 6 0.06 96.86 160000 | 20 0.20 97.06 161000 | 7 0.07 97.13 162000 | 4 0.04 97.17 163000 | 6 0.06 97.23 170000 | 13 0.13 97.36 172000 | 15 0.15 97.51 175000 | 11 0.11 97.62 177000 | 3 0.03 97.65 180000 | 7 0.07 97.72 183000 | 5 0.05 97.77 185000 | 10 0.10 97.87 187000 | 2 0.02 97.89 189000 | 4 0.04 97.93 190000 | 16 0.16 98.09 192300 | 5 0.05 98.14 192500 | 4 0.04 98.18 195000 | 2 0.02 98.20 196000 | 14 0.14 98.34 198000 | 4 0.04 98.38 200000 | 6 0.06 98.44 201000 | 8 0.08 98.52 208000 | 2 0.02 98.54 210000 | 6 0.06 98.60 212000 | 4 0.04 98.64 213000 | 6 0.06 98.70 214000 | 4 0.04 98.74 219000 | 9 0.09 98.83 220000 | 4 0.04 98.87 225000 | 11 0.11 98.98 227150 | 4 0.04 99.02 230000 | 10 0.10 99.12 240000 | 3 0.03 99.15 250000 | 14 0.14 99.29 264400 | 7 0.07 99.36 268000 | 6 0.06 99.42 280000 | 10 0.10 99.52 290000 | 48 0.48 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor1pr variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TMOR1PR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,518 85.18 85.18 Statistical imputation (hot | 1,482 14.82 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor1yr variable in sipp1996tm96puw9 dataset : RE: Year first | mortgage | obtained | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,355 53.55 53.55 1953 | 1 0.01 53.56 1957 | 2 0.02 53.58 1963 | 3 0.03 53.61 1964 | 5 0.05 53.66 1965 | 5 0.05 53.71 1966 | 11 0.11 53.82 1967 | 14 0.14 53.96 1968 | 19 0.19 54.15 1969 | 6 0.06 54.21 1970 | 23 0.23 54.44 1971 | 15 0.15 54.59 1972 | 18 0.18 54.77 1973 | 25 0.25 55.02 1974 | 17 0.17 55.19 1975 | 50 0.50 55.69 1976 | 47 0.47 56.16 1977 | 75 0.75 56.91 1978 | 47 0.47 57.38 1979 | 67 0.67 58.05 1980 | 57 0.57 58.62 1981 | 47 0.47 59.09 1982 | 62 0.62 59.71 1983 | 66 0.66 60.37 1984 | 80 0.80 61.17 1985 | 103 1.03 62.20 1986 | 128 1.28 63.48 1987 | 150 1.50 64.98 1988 | 148 1.48 66.46 1989 | 216 2.16 68.62 1990 | 238 2.38 71.00 1991 | 180 1.80 72.80 1992 | 264 2.64 75.44 1993 | 283 2.83 78.27 1994 | 328 3.28 81.55 1995 | 298 2.98 84.53 1996 | 402 4.02 88.55 1997 | 450 4.50 93.05 1998 | 650 6.50 99.55 1999 | 45 0.45 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor1yr variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EMOR1YR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,133 91.33 91.33 Statistical imputation (hot | 867 8.67 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor1mo variable in sipp1996tm96puw9 dataset : RE: Month first | mortgage | obtained | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,851 88.51 88.51 1 | 72 0.72 89.23 2 | 75 0.75 89.98 3 | 69 0.69 90.67 4 | 88 0.88 91.55 5 | 87 0.87 92.42 6 | 83 0.83 93.25 7 | 125 1.25 94.50 8 | 127 1.27 95.77 9 | 90 0.90 96.67 10 | 133 1.33 98.00 11 | 118 1.18 99.18 12 | 82 0.82 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor1mo variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EMOR1MO | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,736 97.36 97.36 Statistical imputation (hot | 264 2.64 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tmor1amt variable in sipp1996tm96puw9 dataset : RE: First and second | loan amount | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 5,355 53.55 53.55 1 | 7 0.07 53.62 26 | 1 0.01 53.63 38 | 5 0.05 53.68 40 | 3 0.03 53.71 55 | 2 0.02 53.73 115 | 3 0.03 53.76 406 | 5 0.05 53.81 425 | 11 0.11 53.92 435 | 1 0.01 53.93 450 | 6 0.06 53.99 720 | 3 0.03 54.02 736 | 5 0.05 54.07 750 | 3 0.03 54.10 900 | 4 0.04 54.14 1000 | 5 0.05 54.19 5000 | 12 0.12 54.31 5200 | 5 0.05 54.36 5500 | 2 0.02 54.38 6200 | 1 0.01 54.39 7000 | 4 0.04 54.43 8000 | 8 0.08 54.51 8400 | 2 0.02 54.53 9000 | 4 0.04 54.57 9800 | 2 0.02 54.59 10000 | 17 0.17 54.76 10200 | 1 0.01 54.77 11000 | 2 0.02 54.79 12000 | 7 0.07 54.86 13000 | 5 0.05 54.91 13500 | 6 0.06 54.97 14000 | 9 0.09 55.06 15000 | 31 0.31 55.37 15300 | 2 0.02 55.39 16000 | 13 0.13 55.52 17000 | 23 0.23 55.75 17500 | 5 0.05 55.80 17900 | 2 0.02 55.82 18000 | 20 0.20 56.02 18500 | 2 0.02 56.04 18600 | 1 0.01 56.05 19000 | 8 0.08 56.13 19500 | 4 0.04 56.17 20000 | 79 0.79 56.96 20500 | 4 0.04 57.00 21000 | 12 0.12 57.12 21500 | 3 0.03 57.15 22000 | 1 0.01 57.16 22500 | 9 0.09 57.25 22800 | 18 0.18 57.43 23000 | 15 0.15 57.58 24000 | 13 0.13 57.71 24700 | 4 0.04 57.75 25000 | 86 0.86 58.61 26000 | 27 0.27 58.88 26900 | 2 0.02 58.90 27000 | 17 0.17 59.07 27500 | 6 0.06 59.13 27900 | 1 0.01 59.14 28000 | 30 0.30 59.44 28500 | 1 0.01 59.45 29000 | 26 0.26 59.71 29500 | 3 0.03 59.74 29999 | 1 0.01 59.75 30000 | 83 0.83 60.58 31000 | 9 0.09 60.67 31300 | 2 0.02 60.69 32000 | 52 0.52 61.21 32038 | 1 0.01 61.22 32500 | 5 0.05 61.27 33000 | 27 0.27 61.54 34000 | 13 0.13 61.67 35000 | 49 0.49 62.16 35600 | 1 0.01 62.17 35700 | 3 0.03 62.20 36000 | 15 0.15 62.35 36500 | 18 0.18 62.53 37000 | 11 0.11 62.64 38000 | 28 0.28 62.92 39000 | 5 0.05 62.97 39200 | 2 0.02 62.99 39900 | 3 0.03 63.02 39950 | 10 0.10 63.12 40000 | 73 0.73 63.85 41000 | 6 0.06 63.91 41500 | 3 0.03 63.94 42000 | 33 0.33 64.27 42500 | 3 0.03 64.30 43000 | 17 0.17 64.47 43900 | 1 0.01 64.48 44000 | 15 0.15 64.63 44500 | 11 0.11 64.74 44900 | 1 0.01 64.75 45000 | 96 0.96 65.71 45500 | 13 0.13 65.84 45768 | 3 0.03 65.87 45900 | 2 0.02 65.89 46000 | 7 0.07 65.96 47000 | 6 0.06 66.02 47500 | 5 0.05 66.07 47900 | 4 0.04 66.11 48000 | 36 0.36 66.47 48500 | 13 0.13 66.60 49000 | 10 0.10 66.70 49500 | 5 0.05 66.75 49900 | 3 0.03 66.78 50000 | 116 1.16 67.94 51000 | 13 0.13 68.07 51500 | 4 0.04 68.11 51900 | 3 0.03 68.14 52000 | 28 0.28 68.42 53000 | 15 0.15 68.57 53100 | 4 0.04 68.61 53700 | 4 0.04 68.65 54000 | 8 0.08 68.73 55000 | 79 0.79 69.52 55400 | 3 0.03 69.55 55573 | 3 0.03 69.58 56000 | 39 0.39 69.97 56900 | 3 0.03 70.00 57000 | 14 0.14 70.14 57005 | 1 0.01 70.15 57500 | 5 0.05 70.20 58000 | 14 0.14 70.34 58500 | 1 0.01 70.35 59000 | 19 0.19 70.54 60000 | 119 1.19 71.73 60500 | 4 0.04 71.77 61000 | 29 0.29 72.06 61400 | 3 0.03 72.09 61500 | 4 0.04 72.13 62000 | 32 0.32 72.45 62500 | 3 0.03 72.48 62750 | 2 0.02 72.50 62890 | 4 0.04 72.54 63000 | 20 0.20 72.74 63500 | 7 0.07 72.81 64000 | 16 0.16 72.97 64204 | 2 0.02 72.99 64500 | 7 0.07 73.06 65000 | 67 0.67 73.73 66000 | 11 0.11 73.84 66196 | 9 0.09 73.93 67000 | 20 0.20 74.13 67500 | 2 0.02 74.15 68000 | 18 0.18 74.33 68805 | 4 0.04 74.37 69000 | 13 0.13 74.50 69500 | 8 0.08 74.58 69900 | 1 0.01 74.59 70000 | 132 1.32 75.91 71000 | 9 0.09 76.00 72000 | 25 0.25 76.25 72200 | 4 0.04 76.29 72500 | 2 0.02 76.31 72800 | 3 0.03 76.34 73000 | 16 0.16 76.50 74000 | 10 0.10 76.60 74900 | 3 0.03 76.63 75000 | 90 0.90 77.53 75500 | 4 0.04 77.57 76000 | 19 0.19 77.76 76500 | 3 0.03 77.79 77000 | 22 0.22 78.01 77500 | 4 0.04 78.05 78000 | 54 0.54 78.59 78800 | 3 0.03 78.62 79000 | 30 0.30 78.92 80000 | 107 1.07 79.99 81000 | 16 0.16 80.15 82000 | 47 0.47 80.62 82500 | 12 0.12 80.74 83000 | 22 0.22 80.96 84000 | 27 0.27 81.23 84500 | 6 0.06 81.29 85000 | 75 0.75 82.04 85674 | 2 0.02 82.06 86000 | 16 0.16 82.22 87000 | 15 0.15 82.37 87500 | 9 0.09 82.46 87900 | 4 0.04 82.50 88000 | 13 0.13 82.63 88500 | 8 0.08 82.71 89000 | 28 0.28 82.99 89950 | 5 0.05 83.04 90000 | 117 1.17 84.21 91000 | 24 0.24 84.45 91500 | 1 0.01 84.46 92000 | 32 0.32 84.78 93000 | 20 0.20 84.98 93500 | 4 0.04 85.02 94000 | 9 0.09 85.11 94500 | 4 0.04 85.15 94900 | 2 0.02 85.17 95000 | 49 0.49 85.66 95500 | 4 0.04 85.70 96000 | 17 0.17 85.87 97000 | 15 0.15 86.02 97500 | 6 0.06 86.08 98000 | 6 0.06 86.14 98500 | 9 0.09 86.23 98600 | 2 0.02 86.25 99000 | 15 0.15 86.40 99450 | 2 0.02 86.42 100000 | 104 1.04 87.46 101000 | 3 0.03 87.49 102000 | 10 0.10 87.59 102500 | 2 0.02 87.61 102900 | 4 0.04 87.65 103000 | 12 0.12 87.77 103100 | 4 0.04 87.81 104000 | 13 0.13 87.94 105000 | 25 0.25 88.19 106000 | 15 0.15 88.34 107000 | 15 0.15 88.49 107500 | 6 0.06 88.55 108000 | 25 0.25 88.80 108800 | 2 0.02 88.82 109000 | 6 0.06 88.88 110000 | 52 0.52 89.40 110900 | 7 0.07 89.47 111000 | 9 0.09 89.56 111001 | 1 0.01 89.57 112000 | 14 0.14 89.71 113000 | 5 0.05 89.76 114000 | 15 0.15 89.91 114600 | 2 0.02 89.93 115000 | 24 0.24 90.17 116000 | 18 0.18 90.35 117000 | 10 0.10 90.45 117800 | 2 0.02 90.47 118000 | 6 0.06 90.53 118600 | 3 0.03 90.56 119000 | 14 0.14 90.70 120000 | 71 0.71 91.41 121000 | 3 0.03 91.44 122000 | 3 0.03 91.47 122700 | 4 0.04 91.51 123000 | 11 0.11 91.62 124000 | 12 0.12 91.74 124900 | 4 0.04 91.78 125000 | 37 0.37 92.15 126000 | 5 0.05 92.20 127000 | 30 0.30 92.50 128000 | 10 0.10 92.60 129000 | 6 0.06 92.66 129100 | 5 0.05 92.71 130000 | 61 0.61 93.32 130800 | 2 0.02 93.34 131000 | 5 0.05 93.39 132000 | 20 0.20 93.59 133000 | 3 0.03 93.62 134000 | 7 0.07 93.69 135000 | 32 0.32 94.01 136000 | 23 0.23 94.24 137000 | 5 0.05 94.29 137500 | 8 0.08 94.37 138000 | 3 0.03 94.40 139000 | 4 0.04 94.44 139900 | 3 0.03 94.47 140000 | 16 0.16 94.63 142000 | 4 0.04 94.67 144000 | 5 0.05 94.72 145000 | 43 0.43 95.15 145800 | 4 0.04 95.19 146000 | 2 0.02 95.21 146500 | 4 0.04 95.25 147000 | 13 0.13 95.38 147900 | 3 0.03 95.41 148000 | 4 0.04 95.45 149000 | 7 0.07 95.52 150000 | 56 0.56 96.08 153000 | 4 0.04 96.12 155000 | 7 0.07 96.19 156000 | 4 0.04 96.23 158000 | 14 0.14 96.37 160000 | 21 0.21 96.58 161000 | 5 0.05 96.63 162000 | 4 0.04 96.67 164000 | 5 0.05 96.72 165000 | 15 0.15 96.87 168000 | 6 0.06 96.93 170000 | 4 0.04 96.97 172000 | 8 0.08 97.05 173282 | 3 0.03 97.08 174000 | 5 0.05 97.13 175000 | 12 0.12 97.25 176000 | 4 0.04 97.29 177000 | 3 0.03 97.32 180000 | 18 0.18 97.50 181000 | 4 0.04 97.54 185000 | 7 0.07 97.61 186000 | 2 0.02 97.63 187000 | 4 0.04 97.67 188000 | 5 0.05 97.72 188500 | 3 0.03 97.75 189000 | 3 0.03 97.78 190000 | 5 0.05 97.83 191000 | 7 0.07 97.90 192000 | 2 0.02 97.92 193400 | 5 0.05 97.97 195000 | 2 0.02 97.99 198000 | 20 0.20 98.19 200000 | 26 0.26 98.45 204000 | 4 0.04 98.49 205000 | 9 0.09 98.58 210000 | 2 0.02 98.60 211000 | 4 0.04 98.64 212000 | 4 0.04 98.68 214000 | 5 0.05 98.73 216000 | 2 0.02 98.75 218000 | 4 0.04 98.79 220000 | 20 0.20 98.99 224000 | 5 0.05 99.04 225000 | 3 0.03 99.07 227150 | 4 0.04 99.11 230000 | 9 0.09 99.20 240000 | 3 0.03 99.23 250000 | 13 0.13 99.36 256000 | 3 0.03 99.39 275000 | 6 0.06 99.45 275001 | 4 0.04 99.49 276000 | 7 0.07 99.56 285000 | 3 0.03 99.59 295000 | 4 0.04 99.63 300000 | 37 0.37 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor1amt variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | TMOR1AMT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,511 85.11 85.11 Statistical imputation (hot | 1,489 14.89 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor1yrs variable in sipp1996tm96puw9 dataset : RE: Total years | for payments of | home loan | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,355 53.55 53.55 1 | 4 0.04 53.59 2 | 11 0.11 53.70 3 | 12 0.12 53.82 4 | 5 0.05 53.87 5 | 49 0.49 54.36 6 | 7 0.07 54.43 7 | 24 0.24 54.67 8 | 17 0.17 54.84 9 | 7 0.07 54.91 10 | 124 1.24 56.15 11 | 5 0.05 56.20 12 | 15 0.15 56.35 13 | 4 0.04 56.39 14 | 6 0.06 56.45 15 | 659 6.59 63.04 16 | 2 0.02 63.06 17 | 14 0.14 63.20 18 | 1 0.01 63.21 19 | 1 0.01 63.22 20 | 180 1.80 65.02 22 | 7 0.07 65.09 23 | 4 0.04 65.13 25 | 105 1.05 66.18 26 | 1 0.01 66.19 29 | 9 0.09 66.28 30 | 3,347 33.47 99.75 32 | 3 0.03 99.78 33 | 20 0.20 99.98 39 | 2 0.02 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor1yrs variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EMOR1YRS | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,786 87.86 87.86 Cold deck imputation | 1,214 12.14 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor1int variable in sipp1996tm96puw9 dataset : RE: Interest | rate on first | mortgage | Freq. Percent Cum. ----------------+----------------------------------- -.01 | 5,355 53.55 53.55 .01 | 3 0.03 53.58 .07 | 2 0.02 53.60 .08 | 59 0.59 54.19 .09 | 2 0.02 54.21 .1 | 14 0.14 54.35 1.5 | 3 0.03 54.38 2 | 4 0.04 54.42 2.5 | 2 0.02 54.44 4 | 4 0.04 54.48 4.5 | 3 0.03 54.51 4.9 | 1 0.01 54.52 5 | 3 0.03 54.55 5.25 | 6 0.06 54.61 5.31 | 3 0.03 54.64 5.44 | 3 0.03 54.67 5.5 | 3 0.03 54.70 5.75 | 9 0.09 54.79 5.9 | 8 0.08 54.87 6 | 106 1.06 55.93 6.1 | 10 0.10 56.03 6.2 | 6 0.06 56.09 6.23 | 3 0.03 56.12 6.24 | 1 0.01 56.13 6.25 | 68 0.68 56.81 6.3 | 24 0.24 57.05 6.34 | 10 0.10 57.15 6.37 | 11 0.11 57.26 6.38 | 16 0.16 57.42 6.4 | 13 0.13 57.55 6.5 | 138 1.38 58.93 6.58 | 11 0.11 59.04 6.6 | 15 0.15 59.19 6.62 | 16 0.16 59.35 6.63 | 2 0.02 59.37 6.65 | 7 0.07 59.44 6.67 | 9 0.09 59.53 6.7 | 24 0.24 59.77 6.75 | 225 2.25 62.02 6.78 | 7 0.07 62.09 6.8 | 42 0.42 62.51 6.85 | 6 0.06 62.57 6.87 | 9 0.09 62.66 6.88 | 6 0.06 62.72 6.89 | 5 0.05 62.77 6.9 | 45 0.45 63.22 6.95 | 3 0.03 63.25 6.99 | 1 0.01 63.26 7 | 635 6.35 69.61 7.09 | 2 0.02 69.63 7.1 | 15 0.15 69.78 7.12 | 15 0.15 69.93 7.13 | 18 0.18 70.11 7.15 | 2 0.02 70.13 7.2 | 51 0.51 70.64 7.23 | 3 0.03 70.67 7.25 | 250 2.50 73.17 7.26 | 2 0.02 73.19 7.28 | 2 0.02 73.21 7.3 | 45 0.45 73.66 7.34 | 10 0.10 73.76 7.35 | 24 0.24 74.00 7.37 | 5 0.05 74.05 7.38 | 17 0.17 74.22 7.4 | 16 0.16 74.38 7.45 | 1 0.01 74.39 7.48 | 1 0.01 74.40 7.49 | 1 0.01 74.41 7.5 | 434 4.34 78.75 7.52 | 12 0.12 78.87 7.58 | 4 0.04 78.91 7.59 | 5 0.05 78.96 7.6 | 43 0.43 79.39 7.62 | 3 0.03 79.42 7.63 | 4 0.04 79.46 7.65 | 3 0.03 79.49 7.68 | 4 0.04 79.53 7.7 | 25 0.25 79.78 7.75 | 153 1.53 81.31 7.78 | 6 0.06 81.37 7.8 | 38 0.38 81.75 7.85 | 7 0.07 81.82 7.87 | 18 0.18 82.00 7.88 | 5 0.05 82.05 7.89 | 5 0.05 82.10 7.9 | 71 0.71 82.81 7.95 | 2 0.02 82.83 7.99 | 6 0.06 82.89 8 | 485 4.85 87.74 8.1 | 22 0.22 87.96 8.12 | 3 0.03 87.99 8.15 | 5 0.05 88.04 8.2 | 11 0.11 88.15 8.25 | 113 1.13 89.28 8.3 | 21 0.21 89.49 8.34 | 12 0.12 89.61 8.35 | 2 0.02 89.63 8.38 | 10 0.10 89.73 8.4 | 8 0.08 89.81 8.5 | 229 2.29 92.10 8.6 | 4 0.04 92.14 8.75 | 56 0.56 92.70 8.78 | 3 0.03 92.73 8.8 | 5 0.05 92.78 8.9 | 8 0.08 92.86 9 | 229 2.29 95.15 9.18 | 2 0.02 95.17 9.25 | 37 0.37 95.54 9.3 | 2 0.02 95.56 9.5 | 74 0.74 96.30 9.7 | 10 0.10 96.40 9.75 | 14 0.14 96.54 9.99 | 2 0.02 96.56 10 | 98 0.98 97.54 10.2 | 3 0.03 97.57 10.25 | 5 0.05 97.62 10.3 | 7 0.07 97.69 10.5 | 34 0.34 98.03 10.62 | 4 0.04 98.07 10.64 | 1 0.01 98.08 10.75 | 10 0.10 98.18 10.9 | 6 0.06 98.24 11 | 33 0.33 98.57 11.25 | 8 0.08 98.65 11.5 | 17 0.17 98.82 11.9 | 5 0.05 98.87 11.95 | 1 0.01 98.88 12 | 23 0.23 99.11 12.1 | 1 0.01 99.12 12.25 | 5 0.05 99.17 12.5 | 6 0.06 99.23 12.6 | 1 0.01 99.24 12.99 | 8 0.08 99.32 13 | 10 0.10 99.42 13.2 | 18 0.18 99.60 13.9 | 6 0.06 99.66 14 | 3 0.03 99.69 15 | 14 0.14 99.83 16 | 4 0.04 99.87 18 | 6 0.06 99.93 19 | 3 0.03 99.96 21 | 4 0.04 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor1int variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EMOR1INT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,373 83.73 83.73 Statistical imputation (hot | 1,627 16.27 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor1var variable in sipp1996tm96puw9 dataset : RE: Variable or fixed | rate for first home | Freq. Percent Cum. -----------------------+----------------------------------- Not in universe | 5,355 53.55 53.55 Variable interest rate | 532 5.32 58.87 Fixed interest rate | 4,113 41.13 100.00 -----------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor1var variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EMOR1VAR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,364 83.64 83.64 Statistical imputation (hot | 1,636 16.36 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor1pgm variable in sipp1996tm96puw9 dataset : RE: First loan | FHA/VA mortgage | program | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,355 53.55 53.55 Yes - FHA LOAN | 645 6.45 60.00 Yes - VA LOAN | 298 2.98 62.98 No | 3,702 37.02 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor1pgm variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EMOR1PGM | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,966 89.66 89.66 Statistical imputation (hot | 1,034 10.34 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tmor2pr variable in sipp1996tm96puw9 dataset : RE: Flag indicating | principal on second | Freq. Percent Cum. -----------------------------+----------------------------------- Not in universe | 9,388 93.88 93.88 Flag indicating principal on | 612 6.12 100.00 -----------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor2pr variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TMOR2PR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,891 98.91 98.91 Statistical imputation (hot | 109 1.09 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor2yr variable in sipp1996tm96puw9 dataset : RE: Year 2nd | mortgage | obtained | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,388 93.88 93.88 1980 | 2 0.02 93.90 1983 | 2 0.02 93.92 1984 | 4 0.04 93.96 1987 | 7 0.07 94.03 1988 | 10 0.10 94.13 1989 | 4 0.04 94.17 1990 | 9 0.09 94.26 1991 | 17 0.17 94.43 1992 | 11 0.11 94.54 1993 | 21 0.21 94.75 1994 | 40 0.40 95.15 1995 | 70 0.70 95.85 1996 | 78 0.78 96.63 1997 | 144 1.44 98.07 1998 | 180 1.80 99.87 1999 | 13 0.13 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor2yr variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EMOR2YR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,914 99.14 99.14 Statistical imputation (hot | 86 0.86 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor2mo variable in sipp1996tm96puw9 dataset : RE: Month 2nd | mortgage | obtained | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,663 96.63 96.63 1 | 28 0.28 96.91 2 | 31 0.31 97.22 3 | 19 0.19 97.41 4 | 15 0.15 97.56 5 | 38 0.38 97.94 6 | 29 0.29 98.23 7 | 40 0.40 98.63 8 | 26 0.26 98.89 9 | 15 0.15 99.04 10 | 26 0.26 99.30 11 | 34 0.34 99.64 12 | 36 0.36 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor2mo variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EMOR2MO | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,944 99.44 99.44 Statistical imputation (hot | 56 0.56 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tmor2amt variable in sipp1996tm96puw9 dataset : RE: Flag indicating second | mortgage | Freq. Percent Cum. --------------------------------+----------------------------------- None or not in universe | 9,388 93.88 93.88 Flag indicating second mortgage | 612 6.12 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor2amt variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EMOR2AMT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,876 98.76 98.76 Statistical imputation (hot | 124 1.24 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor2yrs variable in sipp1996tm96puw9 dataset : RE: Total years | for payments of | 2nd mortgage | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,388 93.88 93.88 3 | 9 0.09 93.97 4 | 5 0.05 94.02 5 | 93 0.93 94.95 6 | 1 0.01 94.96 7 | 9 0.09 95.05 8 | 3 0.03 95.08 10 | 114 1.14 96.22 12 | 4 0.04 96.26 14 | 2 0.02 96.28 15 | 327 3.27 99.55 16 | 5 0.05 99.60 20 | 5 0.05 99.65 25 | 7 0.07 99.72 30 | 28 0.28 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor2yrs variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EMOR2YRS | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,784 97.84 97.84 Cold deck imputation | 216 2.16 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor2int variable in sipp1996tm96puw9 dataset : RE: Interest | rate on 2nd | mortgage | Freq. Percent Cum. ----------------+----------------------------------- -.01 | 9,388 93.88 93.88 .01 | 3 0.03 93.91 .08 | 16 0.16 94.07 .25 | 4 0.04 94.11 2 | 5 0.05 94.16 5 | 4 0.04 94.20 6 | 18 0.18 94.38 6.25 | 4 0.04 94.42 6.5 | 11 0.11 94.53 6.6 | 2 0.02 94.55 6.78 | 5 0.05 94.60 6.88 | 3 0.03 94.63 6.9 | 2 0.02 94.65 7 | 31 0.31 94.96 7.1 | 5 0.05 95.01 7.13 | 5 0.05 95.06 7.25 | 6 0.06 95.12 7.5 | 31 0.31 95.43 7.75 | 10 0.10 95.53 7.8 | 2 0.02 95.55 7.9 | 10 0.10 95.65 8 | 47 0.47 96.12 8.25 | 24 0.24 96.36 8.45 | 3 0.03 96.39 8.49 | 3 0.03 96.42 8.5 | 35 0.35 96.77 8.75 | 6 0.06 96.83 9 | 51 0.51 97.34 9.04 | 2 0.02 97.36 9.5 | 25 0.25 97.61 9.75 | 7 0.07 97.68 9.9 | 6 0.06 97.74 10 | 50 0.50 98.24 10.25 | 8 0.08 98.32 10.5 | 14 0.14 98.46 10.75 | 9 0.09 98.55 11 | 26 0.26 98.81 11.2 | 4 0.04 98.85 11.25 | 2 0.02 98.87 11.5 | 12 0.12 98.99 11.9 | 6 0.06 99.05 12 | 39 0.39 99.44 12.49 | 5 0.05 99.49 12.5 | 4 0.04 99.53 12.9 | 5 0.05 99.58 13 | 3 0.03 99.61 13.9 | 6 0.06 99.67 14 | 9 0.09 99.76 14.1 | 4 0.04 99.80 15 | 9 0.09 99.89 17 | 5 0.05 99.94 19 | 4 0.04 99.98 28.9 | 2 0.02 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor2int variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EMOR2INT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,838 98.38 98.38 Statistical imputation (hot | 162 1.62 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor2var variable in sipp1996tm96puw9 dataset : RE: Variable/fixed | rate for 2nd loan | Freq. Percent Cum. -----------------------+----------------------------------- Not in universe | 9,388 93.88 93.88 Variable interest rate | 138 1.38 95.26 Fixed interest rate | 474 4.74 100.00 -----------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor2var variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EMOR2VAR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,828 98.28 98.28 Statistical imputation (hot | 172 1.72 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emor2pgm variable in sipp1996tm96puw9 dataset : RE: 2nd loan | FHA/VA mortgage | program | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,388 93.88 93.88 Yes-FHA loan | 12 0.12 94.00 Yes-VA loan | 12 0.12 94.12 No | 588 5.88 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor2pgm variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EMOR2PGM | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,907 99.07 99.07 Statistical imputation (hot | 93 0.93 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tmor3pr variable in sipp1996tm96puw9 dataset : RE: Flag indicating | principal owed on other | Freq. Percent Cum. --------------------------+----------------------------------- None or not in universe | 9,987 99.87 99.87 Flag indicating principal | 13 0.13 100.00 --------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amor3pr variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TMOR3PR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,996 99.96 99.96 Statistical imputation (hot | 4 0.04 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tpropval variable in sipp1996tm96puw9 dataset : RE: Current value of | property | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 3,102 31.02 31.02 1 | 3 0.03 31.05 2 | 2 0.02 31.07 80 | 2 0.02 31.09 90 | 1 0.01 31.10 125 | 7 0.07 31.17 145 | 2 0.02 31.19 150 | 2 0.02 31.21 160 | 3 0.03 31.24 165 | 1 0.01 31.25 2500 | 5 0.05 31.30 4000 | 2 0.02 31.32 5000 | 5 0.05 31.37 8800 | 3 0.03 31.40 9000 | 3 0.03 31.43 10000 | 13 0.13 31.56 11300 | 4 0.04 31.60 12000 | 4 0.04 31.64 14000 | 1 0.01 31.65 15000 | 30 0.30 31.95 16000 | 6 0.06 32.01 17000 | 2 0.02 32.03 17100 | 1 0.01 32.04 18000 | 7 0.07 32.11 18400 | 4 0.04 32.15 18500 | 2 0.02 32.17 20000 | 34 0.34 32.51 21000 | 7 0.07 32.58 22500 | 2 0.02 32.60 23000 | 2 0.02 32.62 23500 | 3 0.03 32.65 24000 | 4 0.04 32.69 24300 | 2 0.02 32.71 25000 | 46 0.46 33.17 25100 | 2 0.02 33.19 27000 | 12 0.12 33.31 28000 | 4 0.04 33.35 29000 | 5 0.05 33.40 30000 | 64 0.64 34.04 31000 | 1 0.01 34.05 32000 | 11 0.11 34.16 32500 | 3 0.03 34.19 33000 | 3 0.03 34.22 34000 | 10 0.10 34.32 35000 | 75 0.75 35.07 36500 | 5 0.05 35.12 37000 | 1 0.01 35.13 37500 | 2 0.02 35.15 37900 | 5 0.05 35.20 38000 | 5 0.05 35.25 40000 | 115 1.15 36.40 41000 | 1 0.01 36.41 42000 | 18 0.18 36.59 43000 | 4 0.04 36.63 43500 | 3 0.03 36.66 45000 | 108 1.08 37.74 45900 | 3 0.03 37.77 46000 | 3 0.03 37.80 46500 | 3 0.03 37.83 47000 | 12 0.12 37.95 47500 | 3 0.03 37.98 48000 | 30 0.30 38.28 48500 | 4 0.04 38.32 49000 | 11 0.11 38.43 50000 | 231 2.31 40.74 51000 | 4 0.04 40.78 52000 | 13 0.13 40.91 53000 | 1 0.01 40.92 54000 | 6 0.06 40.98 55000 | 121 1.21 42.19 56000 | 3 0.03 42.22 57000 | 31 0.31 42.53 58000 | 2 0.02 42.55 59000 | 4 0.04 42.59 60000 | 209 2.09 44.68 61000 | 5 0.05 44.73 62000 | 10 0.10 44.83 63000 | 6 0.06 44.89 64000 | 3 0.03 44.92 65000 | 154 1.54 46.46 66000 | 7 0.07 46.53 67000 | 18 0.18 46.71 68000 | 30 0.30 47.01 69000 | 22 0.22 47.23 69500 | 2 0.02 47.25 70000 | 205 2.05 49.30 71000 | 6 0.06 49.36 71500 | 2 0.02 49.38 71700 | 2 0.02 49.40 71800 | 2 0.02 49.42 72000 | 35 0.35 49.77 73000 | 10 0.10 49.87 73400 | 3 0.03 49.90 74000 | 6 0.06 49.96 75000 | 194 1.94 51.90 76000 | 6 0.06 51.96 76900 | 2 0.02 51.98 77000 | 21 0.21 52.19 78000 | 11 0.11 52.30 78900 | 6 0.06 52.36 79000 | 20 0.20 52.56 79500 | 6 0.06 52.62 79900 | 2 0.02 52.64 80000 | 288 2.88 55.52 81000 | 3 0.03 55.55 82000 | 20 0.20 55.75 83000 | 21 0.21 55.96 84000 | 7 0.07 56.03 84900 | 4 0.04 56.07 85000 | 163 1.63 57.70 86000 | 7 0.07 57.77 87000 | 4 0.04 57.81 88000 | 8 0.08 57.89 88500 | 2 0.02 57.91 89000 | 32 0.32 58.23 90000 | 225 2.25 60.48 91000 | 13 0.13 60.61 92000 | 42 0.42 61.03 92500 | 7 0.07 61.10 93000 | 5 0.05 61.15 93500 | 4 0.04 61.19 94000 | 6 0.06 61.25 94500 | 3 0.03 61.28 95000 | 84 0.84 62.12 96000 | 23 0.23 62.35 97000 | 14 0.14 62.49 98000 | 30 0.30 62.79 99000 | 11 0.11 62.90 99800 | 2 0.02 62.92 100000 | 354 3.54 66.46 101000 | 9 0.09 66.55 102000 | 7 0.07 66.62 103000 | 2 0.02 66.64 104000 | 5 0.05 66.69 105000 | 42 0.42 67.11 106000 | 8 0.08 67.19 107000 | 11 0.11 67.30 109000 | 6 0.06 67.36 110000 | 194 1.94 69.30 111000 | 6 0.06 69.36 112000 | 12 0.12 69.48 113000 | 4 0.04 69.52 114000 | 3 0.03 69.55 115000 | 86 0.86 70.41 117000 | 6 0.06 70.47 118000 | 12 0.12 70.59 118600 | 1 0.01 70.60 119000 | 4 0.04 70.64 120000 | 200 2.00 72.64 121000 | 5 0.05 72.69 121500 | 4 0.04 72.73 123000 | 3 0.03 72.76 124000 | 8 0.08 72.84 125000 | 210 2.10 74.94 126000 | 9 0.09 75.03 127000 | 14 0.14 75.17 128000 | 10 0.10 75.27 129000 | 16 0.16 75.43 130000 | 165 1.65 77.08 132000 | 16 0.16 77.24 133000 | 7 0.07 77.31 134000 | 4 0.04 77.35 135000 | 101 1.01 78.36 136000 | 15 0.15 78.51 137000 | 2 0.02 78.53 138000 | 8 0.08 78.61 139000 | 1 0.01 78.62 140000 | 148 1.48 80.10 142000 | 8 0.08 80.18 143000 | 3 0.03 80.21 144000 | 2 0.02 80.23 144800 | 5 0.05 80.28 145000 | 43 0.43 80.71 146000 | 7 0.07 80.78 147000 | 3 0.03 80.81 148000 | 2 0.02 80.83 149000 | 2 0.02 80.85 149500 | 3 0.03 80.88 150000 | 293 2.93 83.81 152000 | 3 0.03 83.84 154000 | 2 0.02 83.86 155000 | 33 0.33 84.19 156000 | 3 0.03 84.22 159500 | 2 0.02 84.24 160000 | 139 1.39 85.63 162000 | 1 0.01 85.64 162500 | 5 0.05 85.69 163000 | 4 0.04 85.73 165000 | 45 0.45 86.18 165500 | 1 0.01 86.19 166000 | 6 0.06 86.25 167000 | 7 0.07 86.32 168000 | 4 0.04 86.36 169000 | 8 0.08 86.44 170000 | 86 0.86 87.30 172000 | 6 0.06 87.36 175000 | 126 1.26 88.62 176500 | 4 0.04 88.66 179000 | 4 0.04 88.70 180000 | 57 0.57 89.27 185000 | 35 0.35 89.62 186000 | 4 0.04 89.66 187000 | 7 0.07 89.73 188000 | 2 0.02 89.75 189000 | 13 0.13 89.88 190000 | 50 0.50 90.38 192000 | 2 0.02 90.40 194000 | 4 0.04 90.44 195000 | 25 0.25 90.69 200000 | 156 1.56 92.25 202000 | 4 0.04 92.29 205000 | 11 0.11 92.40 210000 | 26 0.26 92.66 212000 | 7 0.07 92.73 214000 | 2 0.02 92.75 215000 | 3 0.03 92.78 216000 | 5 0.05 92.83 217000 | 1 0.01 92.84 220000 | 38 0.38 93.22 225000 | 38 0.38 93.60 228000 | 2 0.02 93.62 230000 | 12 0.12 93.74 235000 | 14 0.14 93.88 240000 | 27 0.27 94.15 245000 | 6 0.06 94.21 248000 | 4 0.04 94.25 250000 | 144 1.44 95.69 253000 | 3 0.03 95.72 255000 | 6 0.06 95.78 260000 | 24 0.24 96.02 265000 | 7 0.07 96.09 269000 | 10 0.10 96.19 270000 | 24 0.24 96.43 273000 | 5 0.05 96.48 275000 | 16 0.16 96.64 278000 | 1 0.01 96.65 280000 | 17 0.17 96.82 285000 | 12 0.12 96.94 295000 | 7 0.07 97.01 300000 | 74 0.74 97.75 310000 | 2 0.02 97.77 315000 | 4 0.04 97.81 320000 | 4 0.04 97.85 325000 | 22 0.22 98.07 330000 | 6 0.06 98.13 340000 | 6 0.06 98.19 345000 | 4 0.04 98.23 350000 | 44 0.44 98.67 360000 | 3 0.03 98.70 370000 | 9 0.09 98.79 375000 | 8 0.08 98.87 390000 | 4 0.04 98.91 400000 | 26 0.26 99.17 415000 | 2 0.02 99.19 425000 | 2 0.02 99.21 430000 | 5 0.05 99.26 440000 | 1 0.01 99.27 450000 | 1 0.01 99.28 467721 | 4 0.04 99.32 470000 | 2 0.02 99.34 475000 | 12 0.12 99.46 500000 | 9 0.09 99.55 550000 | 7 0.07 99.62 600000 | 38 0.38 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apropval variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | TPROPVAL | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,156 81.56 81.56 Statistical imputation (hot | 1,844 18.44 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emhloan variable in sipp1996tm96puw9 dataset : RE: Mortgage or | debt on mobile | home | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,587 95.87 95.87 Yes | 155 1.55 97.42 No | 258 2.58 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amhloan variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EMHLOAN | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,990 99.90 99.90 Statistical imputation (hot | 10 0.10 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emhtype variable in sipp1996tm96puw9 dataset : RE: Site or | mobile home debt | Freq. Percent Cum. -----------------+----------------------------------- Not in universe | 9,845 98.45 98.45 Mobile home only | 106 1.06 99.51 Site only | 2 0.02 99.53 Site and home | 47 0.47 100.00 -----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amhtype variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EMHTYPE | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,997 99.97 99.97 Statistical imputation (hot | 3 0.03 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tmhpr variable in sipp1996tm96puw9 dataset : RE: Amount principal | owed on mobile | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,845 98.45 98.45 200 | 1 0.01 98.46 2000 | 1 0.01 98.47 3500 | 3 0.03 98.50 4000 | 6 0.06 98.56 5000 | 7 0.07 98.63 6000 | 3 0.03 98.66 7000 | 7 0.07 98.73 7744 | 6 0.06 98.79 8000 | 2 0.02 98.81 8200 | 2 0.02 98.83 8900 | 1 0.01 98.84 9500 | 6 0.06 98.90 10000 | 4 0.04 98.94 10500 | 3 0.03 98.97 14000 | 8 0.08 99.05 15000 | 4 0.04 99.09 17000 | 4 0.04 99.13 18700 | 4 0.04 99.17 19000 | 3 0.03 99.20 20000 | 2 0.02 99.22 21720 | 1 0.01 99.23 24000 | 3 0.03 99.26 25000 | 4 0.04 99.30 26800 | 2 0.02 99.32 27000 | 3 0.03 99.35 30000 | 7 0.07 99.42 34500 | 5 0.05 99.47 35000 | 4 0.04 99.51 37000 | 13 0.13 99.64 40000 | 6 0.06 99.70 42000 | 1 0.01 99.71 45000 | 2 0.02 99.73 46000 | 3 0.03 99.76 48500 | 3 0.03 99.79 49000 | 2 0.02 99.81 50000 | 3 0.03 99.84 52000 | 2 0.02 99.86 53000 | 3 0.03 99.89 64000 | 2 0.02 99.91 72000 | 4 0.04 99.95 75000 | 5 0.05 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amhpr variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TMHPR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,962 99.62 99.62 Statistical imputation (hot | 38 0.38 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tmhval variable in sipp1996tm96puw9 dataset : RE: Amount mobile would | sell for | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,587 95.87 95.87 150 | 2 0.02 95.89 700 | 1 0.01 95.90 1000 | 6 0.06 95.96 1500 | 7 0.07 96.03 2000 | 5 0.05 96.08 2500 | 8 0.08 96.16 3000 | 25 0.25 96.41 3600 | 5 0.05 96.46 4000 | 4 0.04 96.50 4500 | 1 0.01 96.51 5000 | 32 0.32 96.83 6000 | 9 0.09 96.92 6500 | 8 0.08 97.00 7000 | 14 0.14 97.14 7400 | 1 0.01 97.15 7500 | 2 0.02 97.17 8000 | 22 0.22 97.39 9000 | 3 0.03 97.42 10000 | 19 0.19 97.61 11000 | 3 0.03 97.64 12000 | 7 0.07 97.71 14000 | 1 0.01 97.72 15000 | 23 0.23 97.95 16000 | 9 0.09 98.04 17500 | 2 0.02 98.06 18000 | 6 0.06 98.12 19000 | 8 0.08 98.20 19900 | 2 0.02 98.22 20000 | 6 0.06 98.28 21000 | 2 0.02 98.30 22000 | 2 0.02 98.32 24000 | 3 0.03 98.35 25000 | 31 0.31 98.66 26800 | 2 0.02 98.68 27000 | 1 0.01 98.69 30000 | 19 0.19 98.88 35000 | 13 0.13 99.01 36000 | 8 0.08 99.09 37000 | 3 0.03 99.12 38000 | 1 0.01 99.13 40000 | 12 0.12 99.25 42800 | 3 0.03 99.28 44000 | 1 0.01 99.29 45000 | 20 0.20 99.49 50000 | 11 0.11 99.60 53000 | 3 0.03 99.63 55000 | 1 0.01 99.64 60000 | 5 0.05 99.69 61200 | 2 0.02 99.71 65000 | 2 0.02 99.73 70000 | 4 0.04 99.77 80000 | 9 0.09 99.86 89000 | 2 0.02 99.88 100000 | 12 0.12 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amhval variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TMHVAL | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,881 98.81 98.81 Statistical imputation (hot | 119 1.19 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thomeamt variable in sipp1996tm96puw9 dataset : RE: Monthly rent or | mortgage | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 3,261 32.61 32.61 1 | 4 0.04 32.65 2 | 8 0.08 32.73 20 | 3 0.03 32.76 25 | 1 0.01 32.77 55 | 2 0.02 32.79 60 | 2 0.02 32.81 68 | 1 0.01 32.82 75 | 2 0.02 32.84 80 | 7 0.07 32.91 90 | 7 0.07 32.98 95 | 8 0.08 33.06 100 | 24 0.24 33.30 104 | 6 0.06 33.36 105 | 5 0.05 33.41 112 | 1 0.01 33.42 113 | 1 0.01 33.43 115 | 2 0.02 33.45 118 | 2 0.02 33.47 125 | 17 0.17 33.64 126 | 2 0.02 33.66 128 | 2 0.02 33.68 130 | 5 0.05 33.73 131 | 4 0.04 33.77 140 | 6 0.06 33.83 143 | 3 0.03 33.86 144 | 1 0.01 33.87 145 | 2 0.02 33.89 146 | 3 0.03 33.92 147 | 1 0.01 33.93 150 | 32 0.32 34.25 152 | 2 0.02 34.27 155 | 1 0.01 34.28 156 | 2 0.02 34.30 157 | 2 0.02 34.32 159 | 7 0.07 34.39 160 | 6 0.06 34.45 162 | 3 0.03 34.48 164 | 1 0.01 34.49 165 | 7 0.07 34.56 168 | 7 0.07 34.63 170 | 1 0.01 34.64 171 | 2 0.02 34.66 173 | 3 0.03 34.69 175 | 19 0.19 34.88 180 | 4 0.04 34.92 181 | 2 0.02 34.94 183 | 2 0.02 34.96 185 | 6 0.06 35.02 187 | 5 0.05 35.07 190 | 8 0.08 35.15 194 | 3 0.03 35.18 195 | 12 0.12 35.30 197 | 5 0.05 35.35 198 | 6 0.06 35.41 200 | 87 0.87 36.28 201 | 1 0.01 36.29 202 | 3 0.03 36.32 205 | 1 0.01 36.33 210 | 8 0.08 36.41 213 | 2 0.02 36.43 214 | 1 0.01 36.44 215 | 1 0.01 36.45 216 | 2 0.02 36.47 218 | 1 0.01 36.48 219 | 5 0.05 36.53 220 | 6 0.06 36.59 224 | 11 0.11 36.70 225 | 46 0.46 37.16 227 | 5 0.05 37.21 229 | 4 0.04 37.25 230 | 6 0.06 37.31 231 | 1 0.01 37.32 235 | 11 0.11 37.43 237 | 9 0.09 37.52 239 | 2 0.02 37.54 240 | 11 0.11 37.65 241 | 2 0.02 37.67 242 | 4 0.04 37.71 245 | 8 0.08 37.79 246 | 2 0.02 37.81 247 | 9 0.09 37.90 248 | 2 0.02 37.92 249 | 6 0.06 37.98 250 | 120 1.20 39.18 251 | 4 0.04 39.22 253 | 3 0.03 39.25 254 | 10 0.10 39.35 255 | 7 0.07 39.42 259 | 2 0.02 39.44 260 | 7 0.07 39.51 263 | 1 0.01 39.52 264 | 3 0.03 39.55 265 | 3 0.03 39.58 266 | 10 0.10 39.68 267 | 1 0.01 39.69 268 | 12 0.12 39.81 270 | 4 0.04 39.85 271 | 4 0.04 39.89 272 | 1 0.01 39.90 274 | 1 0.01 39.91 275 | 43 0.43 40.34 277 | 2 0.02 40.36 278 | 9 0.09 40.45 280 | 10 0.10 40.55 284 | 5 0.05 40.60 285 | 3 0.03 40.63 286 | 3 0.03 40.66 287 | 15 0.15 40.81 290 | 4 0.04 40.85 291 | 1 0.01 40.86 293 | 5 0.05 40.91 295 | 4 0.04 40.95 297 | 6 0.06 41.01 299 | 5 0.05 41.06 300 | 188 1.88 42.94 302 | 3 0.03 42.97 303 | 1 0.01 42.98 305 | 5 0.05 43.03 306 | 7 0.07 43.10 307 | 4 0.04 43.14 308 | 2 0.02 43.16 309 | 4 0.04 43.20 310 | 23 0.23 43.43 312 | 9 0.09 43.52 313 | 3 0.03 43.55 315 | 12 0.12 43.67 317 | 3 0.03 43.70 318 | 3 0.03 43.73 319 | 4 0.04 43.77 320 | 35 0.35 44.12 321 | 6 0.06 44.18 323 | 1 0.01 44.19 324 | 1 0.01 44.20 325 | 31 0.31 44.51 329 | 3 0.03 44.54 330 | 17 0.17 44.71 332 | 7 0.07 44.78 333 | 2 0.02 44.80 334 | 9 0.09 44.89 335 | 2 0.02 44.91 336 | 7 0.07 44.98 337 | 3 0.03 45.01 339 | 9 0.09 45.10 340 | 19 0.19 45.29 342 | 3 0.03 45.32 344 | 10 0.10 45.42 345 | 15 0.15 45.57 346 | 10 0.10 45.67 348 | 4 0.04 45.71 350 | 140 1.40 47.11 354 | 8 0.08 47.19 355 | 1 0.01 47.20 356 | 2 0.02 47.22 357 | 2 0.02 47.24 358 | 6 0.06 47.30 359 | 5 0.05 47.35 360 | 21 0.21 47.56 362 | 4 0.04 47.60 363 | 2 0.02 47.62 364 | 1 0.01 47.63 365 | 16 0.16 47.79 367 | 4 0.04 47.83 368 | 6 0.06 47.89 369 | 3 0.03 47.92 370 | 12 0.12 48.04 371 | 6 0.06 48.10 372 | 7 0.07 48.17 373 | 7 0.07 48.24 374 | 1 0.01 48.25 375 | 56 0.56 48.81 377 | 1 0.01 48.82 378 | 5 0.05 48.87 379 | 1 0.01 48.88 380 | 14 0.14 49.02 381 | 8 0.08 49.10 382 | 6 0.06 49.16 385 | 7 0.07 49.23 386 | 6 0.06 49.29 390 | 12 0.12 49.41 392 | 3 0.03 49.44 393 | 2 0.02 49.46 395 | 6 0.06 49.52 397 | 2 0.02 49.54 398 | 1 0.01 49.55 399 | 10 0.10 49.65 400 | 155 1.55 51.20 401 | 3 0.03 51.23 402 | 3 0.03 51.26 403 | 2 0.02 51.28 404 | 7 0.07 51.35 405 | 11 0.11 51.46 406 | 7 0.07 51.53 408 | 2 0.02 51.55 409 | 1 0.01 51.56 410 | 26 0.26 51.82 411 | 6 0.06 51.88 412 | 3 0.03 51.91 413 | 7 0.07 51.98 415 | 5 0.05 52.03 416 | 4 0.04 52.07 417 | 2 0.02 52.09 418 | 3 0.03 52.12 419 | 6 0.06 52.18 420 | 11 0.11 52.29 422 | 6 0.06 52.35 423 | 1 0.01 52.36 424 | 4 0.04 52.40 425 | 95 0.95 53.35 426 | 2 0.02 53.37 428 | 8 0.08 53.45 430 | 11 0.11 53.56 431 | 3 0.03 53.59 434 | 7 0.07 53.66 435 | 11 0.11 53.77 437 | 2 0.02 53.79 438 | 14 0.14 53.93 440 | 29 0.29 54.22 442 | 5 0.05 54.27 443 | 5 0.05 54.32 447 | 3 0.03 54.35 449 | 6 0.06 54.41 450 | 134 1.34 55.75 453 | 13 0.13 55.88 454 | 8 0.08 55.96 455 | 5 0.05 56.01 456 | 4 0.04 56.05 457 | 4 0.04 56.09 458 | 1 0.01 56.10 459 | 1 0.01 56.11 460 | 10 0.10 56.21 461 | 12 0.12 56.33 462 | 3 0.03 56.36 463 | 3 0.03 56.39 464 | 7 0.07 56.46 465 | 10 0.10 56.56 466 | 1 0.01 56.57 467 | 4 0.04 56.61 468 | 6 0.06 56.67 470 | 15 0.15 56.82 471 | 4 0.04 56.86 472 | 7 0.07 56.93 473 | 3 0.03 56.96 474 | 4 0.04 57.00 475 | 60 0.60 57.60 476 | 7 0.07 57.67 478 | 1 0.01 57.68 479 | 4 0.04 57.72 480 | 12 0.12 57.84 481 | 4 0.04 57.88 482 | 4 0.04 57.92 485 | 1 0.01 57.93 488 | 3 0.03 57.96 489 | 7 0.07 58.03 490 | 9 0.09 58.12 491 | 3 0.03 58.15 492 | 4 0.04 58.19 493 | 3 0.03 58.22 494 | 4 0.04 58.26 495 | 22 0.22 58.48 496 | 7 0.07 58.55 497 | 4 0.04 58.59 498 | 2 0.02 58.61 500 | 183 1.83 60.44 501 | 2 0.02 60.46 503 | 5 0.05 60.51 504 | 8 0.08 60.59 505 | 9 0.09 60.68 506 | 3 0.03 60.71 507 | 5 0.05 60.76 508 | 6 0.06 60.82 509 | 2 0.02 60.84 510 | 8 0.08 60.92 511 | 2 0.02 60.94 512 | 11 0.11 61.05 514 | 4 0.04 61.09 515 | 8 0.08 61.17 516 | 11 0.11 61.28 517 | 2 0.02 61.30 519 | 3 0.03 61.33 520 | 13 0.13 61.46 522 | 4 0.04 61.50 523 | 7 0.07 61.57 525 | 30 0.30 61.87 526 | 2 0.02 61.89 530 | 11 0.11 62.00 532 | 4 0.04 62.04 533 | 3 0.03 62.07 535 | 7 0.07 62.14 539 | 11 0.11 62.25 540 | 22 0.22 62.47 544 | 5 0.05 62.52 545 | 4 0.04 62.56 547 | 5 0.05 62.61 548 | 5 0.05 62.66 549 | 5 0.05 62.71 550 | 98 0.98 63.69 552 | 3 0.03 63.72 553 | 13 0.13 63.85 555 | 19 0.19 64.04 556 | 7 0.07 64.11 557 | 9 0.09 64.20 558 | 6 0.06 64.26 559 | 1 0.01 64.27 560 | 20 0.20 64.47 561 | 1 0.01 64.48 563 | 9 0.09 64.57 564 | 4 0.04 64.61 565 | 25 0.25 64.86 566 | 10 0.10 64.96 567 | 1 0.01 64.97 568 | 5 0.05 65.02 569 | 1 0.01 65.03 570 | 23 0.23 65.26 574 | 5 0.05 65.31 575 | 23 0.23 65.54 576 | 6 0.06 65.60 577 | 7 0.07 65.67 579 | 13 0.13 65.80 580 | 13 0.13 65.93 581 | 2 0.02 65.95 582 | 6 0.06 66.01 583 | 6 0.06 66.07 584 | 5 0.05 66.12 585 | 11 0.11 66.23 586 | 12 0.12 66.35 587 | 5 0.05 66.40 590 | 31 0.31 66.71 591 | 3 0.03 66.74 593 | 11 0.11 66.85 595 | 11 0.11 66.96 596 | 5 0.05 67.01 598 | 8 0.08 67.09 599 | 5 0.05 67.14 600 | 88 0.88 68.02 602 | 5 0.05 68.07 605 | 2 0.02 68.09 607 | 8 0.08 68.17 608 | 5 0.05 68.22 609 | 3 0.03 68.25 610 | 12 0.12 68.37 612 | 5 0.05 68.42 613 | 3 0.03 68.45 614 | 5 0.05 68.50 615 | 10 0.10 68.60 616 | 2 0.02 68.62 617 | 5 0.05 68.67 619 | 2 0.02 68.69 620 | 25 0.25 68.94 622 | 6 0.06 69.00 623 | 1 0.01 69.01 624 | 5 0.05 69.06 625 | 31 0.31 69.37 626 | 2 0.02 69.39 627 | 4 0.04 69.43 628 | 2 0.02 69.45 629 | 4 0.04 69.49 630 | 11 0.11 69.60 631 | 2 0.02 69.62 632 | 2 0.02 69.64 633 | 6 0.06 69.70 634 | 5 0.05 69.75 635 | 9 0.09 69.84 637 | 7 0.07 69.91 638 | 4 0.04 69.95 639 | 4 0.04 69.99 640 | 21 0.21 70.20 641 | 3 0.03 70.23 642 | 1 0.01 70.24 643 | 9 0.09 70.33 644 | 2 0.02 70.35 645 | 7 0.07 70.42 647 | 10 0.10 70.52 648 | 4 0.04 70.56 650 | 86 0.86 71.42 655 | 6 0.06 71.48 659 | 7 0.07 71.55 660 | 7 0.07 71.62 664 | 10 0.10 71.72 666 | 5 0.05 71.77 667 | 9 0.09 71.86 669 | 5 0.05 71.91 670 | 25 0.25 72.16 671 | 2 0.02 72.18 672 | 4 0.04 72.22 675 | 14 0.14 72.36 676 | 3 0.03 72.39 678 | 1 0.01 72.40 680 | 23 0.23 72.63 681 | 2 0.02 72.65 682 | 2 0.02 72.67 683 | 4 0.04 72.71 684 | 4 0.04 72.75 685 | 2 0.02 72.77 686 | 2 0.02 72.79 687 | 5 0.05 72.84 688 | 4 0.04 72.88 690 | 27 0.27 73.15 691 | 14 0.14 73.29 692 | 4 0.04 73.33 693 | 2 0.02 73.35 694 | 4 0.04 73.39 695 | 10 0.10 73.49 697 | 2 0.02 73.51 698 | 2 0.02 73.53 700 | 88 0.88 74.41 702 | 3 0.03 74.44 703 | 1 0.01 74.45 705 | 1 0.01 74.46 708 | 9 0.09 74.55 710 | 3 0.03 74.58 711 | 6 0.06 74.64 712 | 10 0.10 74.74 714 | 1 0.01 74.75 715 | 2 0.02 74.77 716 | 6 0.06 74.83 718 | 15 0.15 74.98 719 | 1 0.01 74.99 720 | 22 0.22 75.21 721 | 9 0.09 75.30 723 | 5 0.05 75.35 725 | 22 0.22 75.57 728 | 5 0.05 75.62 729 | 2 0.02 75.64 730 | 8 0.08 75.72 732 | 4 0.04 75.76 733 | 1 0.01 75.77 735 | 15 0.15 75.92 736 | 18 0.18 76.10 738 | 4 0.04 76.14 740 | 18 0.18 76.32 741 | 13 0.13 76.45 742 | 4 0.04 76.49 744 | 2 0.02 76.51 745 | 10 0.10 76.61 746 | 8 0.08 76.69 747 | 4 0.04 76.73 749 | 11 0.11 76.84 750 | 50 0.50 77.34 751 | 2 0.02 77.36 754 | 3 0.03 77.39 756 | 3 0.03 77.42 758 | 3 0.03 77.45 760 | 14 0.14 77.59 765 | 9 0.09 77.68 766 | 4 0.04 77.72 770 | 8 0.08 77.80 771 | 9 0.09 77.89 773 | 12 0.12 78.01 775 | 17 0.17 78.18 776 | 4 0.04 78.22 777 | 1 0.01 78.23 778 | 1 0.01 78.24 780 | 17 0.17 78.41 782 | 9 0.09 78.50 784 | 3 0.03 78.53 785 | 5 0.05 78.58 786 | 6 0.06 78.64 787 | 2 0.02 78.66 788 | 14 0.14 78.80 789 | 5 0.05 78.85 790 | 10 0.10 78.95 793 | 2 0.02 78.97 794 | 2 0.02 78.99 796 | 6 0.06 79.05 797 | 2 0.02 79.07 798 | 2 0.02 79.09 800 | 126 1.26 80.35 801 | 1 0.01 80.36 803 | 6 0.06 80.42 805 | 6 0.06 80.48 806 | 1 0.01 80.49 808 | 1 0.01 80.50 809 | 2 0.02 80.52 810 | 5 0.05 80.57 812 | 7 0.07 80.64 813 | 3 0.03 80.67 815 | 8 0.08 80.75 816 | 4 0.04 80.79 817 | 5 0.05 80.84 818 | 2 0.02 80.86 819 | 3 0.03 80.89 820 | 9 0.09 80.98 822 | 4 0.04 81.02 825 | 16 0.16 81.18 826 | 5 0.05 81.23 827 | 4 0.04 81.27 830 | 10 0.10 81.37 832 | 10 0.10 81.47 834 | 7 0.07 81.54 835 | 8 0.08 81.62 836 | 13 0.13 81.75 840 | 28 0.28 82.03 842 | 4 0.04 82.07 843 | 3 0.03 82.10 845 | 3 0.03 82.13 846 | 3 0.03 82.16 847 | 5 0.05 82.21 848 | 2 0.02 82.23 850 | 47 0.47 82.70 851 | 4 0.04 82.74 854 | 3 0.03 82.77 856 | 4 0.04 82.81 857 | 2 0.02 82.83 858 | 5 0.05 82.88 860 | 22 0.22 83.10 861 | 3 0.03 83.13 862 | 11 0.11 83.24 863 | 5 0.05 83.29 864 | 3 0.03 83.32 865 | 3 0.03 83.35 866 | 2 0.02 83.37 868 | 3 0.03 83.40 870 | 4 0.04 83.44 873 | 1 0.01 83.45 874 | 2 0.02 83.47 875 | 22 0.22 83.69 877 | 5 0.05 83.74 880 | 6 0.06 83.80 881 | 2 0.02 83.82 883 | 6 0.06 83.88 884 | 2 0.02 83.90 885 | 2 0.02 83.92 887 | 6 0.06 83.98 888 | 4 0.04 84.02 890 | 10 0.10 84.12 891 | 2 0.02 84.14 895 | 3 0.03 84.17 897 | 3 0.03 84.20 898 | 5 0.05 84.25 899 | 6 0.06 84.31 900 | 59 0.59 84.90 901 | 8 0.08 84.98 904 | 9 0.09 85.07 905 | 3 0.03 85.10 908 | 2 0.02 85.12 909 | 4 0.04 85.16 910 | 6 0.06 85.22 912 | 4 0.04 85.26 913 | 3 0.03 85.29 916 | 1 0.01 85.30 920 | 6 0.06 85.36 923 | 2 0.02 85.38 924 | 6 0.06 85.44 925 | 12 0.12 85.56 926 | 3 0.03 85.59 928 | 11 0.11 85.70 930 | 1 0.01 85.71 933 | 6 0.06 85.77 935 | 8 0.08 85.85 936 | 2 0.02 85.87 938 | 4 0.04 85.91 940 | 5 0.05 85.96 943 | 2 0.02 85.98 946 | 3 0.03 86.01 948 | 5 0.05 86.06 950 | 38 0.38 86.44 952 | 5 0.05 86.49 954 | 1 0.01 86.50 957 | 13 0.13 86.63 958 | 2 0.02 86.65 960 | 4 0.04 86.69 964 | 6 0.06 86.75 965 | 5 0.05 86.80 967 | 4 0.04 86.84 968 | 2 0.02 86.86 970 | 4 0.04 86.90 971 | 2 0.02 86.92 972 | 6 0.06 86.98 975 | 3 0.03 87.01 976 | 10 0.10 87.11 980 | 8 0.08 87.19 981 | 6 0.06 87.25 985 | 4 0.04 87.29 986 | 11 0.11 87.40 989 | 4 0.04 87.44 990 | 11 0.11 87.55 995 | 9 0.09 87.64 997 | 4 0.04 87.68 999 | 3 0.03 87.71 1000 | 119 1.19 88.90 1004 | 2 0.02 88.92 1010 | 8 0.08 89.00 1014 | 8 0.08 89.08 1017 | 1 0.01 89.09 1018 | 2 0.02 89.11 1020 | 6 0.06 89.17 1025 | 4 0.04 89.21 1030 | 9 0.09 89.30 1031 | 1 0.01 89.31 1032 | 9 0.09 89.40 1035 | 4 0.04 89.44 1038 | 4 0.04 89.48 1040 | 7 0.07 89.55 1042 | 4 0.04 89.59 1044 | 2 0.02 89.61 1049 | 3 0.03 89.64 1050 | 22 0.22 89.86 1051 | 5 0.05 89.91 1054 | 6 0.06 89.97 1064 | 4 0.04 90.01 1065 | 4 0.04 90.05 1069 | 4 0.04 90.09 1073 | 4 0.04 90.13 1074 | 4 0.04 90.17 1080 | 3 0.03 90.20 1081 | 5 0.05 90.25 1085 | 3 0.03 90.28 1090 | 4 0.04 90.32 1091 | 7 0.07 90.39 1096 | 3 0.03 90.42 1097 | 4 0.04 90.46 1098 | 5 0.05 90.51 1099 | 2 0.02 90.53 1100 | 63 0.63 91.16 1107 | 4 0.04 91.20 1110 | 5 0.05 91.25 1111 | 2 0.02 91.27 1112 | 4 0.04 91.31 1114 | 6 0.06 91.37 1115 | 2 0.02 91.39 1119 | 4 0.04 91.43 1125 | 5 0.05 91.48 1128 | 5 0.05 91.53 1130 | 3 0.03 91.56 1140 | 3 0.03 91.59 1145 | 2 0.02 91.61 1150 | 27 0.27 91.88 1154 | 5 0.05 91.93 1157 | 5 0.05 91.98 1158 | 2 0.02 92.00 1160 | 4 0.04 92.04 1170 | 4 0.04 92.08 1173 | 2 0.02 92.10 1175 | 2 0.02 92.12 1178 | 2 0.02 92.14 1184 | 5 0.05 92.19 1195 | 10 0.10 92.29 1200 | 108 1.08 93.37 1203 | 4 0.04 93.41 1205 | 2 0.02 93.43 1206 | 5 0.05 93.48 1209 | 4 0.04 93.52 1211 | 5 0.05 93.57 1212 | 7 0.07 93.64 1214 | 2 0.02 93.66 1220 | 9 0.09 93.75 1221 | 4 0.04 93.79 1239 | 5 0.05 93.84 1240 | 14 0.14 93.98 1242 | 3 0.03 94.01 1245 | 3 0.03 94.04 1247 | 1 0.01 94.05 1250 | 21 0.21 94.26 1257 | 7 0.07 94.33 1258 | 3 0.03 94.36 1259 | 6 0.06 94.42 1260 | 2 0.02 94.44 1262 | 2 0.02 94.46 1277 | 8 0.08 94.54 1281 | 4 0.04 94.58 1291 | 4 0.04 94.62 1300 | 55 0.55 95.17 1307 | 10 0.10 95.27 1326 | 2 0.02 95.29 1329 | 1 0.01 95.30 1331 | 4 0.04 95.34 1338 | 2 0.02 95.36 1340 | 6 0.06 95.42 1350 | 8 0.08 95.50 1353 | 4 0.04 95.54 1360 | 2 0.02 95.56 1375 | 2 0.02 95.58 1390 | 5 0.05 95.63 1400 | 37 0.37 96.00 1408 | 5 0.05 96.05 1414 | 6 0.06 96.11 1415 | 3 0.03 96.14 1416 | 2 0.02 96.16 1420 | 6 0.06 96.22 1438 | 1 0.01 96.23 1444 | 5 0.05 96.28 1450 | 2 0.02 96.30 1452 | 5 0.05 96.35 1461 | 2 0.02 96.37 1468 | 6 0.06 96.43 1495 | 1 0.01 96.44 1497 | 5 0.05 96.49 1498 | 4 0.04 96.53 1500 | 36 0.36 96.89 1510 | 1 0.01 96.90 1511 | 4 0.04 96.94 1520 | 6 0.06 97.00 1525 | 5 0.05 97.05 1540 | 2 0.02 97.07 1559 | 2 0.02 97.09 1585 | 4 0.04 97.13 1600 | 31 0.31 97.44 1639 | 2 0.02 97.46 1647 | 3 0.03 97.49 1695 | 5 0.05 97.54 1700 | 16 0.16 97.70 1702 | 6 0.06 97.76 1711 | 3 0.03 97.79 1728 | 7 0.07 97.86 1771 | 7 0.07 97.93 1789 | 4 0.04 97.97 1790 | 5 0.05 98.02 1791 | 14 0.14 98.16 1800 | 27 0.27 98.43 1867 | 4 0.04 98.47 1896 | 4 0.04 98.51 1900 | 6 0.06 98.57 1955 | 2 0.02 98.59 1959 | 2 0.02 98.61 1992 | 3 0.03 98.64 1995 | 4 0.04 98.68 2000 | 27 0.27 98.95 2020 | 3 0.03 98.98 2028 | 6 0.06 99.04 2040 | 1 0.01 99.05 2100 | 4 0.04 99.09 2139 | 2 0.02 99.11 2174 | 6 0.06 99.17 2200 | 6 0.06 99.23 2300 | 12 0.12 99.35 2326 | 5 0.05 99.40 2348 | 4 0.04 99.44 2400 | 1 0.01 99.45 2500 | 12 0.12 99.57 2600 | 43 0.43 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahomeamt variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | THOMEAMT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,331 83.31 83.31 Statistical imputation (hot | 1,669 16.69 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tutils variable in sipp1996tm96puw9 dataset : RE: Amount paid for | utilities per month | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 228 2.28 2.28 4 | 1 0.01 2.29 10 | 3 0.03 2.32 11 | 6 0.06 2.38 12 | 7 0.07 2.45 14 | 3 0.03 2.48 15 | 14 0.14 2.62 16 | 5 0.05 2.67 17 | 1 0.01 2.68 18 | 5 0.05 2.73 20 | 10 0.10 2.83 21 | 2 0.02 2.85 22 | 3 0.03 2.88 23 | 2 0.02 2.90 24 | 10 0.10 3.00 25 | 32 0.32 3.32 26 | 8 0.08 3.40 27 | 1 0.01 3.41 28 | 4 0.04 3.45 30 | 18 0.18 3.63 31 | 2 0.02 3.65 32 | 4 0.04 3.69 33 | 3 0.03 3.72 34 | 4 0.04 3.76 35 | 15 0.15 3.91 36 | 3 0.03 3.94 37 | 1 0.01 3.95 38 | 5 0.05 4.00 39 | 2 0.02 4.02 40 | 40 0.40 4.42 42 | 1 0.01 4.43 43 | 6 0.06 4.49 44 | 1 0.01 4.50 45 | 16 0.16 4.66 47 | 3 0.03 4.69 48 | 2 0.02 4.71 49 | 3 0.03 4.74 50 | 54 0.54 5.28 51 | 3 0.03 5.31 52 | 1 0.01 5.32 54 | 1 0.01 5.33 55 | 12 0.12 5.45 56 | 2 0.02 5.47 58 | 1 0.01 5.48 59 | 4 0.04 5.52 60 | 63 0.63 6.15 61 | 3 0.03 6.18 62 | 1 0.01 6.19 65 | 29 0.29 6.48 66 | 1 0.01 6.49 67 | 1 0.01 6.50 68 | 3 0.03 6.53 70 | 51 0.51 7.04 71 | 3 0.03 7.07 73 | 4 0.04 7.11 75 | 78 0.78 7.89 76 | 5 0.05 7.94 77 | 3 0.03 7.97 78 | 9 0.09 8.06 79 | 3 0.03 8.09 80 | 90 0.90 8.99 82 | 3 0.03 9.02 83 | 3 0.03 9.05 84 | 2 0.02 9.07 85 | 34 0.34 9.41 86 | 7 0.07 9.48 87 | 8 0.08 9.56 88 | 7 0.07 9.63 90 | 81 0.81 10.44 91 | 4 0.04 10.48 92 | 1 0.01 10.49 93 | 2 0.02 10.51 94 | 6 0.06 10.57 95 | 22 0.22 10.79 96 | 4 0.04 10.83 97 | 7 0.07 10.90 98 | 15 0.15 11.05 99 | 9 0.09 11.14 100 | 355 3.55 14.69 101 | 3 0.03 14.72 102 | 5 0.05 14.77 103 | 4 0.04 14.81 104 | 6 0.06 14.87 105 | 19 0.19 15.06 106 | 9 0.09 15.15 107 | 4 0.04 15.19 108 | 6 0.06 15.25 109 | 9 0.09 15.34 110 | 95 0.95 16.29 111 | 1 0.01 16.30 112 | 17 0.17 16.47 113 | 9 0.09 16.56 114 | 8 0.08 16.64 115 | 34 0.34 16.98 116 | 10 0.10 17.08 117 | 13 0.13 17.21 118 | 8 0.08 17.29 119 | 7 0.07 17.36 120 | 209 2.09 19.45 121 | 3 0.03 19.48 122 | 4 0.04 19.52 123 | 6 0.06 19.58 124 | 8 0.08 19.66 125 | 186 1.86 21.52 126 | 4 0.04 21.56 127 | 12 0.12 21.68 128 | 1 0.01 21.69 129 | 3 0.03 21.72 130 | 164 1.64 23.36 131 | 6 0.06 23.42 132 | 8 0.08 23.50 133 | 6 0.06 23.56 134 | 18 0.18 23.74 135 | 34 0.34 24.08 136 | 1 0.01 24.09 137 | 13 0.13 24.22 138 | 13 0.13 24.35 139 | 1 0.01 24.36 140 | 144 1.44 25.80 141 | 4 0.04 25.84 142 | 11 0.11 25.95 143 | 12 0.12 26.07 144 | 3 0.03 26.10 145 | 41 0.41 26.51 146 | 8 0.08 26.59 147 | 8 0.08 26.67 148 | 10 0.10 26.77 149 | 3 0.03 26.80 150 | 687 6.87 33.67 151 | 7 0.07 33.74 152 | 17 0.17 33.91 153 | 8 0.08 33.99 154 | 6 0.06 34.05 155 | 31 0.31 34.36 156 | 2 0.02 34.38 157 | 16 0.16 34.54 158 | 7 0.07 34.61 159 | 12 0.12 34.73 160 | 116 1.16 35.89 161 | 1 0.01 35.90 162 | 15 0.15 36.05 163 | 12 0.12 36.17 164 | 7 0.07 36.24 165 | 51 0.51 36.75 166 | 6 0.06 36.81 167 | 15 0.15 36.96 168 | 11 0.11 37.07 169 | 8 0.08 37.15 170 | 83 0.83 37.98 171 | 9 0.09 38.07 172 | 11 0.11 38.18 173 | 9 0.09 38.27 174 | 8 0.08 38.35 175 | 185 1.85 40.20 176 | 13 0.13 40.33 177 | 7 0.07 40.40 178 | 20 0.20 40.60 179 | 10 0.10 40.70 180 | 146 1.46 42.16 181 | 4 0.04 42.20 182 | 3 0.03 42.23 183 | 5 0.05 42.28 185 | 46 0.46 42.74 186 | 11 0.11 42.85 187 | 9 0.09 42.94 188 | 7 0.07 43.01 190 | 75 0.75 43.76 192 | 6 0.06 43.82 193 | 19 0.19 44.01 194 | 2 0.02 44.03 195 | 40 0.40 44.43 196 | 7 0.07 44.50 197 | 6 0.06 44.56 198 | 11 0.11 44.67 199 | 5 0.05 44.72 200 | 1,257 12.57 57.29 201 | 13 0.13 57.42 202 | 3 0.03 57.45 203 | 12 0.12 57.57 205 | 48 0.48 58.05 206 | 3 0.03 58.08 207 | 13 0.13 58.21 208 | 5 0.05 58.26 209 | 11 0.11 58.37 210 | 91 0.91 59.28 211 | 5 0.05 59.33 212 | 4 0.04 59.37 213 | 2 0.02 59.39 214 | 5 0.05 59.44 215 | 45 0.45 59.89 216 | 14 0.14 60.03 217 | 17 0.17 60.20 218 | 6 0.06 60.26 219 | 12 0.12 60.38 220 | 136 1.36 61.74 221 | 6 0.06 61.80 222 | 10 0.10 61.90 223 | 3 0.03 61.93 224 | 24 0.24 62.17 225 | 198 1.98 64.15 226 | 10 0.10 64.25 227 | 21 0.21 64.46 228 | 1 0.01 64.47 229 | 10 0.10 64.57 230 | 109 1.09 65.66 231 | 5 0.05 65.71 232 | 4 0.04 65.75 233 | 10 0.10 65.85 234 | 11 0.11 65.96 235 | 30 0.30 66.26 236 | 16 0.16 66.42 238 | 8 0.08 66.50 239 | 11 0.11 66.61 240 | 120 1.20 67.81 241 | 2 0.02 67.83 243 | 5 0.05 67.88 244 | 8 0.08 67.96 245 | 5 0.05 68.01 246 | 3 0.03 68.04 247 | 7 0.07 68.11 248 | 4 0.04 68.15 250 | 658 6.58 74.73 251 | 12 0.12 74.85 252 | 3 0.03 74.88 254 | 1 0.01 74.89 255 | 15 0.15 75.04 256 | 6 0.06 75.10 257 | 3 0.03 75.13 258 | 2 0.02 75.15 259 | 5 0.05 75.20 260 | 50 0.50 75.70 261 | 4 0.04 75.74 264 | 6 0.06 75.80 265 | 21 0.21 76.01 266 | 10 0.10 76.11 267 | 3 0.03 76.14 270 | 48 0.48 76.62 272 | 4 0.04 76.66 273 | 2 0.02 76.68 274 | 6 0.06 76.74 275 | 79 0.79 77.53 276 | 1 0.01 77.54 277 | 4 0.04 77.58 279 | 12 0.12 77.70 280 | 47 0.47 78.17 281 | 6 0.06 78.23 282 | 3 0.03 78.26 283 | 5 0.05 78.31 285 | 15 0.15 78.46 286 | 5 0.05 78.51 288 | 4 0.04 78.55 290 | 29 0.29 78.84 291 | 4 0.04 78.88 292 | 3 0.03 78.91 293 | 2 0.02 78.93 294 | 4 0.04 78.97 297 | 2 0.02 78.99 298 | 5 0.05 79.04 300 | 641 6.41 85.45 301 | 3 0.03 85.48 303 | 5 0.05 85.53 305 | 17 0.17 85.70 306 | 2 0.02 85.72 308 | 6 0.06 85.78 309 | 2 0.02 85.80 310 | 16 0.16 85.96 312 | 2 0.02 85.98 313 | 3 0.03 86.01 315 | 4 0.04 86.05 316 | 2 0.02 86.07 317 | 3 0.03 86.10 318 | 2 0.02 86.12 320 | 29 0.29 86.41 322 | 3 0.03 86.44 323 | 6 0.06 86.50 325 | 50 0.50 87.00 326 | 2 0.02 87.02 330 | 7 0.07 87.09 333 | 4 0.04 87.13 335 | 13 0.13 87.26 336 | 4 0.04 87.30 337 | 5 0.05 87.35 339 | 3 0.03 87.38 340 | 5 0.05 87.43 341 | 2 0.02 87.45 342 | 4 0.04 87.49 344 | 10 0.10 87.59 345 | 9 0.09 87.68 347 | 7 0.07 87.75 348 | 10 0.10 87.85 350 | 254 2.54 90.39 352 | 1 0.01 90.40 353 | 5 0.05 90.45 355 | 2 0.02 90.47 356 | 2 0.02 90.49 357 | 6 0.06 90.55 360 | 14 0.14 90.69 361 | 5 0.05 90.74 365 | 4 0.04 90.78 367 | 8 0.08 90.86 370 | 5 0.05 90.91 372 | 5 0.05 90.96 375 | 26 0.26 91.22 377 | 4 0.04 91.26 378 | 3 0.03 91.29 380 | 12 0.12 91.41 382 | 9 0.09 91.50 384 | 4 0.04 91.54 387 | 2 0.02 91.56 388 | 4 0.04 91.60 390 | 5 0.05 91.65 392 | 2 0.02 91.67 397 | 2 0.02 91.69 400 | 342 3.42 95.11 405 | 2 0.02 95.13 406 | 2 0.02 95.15 407 | 2 0.02 95.17 410 | 3 0.03 95.20 412 | 6 0.06 95.26 415 | 1 0.01 95.27 424 | 4 0.04 95.31 425 | 23 0.23 95.54 427 | 1 0.01 95.55 436 | 4 0.04 95.59 437 | 5 0.05 95.64 442 | 4 0.04 95.68 448 | 2 0.02 95.70 450 | 80 0.80 96.50 455 | 3 0.03 96.53 456 | 4 0.04 96.57 460 | 5 0.05 96.62 467 | 5 0.05 96.67 480 | 8 0.08 96.75 485 | 3 0.03 96.78 500 | 179 1.79 98.57 504 | 2 0.02 98.59 507 | 2 0.02 98.61 512 | 4 0.04 98.65 525 | 5 0.05 98.70 540 | 5 0.05 98.75 550 | 14 0.14 98.89 556 | 4 0.04 98.93 563 | 1 0.01 98.94 565 | 2 0.02 98.96 569 | 3 0.03 98.99 600 | 33 0.33 99.32 630 | 4 0.04 99.36 640 | 3 0.03 99.39 660 | 4 0.04 99.43 700 | 57 0.57 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of autils variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TUTILS | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,063 80.63 80.63 Statistical imputation (hot | 1,937 19.37 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eperspay variable in sipp1996tm96puw9 dataset : RE: More than | one person | paying rent | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 6,497 64.97 64.97 Yes | 497 4.97 69.94 No | 3,006 30.06 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aperspay variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EPERSPAY | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,976 89.76 89.76 Statistical imputation (hot | 741 7.41 97.17 Logical imputation (derivation) | 283 2.83 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eperspya variable in sipp1996tm96puw9 dataset : RE: Only one | person paid | mortgage/rent | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 6,994 69.94 69.94 101 | 2,202 22.02 91.96 102 | 441 4.41 96.37 103 | 77 0.77 97.14 104 | 4 0.04 97.18 105 | 3 0.03 97.21 201 | 40 0.40 97.61 202 | 12 0.12 97.73 301 | 27 0.27 98.00 302 | 4 0.04 98.04 303 | 2 0.02 98.06 401 | 14 0.14 98.20 501 | 10 0.10 98.30 502 | 7 0.07 98.37 601 | 34 0.34 98.71 602 | 6 0.06 98.77 701 | 25 0.25 99.02 801 | 42 0.42 99.44 802 | 11 0.11 99.55 803 | 5 0.05 99.60 901 | 35 0.35 99.95 902 | 2 0.02 99.97 903 | 3 0.03 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aperspya variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EPERSPYA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,973 89.73 89.73 Cold deck imputation | 283 2.83 92.56 Logical imputation (derivation) | 744 7.44 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eperspy1 variable in sipp1996tm96puw9 dataset : RE: First of | several persons | who paid rent | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,503 95.03 95.03 101 | 365 3.65 98.68 102 | 67 0.67 99.35 103 | 31 0.31 99.66 104 | 13 0.13 99.79 201 | 3 0.03 99.82 503 | 5 0.05 99.87 701 | 9 0.09 99.96 801 | 4 0.04 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aperspy1 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EPERSPY1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 10,000 100.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eperspy2 variable in sipp1996tm96puw9 dataset : RE: 2nd of | several persons | who paid rent | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,503 95.03 95.03 101 | 6 0.06 95.09 102 | 258 2.58 97.67 103 | 18 0.18 97.85 104 | 14 0.14 97.99 105 | 13 0.13 98.12 107 | 7 0.07 98.19 201 | 20 0.20 98.39 202 | 2 0.02 98.41 301 | 10 0.10 98.51 401 | 14 0.14 98.65 501 | 16 0.16 98.81 502 | 4 0.04 98.85 601 | 22 0.22 99.07 701 | 16 0.16 99.23 702 | 3 0.03 99.26 703 | 2 0.02 99.28 801 | 34 0.34 99.62 802 | 4 0.04 99.66 901 | 28 0.28 99.94 902 | 6 0.06 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eperspy3 variable in sipp1996tm96puw9 dataset : RE: Third of | several persons | who paid rent | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,930 99.30 99.30 103 | 12 0.12 99.42 104 | 18 0.18 99.60 602 | 6 0.06 99.66 604 | 3 0.03 99.69 701 | 3 0.03 99.72 702 | 3 0.03 99.75 801 | 6 0.06 99.81 802 | 13 0.13 99.94 901 | 6 0.06 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tpersam1 variable in sipp1996tm96puw9 dataset : RE: Amount first person | paid for rent | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,503 95.03 95.03 25 | 3 0.03 95.06 40 | 5 0.05 95.11 50 | 3 0.03 95.14 60 | 2 0.02 95.16 70 | 3 0.03 95.19 75 | 10 0.10 95.29 88 | 2 0.02 95.31 90 | 2 0.02 95.33 100 | 45 0.45 95.78 120 | 6 0.06 95.84 125 | 2 0.02 95.86 130 | 8 0.08 95.94 131 | 3 0.03 95.97 133 | 3 0.03 96.00 135 | 2 0.02 96.02 138 | 3 0.03 96.05 140 | 5 0.05 96.10 150 | 35 0.35 96.45 160 | 3 0.03 96.48 170 | 5 0.05 96.53 175 | 15 0.15 96.68 187 | 5 0.05 96.73 189 | 2 0.02 96.75 195 | 2 0.02 96.77 200 | 19 0.19 96.96 208 | 4 0.04 97.00 218 | 6 0.06 97.06 230 | 5 0.05 97.11 233 | 3 0.03 97.14 250 | 16 0.16 97.30 251 | 4 0.04 97.34 254 | 3 0.03 97.37 257 | 2 0.02 97.39 260 | 2 0.02 97.41 265 | 3 0.03 97.44 268 | 3 0.03 97.47 270 | 5 0.05 97.52 275 | 4 0.04 97.56 286 | 2 0.02 97.58 298 | 4 0.04 97.62 300 | 32 0.32 97.94 302 | 2 0.02 97.96 315 | 2 0.02 97.98 320 | 3 0.03 98.01 325 | 4 0.04 98.05 330 | 5 0.05 98.10 333 | 3 0.03 98.13 340 | 2 0.02 98.15 345 | 4 0.04 98.19 350 | 23 0.23 98.42 358 | 2 0.02 98.44 360 | 4 0.04 98.48 365 | 2 0.02 98.50 375 | 4 0.04 98.54 380 | 2 0.02 98.56 385 | 2 0.02 98.58 390 | 5 0.05 98.63 398 | 3 0.03 98.66 400 | 7 0.07 98.73 405 | 4 0.04 98.77 420 | 2 0.02 98.79 425 | 2 0.02 98.81 450 | 9 0.09 98.90 462 | 2 0.02 98.92 463 | 2 0.02 98.94 469 | 2 0.02 98.96 475 | 2 0.02 98.98 480 | 4 0.04 99.02 495 | 5 0.05 99.07 500 | 8 0.08 99.15 507 | 6 0.06 99.21 538 | 2 0.02 99.23 550 | 3 0.03 99.26 575 | 5 0.05 99.31 600 | 21 0.21 99.52 625 | 5 0.05 99.57 648 | 4 0.04 99.61 650 | 6 0.06 99.67 700 | 2 0.02 99.69 773 | 2 0.02 99.71 790 | 4 0.04 99.75 856 | 3 0.03 99.78 900 | 6 0.06 99.84 950 | 4 0.04 99.88 1000 | 12 0.12 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apersam1 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | TPERSAM1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,945 99.45 99.45 Statistical imputation (hot | 55 0.55 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tpersam2 variable in sipp1996tm96puw9 dataset : RE: Amount second | person paid for rent | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,503 95.03 95.03 25 | 7 0.07 95.10 50 | 8 0.08 95.18 56 | 3 0.03 95.21 60 | 2 0.02 95.23 70 | 3 0.03 95.26 75 | 18 0.18 95.44 80 | 3 0.03 95.47 88 | 2 0.02 95.49 90 | 4 0.04 95.53 95 | 3 0.03 95.56 100 | 18 0.18 95.74 113 | 3 0.03 95.77 120 | 10 0.10 95.87 125 | 2 0.02 95.89 131 | 3 0.03 95.92 133 | 8 0.08 96.00 135 | 2 0.02 96.02 138 | 3 0.03 96.05 140 | 2 0.02 96.07 145 | 10 0.10 96.17 150 | 39 0.39 96.56 160 | 2 0.02 96.58 170 | 3 0.03 96.61 175 | 6 0.06 96.67 189 | 2 0.02 96.69 195 | 2 0.02 96.71 200 | 9 0.09 96.80 208 | 4 0.04 96.84 218 | 6 0.06 96.90 233 | 3 0.03 96.93 250 | 11 0.11 97.04 254 | 3 0.03 97.07 257 | 2 0.02 97.09 260 | 2 0.02 97.11 265 | 3 0.03 97.14 268 | 3 0.03 97.17 270 | 3 0.03 97.20 275 | 2 0.02 97.22 286 | 2 0.02 97.24 298 | 4 0.04 97.28 300 | 32 0.32 97.60 302 | 2 0.02 97.62 310 | 7 0.07 97.69 312 | 9 0.09 97.78 325 | 6 0.06 97.84 330 | 2 0.02 97.86 333 | 3 0.03 97.89 340 | 2 0.02 97.91 345 | 4 0.04 97.95 350 | 19 0.19 98.14 358 | 2 0.02 98.16 360 | 2 0.02 98.18 365 | 4 0.04 98.22 375 | 8 0.08 98.30 380 | 2 0.02 98.32 385 | 2 0.02 98.34 390 | 5 0.05 98.39 398 | 3 0.03 98.42 400 | 23 0.23 98.65 405 | 4 0.04 98.69 420 | 2 0.02 98.71 425 | 2 0.02 98.73 450 | 2 0.02 98.75 460 | 2 0.02 98.77 462 | 2 0.02 98.79 463 | 2 0.02 98.81 469 | 2 0.02 98.83 475 | 2 0.02 98.85 480 | 4 0.04 98.89 495 | 5 0.05 98.94 500 | 12 0.12 99.06 507 | 6 0.06 99.12 538 | 2 0.02 99.14 550 | 9 0.09 99.23 565 | 3 0.03 99.26 575 | 5 0.05 99.31 600 | 11 0.11 99.42 625 | 5 0.05 99.47 645 | 2 0.02 99.49 648 | 4 0.04 99.53 650 | 4 0.04 99.57 773 | 2 0.02 99.59 790 | 4 0.04 99.63 800 | 2 0.02 99.65 855 | 3 0.03 99.68 900 | 32 0.32 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apersam2 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | TPERSAM2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,936 99.36 99.36 Statistical imputation (hot | 64 0.64 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tpersam3 variable in sipp1996tm96puw9 dataset : RE: Amount third person | paid for rent | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,930 99.30 99.30 25 | 7 0.07 99.37 49 | 3 0.03 99.40 120 | 6 0.06 99.46 133 | 3 0.03 99.49 175 | 3 0.03 99.52 200 | 8 0.08 99.60 233 | 3 0.03 99.63 270 | 3 0.03 99.66 275 | 4 0.04 99.70 300 | 5 0.05 99.75 310 | 5 0.05 99.80 334 | 3 0.03 99.83 350 | 3 0.03 99.86 390 | 3 0.03 99.89 398 | 3 0.03 99.92 400 | 4 0.04 99.96 405 | 4 0.04 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apersam3 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | TPERSAM3 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,984 99.84 99.84 Statistical imputation (hot | 16 0.16 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epaycare variable in sipp1996tm96puw9 dataset : RE: Pay for | care of child | or disabled | person | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 878 8.78 8.78 Yes | 676 6.76 15.54 No | 8,446 84.46 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apaycare variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EPAYCARE | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,681 86.81 86.81 Statistical imputation (hot | 1,319 13.19 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tcarecst variable in sipp1996tm96puw9 dataset : RE: Amount of care per | month | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,324 93.24 93.24 15 | 4 0.04 93.28 16 | 3 0.03 93.31 30 | 3 0.03 93.34 35 | 5 0.05 93.39 39 | 6 0.06 93.45 40 | 6 0.06 93.51 48 | 5 0.05 93.56 50 | 16 0.16 93.72 55 | 12 0.12 93.84 60 | 10 0.10 93.94 65 | 3 0.03 93.97 68 | 4 0.04 94.01 70 | 6 0.06 94.07 75 | 6 0.06 94.13 78 | 9 0.09 94.22 80 | 7 0.07 94.29 81 | 6 0.06 94.35 82 | 3 0.03 94.38 87 | 3 0.03 94.41 90 | 9 0.09 94.50 94 | 2 0.02 94.52 95 | 3 0.03 94.55 100 | 48 0.48 95.03 120 | 24 0.24 95.27 124 | 3 0.03 95.30 125 | 5 0.05 95.35 140 | 6 0.06 95.41 150 | 12 0.12 95.53 160 | 15 0.15 95.68 172 | 4 0.04 95.72 175 | 3 0.03 95.75 180 | 3 0.03 95.78 188 | 4 0.04 95.82 200 | 55 0.55 96.37 205 | 1 0.01 96.38 220 | 14 0.14 96.52 222 | 3 0.03 96.55 240 | 26 0.26 96.81 250 | 31 0.31 97.12 260 | 4 0.04 97.16 270 | 3 0.03 97.19 280 | 14 0.14 97.33 300 | 35 0.35 97.68 320 | 16 0.16 97.84 324 | 3 0.03 97.87 325 | 3 0.03 97.90 336 | 11 0.11 98.01 340 | 11 0.11 98.12 350 | 4 0.04 98.16 360 | 22 0.22 98.38 375 | 4 0.04 98.42 385 | 3 0.03 98.45 400 | 38 0.38 98.83 408 | 4 0.04 98.87 420 | 3 0.03 98.90 425 | 3 0.03 98.93 430 | 1 0.01 98.94 436 | 4 0.04 98.98 440 | 4 0.04 99.02 450 | 11 0.11 99.13 480 | 12 0.12 99.25 500 | 4 0.04 99.29 520 | 5 0.05 99.34 540 | 4 0.04 99.38 550 | 6 0.06 99.44 600 | 9 0.09 99.53 630 | 3 0.03 99.56 672 | 3 0.03 99.59 700 | 3 0.03 99.62 720 | 4 0.04 99.66 800 | 13 0.13 99.79 900 | 4 0.04 99.83 920 | 17 0.17 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of acarecst variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | TCARECST | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,901 99.01 99.01 Statistical imputation (hot | 99 0.99 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eothre variable in sipp1996tm96puw9 dataset : RE: Household | owns other real | estate | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 352 3.52 3.52 Yes | 752 7.52 11.04 No | 8,896 88.96 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aothre variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EOTHRE | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,666 86.66 86.66 Statistical imputation (hot | 1,334 13.34 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eothreo1 variable in sipp1996tm96puw9 dataset : RE: First | person owns | other real | estate | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,248 92.48 92.48 101 | 630 6.30 98.78 102 | 81 0.81 99.59 103 | 12 0.12 99.71 104 | 8 0.08 99.79 501 | 2 0.02 99.81 502 | 4 0.04 99.85 601 | 2 0.02 99.87 602 | 4 0.04 99.91 701 | 2 0.02 99.93 901 | 7 0.07 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aothreo1 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EOTHREO1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,911 99.11 99.11 Logical imputation (derivation) | 89 0.89 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eothreo2 variable in sipp1996tm96puw9 dataset : RE: Second | person owns | other real | estate | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,579 95.79 95.79 101 | 2 0.02 95.81 102 | 392 3.92 99.73 103 | 9 0.09 99.82 201 | 5 0.05 99.87 301 | 6 0.06 99.93 601 | 3 0.03 99.96 701 | 2 0.02 99.98 801 | 2 0.02 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eothreo3 variable in sipp1996tm96puw9 dataset : RE: Second | person owns | other real | estate | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 10,000 100.00 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tothreva variable in sipp1996tm96puw9 dataset : RE: Equity in other | real estate | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,248 92.48 92.48 1 | 3 0.03 92.51 500 | 10 0.10 92.61 600 | 4 0.04 92.65 2000 | 12 0.12 92.77 3000 | 18 0.18 92.95 3500 | 10 0.10 93.05 4000 | 19 0.19 93.24 5000 | 39 0.39 93.63 6000 | 14 0.14 93.77 6300 | 3 0.03 93.80 7000 | 5 0.05 93.85 7500 | 1 0.01 93.86 7900 | 6 0.06 93.92 8000 | 24 0.24 94.16 8200 | 1 0.01 94.17 9000 | 3 0.03 94.20 10000 | 41 0.41 94.61 11000 | 8 0.08 94.69 11900 | 5 0.05 94.74 12000 | 21 0.21 94.95 13000 | 10 0.10 95.05 13500 | 2 0.02 95.07 15000 | 32 0.32 95.39 17000 | 2 0.02 95.41 18000 | 5 0.05 95.46 19000 | 1 0.01 95.47 20000 | 44 0.44 95.91 21000 | 4 0.04 95.95 22000 | 11 0.11 96.06 25000 | 21 0.21 96.27 28000 | 10 0.10 96.37 30000 | 19 0.19 96.56 31000 | 3 0.03 96.59 34000 | 2 0.02 96.61 34600 | 3 0.03 96.64 35000 | 27 0.27 96.91 36000 | 3 0.03 96.94 40000 | 15 0.15 97.09 42000 | 1 0.01 97.10 45000 | 7 0.07 97.17 50000 | 33 0.33 97.50 51400 | 4 0.04 97.54 53000 | 2 0.02 97.56 55000 | 8 0.08 97.64 60000 | 19 0.19 97.83 65000 | 14 0.14 97.97 65500 | 3 0.03 98.00 69900 | 2 0.02 98.02 70000 | 20 0.20 98.22 72000 | 1 0.01 98.23 75000 | 9 0.09 98.32 80000 | 16 0.16 98.48 85000 | 2 0.02 98.50 87000 | 4 0.04 98.54 90000 | 11 0.11 98.65 92000 | 3 0.03 98.68 95000 | 2 0.02 98.70 100000 | 14 0.14 98.84 109500 | 6 0.06 98.90 110000 | 1 0.01 98.91 115000 | 3 0.03 98.94 120000 | 6 0.06 99.00 125000 | 2 0.02 99.02 130000 | 2 0.02 99.04 134000 | 4 0.04 99.08 135000 | 2 0.02 99.10 150000 | 5 0.05 99.15 160000 | 13 0.13 99.28 170000 | 4 0.04 99.32 175000 | 8 0.08 99.40 180000 | 2 0.02 99.42 185000 | 2 0.02 99.44 198000 | 1 0.01 99.45 200000 | 8 0.08 99.53 205000 | 1 0.01 99.54 225000 | 4 0.04 99.58 240000 | 5 0.05 99.63 250000 | 6 0.06 99.69 300000 | 5 0.05 99.74 350000 | 4 0.04 99.78 360000 | 22 0.22 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aothreva variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | TOTHREVA | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,814 98.14 98.14 Statistical imputation (hot | 186 1.86 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eautoown variable in sipp1996tm96puw9 dataset : RE: HH member | ownership of | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Yes | 8,775 87.75 87.75 No | 1,225 12.25 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aautoown variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EAUTOOWN | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,820 88.20 88.20 Statistical imputation (hot | 1,180 11.80 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eautonum variable in sipp1996tm96puw9 dataset : RE: Number of | vehicles owned | by HH | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 1,225 12.25 12.25 1 | 2,817 28.17 40.42 2 | 3,918 39.18 79.60 3 | 1,392 13.92 93.52 4 | 490 4.90 98.42 5 | 99 0.99 99.41 6 | 31 0.31 99.72 7 | 22 0.22 99.94 11 | 3 0.03 99.97 12 | 3 0.03 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aautonum variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EAUTONUM | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,856 88.56 88.56 Statistical imputation (hot | 1,144 11.44 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea1own1 variable in sipp1996tm96puw9 dataset : RE: First owner | of first | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 1,225 12.25 12.25 101 | 6,267 62.67 74.92 102 | 1,516 15.16 90.08 103 | 378 3.78 93.86 104 | 102 1.02 94.88 105 | 22 0.22 95.10 106 | 3 0.03 95.13 107 | 7 0.07 95.20 109 | 2 0.02 95.22 201 | 45 0.45 95.67 202 | 6 0.06 95.73 203 | 3 0.03 95.76 204 | 5 0.05 95.81 301 | 66 0.66 96.47 303 | 2 0.02 96.49 401 | 22 0.22 96.71 403 | 2 0.02 96.73 501 | 27 0.27 97.00 502 | 11 0.11 97.11 601 | 64 0.64 97.75 602 | 4 0.04 97.79 701 | 65 0.65 98.44 702 | 3 0.03 98.47 801 | 76 0.76 99.23 802 | 18 0.18 99.41 901 | 53 0.53 99.94 902 | 3 0.03 99.97 903 | 3 0.03 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa1own1 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EA1OWN1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,725 87.25 87.25 Logical imputation (derivation) | 1,275 12.75 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea1own2 variable in sipp1996tm96puw9 dataset : RE: Second | owner of first | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 7,566 75.66 75.66 101 | 53 0.53 76.19 102 | 2,222 22.22 98.41 103 | 47 0.47 98.88 104 | 5 0.05 98.93 201 | 20 0.20 99.13 301 | 29 0.29 99.42 402 | 6 0.06 99.48 501 | 20 0.20 99.68 502 | 3 0.03 99.71 601 | 4 0.04 99.75 701 | 8 0.08 99.83 702 | 3 0.03 99.86 801 | 8 0.08 99.94 802 | 4 0.04 99.98 901 | 2 0.02 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tcarval1 variable in sipp1996tm96puw9 dataset : RE: Car value for first | vehicle | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 1,225 12.25 12.25 500 | 428 4.28 16.53 750 | 180 1.80 18.33 1000 | 267 2.67 21.00 1500 | 279 2.79 23.79 2175 | 2 0.02 23.81 2375 | 9 0.09 23.90 2500 | 311 3.11 27.01 2925 | 3 0.03 27.04 3100 | 2 0.02 27.06 3150 | 4 0.04 27.10 3200 | 5 0.05 27.15 3350 | 415 4.15 31.30 3375 | 4 0.04 31.34 3475 | 3 0.03 31.37 3500 | 2 0.02 31.39 3725 | 3 0.03 31.42 3750 | 2 0.02 31.44 3775 | 5 0.05 31.49 3800 | 10 0.10 31.59 3875 | 22 0.22 31.81 3925 | 5 0.05 31.86 3950 | 1 0.01 31.87 3975 | 33 0.33 32.20 4000 | 3 0.03 32.23 4025 | 14 0.14 32.37 4125 | 6 0.06 32.43 4150 | 3 0.03 32.46 4175 | 5 0.05 32.51 4225 | 5 0.05 32.56 4275 | 32 0.32 32.88 4325 | 15 0.15 33.03 4375 | 7 0.07 33.10 4400 | 3 0.03 33.13 4425 | 26 0.26 33.39 4475 | 1 0.01 33.40 4500 | 3 0.03 33.43 4550 | 10 0.10 33.53 4600 | 1 0.01 33.54 4650 | 9 0.09 33.63 4675 | 6 0.06 33.69 4750 | 5 0.05 33.74 4775 | 11 0.11 33.85 4800 | 11 0.11 33.96 4850 | 4 0.04 34.00 4875 | 13 0.13 34.13 4900 | 5 0.05 34.18 4950 | 4 0.04 34.22 5025 | 10 0.10 34.32 5050 | 3 0.03 34.35 5075 | 5 0.05 34.40 5100 | 3 0.03 34.43 5125 | 26 0.26 34.69 5175 | 5 0.05 34.74 5200 | 1 0.01 34.75 5225 | 3 0.03 34.78 5250 | 8 0.08 34.86 5275 | 22 0.22 35.08 5375 | 3 0.03 35.11 5400 | 7 0.07 35.18 5450 | 8 0.08 35.26 5500 | 5 0.05 35.31 5525 | 11 0.11 35.42 5550 | 23 0.23 35.65 5575 | 4 0.04 35.69 5650 | 2 0.02 35.71 5685 | 1,556 15.56 51.27 5700 | 16 0.16 51.43 5750 | 9 0.09 51.52 5825 | 10 0.10 51.62 5850 | 7 0.07 51.69 5875 | 8 0.08 51.77 5900 | 8 0.08 51.85 5950 | 9 0.09 51.94 5963 | 378 3.78 55.72 5975 | 6 0.06 55.78 6000 | 15 0.15 55.93 6025 | 2 0.02 55.95 6050 | 15 0.15 56.10 6125 | 3 0.03 56.13 6150 | 3 0.03 56.16 6175 | 6 0.06 56.22 6225 | 2 0.02 56.24 6250 | 9 0.09 56.33 6275 | 16 0.16 56.49 6300 | 16 0.16 56.65 6325 | 6 0.06 56.71 6400 | 10 0.10 56.81 6425 | 2 0.02 56.83 6475 | 3 0.03 56.86 6500 | 14 0.14 57.00 6525 | 4 0.04 57.04 6550 | 25 0.25 57.29 6600 | 2 0.02 57.31 6650 | 4 0.04 57.35 6675 | 8 0.08 57.43 6775 | 5 0.05 57.48 6825 | 23 0.23 57.71 6850 | 9 0.09 57.80 6900 | 7 0.07 57.87 6925 | 2 0.02 57.89 6950 | 15 0.15 58.04 6975 | 14 0.14 58.18 6990 | 154 1.54 59.72 7000 | 8 0.08 59.80 7025 | 4 0.04 59.84 7075 | 4 0.04 59.88 7100 | 2 0.02 59.90 7125 | 2 0.02 59.92 7150 | 1 0.01 59.93 7175 | 24 0.24 60.17 7200 | 14 0.14 60.31 7300 | 3 0.03 60.34 7325 | 1 0.01 60.35 7350 | 9 0.09 60.44 7400 | 3 0.03 60.47 7450 | 12 0.12 60.59 7475 | 3 0.03 60.62 7525 | 11 0.11 60.73 7550 | 4 0.04 60.77 7575 | 4 0.04 60.81 7625 | 3 0.03 60.84 7675 | 40 0.40 61.24 7700 | 20 0.20 61.44 7725 | 2 0.02 61.46 7750 | 33 0.33 61.79 7800 | 1 0.01 61.80 7825 | 8 0.08 61.88 7875 | 4 0.04 61.92 7900 | 16 0.16 62.08 7925 | 14 0.14 62.22 7975 | 14 0.14 62.36 8025 | 5 0.05 62.41 8050 | 3 0.03 62.44 8075 | 9 0.09 62.53 8125 | 4 0.04 62.57 8150 | 4 0.04 62.61 8200 | 3 0.03 62.64 8300 | 36 0.36 63.00 8325 | 1 0.01 63.01 8350 | 24 0.24 63.25 8375 | 14 0.14 63.39 8400 | 5 0.05 63.44 8450 | 12 0.12 63.56 8478 | 167 1.67 65.23 8500 | 24 0.24 65.47 8525 | 6 0.06 65.53 8550 | 2 0.02 65.55 8575 | 2 0.02 65.57 8600 | 1 0.01 65.58 8625 | 4 0.04 65.62 8650 | 4 0.04 65.66 8700 | 32 0.32 65.98 8750 | 12 0.12 66.10 8775 | 14 0.14 66.24 8850 | 4 0.04 66.28 8875 | 32 0.32 66.60 8925 | 1 0.01 66.61 8975 | 2 0.02 66.63 9000 | 3 0.03 66.66 9050 | 15 0.15 66.81 9075 | 5 0.05 66.86 9150 | 5 0.05 66.91 9175 | 2 0.02 66.93 9200 | 10 0.10 67.03 9225 | 5 0.05 67.08 9275 | 10 0.10 67.18 9300 | 65 0.65 67.83 9325 | 18 0.18 68.01 9350 | 17 0.17 68.18 9425 | 8 0.08 68.26 9450 | 37 0.37 68.63 9475 | 3 0.03 68.66 9500 | 3 0.03 68.69 9550 | 11 0.11 68.80 9575 | 21 0.21 69.01 9600 | 2 0.02 69.03 9625 | 9 0.09 69.12 9725 | 13 0.13 69.25 9750 | 4 0.04 69.29 9775 | 3 0.03 69.32 9800 | 7 0.07 69.39 9825 | 19 0.19 69.58 9850 | 3 0.03 69.61 9875 | 2 0.02 69.63 9900 | 19 0.19 69.82 9925 | 25 0.25 70.07 9950 | 35 0.35 70.42 9975 | 3 0.03 70.45 10000 | 13 0.13 70.58 10025 | 15 0.15 70.73 10075 | 14 0.14 70.87 10100 | 11 0.11 70.98 10125 | 9 0.09 71.07 10175 | 11 0.11 71.18 10225 | 32 0.32 71.50 10250 | 10 0.10 71.60 10275 | 5 0.05 71.65 10325 | 10 0.10 71.75 10350 | 17 0.17 71.92 10400 | 4 0.04 71.96 10675 | 21 0.21 72.17 10677 | 237 2.37 74.54 10700 | 2 0.02 74.56 10725 | 20 0.20 74.76 10800 | 1 0.01 74.77 10825 | 17 0.17 74.94 10850 | 1 0.01 74.95 10900 | 6 0.06 75.01 10925 | 3 0.03 75.04 10950 | 6 0.06 75.10 11075 | 3 0.03 75.13 11100 | 2 0.02 75.15 11125 | 7 0.07 75.22 11150 | 23 0.23 75.45 11200 | 26 0.26 75.71 11250 | 4 0.04 75.75 11275 | 3 0.03 75.78 11280 | 9 0.09 75.87 11350 | 5 0.05 75.92 11355 | 4 0.04 75.96 11375 | 9 0.09 76.05 11385 | 2 0.02 76.07 11450 | 7 0.07 76.14 11475 | 7 0.07 76.21 11499 | 4 0.04 76.25 11525 | 6 0.06 76.31 11550 | 19 0.19 76.50 11575 | 10 0.10 76.60 11600 | 2 0.02 76.62 11650 | 24 0.24 76.86 11725 | 21 0.21 77.07 11810 | 1 0.01 77.08 11825 | 12 0.12 77.20 11875 | 18 0.18 77.38 11900 | 2 0.02 77.40 11908 | 6 0.06 77.46 11925 | 6 0.06 77.52 11975 | 8 0.08 77.60 12000 | 4 0.04 77.64 12025 | 10 0.10 77.74 12075 | 15 0.15 77.89 12145 | 4 0.04 77.93 12155 | 41 0.41 78.34 12175 | 3 0.03 78.37 12275 | 7 0.07 78.44 12325 | 5 0.05 78.49 12350 | 4 0.04 78.53 12375 | 5 0.05 78.58 12425 | 9 0.09 78.67 12495 | 2 0.02 78.69 12500 | 6 0.06 78.75 12525 | 3 0.03 78.78 12600 | 14 0.14 78.92 12675 | 28 0.28 79.20 12700 | 32 0.32 79.52 12725 | 13 0.13 79.65 12728 | 222 2.22 81.87 12800 | 9 0.09 81.96 12825 | 3 0.03 81.99 12850 | 2 0.02 82.01 12925 | 5 0.05 82.06 12950 | 4 0.04 82.10 12975 | 4 0.04 82.14 13050 | 2 0.02 82.16 13075 | 6 0.06 82.22 13100 | 2 0.02 82.24 13125 | 19 0.19 82.43 13175 | 6 0.06 82.49 13200 | 11 0.11 82.60 13225 | 4 0.04 82.64 13275 | 7 0.07 82.71 13325 | 4 0.04 82.75 13425 | 16 0.16 82.91 13435 | 3 0.03 82.94 13525 | 4 0.04 82.98 13550 | 2 0.02 83.00 13600 | 4 0.04 83.04 13625 | 1 0.01 83.05 13650 | 5 0.05 83.10 13655 | 2 0.02 83.12 13775 | 2 0.02 83.14 13850 | 24 0.24 83.38 13900 | 6 0.06 83.44 13950 | 5 0.05 83.49 14025 | 7 0.07 83.56 14100 | 33 0.33 83.89 14150 | 6 0.06 83.95 14250 | 25 0.25 84.20 14275 | 17 0.17 84.37 14350 | 5 0.05 84.42 14400 | 4 0.04 84.46 14500 | 14 0.14 84.60 14525 | 1 0.01 84.61 14600 | 10 0.10 84.71 14625 | 4 0.04 84.75 14650 | 28 0.28 85.03 14675 | 6 0.06 85.09 14688 | 227 2.27 87.36 14755 | 1 0.01 87.37 14775 | 10 0.10 87.47 14800 | 12 0.12 87.59 14825 | 3 0.03 87.62 14850 | 2 0.02 87.64 14875 | 2 0.02 87.66 14925 | 18 0.18 87.84 14950 | 16 0.16 88.00 14990 | 1 0.01 88.01 15000 | 5 0.05 88.06 15050 | 1 0.01 88.07 15075 | 3 0.03 88.10 15100 | 15 0.15 88.25 15125 | 8 0.08 88.33 15200 | 8 0.08 88.41 15275 | 3 0.03 88.44 15350 | 9 0.09 88.53 15425 | 10 0.10 88.63 15474 | 7 0.07 88.70 15500 | 21 0.21 88.91 15550 | 5 0.05 88.96 15650 | 1 0.01 88.97 15725 | 9 0.09 89.06 15750 | 1 0.01 89.07 15775 | 2 0.02 89.09 15825 | 11 0.11 89.20 15950 | 14 0.14 89.34 15975 | 4 0.04 89.38 16050 | 1 0.01 89.39 16065 | 5 0.05 89.44 16100 | 5 0.05 89.49 16125 | 7 0.07 89.56 16150 | 7 0.07 89.63 16165 | 6 0.06 89.69 16175 | 7 0.07 89.76 16250 | 11 0.11 89.87 16325 | 4 0.04 89.91 16350 | 5 0.05 89.96 16450 | 15 0.15 90.11 16575 | 1 0.01 90.12 16600 | 9 0.09 90.21 16700 | 9 0.09 90.30 16725 | 14 0.14 90.44 16775 | 9 0.09 90.53 16925 | 11 0.11 90.64 16950 | 6 0.06 90.70 17000 | 2 0.02 90.72 17050 | 6 0.06 90.78 17058 | 228 2.28 93.06 17175 | 2 0.02 93.08 17275 | 7 0.07 93.15 17325 | 2 0.02 93.17 17350 | 15 0.15 93.32 17475 | 8 0.08 93.40 17500 | 7 0.07 93.47 17550 | 1 0.01 93.48 17600 | 7 0.07 93.55 17625 | 11 0.11 93.66 17650 | 10 0.10 93.76 17675 | 15 0.15 93.91 17775 | 43 0.43 94.34 17795 | 7 0.07 94.41 17875 | 5 0.05 94.46 17900 | 6 0.06 94.52 17975 | 5 0.05 94.57 18000 | 7 0.07 94.64 18075 | 18 0.18 94.82 18100 | 5 0.05 94.87 18110 | 2 0.02 94.89 18215 | 2 0.02 94.91 18225 | 1 0.01 94.92 18245 | 1 0.01 94.93 18290 | 6 0.06 94.99 18425 | 1 0.01 95.00 18500 | 9 0.09 95.09 18850 | 5 0.05 95.14 18875 | 1 0.01 95.15 18900 | 16 0.16 95.31 18975 | 2 0.02 95.33 19195 | 2 0.02 95.35 19365 | 149 1.49 96.84 19475 | 4 0.04 96.88 19625 | 9 0.09 96.97 19650 | 23 0.23 97.20 19800 | 4 0.04 97.24 19850 | 6 0.06 97.30 19875 | 6 0.06 97.36 19925 | 37 0.37 97.73 20050 | 6 0.06 97.79 20218 | 10 0.10 97.89 20300 | 3 0.03 97.92 20375 | 4 0.04 97.96 20475 | 9 0.09 98.05 20700 | 4 0.04 98.09 20945 | 2 0.02 98.11 21300 | 10 0.10 98.21 21305 | 2 0.02 98.23 21400 | 4 0.04 98.27 21425 | 12 0.12 98.39 21450 | 5 0.05 98.44 21550 | 3 0.03 98.47 21800 | 21 0.21 98.68 21890 | 2 0.02 98.70 22010 | 2 0.02 98.72 22025 | 2 0.02 98.74 22400 | 7 0.07 98.81 22465 | 7 0.07 98.88 22525 | 1 0.01 98.89 22775 | 7 0.07 98.96 22795 | 2 0.02 98.98 22850 | 9 0.09 99.07 23150 | 3 0.03 99.10 23300 | 9 0.09 99.19 23575 | 1 0.01 99.20 23850 | 4 0.04 99.24 23975 | 2 0.02 99.26 25575 | 4 0.04 99.30 27100 | 15 0.15 99.45 28250 | 2 0.02 99.47 28275 | 8 0.08 99.55 28325 | 4 0.04 99.59 28350 | 7 0.07 99.66 28875 | 25 0.25 99.91 28995 | 3 0.03 99.94 31225 | 6 0.06 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of acarval1 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | TCARVAL1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 6,682 66.82 66.82 Logical imputation (derivation) | 3,318 33.18 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ta1year variable in sipp1996tm96puw9 dataset : RE: Car Year for First Vehicle | Freq. Percent Cum. --------------------------------+----------------------------------- Not in universe | 1,225 12.25 12.25 1985 | 428 4.28 16.53 1986 | 180 1.80 18.33 1987 | 267 2.67 21.00 1988 | 279 2.79 23.79 1989 | 311 3.11 26.90 1990 | 415 4.15 31.05 1991 | 378 3.78 34.83 1992 | 440 4.40 39.23 1993 | 626 6.26 45.49 1994 | 689 6.89 52.38 1995 | 791 7.91 60.29 1996 | 794 7.94 68.23 1997 | 742 7.42 75.65 1998 | 761 7.61 83.26 1999 | 163 1.63 84.89 Dont Know, Refusal, Blanks from | 1,511 15.11 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea1owed variable in sipp1996tm96puw9 dataset : RE: Money owed | for 1st vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 1,225 12.25 12.25 Money owed | 3,687 36.87 49.12 Free and clear | 5,088 50.88 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa1owed variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EA1OWED | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,593 85.93 85.93 Statistical imputation (hot | 1,407 14.07 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ta1amt variable in sipp1996tm96puw9 dataset : RE: Amount owed for 1st | vehicle | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 6,313 63.13 63.13 1 | 3 0.03 63.16 150 | 5 0.05 63.21 200 | 14 0.14 63.35 240 | 2 0.02 63.37 243 | 1 0.01 63.38 275 | 6 0.06 63.44 289 | 4 0.04 63.48 298 | 1 0.01 63.49 300 | 4 0.04 63.53 320 | 3 0.03 63.56 324 | 2 0.02 63.58 350 | 3 0.03 63.61 365 | 1 0.01 63.62 400 | 4 0.04 63.66 444 | 4 0.04 63.70 500 | 25 0.25 63.95 550 | 4 0.04 63.99 580 | 4 0.04 64.03 600 | 9 0.09 64.12 680 | 3 0.03 64.15 699 | 2 0.02 64.17 700 | 10 0.10 64.27 706 | 4 0.04 64.31 750 | 5 0.05 64.36 790 | 6 0.06 64.42 800 | 6 0.06 64.48 854 | 5 0.05 64.53 900 | 7 0.07 64.60 1000 | 58 0.58 65.18 1071 | 6 0.06 65.24 1100 | 7 0.07 65.31 1200 | 12 0.12 65.43 1212 | 1 0.01 65.44 1300 | 5 0.05 65.49 1350 | 3 0.03 65.52 1400 | 27 0.27 65.79 1440 | 5 0.05 65.84 1456 | 2 0.02 65.86 1495 | 4 0.04 65.90 1500 | 38 0.38 66.28 1550 | 4 0.04 66.32 1600 | 14 0.14 66.46 1665 | 4 0.04 66.50 1700 | 5 0.05 66.55 1800 | 17 0.17 66.72 1900 | 6 0.06 66.78 2000 | 100 1.00 67.78 2052 | 9 0.09 67.87 2100 | 2 0.02 67.89 2111 | 4 0.04 67.93 2130 | 2 0.02 67.95 2200 | 11 0.11 68.06 2260 | 2 0.02 68.08 2300 | 9 0.09 68.17 2400 | 2 0.02 68.19 2500 | 32 0.32 68.51 2600 | 2 0.02 68.53 2700 | 8 0.08 68.61 2767 | 2 0.02 68.63 2800 | 5 0.05 68.68 3000 | 172 1.72 70.40 3100 | 5 0.05 70.45 3150 | 3 0.03 70.48 3200 | 12 0.12 70.60 3220 | 2 0.02 70.62 3300 | 5 0.05 70.67 3478 | 2 0.02 70.69 3500 | 65 0.65 71.34 3600 | 11 0.11 71.45 3800 | 27 0.27 71.72 3881 | 2 0.02 71.74 3900 | 1 0.01 71.75 4000 | 169 1.69 73.44 4100 | 4 0.04 73.48 4200 | 22 0.22 73.70 4335 | 4 0.04 73.74 4400 | 4 0.04 73.78 4500 | 17 0.17 73.95 4640 | 3 0.03 73.98 4800 | 13 0.13 74.11 4874 | 2 0.02 74.13 4900 | 3 0.03 74.16 5000 | 161 1.61 75.77 5100 | 3 0.03 75.80 5200 | 2 0.02 75.82 5460 | 2 0.02 75.84 5500 | 6 0.06 75.90 5700 | 5 0.05 75.95 5749 | 2 0.02 75.97 5832 | 6 0.06 76.03 6000 | 145 1.45 77.48 6200 | 4 0.04 77.52 6480 | 5 0.05 77.57 6500 | 22 0.22 77.79 6700 | 2 0.02 77.81 6728 | 3 0.03 77.84 6800 | 3 0.03 77.87 7000 | 167 1.67 79.54 7200 | 7 0.07 79.61 7400 | 2 0.02 79.63 7500 | 58 0.58 80.21 7600 | 3 0.03 80.24 8000 | 213 2.13 82.37 8400 | 4 0.04 82.41 8427 | 2 0.02 82.43 8500 | 29 0.29 82.72 8520 | 3 0.03 82.75 8896 | 11 0.11 82.86 9000 | 173 1.73 84.59 9200 | 10 0.10 84.69 9300 | 4 0.04 84.73 9500 | 23 0.23 84.96 9600 | 10 0.10 85.06 9700 | 2 0.02 85.08 9831 | 4 0.04 85.12 9900 | 2 0.02 85.14 10000 | 219 2.19 87.33 10038 | 2 0.02 87.35 10135 | 3 0.03 87.38 10200 | 1 0.01 87.39 10300 | 3 0.03 87.42 10325 | 2 0.02 87.44 10500 | 10 0.10 87.54 10596 | 5 0.05 87.59 10800 | 7 0.07 87.66 11000 | 97 0.97 88.63 11221 | 2 0.02 88.65 11500 | 6 0.06 88.71 11660 | 1 0.01 88.72 11700 | 8 0.08 88.80 12000 | 157 1.57 90.37 12300 | 5 0.05 90.42 12474 | 1 0.01 90.43 12500 | 2 0.02 90.45 13000 | 75 0.75 91.20 13600 | 3 0.03 91.23 14000 | 114 1.14 92.37 14100 | 2 0.02 92.39 14500 | 2 0.02 92.41 14526 | 4 0.04 92.45 14900 | 5 0.05 92.50 14993 | 2 0.02 92.52 15000 | 175 1.75 94.27 15900 | 1 0.01 94.28 16000 | 65 0.65 94.93 16268 | 2 0.02 94.95 16500 | 2 0.02 94.97 16650 | 3 0.03 95.00 16900 | 3 0.03 95.03 17000 | 61 0.61 95.64 18000 | 93 0.93 96.57 19000 | 38 0.38 96.95 19464 | 5 0.05 97.00 20000 | 116 1.16 98.16 20100 | 2 0.02 98.18 21000 | 23 0.23 98.41 21600 | 4 0.04 98.45 22000 | 37 0.37 98.82 23000 | 18 0.18 99.00 24000 | 4 0.04 99.04 25000 | 22 0.22 99.26 26000 | 13 0.13 99.39 26500 | 5 0.05 99.44 27000 | 6 0.06 99.50 27696 | 3 0.03 99.53 28000 | 4 0.04 99.57 29000 | 5 0.05 99.62 30000 | 4 0.04 99.66 30500 | 15 0.15 99.81 31000 | 19 0.19 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa1amt variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TA1AMT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,813 88.13 88.13 Statistical imputation (hot | 1,187 11.87 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea1use variable in sipp1996tm96puw9 dataset : RE: Primary use | of vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 1,225 12.25 12.25 Yes | 628 6.28 18.53 No | 8,147 81.47 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa1use variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EA1USE | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,693 86.93 86.93 Statistical imputation (hot | 1,307 13.07 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea2own1 variable in sipp1996tm96puw9 dataset : RE: First owner | of second | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 4,042 40.42 40.42 101 | 3,986 39.86 80.28 102 | 1,157 11.57 91.85 103 | 247 2.47 94.32 104 | 58 0.58 94.90 105 | 29 0.29 95.19 107 | 7 0.07 95.26 108 | 8 0.08 95.34 201 | 84 0.84 96.18 203 | 8 0.08 96.26 301 | 47 0.47 96.73 401 | 26 0.26 96.99 403 | 6 0.06 97.05 501 | 34 0.34 97.39 502 | 15 0.15 97.54 503 | 5 0.05 97.59 504 | 5 0.05 97.64 601 | 43 0.43 98.07 602 | 4 0.04 98.11 701 | 32 0.32 98.43 801 | 48 0.48 98.91 802 | 15 0.15 99.06 803 | 9 0.09 99.15 901 | 80 0.80 99.95 902 | 2 0.02 99.97 903 | 3 0.03 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa2own1 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EA2OWN1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,114 91.14 91.14 Logical imputation (derivation) | 886 8.86 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea2own2 variable in sipp1996tm96puw9 dataset : RE: 2nd owner | of second | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,180 81.80 81.80 101 | 50 0.50 82.30 102 | 1,673 16.73 99.03 103 | 32 0.32 99.35 104 | 3 0.03 99.38 201 | 15 0.15 99.53 301 | 22 0.22 99.75 401 | 3 0.03 99.78 501 | 10 0.10 99.88 601 | 4 0.04 99.92 701 | 4 0.04 99.96 802 | 4 0.04 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tcarval2 variable in sipp1996tm96puw9 dataset : RE: Car value for | second vehicle | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 4,042 40.42 40.42 500 | 870 8.70 49.12 750 | 329 3.29 52.41 1000 | 241 2.41 54.82 1500 | 390 3.90 58.72 2325 | 5 0.05 58.77 2500 | 425 4.25 63.02 2925 | 2 0.02 63.04 3150 | 6 0.06 63.10 3200 | 4 0.04 63.14 3350 | 419 4.19 67.33 3375 | 1 0.01 67.34 3475 | 5 0.05 67.39 3600 | 6 0.06 67.45 3725 | 8 0.08 67.53 3750 | 3 0.03 67.56 3875 | 11 0.11 67.67 3925 | 2 0.02 67.69 3975 | 17 0.17 67.86 4150 | 3 0.03 67.89 4175 | 4 0.04 67.93 4225 | 5 0.05 67.98 4275 | 5 0.05 68.03 4375 | 3 0.03 68.06 4425 | 15 0.15 68.21 4475 | 1 0.01 68.22 4500 | 8 0.08 68.30 4525 | 5 0.05 68.35 4550 | 27 0.27 68.62 4575 | 4 0.04 68.66 4675 | 9 0.09 68.75 4700 | 4 0.04 68.79 4775 | 3 0.03 68.82 4800 | 6 0.06 68.88 4875 | 9 0.09 68.97 4900 | 6 0.06 69.03 4950 | 4 0.04 69.07 5025 | 4 0.04 69.11 5075 | 5 0.05 69.16 5125 | 5 0.05 69.21 5150 | 2 0.02 69.23 5250 | 10 0.10 69.33 5300 | 7 0.07 69.40 5375 | 2 0.02 69.42 5500 | 5 0.05 69.47 5525 | 5 0.05 69.52 5550 | 13 0.13 69.65 5625 | 3 0.03 69.68 5685 | 1,061 10.61 80.29 5700 | 20 0.20 80.49 5750 | 10 0.10 80.59 5825 | 2 0.02 80.61 5875 | 7 0.07 80.68 5900 | 2 0.02 80.70 5963 | 423 4.23 84.93 5975 | 6 0.06 84.99 6000 | 6 0.06 85.05 6025 | 2 0.02 85.07 6200 | 7 0.07 85.14 6225 | 4 0.04 85.18 6250 | 5 0.05 85.23 6275 | 8 0.08 85.31 6325 | 4 0.04 85.35 6400 | 4 0.04 85.39 6450 | 2 0.02 85.41 6475 | 4 0.04 85.45 6500 | 7 0.07 85.52 6525 | 2 0.02 85.54 6550 | 4 0.04 85.58 6575 | 10 0.10 85.68 6600 | 5 0.05 85.73 6625 | 5 0.05 85.78 6675 | 4 0.04 85.82 6775 | 6 0.06 85.88 6825 | 8 0.08 85.96 6850 | 22 0.22 86.18 6875 | 8 0.08 86.26 6950 | 13 0.13 86.39 6975 | 5 0.05 86.44 6990 | 88 0.88 87.32 7000 | 2 0.02 87.34 7025 | 9 0.09 87.43 7075 | 2 0.02 87.45 7175 | 15 0.15 87.60 7200 | 12 0.12 87.72 7250 | 3 0.03 87.75 7300 | 2 0.02 87.77 7350 | 20 0.20 87.97 7400 | 4 0.04 88.01 7525 | 5 0.05 88.06 7575 | 5 0.05 88.11 7625 | 9 0.09 88.20 7675 | 7 0.07 88.27 7725 | 14 0.14 88.41 7750 | 9 0.09 88.50 7800 | 9 0.09 88.59 7875 | 3 0.03 88.62 7900 | 15 0.15 88.77 7925 | 9 0.09 88.86 8025 | 3 0.03 88.89 8050 | 2 0.02 88.91 8125 | 6 0.06 88.97 8300 | 4 0.04 89.01 8350 | 11 0.11 89.12 8375 | 6 0.06 89.18 8400 | 11 0.11 89.29 8478 | 77 0.77 90.06 8500 | 19 0.19 90.25 8525 | 8 0.08 90.33 8575 | 2 0.02 90.35 8625 | 4 0.04 90.39 8650 | 2 0.02 90.41 8700 | 8 0.08 90.49 8750 | 14 0.14 90.63 8775 | 8 0.08 90.71 8850 | 4 0.04 90.75 8875 | 13 0.13 90.88 8900 | 4 0.04 90.92 8950 | 3 0.03 90.95 9050 | 2 0.02 90.97 9200 | 7 0.07 91.04 9275 | 6 0.06 91.10 9300 | 20 0.20 91.30 9325 | 5 0.05 91.35 9350 | 3 0.03 91.38 9425 | 9 0.09 91.47 9450 | 27 0.27 91.74 9475 | 2 0.02 91.76 9500 | 17 0.17 91.93 9550 | 2 0.02 91.95 9600 | 6 0.06 92.01 9675 | 5 0.05 92.06 9725 | 3 0.03 92.09 9750 | 4 0.04 92.13 9800 | 4 0.04 92.17 9825 | 9 0.09 92.26 9850 | 6 0.06 92.32 9950 | 6 0.06 92.38 10225 | 7 0.07 92.45 10250 | 10 0.10 92.55 10300 | 5 0.05 92.60 10325 | 2 0.02 92.62 10400 | 5 0.05 92.67 10677 | 61 0.61 93.28 10700 | 3 0.03 93.31 10725 | 12 0.12 93.43 10825 | 10 0.10 93.53 10850 | 2 0.02 93.55 10900 | 5 0.05 93.60 11050 | 2 0.02 93.62 11075 | 5 0.05 93.67 11100 | 3 0.03 93.70 11125 | 4 0.04 93.74 11150 | 19 0.19 93.93 11200 | 5 0.05 93.98 11280 | 3 0.03 94.01 11300 | 4 0.04 94.05 11325 | 5 0.05 94.10 11350 | 4 0.04 94.14 11375 | 10 0.10 94.24 11475 | 7 0.07 94.31 11525 | 2 0.02 94.33 11575 | 9 0.09 94.42 11600 | 2 0.02 94.44 11700 | 3 0.03 94.47 11725 | 5 0.05 94.52 11825 | 2 0.02 94.54 11925 | 5 0.05 94.59 11975 | 7 0.07 94.66 12025 | 4 0.04 94.70 12225 | 4 0.04 94.74 12275 | 10 0.10 94.84 12375 | 3 0.03 94.87 12525 | 11 0.11 94.98 12575 | 4 0.04 95.02 12600 | 5 0.05 95.07 12675 | 5 0.05 95.12 12700 | 7 0.07 95.19 12728 | 82 0.82 96.01 12800 | 10 0.10 96.11 12825 | 11 0.11 96.22 12850 | 4 0.04 96.26 12950 | 6 0.06 96.32 13175 | 3 0.03 96.35 13200 | 2 0.02 96.37 13325 | 4 0.04 96.41 13525 | 4 0.04 96.45 13550 | 2 0.02 96.47 13750 | 3 0.03 96.50 13775 | 2 0.02 96.52 13850 | 4 0.04 96.56 13875 | 3 0.03 96.59 14250 | 7 0.07 96.66 14400 | 2 0.02 96.68 14600 | 5 0.05 96.73 14650 | 6 0.06 96.79 14688 | 56 0.56 97.35 14750 | 6 0.06 97.41 14775 | 3 0.03 97.44 14850 | 5 0.05 97.49 14950 | 8 0.08 97.57 15125 | 6 0.06 97.63 15200 | 2 0.02 97.65 15275 | 4 0.04 97.69 15350 | 9 0.09 97.78 15425 | 8 0.08 97.86 15500 | 7 0.07 97.93 15550 | 2 0.02 97.95 15725 | 2 0.02 97.97 15825 | 2 0.02 97.99 15950 | 8 0.08 98.07 15975 | 4 0.04 98.11 16000 | 4 0.04 98.15 16300 | 2 0.02 98.17 16550 | 4 0.04 98.21 16575 | 2 0.02 98.23 17058 | 63 0.63 98.86 17350 | 8 0.08 98.94 17475 | 5 0.05 98.99 17775 | 8 0.08 99.07 17950 | 4 0.04 99.11 17975 | 4 0.04 99.15 18000 | 5 0.05 99.20 18290 | 2 0.02 99.22 18375 | 4 0.04 99.26 19365 | 22 0.22 99.48 19650 | 5 0.05 99.53 20375 | 10 0.10 99.63 20700 | 4 0.04 99.67 21300 | 6 0.06 99.73 21800 | 5 0.05 99.78 22500 | 3 0.03 99.81 24375 | 6 0.06 99.87 27100 | 9 0.09 99.96 28875 | 4 0.04 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of acarval2 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | TCARVAL2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,067 80.67 80.67 Logical imputation (derivation) | 1,933 19.33 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ta2year variable in sipp1996tm96puw9 dataset : RE: Car Year for Second Vehicle | Freq. Percent Cum. --------------------------------+----------------------------------- Not in universe | 4,042 40.42 40.42 1985 | 870 8.70 49.12 1986 | 329 3.29 52.41 1987 | 241 2.41 54.82 1988 | 390 3.90 58.72 1989 | 425 4.25 62.97 1990 | 419 4.19 67.16 1991 | 423 4.23 71.39 1992 | 334 3.34 74.73 1993 | 330 3.30 78.03 1994 | 326 3.26 81.29 1995 | 336 3.36 84.65 1996 | 222 2.22 86.87 1997 | 171 1.71 88.58 1998 | 76 0.76 89.34 1999 | 7 0.07 89.41 Dont Know, Refusal, Blanks from | 1,059 10.59 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea2owed variable in sipp1996tm96puw9 dataset : RE: Money owed | on the 2nd | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 4,042 40.42 40.42 Money owed | 1,130 11.30 51.72 Free and clear | 4,828 48.28 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa2owed variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EA2OWED | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,056 90.56 90.56 Statistical imputation (hot | 944 9.44 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ta2amt variable in sipp1996tm96puw9 dataset : RE: Amount owed for | second vehicle | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 8,870 88.70 88.70 1 | 4 0.04 88.74 175 | 3 0.03 88.77 202 | 2 0.02 88.79 300 | 5 0.05 88.84 400 | 6 0.06 88.90 450 | 10 0.10 89.00 500 | 14 0.14 89.14 600 | 6 0.06 89.20 644 | 3 0.03 89.23 700 | 7 0.07 89.30 720 | 2 0.02 89.32 737 | 3 0.03 89.35 800 | 18 0.18 89.53 900 | 8 0.08 89.61 950 | 2 0.02 89.63 1000 | 38 0.38 90.01 1080 | 3 0.03 90.04 1088 | 2 0.02 90.06 1100 | 4 0.04 90.10 1200 | 7 0.07 90.17 1316 | 2 0.02 90.19 1400 | 2 0.02 90.21 1500 | 43 0.43 90.64 1512 | 3 0.03 90.67 1600 | 9 0.09 90.76 1700 | 5 0.05 90.81 1800 | 7 0.07 90.88 1900 | 9 0.09 90.97 2000 | 94 0.94 91.91 2100 | 9 0.09 92.00 2300 | 3 0.03 92.03 2500 | 15 0.15 92.18 2604 | 2 0.02 92.20 2616 | 2 0.02 92.22 2800 | 10 0.10 92.32 3000 | 56 0.56 92.88 3100 | 8 0.08 92.96 3360 | 3 0.03 92.99 3500 | 6 0.06 93.05 3600 | 2 0.02 93.07 3700 | 4 0.04 93.11 3800 | 6 0.06 93.17 4000 | 82 0.82 93.99 4500 | 8 0.08 94.07 4700 | 5 0.05 94.12 4800 | 2 0.02 94.14 5000 | 38 0.38 94.52 5100 | 3 0.03 94.55 5300 | 5 0.05 94.60 5500 | 15 0.15 94.75 5660 | 4 0.04 94.79 5800 | 2 0.02 94.81 6000 | 62 0.62 95.43 6242 | 5 0.05 95.48 6466 | 4 0.04 95.52 6700 | 1 0.01 95.53 7000 | 42 0.42 95.95 7500 | 6 0.06 96.01 7700 | 8 0.08 96.09 7900 | 6 0.06 96.15 8000 | 47 0.47 96.62 8120 | 4 0.04 96.66 8400 | 2 0.02 96.68 9000 | 57 0.57 97.25 9500 | 2 0.02 97.27 9600 | 3 0.03 97.30 9800 | 3 0.03 97.33 10000 | 64 0.64 97.97 10500 | 3 0.03 98.00 10700 | 2 0.02 98.02 11000 | 19 0.19 98.21 12000 | 63 0.63 98.84 13680 | 7 0.07 98.91 14000 | 33 0.33 99.24 15000 | 14 0.14 99.38 15500 | 2 0.02 99.40 16000 | 8 0.08 99.48 17000 | 17 0.17 99.65 18000 | 7 0.07 99.72 19000 | 6 0.06 99.78 20000 | 10 0.10 99.88 24000 | 2 0.02 99.90 25000 | 5 0.05 99.95 28000 | 5 0.05 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa2amt variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TA2AMT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,609 96.09 96.09 Statistical imputation (hot | 391 3.91 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea2use variable in sipp1996tm96puw9 dataset : RE: Primary use | of vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 4,042 40.42 40.42 Yes | 393 3.93 44.35 No | 5,565 55.65 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa2use variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EA2USE | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,100 91.00 91.00 Statistical imputation (hot | 900 9.00 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea3own1 variable in sipp1996tm96puw9 dataset : RE: 1st owner | of third | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 7,960 79.60 79.60 101 | 1,273 12.73 92.33 102 | 328 3.28 95.61 103 | 167 1.67 97.28 104 | 68 0.68 97.96 105 | 7 0.07 98.03 201 | 48 0.48 98.51 301 | 17 0.17 98.68 302 | 4 0.04 98.72 401 | 7 0.07 98.79 501 | 11 0.11 98.90 502 | 8 0.08 98.98 503 | 6 0.06 99.04 601 | 19 0.19 99.23 701 | 3 0.03 99.26 702 | 7 0.07 99.33 801 | 26 0.26 99.59 802 | 15 0.15 99.74 901 | 20 0.20 99.94 902 | 6 0.06 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa3own1 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EA3OWN | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,665 96.65 96.65 Logical imputation (derivation) | 335 3.35 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea3own2 variable in sipp1996tm96puw9 dataset : RE: 2nd owner | of third | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,421 94.21 94.21 101 | 10 0.10 94.31 102 | 537 5.37 99.68 103 | 9 0.09 99.77 104 | 3 0.03 99.80 201 | 5 0.05 99.85 301 | 8 0.08 99.93 402 | 4 0.04 99.97 501 | 3 0.03 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tcarval3 variable in sipp1996tm96puw9 dataset : RE: Car value for third | vehicle | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 7,960 79.60 79.60 500 | 651 6.51 86.11 750 | 115 1.15 87.26 1000 | 139 1.39 88.65 1500 | 119 1.19 89.84 2500 | 132 1.32 91.16 3200 | 3 0.03 91.19 3350 | 122 1.22 92.41 3375 | 7 0.07 92.48 3700 | 5 0.05 92.53 3875 | 4 0.04 92.57 4000 | 5 0.05 92.62 4500 | 8 0.08 92.70 4575 | 3 0.03 92.73 4675 | 7 0.07 92.80 4800 | 7 0.07 92.87 5250 | 3 0.03 92.90 5275 | 5 0.05 92.95 5375 | 2 0.02 92.97 5575 | 5 0.05 93.02 5685 | 375 3.75 96.77 5963 | 81 0.81 97.58 6200 | 10 0.10 97.68 6325 | 5 0.05 97.73 6525 | 5 0.05 97.78 6550 | 3 0.03 97.81 6775 | 5 0.05 97.86 6825 | 5 0.05 97.91 6990 | 32 0.32 98.23 7075 | 4 0.04 98.27 7175 | 5 0.05 98.32 7400 | 5 0.05 98.37 7575 | 5 0.05 98.42 7675 | 2 0.02 98.44 7750 | 4 0.04 98.48 7900 | 4 0.04 98.52 7925 | 4 0.04 98.56 8300 | 4 0.04 98.60 8350 | 6 0.06 98.66 8478 | 4 0.04 98.70 8500 | 4 0.04 98.74 8750 | 4 0.04 98.78 9325 | 5 0.05 98.83 9450 | 7 0.07 98.90 9600 | 4 0.04 98.94 9750 | 3 0.03 98.97 9850 | 4 0.04 99.01 10275 | 2 0.02 99.03 10677 | 21 0.21 99.24 11375 | 4 0.04 99.28 11475 | 4 0.04 99.32 11575 | 4 0.04 99.36 11725 | 3 0.03 99.39 11975 | 4 0.04 99.43 12275 | 5 0.05 99.48 12700 | 4 0.04 99.52 12728 | 8 0.08 99.60 12800 | 3 0.03 99.63 12875 | 5 0.05 99.68 13425 | 5 0.05 99.73 13900 | 3 0.03 99.76 14688 | 5 0.05 99.81 14850 | 3 0.03 99.84 16450 | 2 0.02 99.86 17058 | 8 0.08 99.94 19365 | 2 0.02 99.96 19900 | 4 0.04 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of acarval3 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | TCARVAL3 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,464 94.64 94.64 Logical imputation (derivation) | 536 5.36 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ta3year variable in sipp1996tm96puw9 dataset : RE: Car Year for Third Vehicle | Freq. Percent Cum. --------------------------------+----------------------------------- Not in universe | 7,960 79.60 79.60 1985 | 651 6.51 86.11 1986 | 115 1.15 87.26 1987 | 139 1.39 88.65 1988 | 119 1.19 89.84 1989 | 132 1.32 91.16 1990 | 122 1.22 92.38 1991 | 81 0.81 93.19 1992 | 90 0.90 94.09 1993 | 70 0.70 94.79 1994 | 57 0.57 95.36 1995 | 42 0.42 95.78 1996 | 24 0.24 96.02 1997 | 15 0.15 96.17 1998 | 8 0.08 96.25 Dont Know, Refusal, Blanks from | 375 3.75 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea3owed variable in sipp1996tm96puw9 dataset : RE: Money owed | for third | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 7,960 79.60 79.60 Money owed | 179 1.79 81.39 Free and clear | 1,861 18.61 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa3owed variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EA3OWED | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,658 96.58 96.58 Statistical imputation (hot | 342 3.42 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ta3amt variable in sipp1996tm96puw9 dataset : RE: Amount owed for | third vehicle | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,821 98.21 98.21 595 | 6 0.06 98.27 800 | 4 0.04 98.31 1000 | 6 0.06 98.37 1480 | 6 0.06 98.43 1500 | 11 0.11 98.54 1700 | 4 0.04 98.58 2000 | 28 0.28 98.86 2400 | 5 0.05 98.91 3000 | 6 0.06 98.97 3800 | 2 0.02 98.99 4000 | 3 0.03 99.02 4300 | 4 0.04 99.06 4500 | 2 0.02 99.08 5000 | 6 0.06 99.14 6000 | 22 0.22 99.36 6800 | 3 0.03 99.39 7000 | 8 0.08 99.47 8000 | 3 0.03 99.50 9000 | 4 0.04 99.54 9400 | 6 0.06 99.60 10000 | 25 0.25 99.85 12000 | 4 0.04 99.89 13000 | 8 0.08 99.97 19000 | 3 0.03 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa3amt variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TA3AMT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,924 99.24 99.24 Statistical imputation (hot | 76 0.76 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ea3use variable in sipp1996tm96puw9 dataset : RE: Primary use | of vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 7,960 79.60 79.60 Yes | 148 1.48 81.08 No | 1,892 18.92 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aa3use variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EA3USE | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,667 96.67 96.67 Statistical imputation (hot | 333 3.33 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eothveh variable in sipp1996tm96puw9 dataset : RE: Own other | Vehicle | Freq. Percent Cum. ----------------+----------------------------------- Yes | 1,377 13.77 13.77 No | 8,623 86.23 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aothveh variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EOTHVEH | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,644 86.44 86.44 Statistical imputation (hot | 1,335 13.35 99.79 Cold deck imputation | 21 0.21 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eovmtrcy variable in sipp1996tm96puw9 dataset : RE: Anyone own | a motorcycle? | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,623 86.23 86.23 Yes | 413 4.13 90.36 No | 964 9.64 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aovmtrcy variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EOVMTRCY | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,855 98.55 98.55 Statistical imputation (hot | 145 1.45 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eovboat variable in sipp1996tm96puw9 dataset : RE: Anyone own | a boat? | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,623 86.23 86.23 Yes | 789 7.89 94.12 No | 588 5.88 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aovboat variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EOVBOAT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,855 98.55 98.55 Statistical imputation (hot | 145 1.45 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eovrv variable in sipp1996tm96puw9 dataset : RE: Anyone own | an RV? | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,623 86.23 86.23 Yes | 258 2.58 88.81 Not | 1,119 11.19 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aovrv variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EOTHVEH2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,855 98.55 98.55 Statistical imputation (hot | 145 1.45 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eovothrv variable in sipp1996tm96puw9 dataset : RE: Anyone own | any other | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,623 86.23 86.23 Yes | 237 2.37 88.60 Not | 1,140 11.40 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aovothrv variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EOVBOAT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,855 98.55 98.55 Statistical imputation (hot | 145 1.45 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eov1own1 variable in sipp1996tm96puw9 dataset : RE: 1st owner | of 1st other | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,602 86.02 86.02 101 | 1,006 10.06 96.08 102 | 250 2.50 98.58 103 | 62 0.62 99.20 104 | 18 0.18 99.38 106 | 4 0.04 99.42 201 | 7 0.07 99.49 301 | 9 0.09 99.58 302 | 4 0.04 99.62 401 | 5 0.05 99.67 501 | 7 0.07 99.74 701 | 2 0.02 99.76 703 | 2 0.02 99.78 801 | 12 0.12 99.90 802 | 4 0.04 99.94 901 | 6 0.06 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aov1own1 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EOV1OWN1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,829 98.29 98.29 Logical imputation (derivation) | 171 1.71 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eov1own2 variable in sipp1996tm96puw9 dataset : RE: 2nd owner | of 1st other | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,617 96.17 96.17 101 | 3 0.03 96.20 102 | 350 3.50 99.70 103 | 12 0.12 99.82 201 | 7 0.07 99.89 301 | 5 0.05 99.94 401 | 4 0.04 99.98 601 | 2 0.02 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tov1val variable in sipp1996tm96puw9 dataset : RE: 1st other vehicle | value | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 8,602 86.02 86.02 1 | 4 0.04 86.06 20 | 8 0.08 86.14 25 | 3 0.03 86.17 75 | 6 0.06 86.23 100 | 32 0.32 86.55 150 | 13 0.13 86.68 200 | 31 0.31 86.99 250 | 16 0.16 87.15 300 | 42 0.42 87.57 350 | 6 0.06 87.63 400 | 29 0.29 87.92 450 | 1 0.01 87.93 500 | 56 0.56 88.49 600 | 14 0.14 88.63 650 | 8 0.08 88.71 700 | 16 0.16 88.87 750 | 4 0.04 88.91 800 | 28 0.28 89.19 900 | 2 0.02 89.21 1000 | 89 0.89 90.10 1200 | 32 0.32 90.42 1400 | 2 0.02 90.44 1500 | 44 0.44 90.88 1600 | 2 0.02 90.90 1700 | 13 0.13 91.03 1800 | 4 0.04 91.07 2000 | 89 0.89 91.96 2200 | 1 0.01 91.97 2500 | 48 0.48 92.45 2700 | 4 0.04 92.49 3000 | 84 0.84 93.33 3400 | 4 0.04 93.37 3500 | 25 0.25 93.62 3700 | 2 0.02 93.64 3800 | 6 0.06 93.70 4000 | 54 0.54 94.24 4200 | 3 0.03 94.27 4500 | 22 0.22 94.49 4800 | 4 0.04 94.53 5000 | 94 0.94 95.47 5500 | 9 0.09 95.56 6000 | 42 0.42 95.98 6500 | 10 0.10 96.08 7000 | 44 0.44 96.52 7500 | 15 0.15 96.67 8000 | 46 0.46 97.13 8700 | 7 0.07 97.20 8750 | 5 0.05 97.25 8900 | 3 0.03 97.28 9000 | 17 0.17 97.45 9500 | 4 0.04 97.49 10000 | 38 0.38 97.87 11000 | 16 0.16 98.03 11500 | 6 0.06 98.09 12000 | 26 0.26 98.35 14000 | 14 0.14 98.49 15000 | 37 0.37 98.86 16000 | 12 0.12 98.98 17000 | 2 0.02 99.00 17500 | 2 0.02 99.02 18000 | 16 0.16 99.18 20000 | 17 0.17 99.35 25000 | 17 0.17 99.52 26000 | 3 0.03 99.55 27000 | 4 0.04 99.59 30000 | 3 0.03 99.62 32000 | 5 0.05 99.67 34000 | 2 0.02 99.69 35000 | 31 0.31 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aov1val variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TOV1VAL | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,669 96.69 96.69 Statistical imputation (hot | 331 3.31 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eov1owe variable in sipp1996tm96puw9 dataset : RE: Money owed | for first other | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,602 86.02 86.02 Money owed | 133 1.33 87.35 Free and clear | 1,265 12.65 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aov1owe variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EOV1OWE | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,798 97.98 97.98 Statistical imputation (hot | 202 2.02 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tov1amt variable in sipp1996tm96puw9 dataset : RE: Amount owed for | first other vehicle | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,867 98.67 98.67 1000 | 3 0.03 98.70 2000 | 11 0.11 98.81 2100 | 4 0.04 98.85 2500 | 2 0.02 98.87 2832 | 2 0.02 98.89 3000 | 4 0.04 98.93 3200 | 3 0.03 98.96 3250 | 3 0.03 98.99 3400 | 3 0.03 99.02 4000 | 5 0.05 99.07 4200 | 2 0.02 99.09 4500 | 4 0.04 99.13 4900 | 4 0.04 99.17 5000 | 10 0.10 99.27 6000 | 17 0.17 99.44 7000 | 2 0.02 99.46 8000 | 3 0.03 99.49 8500 | 2 0.02 99.51 9000 | 24 0.24 99.75 10000 | 2 0.02 99.77 14000 | 1 0.01 99.78 15000 | 3 0.03 99.81 18000 | 7 0.07 99.88 19000 | 5 0.05 99.93 20000 | 4 0.04 99.97 32000 | 3 0.03 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aov1amt variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TOV1AMT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,966 99.66 99.66 Statistical imputation (hot | 34 0.34 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eov2own1 variable in sipp1996tm96puw9 dataset : RE: 1st owner | of 2nd other | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,727 97.27 97.27 101 | 218 2.18 99.45 102 | 45 0.45 99.90 103 | 2 0.02 99.92 301 | 4 0.04 99.96 501 | 2 0.02 99.98 901 | 2 0.02 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aov2own1 variable in sipp1996tm96puw9 dataset : RE: Allocation flag for | EOV2OWN1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,977 99.77 99.77 Logical imputation (derivation) | 23 0.23 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eov2own2 variable in sipp1996tm96puw9 dataset : RE: 2nd owner | of 2nd other | vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,891 98.91 98.91 102 | 99 0.99 99.90 301 | 5 0.05 99.95 701 | 2 0.02 99.97 801 | 3 0.03 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tov2val variable in sipp1996tm96puw9 dataset : RE: Second other | vehicle value | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,727 97.27 97.27 100 | 4 0.04 97.31 200 | 4 0.04 97.35 250 | 3 0.03 97.38 300 | 10 0.10 97.48 400 | 12 0.12 97.60 600 | 3 0.03 97.63 700 | 8 0.08 97.71 800 | 4 0.04 97.75 1000 | 27 0.27 98.02 1400 | 4 0.04 98.06 1500 | 3 0.03 98.09 1800 | 2 0.02 98.11 2000 | 4 0.04 98.15 2500 | 4 0.04 98.19 3000 | 19 0.19 98.38 3500 | 28 0.28 98.66 4000 | 25 0.25 98.91 5000 | 7 0.07 98.98 5500 | 5 0.05 99.03 5800 | 5 0.05 99.08 6000 | 9 0.09 99.17 7000 | 13 0.13 99.30 7500 | 3 0.03 99.33 8000 | 25 0.25 99.58 9000 | 5 0.05 99.63 10000 | 7 0.07 99.70 11000 | 4 0.04 99.74 12000 | 4 0.04 99.78 13000 | 7 0.07 99.85 15000 | 2 0.02 99.87 17000 | 4 0.04 99.91 20000 | 7 0.07 99.98 25000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aov2val variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TOV2VAL | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,944 99.44 99.44 Statistical imputation (hot | 56 0.56 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eov2owe variable in sipp1996tm96puw9 dataset : RE: Is money | owed for 2nd | other vehicle | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,727 97.27 97.27 Money owed | 42 0.42 97.69 Free and clear | 231 2.31 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aov2owe variable in sipp1996tm96puw9 dataset : RE: Allocation flag for EOV2OWE | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,969 99.69 99.69 Statistical imputation (hot | 31 0.31 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tov2amt variable in sipp1996tm96puw9 dataset : RE: Amount owed for 2nd | other vehicle | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,958 99.58 99.58 1000 | 9 0.09 99.67 1200 | 4 0.04 99.71 4000 | 3 0.03 99.74 4500 | 3 0.03 99.77 6000 | 9 0.09 99.86 8000 | 10 0.10 99.96 12000 | 2 0.02 99.98 15000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aov2amt variable in sipp1996tm96puw9 dataset : RE: Allocation flag for TOV2AMT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,991 99.91 99.91 Statistical imputation (hot | 9 0.09 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhtnw variable in sipp1996tm96puw9 dataset : RE: Total Net Worth | Recode | Freq. Percent Cum. ------------------------+----------------------------------- -864912 | 5 0.05 0.05 -508200 | 4 0.04 0.09 -412975 | 6 0.06 0.15 -353200 | 2 0.02 0.17 -184000 | 3 0.03 0.20 -175526 | 5 0.05 0.25 -156176 | 2 0.02 0.27 -131766 | 5 0.05 0.32 -128200 | 1 0.01 0.33 -125246 | 3 0.03 0.36 -107796 | 3 0.03 0.39 -100500 | 2 0.02 0.41 -98651 | 1 0.01 0.42 -91437 | 4 0.04 0.46 -90152 | 5 0.05 0.51 -84830 | 2 0.02 0.53 -84103 | 2 0.02 0.55 -82145 | 2 0.02 0.57 -80372 | 3 0.03 0.60 -80000 | 1 0.01 0.61 -75899 | 3 0.03 0.64 -74944 | 5 0.05 0.69 -74060 | 3 0.03 0.72 -73254 | 3 0.03 0.75 -71214 | 2 0.02 0.77 -65465 | 1 0.01 0.78 -62991 | 5 0.05 0.83 -62321 | 2 0.02 0.85 -56762 | 4 0.04 0.89 -55850 | 5 0.05 0.94 -54101 | 2 0.02 0.96 -53260 | 3 0.03 0.99 -52875 | 1 0.01 1.00 -49938 | 4 0.04 1.04 -49357 | 4 0.04 1.08 -48415 | 2 0.02 1.10 -46600 | 2 0.02 1.12 -44050 | 2 0.02 1.14 -43896 | 3 0.03 1.17 -43846 | 4 0.04 1.21 -43230 | 2 0.02 1.23 -43000 | 1 0.01 1.24 -42430 | 2 0.02 1.26 -40822 | 8 0.08 1.34 -40450 | 1 0.01 1.35 -39250 | 3 0.03 1.38 -39050 | 5 0.05 1.43 -37825 | 2 0.02 1.45 -37750 | 4 0.04 1.49 -37650 | 2 0.02 1.51 -36510 | 4 0.04 1.55 -34398 | 2 0.02 1.57 -33845 | 3 0.03 1.60 -33675 | 2 0.02 1.62 -32815 | 2 0.02 1.64 -32522 | 5 0.05 1.69 -32300 | 2 0.02 1.71 -31650 | 6 0.06 1.77 -30800 | 2 0.02 1.79 -30693 | 1 0.01 1.80 -30525 | 4 0.04 1.84 -30310 | 4 0.04 1.88 -30051 | 2 0.02 1.90 -29636 | 3 0.03 1.93 -29516 | 1 0.01 1.94 -29315 | 1 0.01 1.95 -29200 | 1 0.01 1.96 -28802 | 3 0.03 1.99 -28800 | 4 0.04 2.03 -28754 | 5 0.05 2.08 -28705 | 2 0.02 2.10 -28500 | 3 0.03 2.13 -28050 | 5 0.05 2.18 -26825 | 2 0.02 2.20 -26800 | 1 0.01 2.21 -26387 | 2 0.02 2.23 -26220 | 2 0.02 2.25 -25225 | 3 0.03 2.28 -24997 | 3 0.03 2.31 -24937 | 5 0.05 2.36 -24840 | 4 0.04 2.40 -24537 | 1 0.01 2.41 -24314 | 4 0.04 2.45 -24009 | 5 0.05 2.50 -23500 | 4 0.04 2.54 -23335 | 1 0.01 2.55 -23290 | 2 0.02 2.57 -23000 | 3 0.03 2.60 -22450 | 4 0.04 2.64 -22100 | 2 0.02 2.66 -21725 | 2 0.02 2.68 -21679 | 2 0.02 2.70 -21600 | 3 0.03 2.73 -21430 | 3 0.03 2.76 -21050 | 1 0.01 2.77 -21002 | 5 0.05 2.82 -21000 | 5 0.05 2.87 -20915 | 2 0.02 2.89 -20844 | 7 0.07 2.96 -20825 | 3 0.03 2.99 -20730 | 2 0.02 3.01 -20725 | 4 0.04 3.05 -20630 | 3 0.03 3.08 -20501 | 5 0.05 3.13 -20445 | 2 0.02 3.15 -20250 | 5 0.05 3.20 -20200 | 3 0.03 3.23 -20081 | 6 0.06 3.29 -20000 | 1 0.01 3.30 -19953 | 1 0.01 3.31 -19915 | 3 0.03 3.34 -19895 | 3 0.03 3.37 -19825 | 3 0.03 3.40 -19750 | 2 0.02 3.42 -19272 | 1 0.01 3.43 -19125 | 4 0.04 3.47 -18880 | 3 0.03 3.50 -18750 | 1 0.01 3.51 -18630 | 4 0.04 3.55 -18600 | 2 0.02 3.57 -18345 | 2 0.02 3.59 -18100 | 3 0.03 3.62 -18075 | 2 0.02 3.64 -17825 | 2 0.02 3.66 -17815 | 3 0.03 3.69 -17800 | 2 0.02 3.71 -17792 | 3 0.03 3.74 -17500 | 2 0.02 3.76 -17310 | 3 0.03 3.79 -17270 | 3 0.03 3.82 -17053 | 1 0.01 3.83 -17000 | 4 0.04 3.87 -16750 | 2 0.02 3.89 -16501 | 7 0.07 3.96 -16480 | 5 0.05 4.01 -16225 | 1 0.01 4.02 -16115 | 5 0.05 4.07 -16000 | 3 0.03 4.10 -15847 | 5 0.05 4.15 -15630 | 2 0.02 4.17 -15625 | 4 0.04 4.21 -15325 | 2 0.02 4.23 -15225 | 1 0.01 4.24 -15203 | 3 0.03 4.27 -15130 | 3 0.03 4.30 -15115 | 3 0.03 4.33 -14954 | 2 0.02 4.35 -14758 | 4 0.04 4.39 -14750 | 3 0.03 4.42 -14716 | 2 0.02 4.44 -14650 | 4 0.04 4.48 -14645 | 5 0.05 4.53 -14625 | 5 0.05 4.58 -14500 | 5 0.05 4.63 -14237 | 6 0.06 4.69 -14201 | 2 0.02 4.71 -14200 | 2 0.02 4.73 -14037 | 3 0.03 4.76 -13995 | 1 0.01 4.77 -13700 | 3 0.03 4.80 -13420 | 1 0.01 4.81 -13360 | 2 0.02 4.83 -12815 | 4 0.04 4.87 -12745 | 4 0.04 4.91 -12501 | 2 0.02 4.93 -12500 | 2 0.02 4.95 -12400 | 4 0.04 4.99 -12375 | 3 0.03 5.02 -12250 | 2 0.02 5.04 -12040 | 1 0.01 5.05 -11975 | 4 0.04 5.09 -11925 | 1 0.01 5.10 -11801 | 5 0.05 5.15 -11800 | 3 0.03 5.18 -11500 | 1 0.01 5.19 -11325 | 1 0.01 5.20 -11125 | 2 0.02 5.22 -11050 | 2 0.02 5.24 -10975 | 2 0.02 5.26 -10850 | 1 0.01 5.27 -10795 | 6 0.06 5.33 -10725 | 3 0.03 5.36 -10715 | 2 0.02 5.38 -10700 | 2 0.02 5.40 -10500 | 1 0.01 5.41 -10381 | 5 0.05 5.46 -10323 | 3 0.03 5.49 -10291 | 2 0.02 5.51 -10090 | 2 0.02 5.53 -9930 | 1 0.01 5.54 -9815 | 4 0.04 5.58 -9480 | 2 0.02 5.60 -9437 | 1 0.01 5.61 -9272 | 3 0.03 5.64 -9250 | 5 0.05 5.69 -9170 | 1 0.01 5.70 -9100 | 4 0.04 5.74 -9050 | 3 0.03 5.77 -9048 | 5 0.05 5.82 -8975 | 3 0.03 5.85 -8915 | 2 0.02 5.87 -8772 | 2 0.02 5.89 -8700 | 1 0.01 5.90 -8650 | 4 0.04 5.94 -8595 | 1 0.01 5.95 -8419 | 3 0.03 5.98 -8150 | 5 0.05 6.03 -7988 | 1 0.01 6.04 -7900 | 5 0.05 6.09 -7750 | 2 0.02 6.11 -7730 | 2 0.02 6.13 -7620 | 4 0.04 6.17 -7600 | 2 0.02 6.19 -7522 | 5 0.05 6.24 -7330 | 4 0.04 6.28 -7315 | 6 0.06 6.34 -7300 | 4 0.04 6.38 -7287 | 4 0.04 6.42 -7247 | 4 0.04 6.46 -7000 | 3 0.03 6.49 -6800 | 1 0.01 6.50 -6650 | 1 0.01 6.51 -6570 | 2 0.02 6.53 -6550 | 2 0.02 6.55 -6525 | 3 0.03 6.58 -6300 | 5 0.05 6.63 -6295 | 2 0.02 6.65 -6000 | 3 0.03 6.68 -5950 | 6 0.06 6.74 -5850 | 2 0.02 6.76 -5633 | 4 0.04 6.80 -5525 | 4 0.04 6.84 -5500 | 5 0.05 6.89 -5300 | 2 0.02 6.91 -5255 | 3 0.03 6.94 -5250 | 2 0.02 6.96 -5135 | 2 0.02 6.98 -5024 | 2 0.02 7.00 -5000 | 9 0.09 7.09 -4995 | 1 0.01 7.10 -4885 | 4 0.04 7.14 -4804 | 4 0.04 7.18 -4800 | 2 0.02 7.20 -4700 | 2 0.02 7.22 -4645 | 4 0.04 7.26 -4625 | 2 0.02 7.28 -4600 | 1 0.01 7.29 -4500 | 1 0.01 7.30 -4450 | 1 0.01 7.31 -4351 | 2 0.02 7.33 -4320 | 3 0.03 7.36 -4315 | 2 0.02 7.38 -4300 | 5 0.05 7.43 -4269 | 1 0.01 7.44 -4250 | 4 0.04 7.48 -4215 | 3 0.03 7.51 -4180 | 5 0.05 7.56 -4050 | 1 0.01 7.57 -4014 | 2 0.02 7.59 -4000 | 10 0.10 7.69 -3865 | 1 0.01 7.70 -3850 | 3 0.03 7.73 -3800 | 5 0.05 7.78 -3785 | 1 0.01 7.79 -3711 | 1 0.01 7.80 -3710 | 1 0.01 7.81 -3692 | 5 0.05 7.86 -3638 | 4 0.04 7.90 -3586 | 4 0.04 7.94 -3575 | 1 0.01 7.95 -3536 | 2 0.02 7.97 -3475 | 2 0.02 7.99 -3430 | 4 0.04 8.03 -3401 | 1 0.01 8.04 -3400 | 1 0.01 8.05 -3375 | 4 0.04 8.09 -3280 | 4 0.04 8.13 -3275 | 4 0.04 8.17 -3200 | 1 0.01 8.18 -3177 | 5 0.05 8.23 -3170 | 2 0.02 8.25 -3163 | 1 0.01 8.26 -3150 | 6 0.06 8.32 -3145 | 4 0.04 8.36 -3125 | 2 0.02 8.38 -3100 | 3 0.03 8.41 -3047 | 3 0.03 8.44 -3015 | 1 0.01 8.45 -3000 | 4 0.04 8.49 -2983 | 4 0.04 8.53 -2900 | 1 0.01 8.54 -2750 | 4 0.04 8.58 -2720 | 2 0.02 8.60 -2700 | 1 0.01 8.61 -2600 | 1 0.01 8.62 -2500 | 1 0.01 8.63 -2375 | 2 0.02 8.65 -2365 | 2 0.02 8.67 -2349 | 5 0.05 8.72 -2330 | 1 0.01 8.73 -2315 | 3 0.03 8.76 -2290 | 2 0.02 8.78 -2200 | 1 0.01 8.79 -2185 | 2 0.02 8.81 -2175 | 2 0.02 8.83 -2100 | 4 0.04 8.87 -2050 | 1 0.01 8.88 -2000 | 4 0.04 8.92 -1975 | 1 0.01 8.93 -1950 | 2 0.02 8.95 -1910 | 4 0.04 8.99 -1847 | 4 0.04 9.03 -1750 | 8 0.08 9.11 -1704 | 5 0.05 9.16 -1700 | 3 0.03 9.19 -1650 | 1 0.01 9.20 -1640 | 1 0.01 9.21 -1625 | 2 0.02 9.23 -1520 | 3 0.03 9.26 -1500 | 5 0.05 9.31 -1485 | 2 0.02 9.33 -1475 | 1 0.01 9.34 -1450 | 3 0.03 9.37 -1422 | 4 0.04 9.41 -1380 | 1 0.01 9.42 -1330 | 2 0.02 9.44 -1325 | 1 0.01 9.45 -1300 | 1 0.01 9.46 -1224 | 2 0.02 9.48 -1200 | 3 0.03 9.51 -1170 | 1 0.01 9.52 -1145 | 3 0.03 9.55 -1140 | 4 0.04 9.59 -1125 | 3 0.03 9.62 -1124 | 2 0.02 9.64 -1120 | 1 0.01 9.65 -1100 | 3 0.03 9.68 -1055 | 2 0.02 9.70 -1037 | 2 0.02 9.72 -1030 | 4 0.04 9.76 -1011 | 3 0.03 9.79 -1004 | 3 0.03 9.82 -1000 | 4 0.04 9.86 -963 | 2 0.02 9.88 -925 | 4 0.04 9.92 -922 | 4 0.04 9.96 -900 | 2 0.02 9.98 -875 | 2 0.02 10.00 -873 | 5 0.05 10.05 -840 | 3 0.03 10.08 -833 | 5 0.05 10.13 -825 | 6 0.06 10.19 -800 | 14 0.14 10.33 -770 | 5 0.05 10.38 -765 | 5 0.05 10.43 -760 | 1 0.01 10.44 -750 | 4 0.04 10.48 -700 | 13 0.13 10.61 -650 | 3 0.03 10.64 -637 | 4 0.04 10.68 -600 | 6 0.06 10.74 -598 | 1 0.01 10.75 -580 | 3 0.03 10.78 -522 | 3 0.03 10.81 -500 | 2 0.02 10.83 -448 | 1 0.01 10.84 -400 | 7 0.07 10.91 -325 | 6 0.06 10.97 -300 | 4 0.04 11.01 -285 | 6 0.06 11.07 -263 | 2 0.02 11.09 -260 | 2 0.02 11.11 -250 | 2 0.02 11.13 -200 | 1 0.01 11.14 -172 | 3 0.03 11.17 -160 | 5 0.05 11.22 -140 | 3 0.03 11.25 -130 | 3 0.03 11.28 -125 | 3 0.03 11.31 -100 | 9 0.09 11.40 -75 | 3 0.03 11.43 -70 | 5 0.05 11.48 -36 | 4 0.04 11.52 -20 | 2 0.02 11.54 -10 | 1 0.01 11.55 None or Not in universe | 277 2.77 14.32 1 | 7 0.07 14.39 2 | 2 0.02 14.41 5 | 3 0.03 14.44 7 | 1 0.01 14.45 12 | 1 0.01 14.46 14 | 1 0.01 14.47 25 | 2 0.02 14.49 28 | 2 0.02 14.51 30 | 5 0.05 14.56 50 | 3 0.03 14.59 56 | 2 0.02 14.61 63 | 1 0.01 14.62 75 | 5 0.05 14.67 78 | 1 0.01 14.68 80 | 1 0.01 14.69 100 | 7 0.07 14.76 109 | 1 0.01 14.77 143 | 6 0.06 14.83 200 | 19 0.19 15.02 210 | 3 0.03 15.05 222 | 1 0.01 15.06 250 | 13 0.13 15.19 278 | 1 0.01 15.20 285 | 3 0.03 15.23 300 | 1 0.01 15.24 306 | 2 0.02 15.26 350 | 5 0.05 15.31 380 | 4 0.04 15.35 385 | 1 0.01 15.36 420 | 1 0.01 15.37 440 | 3 0.03 15.40 467 | 1 0.01 15.41 500 | 65 0.65 16.06 506 | 1 0.01 16.07 525 | 3 0.03 16.10 528 | 1 0.01 16.11 533 | 2 0.02 16.13 550 | 2 0.02 16.15 567 | 2 0.02 16.17 600 | 3 0.03 16.20 601 | 4 0.04 16.24 615 | 1 0.01 16.25 625 | 1 0.01 16.26 640 | 1 0.01 16.27 650 | 2 0.02 16.29 668 | 1 0.01 16.30 685 | 1 0.01 16.31 688 | 2 0.02 16.33 700 | 6 0.06 16.39 714 | 2 0.02 16.41 728 | 1 0.01 16.42 750 | 9 0.09 16.51 754 | 1 0.01 16.52 758 | 1 0.01 16.53 780 | 1 0.01 16.54 800 | 5 0.05 16.59 810 | 3 0.03 16.62 850 | 1 0.01 16.63 860 | 1 0.01 16.64 885 | 1 0.01 16.65 900 | 6 0.06 16.71 950 | 5 0.05 16.76 963 | 2 0.02 16.78 978 | 1 0.01 16.79 1000 | 30 0.30 17.09 1010 | 1 0.01 17.10 1012 | 1 0.01 17.11 1024 | 4 0.04 17.15 1025 | 6 0.06 17.21 1049 | 2 0.02 17.23 1050 | 3 0.03 17.26 1087 | 1 0.01 17.27 1100 | 3 0.03 17.30 1116 | 1 0.01 17.31 1150 | 4 0.04 17.35 1192 | 2 0.02 17.37 1200 | 1 0.01 17.38 1230 | 4 0.04 17.42 1244 | 1 0.01 17.43 1250 | 12 0.12 17.55 1275 | 2 0.02 17.57 1300 | 13 0.13 17.70 1324 | 1 0.01 17.71 1385 | 4 0.04 17.75 1400 | 8 0.08 17.83 1405 | 7 0.07 17.90 1410 | 1 0.01 17.91 1475 | 2 0.02 17.93 1499 | 1 0.01 17.94 1500 | 19 0.19 18.13 1501 | 3 0.03 18.16 1517 | 1 0.01 18.17 1538 | 3 0.03 18.20 1550 | 11 0.11 18.31 1600 | 3 0.03 18.34 1650 | 1 0.01 18.35 1685 | 2 0.02 18.37 1700 | 15 0.15 18.52 1705 | 4 0.04 18.56 1709 | 5 0.05 18.61 1762 | 2 0.02 18.63 1800 | 1 0.01 18.64 1820 | 3 0.03 18.67 1850 | 6 0.06 18.73 1870 | 2 0.02 18.75 1880 | 2 0.02 18.77 1885 | 1 0.01 18.78 1916 | 5 0.05 18.83 1935 | 1 0.01 18.84 1950 | 4 0.04 18.88 1955 | 5 0.05 18.93 1975 | 3 0.03 18.96 1983 | 2 0.02 18.98 2000 | 6 0.06 19.04 2020 | 2 0.02 19.06 2063 | 5 0.05 19.11 2100 | 6 0.06 19.17 2148 | 6 0.06 19.23 2175 | 2 0.02 19.25 2200 | 2 0.02 19.27 2263 | 3 0.03 19.30 2294 | 5 0.05 19.35 2305 | 2 0.02 19.37 2325 | 1 0.01 19.38 2370 | 4 0.04 19.42 2463 | 3 0.03 19.45 2480 | 3 0.03 19.48 2490 | 2 0.02 19.50 2500 | 21 0.21 19.71 2533 | 4 0.04 19.75 2534 | 1 0.01 19.76 2564 | 1 0.01 19.77 2574 | 2 0.02 19.79 2600 | 3 0.03 19.82 2663 | 5 0.05 19.87 2700 | 6 0.06 19.93 2725 | 2 0.02 19.95 2750 | 8 0.08 20.03 2755 | 2 0.02 20.05 2775 | 9 0.09 20.14 2790 | 3 0.03 20.17 2800 | 4 0.04 20.21 2815 | 1 0.01 20.22 2820 | 1 0.01 20.23 2825 | 6 0.06 20.29 2843 | 3 0.03 20.32 2850 | 1 0.01 20.33 2900 | 4 0.04 20.37 2950 | 3 0.03 20.40 2962 | 3 0.03 20.43 2964 | 2 0.02 20.45 3000 | 5 0.05 20.50 3005 | 3 0.03 20.53 3010 | 5 0.05 20.58 3050 | 2 0.02 20.60 3055 | 3 0.03 20.63 3070 | 2 0.02 20.65 3090 | 3 0.03 20.68 3093 | 2 0.02 20.70 3099 | 2 0.02 20.72 3123 | 5 0.05 20.77 3125 | 7 0.07 20.84 3150 | 2 0.02 20.86 3158 | 4 0.04 20.90 3170 | 5 0.05 20.95 3175 | 1 0.01 20.96 3193 | 5 0.05 21.01 3215 | 1 0.01 21.02 3250 | 3 0.03 21.05 3256 | 3 0.03 21.08 3275 | 6 0.06 21.14 3300 | 4 0.04 21.18 3313 | 2 0.02 21.20 3329 | 5 0.05 21.25 3350 | 10 0.10 21.35 3370 | 5 0.05 21.40 3400 | 4 0.04 21.44 3430 | 5 0.05 21.49 3452 | 2 0.02 21.51 3475 | 1 0.01 21.52 3543 | 2 0.02 21.54 3586 | 2 0.02 21.56 3625 | 1 0.01 21.57 3650 | 1 0.01 21.58 3655 | 4 0.04 21.62 3685 | 1 0.01 21.63 3728 | 2 0.02 21.65 3731 | 1 0.01 21.66 3757 | 1 0.01 21.67 3770 | 4 0.04 21.71 3785 | 2 0.02 21.73 3800 | 2 0.02 21.75 3825 | 5 0.05 21.80 3845 | 1 0.01 21.81 3850 | 1 0.01 21.82 3890 | 2 0.02 21.84 3900 | 2 0.02 21.86 3950 | 3 0.03 21.89 3963 | 2 0.02 21.91 3998 | 1 0.01 21.92 4000 | 5 0.05 21.97 4027 | 5 0.05 22.02 4050 | 5 0.05 22.07 4053 | 3 0.03 22.10 4063 | 3 0.03 22.13 4100 | 2 0.02 22.15 4128 | 3 0.03 22.18 4170 | 7 0.07 22.25 4175 | 5 0.05 22.30 4200 | 1 0.01 22.31 4228 | 2 0.02 22.33 4236 | 2 0.02 22.35 4240 | 2 0.02 22.37 4250 | 4 0.04 22.41 4321 | 2 0.02 22.43 4350 | 1 0.01 22.44 4370 | 3 0.03 22.47 4400 | 2 0.02 22.49 4425 | 1 0.01 22.50 4435 | 1 0.01 22.51 4443 | 3 0.03 22.54 4451 | 1 0.01 22.55 4477 | 3 0.03 22.58 4495 | 2 0.02 22.60 4500 | 5 0.05 22.65 4516 | 3 0.03 22.68 4525 | 1 0.01 22.69 4550 | 5 0.05 22.74 4560 | 2 0.02 22.76 4585 | 2 0.02 22.78 4685 | 3 0.03 22.81 4777 | 4 0.04 22.85 4831 | 3 0.03 22.88 4853 | 4 0.04 22.92 4905 | 3 0.03 22.95 4925 | 4 0.04 22.99 4943 | 3 0.03 23.02 4989 | 2 0.02 23.04 5000 | 15 0.15 23.19 5013 | 3 0.03 23.22 5070 | 3 0.03 23.25 5100 | 6 0.06 23.31 5110 | 1 0.01 23.32 5135 | 4 0.04 23.36 5150 | 1 0.01 23.37 5160 | 3 0.03 23.40 5176 | 5 0.05 23.45 5250 | 1 0.01 23.46 5263 | 2 0.02 23.48 5300 | 2 0.02 23.50 5313 | 2 0.02 23.52 5350 | 6 0.06 23.58 5375 | 8 0.08 23.66 5439 | 4 0.04 23.70 5452 | 4 0.04 23.74 5463 | 2 0.02 23.76 5485 | 1 0.01 23.77 5500 | 12 0.12 23.89 5562 | 4 0.04 23.93 5586 | 1 0.01 23.94 5588 | 1 0.01 23.95 5639 | 6 0.06 24.01 5658 | 1 0.01 24.02 5685 | 41 0.41 24.43 5690 | 6 0.06 24.49 5705 | 2 0.02 24.51 5715 | 2 0.02 24.53 5767 | 1 0.01 24.54 5785 | 3 0.03 24.57 5800 | 2 0.02 24.59 5863 | 3 0.03 24.62 5885 | 4 0.04 24.66 5928 | 2 0.02 24.68 5935 | 2 0.02 24.70 5950 | 2 0.02 24.72 5963 | 2 0.02 24.74 5977 | 2 0.02 24.76 5985 | 2 0.02 24.78 5990 | 7 0.07 24.85 6000 | 3 0.03 24.88 6035 | 2 0.02 24.90 6043 | 1 0.01 24.91 6050 | 3 0.03 24.94 6055 | 5 0.05 24.99 6075 | 3 0.03 25.02 6125 | 5 0.05 25.07 6137 | 3 0.03 25.10 6185 | 3 0.03 25.13 6225 | 3 0.03 25.16 6275 | 5 0.05 25.21 6284 | 2 0.02 25.23 6299 | 7 0.07 25.30 6315 | 1 0.01 25.31 6325 | 4 0.04 25.35 6340 | 2 0.02 25.37 6341 | 4 0.04 25.41 6364 | 2 0.02 25.43 6365 | 5 0.05 25.48 6368 | 1 0.01 25.49 6375 | 2 0.02 25.51 6382 | 3 0.03 25.54 6387 | 3 0.03 25.57 6388 | 4 0.04 25.61 6400 | 3 0.03 25.64 6410 | 2 0.02 25.66 6463 | 1 0.01 25.67 6500 | 10 0.10 25.77 6550 | 7 0.07 25.84 6580 | 4 0.04 25.88 6589 | 1 0.01 25.89 6598 | 2 0.02 25.91 6650 | 4 0.04 25.95 6655 | 3 0.03 25.98 6678 | 1 0.01 25.99 6685 | 3 0.03 26.02 6750 | 6 0.06 26.08 6753 | 3 0.03 26.11 6789 | 1 0.01 26.12 6838 | 2 0.02 26.14 6850 | 8 0.08 26.22 6875 | 2 0.02 26.24 6895 | 2 0.02 26.26 6900 | 5 0.05 26.31 6963 | 2 0.02 26.33 6975 | 2 0.02 26.35 6985 | 2 0.02 26.37 6998 | 3 0.03 26.40 6999 | 1 0.01 26.41 7000 | 6 0.06 26.47 7020 | 3 0.03 26.50 7065 | 1 0.01 26.51 7085 | 1 0.01 26.52 7100 | 3 0.03 26.55 7125 | 2 0.02 26.57 7175 | 4 0.04 26.61 7177 | 2 0.02 26.63 7185 | 4 0.04 26.67 7200 | 2 0.02 26.69 7209 | 1 0.01 26.70 7250 | 3 0.03 26.73 7270 | 5 0.05 26.78 7275 | 4 0.04 26.82 7286 | 1 0.01 26.83 7400 | 6 0.06 26.89 7465 | 3 0.03 26.92 7485 | 1 0.01 26.93 7520 | 3 0.03 26.96 7599 | 3 0.03 26.99 7600 | 2 0.02 27.01 7625 | 5 0.05 27.06 7650 | 1 0.01 27.07 7677 | 3 0.03 27.10 7697 | 2 0.02 27.12 7700 | 5 0.05 27.17 7750 | 1 0.01 27.18 7900 | 3 0.03 27.21 7915 | 2 0.02 27.23 7925 | 1 0.01 27.24 7998 | 2 0.02 27.26 8000 | 5 0.05 27.31 8023 | 2 0.02 27.33 8032 | 3 0.03 27.36 8100 | 1 0.01 27.37 8170 | 2 0.02 27.39 8270 | 4 0.04 27.43 8275 | 1 0.01 27.44 8289 | 2 0.02 27.46 8338 | 3 0.03 27.49 8350 | 7 0.07 27.56 8363 | 2 0.02 27.58 8374 | 7 0.07 27.65 8405 | 3 0.03 27.68 8425 | 3 0.03 27.71 8457 | 2 0.02 27.73 8508 | 3 0.03 27.76 8525 | 2 0.02 27.78 8554 | 2 0.02 27.80 8575 | 1 0.01 27.81 8600 | 3 0.03 27.84 8630 | 2 0.02 27.86 8700 | 3 0.03 27.89 8725 | 4 0.04 27.93 8728 | 4 0.04 27.97 8740 | 3 0.03 28.00 8851 | 3 0.03 28.03 8901 | 2 0.02 28.05 8977 | 3 0.03 28.08 9000 | 1 0.01 28.09 9040 | 1 0.01 28.10 9067 | 5 0.05 28.15 9078 | 1 0.01 28.16 9239 | 2 0.02 28.18 9300 | 5 0.05 28.23 9333 | 4 0.04 28.27 9378 | 3 0.03 28.30 9383 | 2 0.02 28.32 9393 | 2 0.02 28.34 9413 | 2 0.02 28.36 9463 | 1 0.01 28.37 9500 | 7 0.07 28.44 9540 | 2 0.02 28.46 9585 | 2 0.02 28.48 9618 | 4 0.04 28.52 9625 | 1 0.01 28.53 9645 | 3 0.03 28.56 9688 | 3 0.03 28.59 9738 | 1 0.01 28.60 9745 | 3 0.03 28.63 9762 | 5 0.05 28.68 9855 | 1 0.01 28.69 9858 | 1 0.01 28.70 9928 | 5 0.05 28.75 9934 | 4 0.04 28.79 9950 | 1 0.01 28.80 9990 | 1 0.01 28.81 10000 | 6 0.06 28.87 10020 | 2 0.02 28.89 10060 | 3 0.03 28.92 10088 | 2 0.02 28.94 10098 | 2 0.02 28.96 10100 | 1 0.01 28.97 10125 | 2 0.02 28.99 10155 | 1 0.01 29.00 10185 | 6 0.06 29.06 10200 | 1 0.01 29.07 10234 | 4 0.04 29.11 10250 | 2 0.02 29.13 10324 | 5 0.05 29.18 10327 | 5 0.05 29.23 10328 | 4 0.04 29.27 10350 | 5 0.05 29.32 10383 | 1 0.01 29.33 10386 | 3 0.03 29.36 10413 | 5 0.05 29.41 10425 | 1 0.01 29.42 10492 | 2 0.02 29.44 10500 | 1 0.01 29.45 10525 | 2 0.02 29.47 10602 | 2 0.02 29.49 10675 | 2 0.02 29.51 10729 | 2 0.02 29.53 10763 | 2 0.02 29.55 10775 | 2 0.02 29.57 10800 | 3 0.03 29.60 10835 | 2 0.02 29.62 10899 | 4 0.04 29.66 10935 | 6 0.06 29.72 11000 | 2 0.02 29.74 11170 | 2 0.02 29.76 11175 | 2 0.02 29.78 11290 | 3 0.03 29.81 11370 | 10 0.10 29.91 11375 | 5 0.05 29.96 11475 | 1 0.01 29.97 11497 | 3 0.03 30.00 11520 | 1 0.01 30.01 11528 | 1 0.01 30.02 11550 | 2 0.02 30.04 11590 | 5 0.05 30.09 11690 | 4 0.04 30.13 11725 | 2 0.02 30.15 11763 | 4 0.04 30.19 11775 | 2 0.02 30.21 11799 | 3 0.03 30.24 11800 | 4 0.04 30.28 11850 | 4 0.04 30.32 11870 | 1 0.01 30.33 11885 | 4 0.04 30.37 11975 | 2 0.02 30.39 11980 | 4 0.04 30.43 12000 | 6 0.06 30.49 12012 | 5 0.05 30.54 12030 | 2 0.02 30.56 12043 | 2 0.02 30.58 12050 | 5 0.05 30.63 12100 | 3 0.03 30.66 12125 | 3 0.03 30.69 12138 | 2 0.02 30.71 12150 | 1 0.01 30.72 12185 | 5 0.05 30.77 12205 | 6 0.06 30.83 12208 | 3 0.03 30.86 12250 | 2 0.02 30.88 12255 | 2 0.02 30.90 12275 | 1 0.01 30.91 12300 | 1 0.01 30.92 12324 | 4 0.04 30.96 12350 | 3 0.03 30.99 12404 | 2 0.02 31.01 12435 | 2 0.02 31.03 12450 | 2 0.02 31.05 12485 | 2 0.02 31.07 12633 | 1 0.01 31.08 12780 | 2 0.02 31.10 12872 | 5 0.05 31.15 12900 | 2 0.02 31.17 12904 | 1 0.01 31.18 12917 | 4 0.04 31.22 13100 | 7 0.07 31.29 13170 | 3 0.03 31.32 13175 | 1 0.01 31.33 13177 | 1 0.01 31.34 13193 | 4 0.04 31.38 13250 | 3 0.03 31.41 13335 | 4 0.04 31.45 13363 | 4 0.04 31.49 13375 | 3 0.03 31.52 13400 | 2 0.02 31.54 13500 | 1 0.01 31.55 13528 | 1 0.01 31.56 13628 | 1 0.01 31.57 13650 | 4 0.04 31.61 13800 | 3 0.03 31.64 13875 | 3 0.03 31.67 13877 | 2 0.02 31.69 13893 | 3 0.03 31.72 13958 | 1 0.01 31.73 14000 | 3 0.03 31.76 14025 | 3 0.03 31.79 14065 | 4 0.04 31.83 14125 | 4 0.04 31.87 14400 | 4 0.04 31.91 14425 | 1 0.01 31.92 14475 | 5 0.05 31.97 14500 | 7 0.07 32.04 14514 | 1 0.01 32.05 14535 | 1 0.01 32.06 14590 | 3 0.03 32.09 14600 | 8 0.08 32.17 14655 | 1 0.01 32.18 14699 | 3 0.03 32.21 14716 | 5 0.05 32.26 14725 | 2 0.02 32.28 14760 | 4 0.04 32.32 14988 | 4 0.04 32.36 15000 | 4 0.04 32.40 15005 | 4 0.04 32.44 15069 | 1 0.01 32.45 15093 | 4 0.04 32.49 15169 | 4 0.04 32.53 15213 | 4 0.04 32.57 15250 | 1 0.01 32.58 15275 | 3 0.03 32.61 15300 | 2 0.02 32.63 15425 | 10 0.10 32.73 15450 | 4 0.04 32.77 15475 | 4 0.04 32.81 15485 | 1 0.01 32.82 15500 | 3 0.03 32.85 15506 | 1 0.01 32.86 15558 | 2 0.02 32.88 15600 | 2 0.02 32.90 15689 | 2 0.02 32.92 15710 | 1 0.01 32.93 15793 | 2 0.02 32.95 15963 | 3 0.03 32.98 15975 | 1 0.01 32.99 16010 | 2 0.02 33.01 16060 | 1 0.01 33.02 16100 | 2 0.02 33.04 16163 | 3 0.03 33.07 16185 | 2 0.02 33.09 16200 | 3 0.03 33.12 16250 | 2 0.02 33.14 16274 | 4 0.04 33.18 16278 | 3 0.03 33.21 16349 | 4 0.04 33.25 16363 | 1 0.01 33.26 16413 | 2 0.02 33.28 16425 | 1 0.01 33.29 16450 | 1 0.01 33.30 16500 | 5 0.05 33.35 16550 | 4 0.04 33.39 16670 | 3 0.03 33.42 16698 | 3 0.03 33.45 16755 | 1 0.01 33.46 16800 | 1 0.01 33.47 16885 | 4 0.04 33.51 16900 | 1 0.01 33.52 16914 | 2 0.02 33.54 16924 | 4 0.04 33.58 16925 | 1 0.01 33.59 16990 | 1 0.01 33.60 17000 | 1 0.01 33.61 17055 | 4 0.04 33.65 17100 | 6 0.06 33.71 17290 | 2 0.02 33.73 17359 | 3 0.03 33.76 17366 | 2 0.02 33.78 17373 | 3 0.03 33.81 17500 | 2 0.02 33.83 17585 | 3 0.03 33.86 17685 | 2 0.02 33.88 17688 | 2 0.02 33.90 17717 | 2 0.02 33.92 17740 | 6 0.06 33.98 17785 | 8 0.08 34.06 17800 | 4 0.04 34.10 17821 | 5 0.05 34.15 18000 | 1 0.01 34.16 18063 | 1 0.01 34.17 18074 | 3 0.03 34.20 18172 | 6 0.06 34.26 18240 | 4 0.04 34.30 18350 | 2 0.02 34.32 18385 | 2 0.02 34.34 18420 | 3 0.03 34.37 18425 | 4 0.04 34.41 18474 | 3 0.03 34.44 18485 | 2 0.02 34.46 18500 | 2 0.02 34.48 18628 | 4 0.04 34.52 18685 | 2 0.02 34.54 18850 | 1 0.01 34.55 18876 | 1 0.01 34.56 18950 | 2 0.02 34.58 19000 | 1 0.01 34.59 19025 | 5 0.05 34.64 19070 | 3 0.03 34.67 19100 | 1 0.01 34.68 19200 | 3 0.03 34.71 19228 | 2 0.02 34.73 19293 | 2 0.02 34.75 19342 | 3 0.03 34.78 19400 | 2 0.02 34.80 19425 | 4 0.04 34.84 19528 | 1 0.01 34.85 19685 | 1 0.01 34.86 19690 | 10 0.10 34.96 19700 | 2 0.02 34.98 19750 | 1 0.01 34.99 19800 | 5 0.05 35.04 19825 | 8 0.08 35.12 19888 | 2 0.02 35.14 19925 | 2 0.02 35.16 19963 | 2 0.02 35.18 19980 | 3 0.03 35.21 20000 | 5 0.05 35.26 20055 | 2 0.02 35.28 20085 | 3 0.03 35.31 20100 | 1 0.01 35.32 20178 | 4 0.04 35.36 20198 | 1 0.01 35.37 20207 | 5 0.05 35.42 20350 | 1 0.01 35.43 20370 | 3 0.03 35.46 20435 | 1 0.01 35.47 20550 | 2 0.02 35.49 20575 | 4 0.04 35.53 20677 | 1 0.01 35.54 20722 | 4 0.04 35.58 20748 | 3 0.03 35.61 20800 | 5 0.05 35.66 20810 | 4 0.04 35.70 20825 | 1 0.01 35.71 20835 | 2 0.02 35.73 20850 | 1 0.01 35.74 20876 | 4 0.04 35.78 20890 | 4 0.04 35.82 20925 | 2 0.02 35.84 20950 | 3 0.03 35.87 21000 | 1 0.01 35.88 21002 | 2 0.02 35.90 21175 | 4 0.04 35.94 21280 | 1 0.01 35.95 21375 | 1 0.01 35.96 21420 | 2 0.02 35.98 21463 | 4 0.04 36.02 21513 | 4 0.04 36.06 21519 | 1 0.01 36.07 21575 | 1 0.01 36.08 21596 | 2 0.02 36.10 21600 | 2 0.02 36.12 21634 | 3 0.03 36.15 21660 | 3 0.03 36.18 21670 | 5 0.05 36.23 21675 | 2 0.02 36.25 21688 | 1 0.01 36.26 21750 | 3 0.03 36.29 21893 | 2 0.02 36.31 21938 | 1 0.01 36.32 21981 | 3 0.03 36.35 22000 | 4 0.04 36.39 22010 | 3 0.03 36.42 22056 | 4 0.04 36.46 22100 | 2 0.02 36.48 22163 | 4 0.04 36.52 22175 | 3 0.03 36.55 22240 | 2 0.02 36.57 22300 | 3 0.03 36.60 22350 | 3 0.03 36.63 22369 | 3 0.03 36.66 22372 | 2 0.02 36.68 22455 | 4 0.04 36.72 22500 | 2 0.02 36.74 22625 | 2 0.02 36.76 22806 | 2 0.02 36.78 22850 | 1 0.01 36.79 22869 | 3 0.03 36.82 22884 | 3 0.03 36.85 22900 | 2 0.02 36.87 22934 | 1 0.01 36.88 22965 | 1 0.01 36.89 23000 | 4 0.04 36.93 23013 | 3 0.03 36.96 23200 | 1 0.01 36.97 23250 | 4 0.04 37.01 23283 | 5 0.05 37.06 23299 | 4 0.04 37.10 23305 | 1 0.01 37.11 23307 | 3 0.03 37.14 23325 | 1 0.01 37.15 23327 | 1 0.01 37.16 23462 | 3 0.03 37.19 23490 | 3 0.03 37.22 23541 | 3 0.03 37.25 23707 | 1 0.01 37.26 23950 | 5 0.05 37.31 23978 | 1 0.01 37.32 23990 | 3 0.03 37.35 24000 | 6 0.06 37.41 24123 | 4 0.04 37.45 24275 | 2 0.02 37.47 24300 | 2 0.02 37.49 24365 | 2 0.02 37.51 24479 | 1 0.01 37.52 24740 | 4 0.04 37.56 24825 | 5 0.05 37.61 24977 | 1 0.01 37.62 25012 | 1 0.01 37.63 25020 | 3 0.03 37.66 25100 | 1 0.01 37.67 25124 | 3 0.03 37.70 25125 | 6 0.06 37.76 25160 | 2 0.02 37.78 25163 | 2 0.02 37.80 25175 | 2 0.02 37.82 25200 | 1 0.01 37.83 25202 | 3 0.03 37.86 25250 | 6 0.06 37.92 25300 | 4 0.04 37.96 25350 | 5 0.05 38.01 25363 | 4 0.04 38.05 25400 | 1 0.01 38.06 25463 | 3 0.03 38.09 25500 | 6 0.06 38.15 25600 | 3 0.03 38.18 25775 | 1 0.01 38.19 25800 | 1 0.01 38.20 25820 | 1 0.01 38.21 25850 | 1 0.01 38.22 26000 | 8 0.08 38.30 26005 | 5 0.05 38.35 26050 | 5 0.05 38.40 26070 | 4 0.04 38.44 26110 | 1 0.01 38.45 26150 | 1 0.01 38.46 26196 | 3 0.03 38.49 26310 | 3 0.03 38.52 26408 | 1 0.01 38.53 26413 | 2 0.02 38.55 26500 | 6 0.06 38.61 26501 | 1 0.01 38.62 26588 | 1 0.01 38.63 26600 | 3 0.03 38.66 26625 | 2 0.02 38.68 26724 | 3 0.03 38.71 26870 | 4 0.04 38.75 27015 | 3 0.03 38.78 27038 | 8 0.08 38.86 27063 | 2 0.02 38.88 27175 | 4 0.04 38.92 27296 | 2 0.02 38.94 27370 | 5 0.05 38.99 27425 | 1 0.01 39.00 27428 | 2 0.02 39.02 27599 | 2 0.02 39.04 27607 | 2 0.02 39.06 27620 | 4 0.04 39.10 27800 | 2 0.02 39.12 27838 | 4 0.04 39.16 27841 | 3 0.03 39.19 27850 | 6 0.06 39.25 27900 | 1 0.01 39.26 27925 | 4 0.04 39.30 27988 | 4 0.04 39.34 28000 | 9 0.09 39.43 28013 | 2 0.02 39.45 28149 | 4 0.04 39.49 28179 | 5 0.05 39.54 28411 | 2 0.02 39.56 28425 | 4 0.04 39.60 28500 | 8 0.08 39.68 28550 | 1 0.01 39.69 28567 | 5 0.05 39.74 28673 | 7 0.07 39.81 28685 | 2 0.02 39.83 28710 | 2 0.02 39.85 28725 | 4 0.04 39.89 28778 | 1 0.01 39.90 28800 | 2 0.02 39.92 28810 | 4 0.04 39.96 28813 | 4 0.04 40.00 28950 | 3 0.03 40.03 28999 | 1 0.01 40.04 29000 | 4 0.04 40.08 29200 | 4 0.04 40.12 29230 | 7 0.07 40.19 29285 | 2 0.02 40.21 29395 | 3 0.03 40.24 29477 | 2 0.02 40.26 29482 | 5 0.05 40.31 29507 | 2 0.02 40.33 29520 | 6 0.06 40.39 29599 | 3 0.03 40.42 29699 | 4 0.04 40.46 29750 | 4 0.04 40.50 29802 | 2 0.02 40.52 29850 | 3 0.03 40.55 29922 | 2 0.02 40.57 29949 | 2 0.02 40.59 29961 | 3 0.03 40.62 29978 | 2 0.02 40.64 30000 | 10 0.10 40.74 30063 | 4 0.04 40.78 30150 | 1 0.01 40.79 30263 | 3 0.03 40.82 30350 | 5 0.05 40.87 30525 | 2 0.02 40.89 30640 | 1 0.01 40.90 30685 | 3 0.03 40.93 30700 | 2 0.02 40.95 30713 | 2 0.02 40.97 30725 | 4 0.04 41.01 30790 | 3 0.03 41.04 30800 | 2 0.02 41.06 30900 | 3 0.03 41.09 31000 | 4 0.04 41.13 31050 | 4 0.04 41.17 31076 | 4 0.04 41.21 31085 | 1 0.01 41.22 31087 | 1 0.01 41.23 31164 | 4 0.04 41.27 31200 | 2 0.02 41.29 31210 | 2 0.02 41.31 31230 | 1 0.01 41.32 31288 | 1 0.01 41.33 31485 | 1 0.01 41.34 31550 | 1 0.01 41.35 31601 | 5 0.05 41.40 31620 | 1 0.01 41.41 31653 | 3 0.03 41.44 31730 | 2 0.02 41.46 31775 | 1 0.01 41.47 31825 | 3 0.03 41.50 31870 | 2 0.02 41.52 31885 | 1 0.01 41.53 32000 | 1 0.01 41.54 32175 | 3 0.03 41.57 32220 | 3 0.03 41.60 32350 | 4 0.04 41.64 32370 | 2 0.02 41.66 32390 | 2 0.02 41.68 32400 | 4 0.04 41.72 32433 | 3 0.03 41.75 32500 | 1 0.01 41.76 32505 | 1 0.01 41.77 32550 | 4 0.04 41.81 32800 | 4 0.04 41.85 32819 | 1 0.01 41.86 32963 | 2 0.02 41.88 32978 | 2 0.02 41.90 33000 | 4 0.04 41.94 33098 | 3 0.03 41.97 33174 | 3 0.03 42.00 33283 | 3 0.03 42.03 33500 | 2 0.02 42.05 33755 | 4 0.04 42.09 33758 | 1 0.01 42.10 33785 | 2 0.02 42.12 33790 | 4 0.04 42.16 33850 | 1 0.01 42.17 33950 | 2 0.02 42.19 33963 | 1 0.01 42.20 34005 | 8 0.08 42.28 34050 | 1 0.01 42.29 34055 | 8 0.08 42.37 34100 | 1 0.01 42.38 34123 | 4 0.04 42.42 34200 | 1 0.01 42.43 34210 | 5 0.05 42.48 34240 | 1 0.01 42.49 34300 | 1 0.01 42.50 34365 | 1 0.01 42.51 34623 | 5 0.05 42.56 34670 | 5 0.05 42.61 34732 | 2 0.02 42.63 34750 | 8 0.08 42.71 34785 | 2 0.02 42.73 34935 | 4 0.04 42.77 34964 | 2 0.02 42.79 34970 | 3 0.03 42.82 34998 | 1 0.01 42.83 35000 | 3 0.03 42.86 35024 | 1 0.01 42.87 35070 | 5 0.05 42.92 35135 | 2 0.02 42.94 35185 | 1 0.01 42.95 35250 | 4 0.04 42.99 35300 | 6 0.06 43.05 35565 | 1 0.01 43.06 35585 | 3 0.03 43.09 35600 | 1 0.01 43.10 35663 | 2 0.02 43.12 35685 | 2 0.02 43.14 35700 | 2 0.02 43.16 35712 | 2 0.02 43.18 35775 | 5 0.05 43.23 35788 | 3 0.03 43.26 35837 | 4 0.04 43.30 35911 | 1 0.01 43.31 35922 | 2 0.02 43.33 35944 | 4 0.04 43.37 35974 | 1 0.01 43.38 36000 | 5 0.05 43.43 36058 | 1 0.01 43.44 36075 | 2 0.02 43.46 36185 | 2 0.02 43.48 36370 | 4 0.04 43.52 36425 | 1 0.01 43.53 36550 | 9 0.09 43.62 36570 | 4 0.04 43.66 36607 | 1 0.01 43.67 36670 | 4 0.04 43.71 36685 | 1 0.01 43.72 36700 | 3 0.03 43.75 36708 | 1 0.01 43.76 36775 | 2 0.02 43.78 36783 | 3 0.03 43.81 36850 | 1 0.01 43.82 36915 | 9 0.09 43.91 36975 | 1 0.01 43.92 37000 | 1 0.01 43.93 37062 | 4 0.04 43.97 37075 | 4 0.04 44.01 37100 | 5 0.05 44.06 37153 | 4 0.04 44.10 37215 | 2 0.02 44.12 37350 | 2 0.02 44.14 37500 | 5 0.05 44.19 37609 | 4 0.04 44.23 37690 | 1 0.01 44.24 37808 | 4 0.04 44.28 37920 | 3 0.03 44.31 38050 | 3 0.03 44.34 38100 | 1 0.01 44.35 38160 | 2 0.02 44.37 38340 | 2 0.02 44.39 38578 | 2 0.02 44.41 38600 | 1 0.01 44.42 38800 | 2 0.02 44.44 38813 | 1 0.01 44.45 38949 | 2 0.02 44.47 38963 | 5 0.05 44.52 39017 | 3 0.03 44.55 39063 | 2 0.02 44.57 39108 | 3 0.03 44.60 39185 | 1 0.01 44.61 39300 | 4 0.04 44.65 39500 | 3 0.03 44.68 39525 | 4 0.04 44.72 39550 | 1 0.01 44.73 39585 | 1 0.01 44.74 39659 | 4 0.04 44.78 39738 | 5 0.05 44.83 39750 | 1 0.01 44.84 39900 | 3 0.03 44.87 40000 | 2 0.02 44.89 40021 | 3 0.03 44.92 40105 | 4 0.04 44.96 40113 | 4 0.04 45.00 40127 | 7 0.07 45.07 40160 | 2 0.02 45.09 40197 | 2 0.02 45.11 40240 | 3 0.03 45.14 40270 | 5 0.05 45.19 40325 | 3 0.03 45.22 40338 | 4 0.04 45.26 40350 | 4 0.04 45.30 40450 | 3 0.03 45.33 40484 | 3 0.03 45.36 40500 | 7 0.07 45.43 40538 | 2 0.02 45.45 40685 | 1 0.01 45.46 40700 | 2 0.02 45.48 40746 | 4 0.04 45.52 40853 | 3 0.03 45.55 40926 | 1 0.01 45.56 40951 | 2 0.02 45.58 40963 | 1 0.01 45.59 41000 | 1 0.01 45.60 41055 | 2 0.02 45.62 41075 | 1 0.01 45.63 41230 | 1 0.01 45.64 41235 | 2 0.02 45.66 41258 | 5 0.05 45.71 41350 | 4 0.04 45.75 41475 | 1 0.01 45.76 41501 | 2 0.02 45.78 41525 | 1 0.01 45.79 41650 | 4 0.04 45.83 41652 | 6 0.06 45.89 41750 | 1 0.01 45.90 41855 | 1 0.01 45.91 41875 | 1 0.01 45.92 41878 | 4 0.04 45.96 41935 | 2 0.02 45.98 41971 | 3 0.03 46.01 42000 | 3 0.03 46.04 42125 | 1 0.01 46.05 42154 | 4 0.04 46.09 42250 | 5 0.05 46.14 42413 | 3 0.03 46.17 42425 | 5 0.05 46.22 42475 | 4 0.04 46.26 42501 | 1 0.01 46.27 42796 | 2 0.02 46.29 42800 | 4 0.04 46.33 42840 | 4 0.04 46.37 42900 | 1 0.01 46.38 42982 | 3 0.03 46.41 43000 | 2 0.02 46.43 43150 | 4 0.04 46.47 43324 | 2 0.02 46.49 43325 | 2 0.02 46.51 43365 | 1 0.01 46.52 43450 | 2 0.02 46.54 43470 | 3 0.03 46.57 43500 | 3 0.03 46.60 43530 | 2 0.02 46.62 43600 | 1 0.01 46.63 43750 | 2 0.02 46.65 43863 | 7 0.07 46.72 43927 | 6 0.06 46.78 43975 | 3 0.03 46.81 43977 | 3 0.03 46.84 44027 | 3 0.03 46.87 44105 | 2 0.02 46.89 44275 | 5 0.05 46.94 44326 | 5 0.05 46.99 44485 | 7 0.07 47.06 44500 | 4 0.04 47.10 44525 | 3 0.03 47.13 44649 | 2 0.02 47.15 44784 | 1 0.01 47.16 44803 | 3 0.03 47.19 45000 | 4 0.04 47.23 45120 | 3 0.03 47.26 45125 | 2 0.02 47.28 45139 | 1 0.01 47.29 45150 | 3 0.03 47.32 45200 | 4 0.04 47.36 45275 | 1 0.01 47.37 45310 | 2 0.02 47.39 45390 | 1 0.01 47.40 45430 | 4 0.04 47.44 45500 | 2 0.02 47.46 45515 | 4 0.04 47.50 45549 | 5 0.05 47.55 45595 | 4 0.04 47.59 45600 | 7 0.07 47.66 45700 | 1 0.01 47.67 45778 | 3 0.03 47.70 45800 | 2 0.02 47.72 45893 | 4 0.04 47.76 45985 | 2 0.02 47.78 46063 | 1 0.01 47.79 46155 | 6 0.06 47.85 46200 | 3 0.03 47.88 46223 | 5 0.05 47.93 46500 | 1 0.01 47.94 46759 | 1 0.01 47.95 46900 | 2 0.02 47.97 46960 | 2 0.02 47.99 46988 | 3 0.03 48.02 47004 | 3 0.03 48.05 47024 | 6 0.06 48.11 47050 | 4 0.04 48.15 47094 | 4 0.04 48.19 47349 | 1 0.01 48.20 47450 | 6 0.06 48.26 47498 | 4 0.04 48.30 47618 | 2 0.02 48.32 47685 | 1 0.01 48.33 48000 | 4 0.04 48.37 48025 | 1 0.01 48.38 48107 | 2 0.02 48.40 48125 | 3 0.03 48.43 48150 | 2 0.02 48.45 48185 | 4 0.04 48.49 48265 | 2 0.02 48.51 48295 | 4 0.04 48.55 48520 | 6 0.06 48.61 48555 | 6 0.06 48.67 48735 | 2 0.02 48.69 48800 | 2 0.02 48.71 48950 | 2 0.02 48.73 49000 | 3 0.03 48.76 49014 | 4 0.04 48.80 49063 | 6 0.06 48.86 49090 | 2 0.02 48.88 49125 | 1 0.01 48.89 49300 | 1 0.01 48.90 49350 | 4 0.04 48.94 49489 | 4 0.04 48.98 49500 | 7 0.07 49.05 49693 | 4 0.04 49.09 49695 | 1 0.01 49.10 49708 | 4 0.04 49.14 49725 | 1 0.01 49.15 49750 | 2 0.02 49.17 49753 | 2 0.02 49.19 49824 | 6 0.06 49.25 49925 | 4 0.04 49.29 49990 | 1 0.01 49.30 50000 | 6 0.06 49.36 50010 | 1 0.01 49.37 50050 | 1 0.01 49.38 50099 | 4 0.04 49.42 50100 | 1 0.01 49.43 50120 | 3 0.03 49.46 50136 | 4 0.04 49.50 50150 | 2 0.02 49.52 50175 | 5 0.05 49.57 50231 | 4 0.04 49.61 50241 | 2 0.02 49.63 50525 | 2 0.02 49.65 50570 | 4 0.04 49.69 50600 | 3 0.03 49.72 50620 | 1 0.01 49.73 50780 | 2 0.02 49.75 50833 | 2 0.02 49.77 50985 | 4 0.04 49.81 51000 | 1 0.01 49.82 51025 | 2 0.02 49.84 51157 | 2 0.02 49.86 51205 | 2 0.02 49.88 51250 | 1 0.01 49.89 51292 | 3 0.03 49.92 51350 | 2 0.02 49.94 51375 | 2 0.02 49.96 51405 | 5 0.05 50.01 51500 | 2 0.02 50.03 51528 | 5 0.05 50.08 51613 | 1 0.01 50.09 51650 | 1 0.01 50.10 51745 | 5 0.05 50.15 51799 | 1 0.01 50.16 51855 | 3 0.03 50.19 52050 | 6 0.06 50.25 52085 | 4 0.04 50.29 52125 | 2 0.02 50.31 52349 | 4 0.04 50.35 52400 | 4 0.04 50.39 52462 | 3 0.03 50.42 52514 | 5 0.05 50.47 52568 | 6 0.06 50.53 52605 | 2 0.02 50.55 52685 | 1 0.01 50.56 52770 | 4 0.04 50.60 52820 | 6 0.06 50.66 52874 | 5 0.05 50.71 52905 | 4 0.04 50.75 52959 | 4 0.04 50.79 53000 | 1 0.01 50.80 53050 | 4 0.04 50.84 53178 | 3 0.03 50.87 53203 | 2 0.02 50.89 53230 | 3 0.03 50.92 53308 | 2 0.02 50.94 53370 | 2 0.02 50.96 53450 | 3 0.03 50.99 53500 | 4 0.04 51.03 53600 | 1 0.01 51.04 53620 | 6 0.06 51.10 53640 | 3 0.03 51.13 53757 | 4 0.04 51.17 53975 | 2 0.02 51.19 54000 | 1 0.01 51.20 54075 | 2 0.02 51.22 54100 | 2 0.02 51.24 54324 | 6 0.06 51.30 54494 | 1 0.01 51.31 54570 | 4 0.04 51.35 54573 | 3 0.03 51.38 54575 | 2 0.02 51.40 54625 | 4 0.04 51.44 54628 | 4 0.04 51.48 54638 | 6 0.06 51.54 54682 | 2 0.02 51.56 54800 | 2 0.02 51.58 54802 | 1 0.01 51.59 55000 | 1 0.01 51.60 55031 | 8 0.08 51.68 55155 | 2 0.02 51.70 55350 | 4 0.04 51.74 55390 | 4 0.04 51.78 55410 | 3 0.03 51.81 55484 | 2 0.02 51.83 55500 | 4 0.04 51.87 55585 | 2 0.02 51.89 55600 | 1 0.01 51.90 55640 | 1 0.01 51.91 55650 | 1 0.01 51.92 55685 | 4 0.04 51.96 55785 | 4 0.04 52.00 55870 | 2 0.02 52.02 55958 | 5 0.05 52.07 56000 | 9 0.09 52.16 56068 | 1 0.01 52.17 56188 | 7 0.07 52.24 56364 | 2 0.02 52.26 56407 | 6 0.06 52.32 56490 | 3 0.03 52.35 56500 | 1 0.01 52.36 56550 | 7 0.07 52.43 56737 | 5 0.05 52.48 56753 | 3 0.03 52.51 56982 | 2 0.02 52.53 57000 | 1 0.01 52.54 57100 | 5 0.05 52.59 57200 | 2 0.02 52.61 57349 | 2 0.02 52.63 57350 | 4 0.04 52.67 57370 | 2 0.02 52.69 57500 | 10 0.10 52.79 57565 | 1 0.01 52.80 57608 | 4 0.04 52.84 57670 | 2 0.02 52.86 57775 | 3 0.03 52.89 57825 | 4 0.04 52.93 57880 | 5 0.05 52.98 57950 | 2 0.02 53.00 58000 | 2 0.02 53.02 58170 | 4 0.04 53.06 58188 | 1 0.01 53.07 58200 | 2 0.02 53.09 58228 | 5 0.05 53.14 58314 | 2 0.02 53.16 58389 | 4 0.04 53.20 58450 | 4 0.04 53.24 58483 | 1 0.01 53.25 58493 | 2 0.02 53.27 58534 | 3 0.03 53.30 58642 | 4 0.04 53.34 58685 | 1 0.01 53.35 58689 | 4 0.04 53.39 58700 | 1 0.01 53.40 58775 | 4 0.04 53.44 58792 | 2 0.02 53.46 58825 | 2 0.02 53.48 58848 | 3 0.03 53.51 58900 | 2 0.02 53.53 58963 | 6 0.06 53.59 58975 | 2 0.02 53.61 58990 | 2 0.02 53.63 59000 | 2 0.02 53.65 59050 | 2 0.02 53.67 59287 | 3 0.03 53.70 59400 | 1 0.01 53.71 59482 | 7 0.07 53.78 59488 | 3 0.03 53.81 59513 | 4 0.04 53.85 59547 | 2 0.02 53.87 59555 | 3 0.03 53.90 59691 | 2 0.02 53.92 59700 | 1 0.01 53.93 59800 | 3 0.03 53.96 59850 | 2 0.02 53.98 59974 | 5 0.05 54.03 59991 | 2 0.02 54.05 60000 | 6 0.06 54.11 60025 | 1 0.01 54.12 60100 | 4 0.04 54.16 60199 | 2 0.02 54.18 60300 | 2 0.02 54.20 60341 | 4 0.04 54.24 60370 | 1 0.01 54.25 60485 | 5 0.05 54.30 60568 | 3 0.03 54.33 60685 | 5 0.05 54.38 60826 | 3 0.03 54.41 60848 | 5 0.05 54.46 60890 | 2 0.02 54.48 60928 | 1 0.01 54.49 61000 | 1 0.01 54.50 61005 | 2 0.02 54.52 61028 | 5 0.05 54.57 61035 | 1 0.01 54.58 61038 | 3 0.03 54.61 61100 | 2 0.02 54.63 61188 | 5 0.05 54.68 61200 | 3 0.03 54.71 61263 | 2 0.02 54.73 61285 | 4 0.04 54.77 61500 | 2 0.02 54.79 61560 | 1 0.01 54.80 61677 | 1 0.01 54.81 61800 | 3 0.03 54.84 62204 | 1 0.01 54.85 62306 | 2 0.02 54.87 62339 | 6 0.06 54.93 62470 | 2 0.02 54.95 62500 | 2 0.02 54.97 62550 | 1 0.01 54.98 62567 | 1 0.01 54.99 62583 | 5 0.05 55.04 62600 | 3 0.03 55.07 62646 | 2 0.02 55.09 62870 | 6 0.06 55.15 62938 | 5 0.05 55.20 63000 | 7 0.07 55.27 63065 | 3 0.03 55.30 63085 | 1 0.01 55.31 63200 | 1 0.01 55.32 63325 | 6 0.06 55.38 63375 | 1 0.01 55.39 63410 | 3 0.03 55.42 63475 | 4 0.04 55.46 63590 | 1 0.01 55.47 63660 | 5 0.05 55.52 63700 | 3 0.03 55.55 63900 | 4 0.04 55.59 64000 | 3 0.03 55.62 64034 | 4 0.04 55.66 64050 | 1 0.01 55.67 64100 | 2 0.02 55.69 64260 | 4 0.04 55.73 64275 | 2 0.02 55.75 64338 | 2 0.02 55.77 64350 | 1 0.01 55.78 64470 | 2 0.02 55.80 64542 | 1 0.01 55.81 64775 | 2 0.02 55.83 64845 | 4 0.04 55.87 65026 | 1 0.01 55.88 65085 | 2 0.02 55.90 65105 | 4 0.04 55.94 65155 | 3 0.03 55.97 65200 | 1 0.01 55.98 65326 | 5 0.05 56.03 65478 | 2 0.02 56.05 65500 | 3 0.03 56.08 65602 | 3 0.03 56.11 65650 | 1 0.01 56.12 65700 | 2 0.02 56.14 65750 | 2 0.02 56.16 65900 | 2 0.02 56.18 65935 | 1 0.01 56.19 65950 | 4 0.04 56.23 66190 | 2 0.02 56.25 66478 | 3 0.03 56.28 66520 | 3 0.03 56.31 66563 | 2 0.02 56.33 66635 | 2 0.02 56.35 66700 | 3 0.03 56.38 66713 | 3 0.03 56.41 66748 | 5 0.05 56.46 66885 | 2 0.02 56.48 66925 | 3 0.03 56.51 66950 | 2 0.02 56.53 66963 | 2 0.02 56.55 67000 | 1 0.01 56.56 67050 | 2 0.02 56.58 67055 | 4 0.04 56.62 67213 | 2 0.02 56.64 67228 | 1 0.01 56.65 67390 | 1 0.01 56.66 67550 | 5 0.05 56.71 67576 | 3 0.03 56.74 67600 | 2 0.02 56.76 67708 | 1 0.01 56.77 67713 | 4 0.04 56.81 67720 | 4 0.04 56.85 68000 | 7 0.07 56.92 68050 | 3 0.03 56.95 68139 | 1 0.01 56.96 68244 | 2 0.02 56.98 68275 | 1 0.01 56.99 68353 | 4 0.04 57.03 68365 | 3 0.03 57.06 68450 | 5 0.05 57.11 68470 | 4 0.04 57.15 68500 | 3 0.03 57.18 68625 | 1 0.01 57.19 68800 | 5 0.05 57.24 69000 | 2 0.02 57.26 69020 | 2 0.02 57.28 69040 | 1 0.01 57.29 69100 | 2 0.02 57.31 69150 | 3 0.03 57.34 69160 | 3 0.03 57.37 69225 | 2 0.02 57.39 69292 | 1 0.01 57.40 69350 | 1 0.01 57.41 69425 | 1 0.01 57.42 69850 | 1 0.01 57.43 69965 | 2 0.02 57.45 69994 | 2 0.02 57.47 70000 | 4 0.04 57.51 70069 | 1 0.01 57.52 70128 | 3 0.03 57.55 70225 | 2 0.02 57.57 70230 | 5 0.05 57.62 70335 | 2 0.02 57.64 70463 | 1 0.01 57.65 70500 | 3 0.03 57.68 70501 | 4 0.04 57.72 70625 | 2 0.02 57.74 70675 | 2 0.02 57.76 70700 | 5 0.05 57.81 70870 | 2 0.02 57.83 71063 | 3 0.03 57.86 71091 | 5 0.05 57.91 71125 | 2 0.02 57.93 71184 | 1 0.01 57.94 71220 | 2 0.02 57.96 71263 | 1 0.01 57.97 71305 | 4 0.04 58.01 71355 | 6 0.06 58.07 71432 | 5 0.05 58.12 71535 | 1 0.01 58.13 71575 | 1 0.01 58.14 71700 | 2 0.02 58.16 71825 | 2 0.02 58.18 71900 | 1 0.01 58.19 72170 | 3 0.03 58.22 72350 | 5 0.05 58.27 72388 | 1 0.01 58.28 72393 | 2 0.02 58.30 72409 | 2 0.02 58.32 72550 | 2 0.02 58.34 72600 | 1 0.01 58.35 72700 | 2 0.02 58.37 72705 | 3 0.03 58.40 72750 | 1 0.01 58.41 72855 | 3 0.03 58.44 72950 | 2 0.02 58.46 73100 | 1 0.01 58.47 73114 | 3 0.03 58.50 73125 | 5 0.05 58.55 73185 | 6 0.06 58.61 73206 | 4 0.04 58.65 73250 | 1 0.01 58.66 73287 | 4 0.04 58.70 73291 | 5 0.05 58.75 73489 | 7 0.07 58.82 73525 | 2 0.02 58.84 73550 | 1 0.01 58.85 73555 | 5 0.05 58.90 73725 | 2 0.02 58.92 73800 | 4 0.04 58.96 73918 | 2 0.02 58.98 73963 | 1 0.01 58.99 74034 | 1 0.01 59.00 74069 | 2 0.02 59.02 74239 | 4 0.04 59.06 74250 | 3 0.03 59.09 74390 | 4 0.04 59.13 74425 | 3 0.03 59.16 75000 | 5 0.05 59.21 75130 | 2 0.02 59.23 75155 | 2 0.02 59.25 75350 | 5 0.05 59.30 75400 | 2 0.02 59.32 75591 | 6 0.06 59.38 75685 | 2 0.02 59.40 75750 | 1 0.01 59.41 76050 | 3 0.03 59.44 76100 | 3 0.03 59.47 76250 | 2 0.02 59.49 76308 | 4 0.04 59.53 76400 | 7 0.07 59.60 76553 | 4 0.04 59.64 76629 | 2 0.02 59.66 76725 | 2 0.02 59.68 76763 | 2 0.02 59.70 76848 | 3 0.03 59.73 76954 | 2 0.02 59.75 76991 | 4 0.04 59.79 77000 | 2 0.02 59.81 77045 | 2 0.02 59.83 77114 | 4 0.04 59.87 77456 | 2 0.02 59.89 77500 | 2 0.02 59.91 77503 | 1 0.01 59.92 77825 | 1 0.01 59.93 77950 | 3 0.03 59.96 78055 | 8 0.08 60.04 78110 | 3 0.03 60.07 78300 | 3 0.03 60.10 78370 | 2 0.02 60.12 78450 | 3 0.03 60.15 78475 | 4 0.04 60.19 78527 | 2 0.02 60.21 78587 | 3 0.03 60.24 78680 | 4 0.04 60.28 78784 | 3 0.03 60.31 78870 | 3 0.03 60.34 78885 | 2 0.02 60.36 78926 | 2 0.02 60.38 78950 | 3 0.03 60.41 79003 | 2 0.02 60.43 79108 | 4 0.04 60.47 79470 | 2 0.02 60.49 79804 | 4 0.04 60.53 79863 | 4 0.04 60.57 80000 | 1 0.01 60.58 80035 | 4 0.04 60.62 80087 | 2 0.02 60.64 80125 | 2 0.02 60.66 80397 | 1 0.01 60.67 80508 | 1 0.01 60.68 80550 | 2 0.02 60.70 80575 | 6 0.06 60.76 80750 | 1 0.01 60.77 80827 | 5 0.05 60.82 80882 | 5 0.05 60.87 80899 | 3 0.03 60.90 80963 | 3 0.03 60.93 81000 | 6 0.06 60.99 81001 | 3 0.03 61.02 81013 | 2 0.02 61.04 81057 | 2 0.02 61.06 81288 | 6 0.06 61.12 81332 | 4 0.04 61.16 81350 | 1 0.01 61.17 81375 | 5 0.05 61.22 81400 | 2 0.02 61.24 81425 | 2 0.02 61.26 81442 | 2 0.02 61.28 81477 | 1 0.01 61.29 81646 | 5 0.05 61.34 81677 | 4 0.04 61.38 81685 | 1 0.01 61.39 81700 | 1 0.01 61.40 81775 | 1 0.01 61.41 81788 | 2 0.02 61.43 81970 | 4 0.04 61.47 82050 | 2 0.02 61.49 82055 | 2 0.02 61.51 82150 | 2 0.02 61.53 82229 | 3 0.03 61.56 82310 | 6 0.06 61.62 82400 | 1 0.01 61.63 82500 | 3 0.03 61.66 82600 | 2 0.02 61.68 82650 | 8 0.08 61.76 82779 | 3 0.03 61.79 82978 | 2 0.02 61.81 83000 | 1 0.01 61.82 83048 | 2 0.02 61.84 83049 | 1 0.01 61.85 83070 | 4 0.04 61.89 83085 | 4 0.04 61.93 83108 | 4 0.04 61.97 83138 | 7 0.07 62.04 83230 | 1 0.01 62.05 83243 | 4 0.04 62.09 83374 | 3 0.03 62.12 83425 | 4 0.04 62.16 83469 | 2 0.02 62.18 83485 | 1 0.01 62.19 83554 | 4 0.04 62.23 83650 | 5 0.05 62.28 83700 | 1 0.01 62.29 83725 | 7 0.07 62.36 83799 | 3 0.03 62.39 83927 | 4 0.04 62.43 83963 | 3 0.03 62.46 84000 | 2 0.02 62.48 84055 | 1 0.01 62.49 84175 | 2 0.02 62.51 84205 | 5 0.05 62.56 84485 | 1 0.01 62.57 84550 | 1 0.01 62.58 84577 | 5 0.05 62.63 84718 | 1 0.01 62.64 84734 | 2 0.02 62.66 84764 | 1 0.01 62.67 84945 | 2 0.02 62.69 85000 | 1 0.01 62.70 85070 | 3 0.03 62.73 85277 | 3 0.03 62.76 85290 | 2 0.02 62.78 85365 | 2 0.02 62.80 85370 | 2 0.02 62.82 85400 | 5 0.05 62.87 85578 | 4 0.04 62.91 85579 | 4 0.04 62.95 85685 | 2 0.02 62.97 85731 | 2 0.02 62.99 85781 | 2 0.02 63.01 85800 | 1 0.01 63.02 85825 | 4 0.04 63.06 85875 | 1 0.01 63.07 85938 | 2 0.02 63.09 85990 | 2 0.02 63.11 86000 | 2 0.02 63.13 86040 | 2 0.02 63.15 86150 | 1 0.01 63.16 86250 | 3 0.03 63.19 86288 | 4 0.04 63.23 86299 | 2 0.02 63.25 86370 | 2 0.02 63.27 86600 | 1 0.01 63.28 86615 | 2 0.02 63.30 86620 | 6 0.06 63.36 86755 | 4 0.04 63.40 86800 | 2 0.02 63.42 87038 | 4 0.04 63.46 87185 | 1 0.01 63.47 87246 | 4 0.04 63.51 87550 | 2 0.02 63.53 87680 | 1 0.01 63.54 87741 | 6 0.06 63.60 88055 | 5 0.05 63.65 88065 | 3 0.03 63.68 88070 | 2 0.02 63.70 88150 | 4 0.04 63.74 88350 | 2 0.02 63.76 88658 | 6 0.06 63.82 88883 | 4 0.04 63.86 89035 | 3 0.03 63.89 89309 | 4 0.04 63.93 89350 | 1 0.01 63.94 89470 | 2 0.02 63.96 89500 | 2 0.02 63.98 89800 | 2 0.02 64.00 89990 | 1 0.01 64.01 90050 | 3 0.03 64.04 90139 | 5 0.05 64.09 90175 | 2 0.02 64.11 90263 | 4 0.04 64.15 90308 | 4 0.04 64.19 90320 | 2 0.02 64.21 90370 | 2 0.02 64.23 90418 | 2 0.02 64.25 90478 | 4 0.04 64.29 90500 | 1 0.01 64.30 90520 | 2 0.02 64.32 90563 | 5 0.05 64.37 90600 | 4 0.04 64.41 90660 | 2 0.02 64.43 90700 | 4 0.04 64.47 90827 | 2 0.02 64.49 90928 | 2 0.02 64.51 90962 | 4 0.04 64.55 90963 | 1 0.01 64.56 91000 | 1 0.01 64.57 91040 | 2 0.02 64.59 91163 | 2 0.02 64.61 91322 | 1 0.01 64.62 91327 | 2 0.02 64.64 91335 | 2 0.02 64.66 91677 | 1 0.01 64.67 91780 | 1 0.01 64.68 91861 | 2 0.02 64.70 91900 | 1 0.01 64.71 92000 | 2 0.02 64.73 92050 | 4 0.04 64.77 92100 | 5 0.05 64.82 92165 | 4 0.04 64.86 92200 | 2 0.02 64.88 92300 | 1 0.01 64.89 92375 | 1 0.01 64.90 92488 | 1 0.01 64.91 92500 | 1 0.01 64.92 92556 | 4 0.04 64.96 92585 | 2 0.02 64.98 92670 | 2 0.02 65.00 92784 | 2 0.02 65.02 92803 | 3 0.03 65.05 92875 | 4 0.04 65.09 93000 | 2 0.02 65.11 93050 | 7 0.07 65.18 93163 | 3 0.03 65.21 93200 | 2 0.02 65.23 93235 | 3 0.03 65.26 93275 | 2 0.02 65.28 93485 | 3 0.03 65.31 93500 | 3 0.03 65.34 93575 | 2 0.02 65.36 94000 | 1 0.01 65.37 94020 | 1 0.01 65.38 94024 | 1 0.01 65.39 94070 | 2 0.02 65.41 94214 | 4 0.04 65.45 94365 | 1 0.01 65.46 94370 | 9 0.09 65.55 94540 | 3 0.03 65.58 94799 | 2 0.02 65.60 94845 | 2 0.02 65.62 95150 | 5 0.05 65.67 95175 | 2 0.02 65.69 95193 | 5 0.05 65.74 95240 | 2 0.02 65.76 95250 | 2 0.02 65.78 95269 | 2 0.02 65.80 95400 | 2 0.02 65.82 95438 | 1 0.01 65.83 95500 | 4 0.04 65.87 95543 | 3 0.03 65.90 95555 | 3 0.03 65.93 95575 | 1 0.01 65.94 95669 | 2 0.02 65.96 95835 | 4 0.04 66.00 95850 | 5 0.05 66.05 96002 | 2 0.02 66.07 96075 | 1 0.01 66.08 96085 | 5 0.05 66.13 96100 | 2 0.02 66.15 96323 | 2 0.02 66.17 96450 | 1 0.01 66.18 96558 | 4 0.04 66.22 96656 | 2 0.02 66.24 96700 | 2 0.02 66.26 96715 | 1 0.01 66.27 96740 | 2 0.02 66.29 96825 | 4 0.04 66.33 96900 | 1 0.01 66.34 96975 | 1 0.01 66.35 96980 | 3 0.03 66.38 97000 | 1 0.01 66.39 97105 | 7 0.07 66.46 97265 | 4 0.04 66.50 97370 | 4 0.04 66.54 97390 | 5 0.05 66.59 97500 | 2 0.02 66.61 97576 | 2 0.02 66.63 97606 | 4 0.04 66.67 97783 | 4 0.04 66.71 97915 | 1 0.01 66.72 97980 | 1 0.01 66.73 98251 | 1 0.01 66.74 98605 | 2 0.02 66.76 98625 | 2 0.02 66.78 98840 | 2 0.02 66.80 98865 | 1 0.01 66.81 99335 | 5 0.05 66.86 99336 | 6 0.06 66.92 99500 | 9 0.09 67.01 99985 | 2 0.02 67.03 100000 | 6 0.06 67.09 100015 | 3 0.03 67.12 100055 | 3 0.03 67.15 100263 | 6 0.06 67.21 100325 | 1 0.01 67.22 100328 | 3 0.03 67.25 100447 | 2 0.02 67.27 100500 | 1 0.01 67.28 100685 | 1 0.01 67.29 100747 | 5 0.05 67.34 100923 | 2 0.02 67.36 100963 | 1 0.01 67.37 100975 | 4 0.04 67.41 101025 | 4 0.04 67.45 101164 | 3 0.03 67.48 101203 | 2 0.02 67.50 101263 | 4 0.04 67.54 101370 | 4 0.04 67.58 101403 | 2 0.02 67.60 101413 | 2 0.02 67.62 101500 | 1 0.01 67.63 101844 | 3 0.03 67.66 101868 | 5 0.05 67.71 101948 | 5 0.05 67.76 102000 | 3 0.03 67.79 102161 | 1 0.01 67.80 102320 | 1 0.01 67.81 102355 | 4 0.04 67.85 102500 | 1 0.01 67.86 102537 | 4 0.04 67.90 102978 | 1 0.01 67.91 103000 | 3 0.03 67.94 103200 | 2 0.02 67.96 103402 | 6 0.06 68.02 103478 | 2 0.02 68.04 103675 | 2 0.02 68.06 103720 | 4 0.04 68.10 103750 | 1 0.01 68.11 103788 | 2 0.02 68.13 104000 | 2 0.02 68.15 104125 | 2 0.02 68.17 104140 | 4 0.04 68.21 104170 | 3 0.03 68.24 104350 | 3 0.03 68.27 104424 | 1 0.01 68.28 104483 | 2 0.02 68.30 104675 | 1 0.01 68.31 104855 | 3 0.03 68.34 104913 | 2 0.02 68.36 104919 | 1 0.01 68.37 104978 | 2 0.02 68.39 104992 | 2 0.02 68.41 105089 | 6 0.06 68.47 105125 | 1 0.01 68.48 105225 | 5 0.05 68.53 105258 | 3 0.03 68.56 105477 | 4 0.04 68.60 105487 | 3 0.03 68.63 105500 | 3 0.03 68.66 105538 | 1 0.01 68.67 105685 | 2 0.02 68.69 105711 | 2 0.02 68.71 105750 | 1 0.01 68.72 105850 | 2 0.02 68.74 105949 | 2 0.02 68.76 106000 | 2 0.02 68.78 106024 | 4 0.04 68.82 106334 | 1 0.01 68.83 106400 | 3 0.03 68.86 106650 | 2 0.02 68.88 107000 | 2 0.02 68.90 107078 | 5 0.05 68.95 107175 | 5 0.05 69.00 107325 | 2 0.02 69.02 107383 | 5 0.05 69.07 107500 | 1 0.01 69.08 107685 | 2 0.02 69.10 107728 | 2 0.02 69.12 107850 | 2 0.02 69.14 107908 | 2 0.02 69.16 108023 | 2 0.02 69.18 108177 | 6 0.06 69.24 108285 | 2 0.02 69.26 108488 | 3 0.03 69.29 108783 | 5 0.05 69.34 108900 | 2 0.02 69.36 108983 | 3 0.03 69.39 109000 | 2 0.02 69.41 109050 | 1 0.01 69.42 109450 | 1 0.01 69.43 109575 | 1 0.01 69.44 109630 | 3 0.03 69.47 109912 | 2 0.02 69.49 110155 | 1 0.01 69.50 110188 | 4 0.04 69.54 110200 | 2 0.02 69.56 110290 | 3 0.03 69.59 110375 | 1 0.01 69.60 110494 | 3 0.03 69.63 110500 | 1 0.01 69.64 110575 | 4 0.04 69.68 110653 | 2 0.02 69.70 110950 | 2 0.02 69.72 111058 | 1 0.01 69.73 111082 | 4 0.04 69.77 111218 | 2 0.02 69.79 111300 | 3 0.03 69.82 111360 | 1 0.01 69.83 111438 | 2 0.02 69.85 111465 | 4 0.04 69.89 111769 | 7 0.07 69.96 111920 | 3 0.03 69.99 112000 | 1 0.01 70.00 112100 | 7 0.07 70.07 112288 | 2 0.02 70.09 112685 | 3 0.03 70.12 112715 | 3 0.03 70.15 112820 | 4 0.04 70.19 112850 | 2 0.02 70.21 112900 | 2 0.02 70.23 113055 | 4 0.04 70.27 113208 | 4 0.04 70.31 113297 | 2 0.02 70.33 113550 | 1 0.01 70.34 113800 | 1 0.01 70.35 113900 | 5 0.05 70.40 114288 | 2 0.02 70.42 114550 | 2 0.02 70.44 114778 | 4 0.04 70.48 115000 | 1 0.01 70.49 115178 | 2 0.02 70.51 115290 | 2 0.02 70.53 115700 | 4 0.04 70.57 115921 | 2 0.02 70.59 116000 | 2 0.02 70.61 116050 | 2 0.02 70.63 116177 | 3 0.03 70.66 116200 | 4 0.04 70.70 116251 | 1 0.01 70.71 116453 | 3 0.03 70.74 116685 | 2 0.02 70.76 116790 | 2 0.02 70.78 116884 | 4 0.04 70.82 117363 | 2 0.02 70.84 117485 | 3 0.03 70.87 117538 | 4 0.04 70.91 117775 | 2 0.02 70.93 117900 | 2 0.02 70.95 117950 | 1 0.01 70.96 117980 | 3 0.03 70.99 118025 | 3 0.03 71.02 118050 | 1 0.01 71.03 118125 | 5 0.05 71.08 118300 | 2 0.02 71.10 118388 | 2 0.02 71.12 118590 | 1 0.01 71.13 118871 | 3 0.03 71.16 118885 | 3 0.03 71.19 118916 | 4 0.04 71.23 119050 | 2 0.02 71.25 119116 | 2 0.02 71.27 119310 | 1 0.01 71.28 119327 | 1 0.01 71.29 119400 | 1 0.01 71.30 119500 | 1 0.01 71.31 119627 | 6 0.06 71.37 119713 | 4 0.04 71.41 119795 | 2 0.02 71.43 119900 | 4 0.04 71.47 119933 | 2 0.02 71.49 120000 | 1 0.01 71.50 120025 | 1 0.01 71.51 120175 | 2 0.02 71.53 120300 | 1 0.01 71.54 120483 | 2 0.02 71.56 120553 | 5 0.05 71.61 120649 | 2 0.02 71.63 120863 | 2 0.02 71.65 120988 | 3 0.03 71.68 121175 | 3 0.03 71.71 121277 | 4 0.04 71.75 121285 | 7 0.07 71.82 121293 | 4 0.04 71.86 121343 | 2 0.02 71.88 121628 | 4 0.04 71.92 121750 | 8 0.08 72.00 121913 | 4 0.04 72.04 122000 | 1 0.01 72.05 122055 | 2 0.02 72.07 122087 | 4 0.04 72.11 122113 | 4 0.04 72.15 122228 | 1 0.01 72.16 123018 | 1 0.01 72.17 123075 | 2 0.02 72.19 123177 | 1 0.01 72.20 123250 | 2 0.02 72.22 123300 | 1 0.01 72.23 123550 | 2 0.02 72.25 123613 | 2 0.02 72.27 123673 | 3 0.03 72.30 123677 | 2 0.02 72.32 123704 | 4 0.04 72.36 123730 | 3 0.03 72.39 123863 | 4 0.04 72.43 123988 | 4 0.04 72.47 124000 | 1 0.01 72.48 124049 | 3 0.03 72.51 124105 | 2 0.02 72.53 124280 | 2 0.02 72.55 124370 | 3 0.03 72.58 124371 | 1 0.01 72.59 124425 | 3 0.03 72.62 124574 | 6 0.06 72.68 124611 | 4 0.04 72.72 124877 | 3 0.03 72.75 125000 | 1 0.01 72.76 125625 | 3 0.03 72.79 125760 | 4 0.04 72.83 125774 | 4 0.04 72.87 125850 | 2 0.02 72.89 125885 | 2 0.02 72.91 125926 | 2 0.02 72.93 125977 | 3 0.03 72.96 126135 | 2 0.02 72.98 126185 | 2 0.02 73.00 126196 | 5 0.05 73.05 126403 | 2 0.02 73.07 126485 | 1 0.01 73.08 126500 | 1 0.01 73.09 126550 | 1 0.01 73.10 126680 | 1 0.01 73.11 126897 | 3 0.03 73.14 126907 | 1 0.01 73.15 126925 | 2 0.02 73.17 126978 | 2 0.02 73.19 127160 | 3 0.03 73.22 127585 | 3 0.03 73.25 127586 | 3 0.03 73.28 127600 | 1 0.01 73.29 127777 | 4 0.04 73.33 127818 | 1 0.01 73.34 127909 | 2 0.02 73.36 128100 | 4 0.04 73.40 128103 | 4 0.04 73.44 128400 | 1 0.01 73.45 128685 | 2 0.02 73.47 128870 | 2 0.02 73.49 129578 | 2 0.02 73.51 129629 | 5 0.05 73.56 129825 | 1 0.01 73.57 130000 | 1 0.01 73.58 130110 | 2 0.02 73.60 130189 | 6 0.06 73.66 130340 | 2 0.02 73.68 130500 | 2 0.02 73.70 130600 | 2 0.02 73.72 130710 | 2 0.02 73.74 131319 | 2 0.02 73.76 131599 | 2 0.02 73.78 131790 | 3 0.03 73.81 132000 | 6 0.06 73.87 132020 | 2 0.02 73.89 132225 | 4 0.04 73.93 132498 | 1 0.01 73.94 132858 | 1 0.01 73.95 132884 | 4 0.04 73.99 133000 | 1 0.01 74.00 133061 | 2 0.02 74.02 133177 | 2 0.02 74.04 133213 | 6 0.06 74.10 133233 | 4 0.04 74.14 133268 | 2 0.02 74.16 133325 | 2 0.02 74.18 133375 | 4 0.04 74.22 133485 | 1 0.01 74.23 133600 | 1 0.01 74.24 133775 | 4 0.04 74.28 133985 | 1 0.01 74.29 134175 | 2 0.02 74.31 134200 | 1 0.01 74.32 134225 | 3 0.03 74.35 134440 | 2 0.02 74.37 134500 | 4 0.04 74.41 134685 | 2 0.02 74.43 134758 | 3 0.03 74.46 134790 | 2 0.02 74.48 134850 | 1 0.01 74.49 134928 | 2 0.02 74.51 134993 | 4 0.04 74.55 135100 | 1 0.01 74.56 135167 | 2 0.02 74.58 135300 | 2 0.02 74.60 135445 | 1 0.01 74.61 135575 | 3 0.03 74.64 135581 | 5 0.05 74.69 135590 | 2 0.02 74.71 135650 | 4 0.04 74.75 136025 | 1 0.01 74.76 136063 | 3 0.03 74.79 136383 | 5 0.05 74.84 136700 | 4 0.04 74.88 136825 | 2 0.02 74.90 137025 | 1 0.01 74.91 137055 | 6 0.06 74.97 137513 | 2 0.02 74.99 137750 | 1 0.01 75.00 137825 | 3 0.03 75.03 137899 | 4 0.04 75.07 137962 | 2 0.02 75.09 138014 | 3 0.03 75.12 138075 | 2 0.02 75.14 138100 | 1 0.01 75.15 138250 | 6 0.06 75.21 138500 | 2 0.02 75.23 138550 | 4 0.04 75.27 138558 | 1 0.01 75.28 138625 | 4 0.04 75.32 138855 | 2 0.02 75.34 138977 | 5 0.05 75.39 139000 | 9 0.09 75.48 139197 | 3 0.03 75.51 139255 | 2 0.02 75.53 139328 | 4 0.04 75.57 139500 | 2 0.02 75.59 139602 | 2 0.02 75.61 139688 | 1 0.01 75.62 139700 | 2 0.02 75.64 139724 | 2 0.02 75.66 139725 | 2 0.02 75.68 139887 | 4 0.04 75.72 140000 | 3 0.03 75.75 140044 | 4 0.04 75.79 140075 | 3 0.03 75.82 140140 | 4 0.04 75.86 140200 | 1 0.01 75.87 140300 | 1 0.01 75.88 140637 | 2 0.02 75.90 140720 | 1 0.01 75.91 140727 | 1 0.01 75.92 140991 | 2 0.02 75.94 141290 | 3 0.03 75.97 141298 | 4 0.04 76.01 141385 | 2 0.02 76.03 141463 | 3 0.03 76.06 141827 | 3 0.03 76.09 142000 | 1 0.01 76.10 142035 | 3 0.03 76.13 142450 | 4 0.04 76.17 142705 | 2 0.02 76.19 142750 | 6 0.06 76.25 142870 | 5 0.05 76.30 142950 | 1 0.01 76.31 143000 | 1 0.01 76.32 143075 | 2 0.02 76.34 143330 | 5 0.05 76.39 143370 | 4 0.04 76.43 143545 | 1 0.01 76.44 143625 | 2 0.02 76.46 143970 | 3 0.03 76.49 143985 | 2 0.02 76.51 144325 | 2 0.02 76.53 144350 | 2 0.02 76.55 144475 | 4 0.04 76.59 144559 | 1 0.01 76.60 144685 | 4 0.04 76.64 144800 | 2 0.02 76.66 144884 | 1 0.01 76.67 144963 | 1 0.01 76.68 145083 | 5 0.05 76.73 145299 | 1 0.01 76.74 145450 | 2 0.02 76.76 145783 | 2 0.02 76.78 145953 | 1 0.01 76.79 146001 | 3 0.03 76.82 146363 | 2 0.02 76.84 146550 | 5 0.05 76.89 146658 | 3 0.03 76.92 146744 | 2 0.02 76.94 146870 | 2 0.02 76.96 146900 | 1 0.01 76.97 147077 | 5 0.05 77.02 147538 | 2 0.02 77.04 147560 | 2 0.02 77.06 147655 | 5 0.05 77.11 147677 | 5 0.05 77.16 147800 | 2 0.02 77.18 147953 | 6 0.06 77.24 148202 | 1 0.01 77.25 148500 | 4 0.04 77.29 148610 | 2 0.02 77.31 148677 | 5 0.05 77.36 148701 | 4 0.04 77.40 148805 | 3 0.03 77.43 148913 | 2 0.02 77.45 148915 | 4 0.04 77.49 148962 | 3 0.03 77.52 149400 | 1 0.01 77.53 149595 | 2 0.02 77.55 149676 | 1 0.01 77.56 149688 | 2 0.02 77.58 149896 | 2 0.02 77.60 150000 | 2 0.02 77.62 150026 | 2 0.02 77.64 150175 | 4 0.04 77.68 150263 | 1 0.01 77.69 150363 | 2 0.02 77.71 150400 | 2 0.02 77.73 150500 | 3 0.03 77.76 150505 | 3 0.03 77.79 150755 | 5 0.05 77.84 150850 | 4 0.04 77.88 151350 | 1 0.01 77.89 151670 | 3 0.03 77.92 151675 | 2 0.02 77.94 151703 | 5 0.05 77.99 151755 | 2 0.02 78.01 151850 | 4 0.04 78.05 152177 | 2 0.02 78.07 152863 | 3 0.03 78.10 153038 | 4 0.04 78.14 153255 | 5 0.05 78.19 153320 | 2 0.02 78.21 153650 | 2 0.02 78.23 153735 | 2 0.02 78.25 154000 | 1 0.01 78.26 154025 | 2 0.02 78.28 154100 | 2 0.02 78.30 154178 | 2 0.02 78.32 154300 | 3 0.03 78.35 154550 | 2 0.02 78.37 154553 | 2 0.02 78.39 155000 | 2 0.02 78.41 155275 | 3 0.03 78.44 155508 | 2 0.02 78.46 155613 | 3 0.03 78.49 155677 | 2 0.02 78.51 155888 | 2 0.02 78.53 156100 | 4 0.04 78.57 156500 | 1 0.01 78.58 156710 | 3 0.03 78.61 156887 | 3 0.03 78.64 157263 | 2 0.02 78.66 157375 | 1 0.01 78.67 158080 | 1 0.01 78.68 158174 | 2 0.02 78.70 158370 | 7 0.07 78.77 158398 | 4 0.04 78.81 158450 | 2 0.02 78.83 158570 | 6 0.06 78.89 158750 | 1 0.01 78.90 159000 | 1 0.01 78.91 159150 | 1 0.01 78.92 159286 | 3 0.03 78.95 159375 | 2 0.02 78.97 159450 | 1 0.01 78.98 159460 | 3 0.03 79.01 159500 | 1 0.01 79.02 159700 | 2 0.02 79.04 159850 | 4 0.04 79.08 160300 | 2 0.02 79.10 160655 | 3 0.03 79.13 160725 | 5 0.05 79.18 160800 | 2 0.02 79.20 160982 | 2 0.02 79.22 161500 | 1 0.01 79.23 161528 | 3 0.03 79.26 161823 | 5 0.05 79.31 161861 | 5 0.05 79.36 161867 | 4 0.04 79.40 161885 | 4 0.04 79.44 162100 | 5 0.05 79.49 162300 | 2 0.02 79.51 162350 | 2 0.02 79.53 162448 | 2 0.02 79.55 162800 | 4 0.04 79.59 163060 | 2 0.02 79.61 163130 | 2 0.02 79.63 163238 | 3 0.03 79.66 163395 | 6 0.06 79.72 163570 | 2 0.02 79.74 163574 | 4 0.04 79.78 163927 | 2 0.02 79.80 164048 | 4 0.04 79.84 164204 | 1 0.01 79.85 164341 | 5 0.05 79.90 164750 | 4 0.04 79.94 164870 | 2 0.02 79.96 165300 | 3 0.03 79.99 165451 | 2 0.02 80.01 165548 | 4 0.04 80.05 165765 | 4 0.04 80.09 165817 | 3 0.03 80.12 166172 | 2 0.02 80.14 166178 | 3 0.03 80.17 166214 | 5 0.05 80.22 166576 | 2 0.02 80.24 166588 | 2 0.02 80.26 166900 | 1 0.01 80.27 166992 | 2 0.02 80.29 167050 | 2 0.02 80.31 167185 | 1 0.01 80.32 167939 | 5 0.05 80.37 167988 | 2 0.02 80.39 169200 | 2 0.02 80.41 169244 | 1 0.01 80.42 169438 | 2 0.02 80.44 169503 | 4 0.04 80.48 169628 | 2 0.02 80.50 169885 | 2 0.02 80.52 170052 | 2 0.02 80.54 170399 | 2 0.02 80.56 170488 | 4 0.04 80.60 170685 | 2 0.02 80.62 170850 | 2 0.02 80.64 170870 | 2 0.02 80.66 170950 | 4 0.04 80.70 171370 | 2 0.02 80.72 171382 | 3 0.03 80.75 171401 | 2 0.02 80.77 171500 | 1 0.01 80.78 171650 | 3 0.03 80.81 171695 | 1 0.01 80.82 171741 | 5 0.05 80.87 172300 | 1 0.01 80.88 172795 | 2 0.02 80.90 172975 | 4 0.04 80.94 172979 | 2 0.02 80.96 172997 | 4 0.04 81.00 173233 | 3 0.03 81.03 173500 | 5 0.05 81.08 173737 | 4 0.04 81.12 173837 | 2 0.02 81.14 173978 | 2 0.02 81.16 174164 | 2 0.02 81.18 174317 | 2 0.02 81.20 174850 | 2 0.02 81.22 175088 | 1 0.01 81.23 175370 | 2 0.02 81.25 175578 | 5 0.05 81.30 175968 | 3 0.03 81.33 176100 | 3 0.03 81.36 176450 | 2 0.02 81.38 176570 | 3 0.03 81.41 176785 | 6 0.06 81.47 177096 | 2 0.02 81.49 177152 | 2 0.02 81.51 177220 | 3 0.03 81.54 177325 | 2 0.02 81.56 177431 | 6 0.06 81.62 177720 | 2 0.02 81.64 178016 | 2 0.02 81.66 178390 | 2 0.02 81.68 178466 | 2 0.02 81.70 178823 | 4 0.04 81.74 178875 | 1 0.01 81.75 178925 | 2 0.02 81.77 179075 | 8 0.08 81.85 179174 | 2 0.02 81.87 179285 | 4 0.04 81.91 179425 | 2 0.02 81.93 179504 | 1 0.01 81.94 179580 | 5 0.05 81.99 179785 | 2 0.02 82.01 180000 | 2 0.02 82.03 180463 | 1 0.01 82.04 180490 | 2 0.02 82.06 180500 | 1 0.01 82.07 180603 | 3 0.03 82.10 181430 | 1 0.01 82.11 181455 | 1 0.01 82.12 181528 | 4 0.04 82.16 181950 | 2 0.02 82.18 182281 | 3 0.03 82.21 182869 | 2 0.02 82.23 183050 | 2 0.02 82.25 183253 | 1 0.01 82.26 183370 | 3 0.03 82.29 183380 | 4 0.04 82.33 183755 | 2 0.02 82.35 184058 | 2 0.02 82.37 184125 | 2 0.02 82.39 184149 | 2 0.02 82.41 184403 | 3 0.03 82.44 184558 | 2 0.02 82.46 185663 | 2 0.02 82.48 185788 | 1 0.01 82.49 186013 | 4 0.04 82.53 186185 | 4 0.04 82.57 186269 | 4 0.04 82.61 186487 | 4 0.04 82.65 186500 | 2 0.02 82.67 186693 | 4 0.04 82.71 187058 | 1 0.01 82.72 188050 | 3 0.03 82.75 188306 | 2 0.02 82.77 188476 | 2 0.02 82.79 188600 | 2 0.02 82.81 188728 | 4 0.04 82.85 188981 | 1 0.01 82.86 189446 | 3 0.03 82.89 189745 | 2 0.02 82.91 189900 | 2 0.02 82.93 190210 | 1 0.01 82.94 190500 | 5 0.05 82.99 190642 | 4 0.04 83.03 191024 | 2 0.02 83.05 191085 | 2 0.02 83.07 191350 | 1 0.01 83.08 192000 | 1 0.01 83.09 192530 | 3 0.03 83.12 192685 | 1 0.01 83.13 192700 | 2 0.02 83.15 192988 | 2 0.02 83.17 193800 | 2 0.02 83.19 194475 | 3 0.03 83.22 194845 | 6 0.06 83.28 194900 | 2 0.02 83.30 195000 | 4 0.04 83.34 195100 | 1 0.01 83.35 195150 | 2 0.02 83.37 195155 | 2 0.02 83.39 195685 | 1 0.01 83.40 195786 | 4 0.04 83.44 196050 | 2 0.02 83.46 196313 | 4 0.04 83.50 196350 | 1 0.01 83.51 196502 | 5 0.05 83.56 196678 | 2 0.02 83.58 196888 | 3 0.03 83.61 197038 | 2 0.02 83.63 197328 | 3 0.03 83.66 197460 | 2 0.02 83.68 198102 | 2 0.02 83.70 198188 | 1 0.01 83.71 198487 | 2 0.02 83.73 198567 | 2 0.02 83.75 198575 | 2 0.02 83.77 198875 | 1 0.01 83.78 199441 | 2 0.02 83.80 199772 | 2 0.02 83.82 199885 | 2 0.02 83.84 200583 | 1 0.01 83.85 200786 | 3 0.03 83.88 200944 | 5 0.05 83.93 200970 | 4 0.04 83.97 201054 | 1 0.01 83.98 201181 | 1 0.01 83.99 201709 | 2 0.02 84.01 202200 | 2 0.02 84.03 202690 | 4 0.04 84.07 203150 | 1 0.01 84.08 203362 | 2 0.02 84.10 203912 | 3 0.03 84.13 203950 | 2 0.02 84.15 204450 | 2 0.02 84.17 205607 | 2 0.02 84.19 205753 | 4 0.04 84.23 205925 | 1 0.01 84.24 206278 | 2 0.02 84.26 206300 | 1 0.01 84.27 206475 | 5 0.05 84.32 206525 | 2 0.02 84.34 207025 | 3 0.03 84.37 207215 | 3 0.03 84.40 207229 | 2 0.02 84.42 207299 | 2 0.02 84.44 207333 | 1 0.01 84.45 207800 | 1 0.01 84.46 208090 | 2 0.02 84.48 208175 | 3 0.03 84.51 208363 | 3 0.03 84.54 208417 | 2 0.02 84.56 208555 | 2 0.02 84.58 208697 | 3 0.03 84.61 208778 | 2 0.02 84.63 209225 | 5 0.05 84.68 209328 | 5 0.05 84.73 209458 | 4 0.04 84.77 209530 | 4 0.04 84.81 209925 | 2 0.02 84.83 210235 | 3 0.03 84.86 210537 | 2 0.02 84.88 210850 | 2 0.02 84.90 210946 | 2 0.02 84.92 212000 | 1 0.01 84.93 212295 | 2 0.02 84.95 212350 | 2 0.02 84.97 212585 | 1 0.01 84.98 212750 | 1 0.01 84.99 212754 | 2 0.02 85.01 213030 | 5 0.05 85.06 213346 | 3 0.03 85.09 214727 | 2 0.02 85.11 214855 | 3 0.03 85.14 215185 | 4 0.04 85.18 215340 | 2 0.02 85.20 215353 | 2 0.02 85.22 215378 | 3 0.03 85.25 215500 | 1 0.01 85.26 215613 | 2 0.02 85.28 215985 | 4 0.04 85.32 216328 | 3 0.03 85.35 216500 | 1 0.01 85.36 216565 | 2 0.02 85.38 216925 | 1 0.01 85.39 217605 | 1 0.01 85.40 217775 | 4 0.04 85.44 218379 | 3 0.03 85.47 218875 | 3 0.03 85.50 219075 | 4 0.04 85.54 219155 | 3 0.03 85.57 219163 | 2 0.02 85.59 219325 | 3 0.03 85.62 219750 | 2 0.02 85.64 219905 | 3 0.03 85.67 219992 | 3 0.03 85.70 220457 | 4 0.04 85.74 220671 | 4 0.04 85.78 220700 | 2 0.02 85.80 221163 | 2 0.02 85.82 221805 | 2 0.02 85.84 221870 | 4 0.04 85.88 223092 | 1 0.01 85.89 223395 | 4 0.04 85.93 223635 | 3 0.03 85.96 224000 | 4 0.04 86.00 224055 | 5 0.05 86.05 224349 | 5 0.05 86.10 225000 | 5 0.05 86.15 225014 | 5 0.05 86.20 226069 | 6 0.06 86.26 226648 | 4 0.04 86.30 226800 | 2 0.02 86.32 227078 | 3 0.03 86.35 228819 | 4 0.04 86.39 228850 | 3 0.03 86.42 230040 | 2 0.02 86.44 230500 | 1 0.01 86.45 230677 | 2 0.02 86.47 230902 | 4 0.04 86.51 231476 | 2 0.02 86.53 231862 | 2 0.02 86.55 232200 | 1 0.01 86.56 232239 | 4 0.04 86.60 232300 | 6 0.06 86.66 232450 | 1 0.01 86.67 232498 | 2 0.02 86.69 232543 | 4 0.04 86.73 233100 | 2 0.02 86.75 233500 | 1 0.01 86.76 233835 | 3 0.03 86.79 234185 | 2 0.02 86.81 235350 | 2 0.02 86.83 236024 | 3 0.03 86.86 236280 | 2 0.02 86.88 236569 | 2 0.02 86.90 236860 | 3 0.03 86.93 236978 | 2 0.02 86.95 237603 | 3 0.03 86.98 237905 | 1 0.01 86.99 239172 | 5 0.05 87.04 239238 | 4 0.04 87.08 239475 | 2 0.02 87.10 240054 | 4 0.04 87.14 241028 | 2 0.02 87.16 241567 | 4 0.04 87.20 242347 | 3 0.03 87.23 242600 | 1 0.01 87.24 242813 | 2 0.02 87.26 243184 | 4 0.04 87.30 243685 | 2 0.02 87.32 244603 | 3 0.03 87.35 245000 | 6 0.06 87.41 245450 | 2 0.02 87.43 245870 | 2 0.02 87.45 246735 | 2 0.02 87.47 246967 | 3 0.03 87.50 247000 | 1 0.01 87.51 247105 | 2 0.02 87.53 247224 | 2 0.02 87.55 248000 | 4 0.04 87.59 248400 | 3 0.03 87.62 248565 | 2 0.02 87.64 249000 | 2 0.02 87.66 249084 | 2 0.02 87.68 249450 | 2 0.02 87.70 250000 | 3 0.03 87.73 250075 | 1 0.01 87.74 250514 | 2 0.02 87.76 250750 | 3 0.03 87.79 251063 | 4 0.04 87.83 251311 | 3 0.03 87.86 251419 | 5 0.05 87.91 251425 | 1 0.01 87.92 251535 | 6 0.06 87.98 251763 | 1 0.01 87.99 251985 | 1 0.01 88.00 252267 | 1 0.01 88.01 252273 | 4 0.04 88.05 252710 | 3 0.03 88.08 255000 | 2 0.02 88.10 255040 | 4 0.04 88.14 255500 | 1 0.01 88.15 255641 | 1 0.01 88.16 255843 | 3 0.03 88.19 256950 | 2 0.02 88.21 257275 | 1 0.01 88.22 257587 | 1 0.01 88.23 257702 | 2 0.02 88.25 258000 | 2 0.02 88.27 258481 | 2 0.02 88.29 259350 | 3 0.03 88.32 259660 | 2 0.02 88.34 260127 | 3 0.03 88.37 260463 | 4 0.04 88.41 261000 | 2 0.02 88.43 261743 | 5 0.05 88.48 261790 | 2 0.02 88.50 263128 | 2 0.02 88.52 263288 | 2 0.02 88.54 264263 | 2 0.02 88.56 264688 | 3 0.03 88.59 265825 | 1 0.01 88.60 266725 | 4 0.04 88.64 266950 | 1 0.01 88.65 267505 | 2 0.02 88.67 267575 | 1 0.01 88.68 267655 | 1 0.01 88.69 267714 | 3 0.03 88.72 268430 | 3 0.03 88.75 268544 | 2 0.02 88.77 269608 | 4 0.04 88.81 270500 | 2 0.02 88.83 270625 | 2 0.02 88.85 271187 | 4 0.04 88.89 271200 | 3 0.03 88.92 271300 | 7 0.07 88.99 272046 | 3 0.03 89.02 273400 | 1 0.01 89.03 273760 | 5 0.05 89.08 274400 | 2 0.02 89.10 274725 | 5 0.05 89.15 274779 | 1 0.01 89.16 274874 | 1 0.01 89.17 275050 | 1 0.01 89.18 275520 | 2 0.02 89.20 275578 | 2 0.02 89.22 275813 | 2 0.02 89.24 276735 | 4 0.04 89.28 277415 | 3 0.03 89.31 277573 | 3 0.03 89.34 277850 | 2 0.02 89.36 278377 | 1 0.01 89.37 278437 | 2 0.02 89.39 278872 | 1 0.01 89.40 279261 | 2 0.02 89.42 279307 | 4 0.04 89.46 280368 | 4 0.04 89.50 280511 | 2 0.02 89.52 280537 | 5 0.05 89.57 281450 | 4 0.04 89.61 281488 | 3 0.03 89.64 281685 | 1 0.01 89.65 281700 | 1 0.01 89.66 282220 | 3 0.03 89.69 282750 | 4 0.04 89.73 282755 | 2 0.02 89.75 282992 | 2 0.02 89.77 283178 | 1 0.01 89.78 283385 | 2 0.02 89.80 283625 | 1 0.01 89.81 284177 | 1 0.01 89.82 284576 | 2 0.02 89.84 284660 | 3 0.03 89.87 285252 | 2 0.02 89.89 285527 | 4 0.04 89.93 285962 | 2 0.02 89.95 286780 | 2 0.02 89.97 286915 | 2 0.02 89.99 287700 | 3 0.03 90.02 288206 | 4 0.04 90.06 288305 | 3 0.03 90.09 288649 | 1 0.01 90.10 289127 | 4 0.04 90.14 289370 | 2 0.02 90.16 291375 | 2 0.02 90.18 291675 | 3 0.03 90.21 291710 | 2 0.02 90.23 292014 | 2 0.02 90.25 292463 | 4 0.04 90.29 292685 | 2 0.02 90.31 292950 | 2 0.02 90.33 294175 | 2 0.02 90.35 294570 | 5 0.05 90.40 295383 | 2 0.02 90.42 295578 | 2 0.02 90.44 296685 | 2 0.02 90.46 296740 | 4 0.04 90.50 296935 | 2 0.02 90.52 297655 | 1 0.01 90.53 297700 | 2 0.02 90.55 298499 | 2 0.02 90.57 298685 | 1 0.01 90.58 299785 | 3 0.03 90.61 304337 | 2 0.02 90.63 304750 | 4 0.04 90.67 305085 | 1 0.01 90.68 305100 | 4 0.04 90.72 305785 | 4 0.04 90.76 305931 | 3 0.03 90.79 306150 | 1 0.01 90.80 306445 | 5 0.05 90.85 306687 | 4 0.04 90.89 307008 | 2 0.02 90.91 308594 | 2 0.02 90.93 308828 | 4 0.04 90.97 309090 | 2 0.02 90.99 309156 | 4 0.04 91.03 309650 | 1 0.01 91.04 309683 | 1 0.01 91.05 310591 | 1 0.01 91.06 310971 | 2 0.02 91.08 311100 | 4 0.04 91.12 311294 | 4 0.04 91.16 311975 | 3 0.03 91.19 312600 | 2 0.02 91.21 313202 | 1 0.01 91.22 313228 | 2 0.02 91.24 313250 | 1 0.01 91.25 314043 | 2 0.02 91.27 314675 | 2 0.02 91.29 314677 | 2 0.02 91.31 315000 | 2 0.02 91.33 315100 | 2 0.02 91.35 315601 | 4 0.04 91.39 316284 | 2 0.02 91.41 316498 | 4 0.04 91.45 317000 | 2 0.02 91.47 319058 | 2 0.02 91.49 319625 | 2 0.02 91.51 320500 | 1 0.01 91.52 323130 | 4 0.04 91.56 323135 | 1 0.01 91.57 324000 | 1 0.01 91.58 325112 | 2 0.02 91.60 325416 | 1 0.01 91.61 325885 | 6 0.06 91.67 325910 | 3 0.03 91.70 325952 | 2 0.02 91.72 326125 | 4 0.04 91.76 327070 | 2 0.02 91.78 327900 | 2 0.02 91.80 328228 | 2 0.02 91.82 328669 | 4 0.04 91.86 328750 | 3 0.03 91.89 329175 | 6 0.06 91.95 330020 | 2 0.02 91.97 330735 | 3 0.03 92.00 332625 | 4 0.04 92.04 332696 | 1 0.01 92.05 333950 | 2 0.02 92.07 335050 | 2 0.02 92.09 335784 | 2 0.02 92.11 335940 | 3 0.03 92.14 336490 | 3 0.03 92.17 336985 | 2 0.02 92.19 337500 | 2 0.02 92.21 337825 | 2 0.02 92.23 338044 | 2 0.02 92.25 339000 | 3 0.03 92.28 339325 | 1 0.01 92.29 341475 | 1 0.01 92.30 343450 | 4 0.04 92.34 343931 | 2 0.02 92.36 344275 | 3 0.03 92.39 344945 | 6 0.06 92.45 345036 | 2 0.02 92.47 346400 | 2 0.02 92.49 348641 | 1 0.01 92.50 351355 | 3 0.03 92.53 351485 | 2 0.02 92.55 351548 | 2 0.02 92.57 353063 | 2 0.02 92.59 353249 | 4 0.04 92.63 355830 | 4 0.04 92.67 357200 | 2 0.02 92.69 357875 | 2 0.02 92.71 357999 | 4 0.04 92.75 358170 | 3 0.03 92.78 359570 | 2 0.02 92.80 360357 | 2 0.02 92.82 360737 | 2 0.02 92.84 362078 | 2 0.02 92.86 362875 | 2 0.02 92.88 364084 | 2 0.02 92.90 367000 | 2 0.02 92.92 367191 | 5 0.05 92.97 369300 | 4 0.04 93.01 370418 | 2 0.02 93.03 371270 | 3 0.03 93.06 371365 | 1 0.01 93.07 371706 | 2 0.02 93.09 372888 | 3 0.03 93.12 374550 | 2 0.02 93.14 374640 | 4 0.04 93.18 377127 | 2 0.02 93.20 377335 | 2 0.02 93.22 377450 | 1 0.01 93.23 377940 | 2 0.02 93.25 378065 | 2 0.02 93.27 378452 | 2 0.02 93.29 379938 | 1 0.01 93.30 381134 | 3 0.03 93.33 382660 | 2 0.02 93.35 382978 | 3 0.03 93.38 385657 | 3 0.03 93.41 386852 | 4 0.04 93.45 387939 | 2 0.02 93.47 388191 | 2 0.02 93.49 388570 | 2 0.02 93.51 389200 | 2 0.02 93.53 390795 | 4 0.04 93.57 390985 | 1 0.01 93.58 393078 | 2 0.02 93.60 393308 | 2 0.02 93.62 396428 | 2 0.02 93.64 398351 | 2 0.02 93.66 399277 | 2 0.02 93.68 401000 | 4 0.04 93.72 402000 | 2 0.02 93.74 402645 | 8 0.08 93.82 403727 | 2 0.02 93.84 403741 | 2 0.02 93.86 404450 | 2 0.02 93.88 404950 | 1 0.01 93.89 405400 | 2 0.02 93.91 406370 | 2 0.02 93.93 406837 | 2 0.02 93.95 408670 | 6 0.06 94.01 409775 | 1 0.01 94.02 411103 | 2 0.02 94.04 411223 | 2 0.02 94.06 411500 | 5 0.05 94.11 411850 | 4 0.04 94.15 411870 | 4 0.04 94.19 412653 | 2 0.02 94.21 413428 | 2 0.02 94.23 415213 | 4 0.04 94.27 415755 | 1 0.01 94.28 415820 | 2 0.02 94.30 416075 | 2 0.02 94.32 417145 | 6 0.06 94.38 417866 | 2 0.02 94.40 420000 | 1 0.01 94.41 420168 | 1 0.01 94.42 420177 | 2 0.02 94.44 421575 | 2 0.02 94.46 424839 | 2 0.02 94.48 425165 | 4 0.04 94.52 427308 | 6 0.06 94.58 430305 | 4 0.04 94.62 430825 | 2 0.02 94.64 431588 | 3 0.03 94.67 433928 | 1 0.01 94.68 434228 | 2 0.02 94.70 434890 | 2 0.02 94.72 437548 | 2 0.02 94.74 438653 | 2 0.02 94.76 439749 | 1 0.01 94.77 445462 | 5 0.05 94.82 447700 | 3 0.03 94.85 448432 | 2 0.02 94.87 448650 | 2 0.02 94.89 451725 | 1 0.01 94.90 452290 | 4 0.04 94.94 452808 | 3 0.03 94.97 452956 | 1 0.01 94.98 454427 | 2 0.02 95.00 454470 | 2 0.02 95.02 455276 | 4 0.04 95.06 455300 | 1 0.01 95.07 455449 | 1 0.01 95.08 457103 | 2 0.02 95.10 458177 | 2 0.02 95.12 460474 | 1 0.01 95.13 462592 | 2 0.02 95.15 462950 | 5 0.05 95.20 464244 | 2 0.02 95.22 465263 | 2 0.02 95.24 469887 | 4 0.04 95.28 471055 | 2 0.02 95.30 471768 | 1 0.01 95.31 472425 | 4 0.04 95.35 473500 | 2 0.02 95.37 476350 | 1 0.01 95.38 478360 | 5 0.05 95.43 478600 | 4 0.04 95.47 480530 | 2 0.02 95.49 480685 | 2 0.02 95.51 482912 | 5 0.05 95.56 483302 | 2 0.02 95.58 485524 | 4 0.04 95.62 486172 | 2 0.02 95.64 487121 | 4 0.04 95.68 487845 | 3 0.03 95.71 492000 | 2 0.02 95.73 495024 | 2 0.02 95.75 498600 | 2 0.02 95.77 500122 | 2 0.02 95.79 507946 | 2 0.02 95.81 508110 | 1 0.01 95.82 509288 | 1 0.01 95.83 512949 | 4 0.04 95.87 513335 | 2 0.02 95.89 514690 | 2 0.02 95.91 515739 | 2 0.02 95.93 516600 | 1 0.01 95.94 523013 | 2 0.02 95.96 525275 | 5 0.05 96.01 525525 | 1 0.01 96.02 525699 | 4 0.04 96.06 534550 | 1 0.01 96.07 534688 | 2 0.02 96.09 535255 | 3 0.03 96.12 538200 | 4 0.04 96.16 546118 | 2 0.02 96.18 547780 | 2 0.02 96.20 549175 | 2 0.02 96.22 555705 | 1 0.01 96.23 555974 | 2 0.02 96.25 557300 | 4 0.04 96.29 558175 | 4 0.04 96.33 559620 | 2 0.02 96.35 561812 | 4 0.04 96.39 569975 | 2 0.02 96.41 573464 | 2 0.02 96.43 574088 | 2 0.02 96.45 574590 | 4 0.04 96.49 576194 | 2 0.02 96.51 579856 | 2 0.02 96.53 582028 | 2 0.02 96.55 583213 | 1 0.01 96.56 583675 | 3 0.03 96.59 590133 | 4 0.04 96.63 591075 | 2 0.02 96.65 592482 | 1 0.01 96.66 596525 | 2 0.02 96.68 599154 | 2 0.02 96.70 607895 | 1 0.01 96.71 608361 | 2 0.02 96.73 612370 | 4 0.04 96.77 613300 | 1 0.01 96.78 615803 | 2 0.02 96.80 617400 | 1 0.01 96.81 621751 | 2 0.02 96.83 623350 | 2 0.02 96.85 630003 | 3 0.03 96.88 632228 | 2 0.02 96.90 635792 | 1 0.01 96.91 638750 | 2 0.02 96.93 639299 | 2 0.02 96.95 645554 | 2 0.02 96.97 651864 | 1 0.01 96.98 657281 | 2 0.02 97.00 657718 | 2 0.02 97.02 658225 | 2 0.02 97.04 660677 | 1 0.01 97.05 661627 | 2 0.02 97.07 661850 | 2 0.02 97.09 661950 | 2 0.02 97.11 664605 | 2 0.02 97.13 666370 | 2 0.02 97.15 667386 | 2 0.02 97.17 674013 | 3 0.03 97.20 679490 | 2 0.02 97.22 680670 | 2 0.02 97.24 681370 | 5 0.05 97.29 684250 | 2 0.02 97.31 684656 | 3 0.03 97.34 685000 | 3 0.03 97.37 691170 | 2 0.02 97.39 696264 | 3 0.03 97.42 698770 | 2 0.02 97.44 698875 | 4 0.04 97.48 703329 | 4 0.04 97.52 703428 | 3 0.03 97.55 705017 | 2 0.02 97.57 706552 | 2 0.02 97.59 706863 | 2 0.02 97.61 710415 | 2 0.02 97.63 714720 | 2 0.02 97.65 715300 | 2 0.02 97.67 719150 | 2 0.02 97.69 720001 | 4 0.04 97.73 720638 | 2 0.02 97.75 724910 | 1 0.01 97.76 727715 | 2 0.02 97.78 729848 | 2 0.02 97.80 731531 | 2 0.02 97.82 731700 | 4 0.04 97.86 736518 | 1 0.01 97.87 744093 | 3 0.03 97.90 748398 | 2 0.02 97.92 749813 | 2 0.02 97.94 750688 | 1 0.01 97.95 752500 | 1 0.01 97.96 754700 | 1 0.01 97.97 755855 | 2 0.02 97.99 756375 | 2 0.02 98.01 758183 | 2 0.02 98.03 776577 | 2 0.02 98.05 783978 | 4 0.04 98.09 785866 | 1 0.01 98.10 788500 | 2 0.02 98.12 794563 | 3 0.03 98.15 803748 | 2 0.02 98.17 804950 | 2 0.02 98.19 821000 | 2 0.02 98.21 826838 | 2 0.02 98.23 828540 | 2 0.02 98.25 845800 | 1 0.01 98.26 861566 | 3 0.03 98.29 870125 | 3 0.03 98.32 887713 | 2 0.02 98.34 903185 | 2 0.02 98.36 906240 | 2 0.02 98.38 908908 | 4 0.04 98.42 914853 | 2 0.02 98.44 925476 | 2 0.02 98.46 927827 | 2 0.02 98.48 932722 | 2 0.02 98.50 945814 | 3 0.03 98.53 950113 | 2 0.02 98.55 963509 | 3 0.03 98.58 984807 | 1 0.01 98.59 989528 | 1 0.01 98.60 1002120 | 2 0.02 98.62 1013863 | 1 0.01 98.63 1016895 | 2 0.02 98.65 1027930 | 7 0.07 98.72 1040170 | 2 0.02 98.74 1055925 | 1 0.01 98.75 1086974 | 2 0.02 98.77 1092950 | 4 0.04 98.81 1100400 | 1 0.01 98.82 1100930 | 3 0.03 98.85 1102734 | 5 0.05 98.90 1104475 | 2 0.02 98.92 1109165 | 2 0.02 98.94 1139568 | 5 0.05 98.99 1183100 | 2 0.02 99.01 1193679 | 3 0.03 99.04 1220923 | 4 0.04 99.08 1245570 | 1 0.01 99.09 1289201 | 2 0.02 99.11 1295310 | 2 0.02 99.13 1325715 | 2 0.02 99.15 1343000 | 1 0.01 99.16 1373495 | 5 0.05 99.21 1497142 | 2 0.02 99.23 1497640 | 5 0.05 99.28 1551978 | 2 0.02 99.30 1558875 | 2 0.02 99.32 1575509 | 4 0.04 99.36 1611670 | 1 0.01 99.37 1638050 | 3 0.03 99.40 1648583 | 1 0.01 99.41 1659012 | 2 0.02 99.43 1661263 | 4 0.04 99.47 1682933 | 2 0.02 99.49 1690022 | 3 0.03 99.52 1731951 | 3 0.03 99.55 1741419 | 2 0.02 99.57 1829227 | 2 0.02 99.59 2063122 | 5 0.05 99.64 2134285 | 2 0.02 99.66 2174108 | 5 0.05 99.71 2299100 | 2 0.02 99.73 2441754 | 2 0.02 99.75 2512079 | 4 0.04 99.79 2531400 | 2 0.02 99.81 3150290 | 2 0.02 99.83 3163661 | 2 0.02 99.85 3241247 | 2 0.02 99.87 3536800 | 2 0.02 99.89 4098058 | 5 0.05 99.94 5040447 | 4 0.04 99.98 1.00e+08 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhtwlth variable in sipp1996tm96puw9 dataset : RE: Total Wealth recode | Freq. Percent Cum. ------------------------+----------------------------------- -412975 | 6 0.06 0.06 -345200 | 2 0.02 0.08 -158726 | 5 0.05 0.13 -128200 | 1 0.01 0.14 -114742 | 3 0.03 0.17 -104175 | 2 0.02 0.19 -89137 | 4 0.04 0.23 -67996 | 3 0.03 0.26 -58121 | 2 0.02 0.28 -56762 | 4 0.04 0.32 -50260 | 3 0.03 0.35 -48875 | 1 0.01 0.36 -39546 | 4 0.04 0.40 -36450 | 3 0.03 0.43 -32300 | 2 0.02 0.45 -30991 | 5 0.05 0.50 -30280 | 4 0.04 0.54 -30060 | 3 0.03 0.57 -28912 | 5 0.05 0.62 -27516 | 1 0.01 0.63 -26800 | 1 0.01 0.64 -24222 | 5 0.05 0.69 -23525 | 4 0.04 0.73 -23040 | 4 0.04 0.77 -21598 | 2 0.02 0.79 -20825 | 3 0.03 0.82 -20630 | 2 0.02 0.84 -20430 | 3 0.03 0.87 -20000 | 1 0.01 0.88 -19895 | 3 0.03 0.91 -19825 | 3 0.03 0.94 -17790 | 2 0.02 0.96 -16396 | 3 0.03 0.99 -16250 | 2 0.02 1.01 -16000 | 3 0.03 1.04 -15225 | 4 0.04 1.08 -14954 | 2 0.02 1.10 -14750 | 3 0.03 1.13 -14500 | 4 0.04 1.17 -13420 | 1 0.01 1.18 -13310 | 3 0.03 1.21 -13100 | 2 0.02 1.23 -12630 | 2 0.02 1.25 -12500 | 4 0.04 1.29 -12375 | 3 0.03 1.32 -11325 | 1 0.01 1.33 -11322 | 8 0.08 1.41 -10745 | 4 0.04 1.45 -10630 | 4 0.04 1.49 -10450 | 4 0.04 1.53 -10250 | 5 0.05 1.58 -9981 | 5 0.05 1.63 -9815 | 2 0.02 1.65 -9725 | 2 0.02 1.67 -9437 | 1 0.01 1.68 -9250 | 5 0.05 1.73 -9201 | 2 0.02 1.75 -8815 | 2 0.02 1.77 -8137 | 6 0.06 1.83 -7522 | 5 0.05 1.88 -7315 | 6 0.06 1.94 -6910 | 4 0.04 1.98 -6845 | 3 0.03 2.01 -6701 | 7 0.07 2.08 -6525 | 3 0.03 2.11 -6000 | 2 0.02 2.13 -5715 | 2 0.02 2.15 -5630 | 3 0.03 2.18 -5592 | 3 0.03 2.21 -5315 | 3 0.03 2.24 -5130 | 3 0.03 2.27 -4915 | 4 0.04 2.31 -4480 | 5 0.05 2.36 -4385 | 4 0.04 2.40 -4350 | 4 0.04 2.44 -4315 | 2 0.02 2.46 -4215 | 3 0.03 2.49 -4000 | 3 0.03 2.52 -3865 | 1 0.01 2.53 -3850 | 3 0.03 2.56 -3775 | 2 0.02 2.58 -3630 | 2 0.02 2.60 -3375 | 4 0.04 2.64 -3275 | 4 0.04 2.68 -3225 | 1 0.01 2.69 -3150 | 6 0.06 2.75 -3100 | 3 0.03 2.78 -3015 | 1 0.01 2.79 -2800 | 1 0.01 2.80 -2750 | 3 0.03 2.83 -2700 | 3 0.03 2.86 -2670 | 2 0.02 2.88 -2625 | 2 0.02 2.90 -2605 | 2 0.02 2.92 -2600 | 3 0.03 2.95 -2550 | 1 0.01 2.96 -2500 | 3 0.03 2.99 -2349 | 5 0.05 3.04 -2300 | 5 0.05 3.09 -2295 | 2 0.02 3.11 -2280 | 4 0.04 3.15 -2225 | 4 0.04 3.19 -2165 | 2 0.02 3.21 -2100 | 3 0.03 3.24 -2080 | 5 0.05 3.29 -2050 | 1 0.01 3.30 -2030 | 4 0.04 3.34 -2000 | 1 0.01 3.35 -1992 | 5 0.05 3.40 -1975 | 1 0.01 3.41 -1945 | 4 0.04 3.45 -1830 | 4 0.04 3.49 -1640 | 1 0.01 3.50 -1636 | 2 0.02 3.52 -1537 | 1 0.01 3.53 -1500 | 4 0.04 3.57 -1475 | 1 0.01 3.58 -1385 | 2 0.02 3.60 -1350 | 1 0.01 3.61 -1315 | 3 0.03 3.64 -1250 | 2 0.02 3.66 -1055 | 2 0.02 3.68 -1050 | 5 0.05 3.73 -925 | 3 0.03 3.76 -840 | 3 0.03 3.79 -710 | 1 0.01 3.80 -700 | 1 0.01 3.81 -660 | 1 0.01 3.82 -633 | 4 0.04 3.86 -285 | 6 0.06 3.92 -170 | 4 0.04 3.96 -150 | 3 0.03 3.99 -50 | 3 0.03 4.02 -37 | 2 0.02 4.04 -30 | 4 0.04 4.08 None or Not in universe | 345 3.45 7.53 1 | 7 0.07 7.60 2 | 2 0.02 7.62 5 | 5 0.05 7.67 12 | 1 0.01 7.68 14 | 1 0.01 7.69 25 | 2 0.02 7.71 28 | 2 0.02 7.73 37 | 1 0.01 7.74 50 | 5 0.05 7.79 52 | 1 0.01 7.80 55 | 3 0.03 7.83 56 | 2 0.02 7.85 60 | 1 0.01 7.86 63 | 1 0.01 7.87 75 | 11 0.11 7.98 78 | 1 0.01 7.99 80 | 2 0.02 8.01 90 | 1 0.01 8.02 100 | 8 0.08 8.10 109 | 1 0.01 8.11 120 | 3 0.03 8.14 143 | 6 0.06 8.20 176 | 2 0.02 8.22 200 | 8 0.08 8.30 202 | 1 0.01 8.31 225 | 1 0.01 8.32 250 | 3 0.03 8.35 300 | 6 0.06 8.41 325 | 2 0.02 8.43 350 | 11 0.11 8.54 362 | 4 0.04 8.58 380 | 2 0.02 8.60 400 | 5 0.05 8.65 420 | 1 0.01 8.66 500 | 101 1.01 9.67 506 | 1 0.01 9.68 520 | 1 0.01 9.69 525 | 6 0.06 9.75 550 | 3 0.03 9.78 600 | 4 0.04 9.82 615 | 1 0.01 9.83 625 | 1 0.01 9.84 700 | 6 0.06 9.90 714 | 2 0.02 9.92 715 | 1 0.01 9.93 725 | 2 0.02 9.95 730 | 1 0.01 9.96 733 | 2 0.02 9.98 740 | 1 0.01 9.99 750 | 16 0.16 10.15 754 | 1 0.01 10.16 755 | 4 0.04 10.20 775 | 3 0.03 10.23 777 | 4 0.04 10.27 800 | 5 0.05 10.32 820 | 2 0.02 10.34 828 | 1 0.01 10.35 830 | 1 0.01 10.36 835 | 1 0.01 10.37 850 | 4 0.04 10.41 860 | 2 0.02 10.43 875 | 4 0.04 10.47 885 | 1 0.01 10.48 900 | 6 0.06 10.54 915 | 1 0.01 10.55 950 | 3 0.03 10.58 1000 | 45 0.45 11.03 1010 | 1 0.01 11.04 1012 | 1 0.01 11.05 1024 | 4 0.04 11.09 1025 | 6 0.06 11.15 1040 | 2 0.02 11.17 1050 | 6 0.06 11.23 1087 | 1 0.01 11.24 1100 | 4 0.04 11.28 1110 | 3 0.03 11.31 1141 | 4 0.04 11.35 1150 | 4 0.04 11.39 1200 | 1 0.01 11.40 1225 | 4 0.04 11.44 1230 | 10 0.10 11.54 1244 | 1 0.01 11.55 1250 | 16 0.16 11.71 1300 | 9 0.09 11.80 1306 | 2 0.02 11.82 1324 | 1 0.01 11.83 1350 | 1 0.01 11.84 1375 | 2 0.02 11.86 1400 | 8 0.08 11.94 1480 | 3 0.03 11.97 1500 | 25 0.25 12.22 1501 | 3 0.03 12.25 1517 | 1 0.01 12.26 1527 | 5 0.05 12.31 1550 | 3 0.03 12.34 1600 | 7 0.07 12.41 1650 | 1 0.01 12.42 1675 | 6 0.06 12.48 1685 | 2 0.02 12.50 1700 | 9 0.09 12.59 1705 | 4 0.04 12.63 1713 | 4 0.04 12.67 1725 | 1 0.01 12.68 1762 | 2 0.02 12.70 1775 | 2 0.02 12.72 1800 | 3 0.03 12.75 1850 | 4 0.04 12.79 1875 | 2 0.02 12.81 1881 | 3 0.03 12.84 1905 | 7 0.07 12.91 1917 | 5 0.05 12.96 1950 | 9 0.09 13.05 1983 | 2 0.02 13.07 2000 | 22 0.22 13.29 2028 | 3 0.03 13.32 2030 | 2 0.02 13.34 2063 | 5 0.05 13.39 2100 | 3 0.03 13.42 2102 | 4 0.04 13.46 2200 | 2 0.02 13.48 2222 | 1 0.01 13.49 2240 | 3 0.03 13.52 2275 | 2 0.02 13.54 2300 | 1 0.01 13.55 2305 | 2 0.02 13.57 2325 | 1 0.01 13.58 2400 | 9 0.09 13.67 2420 | 5 0.05 13.72 2463 | 3 0.03 13.75 2500 | 21 0.21 13.96 2507 | 1 0.01 13.97 2549 | 1 0.01 13.98 2564 | 1 0.01 13.99 2574 | 2 0.02 14.01 2590 | 2 0.02 14.03 2600 | 3 0.03 14.06 2610 | 1 0.01 14.07 2630 | 4 0.04 14.11 2648 | 2 0.02 14.13 2663 | 5 0.05 14.18 2680 | 3 0.03 14.21 2725 | 2 0.02 14.23 2730 | 3 0.03 14.26 2750 | 5 0.05 14.31 2775 | 4 0.04 14.35 2800 | 1 0.01 14.36 2815 | 1 0.01 14.37 2816 | 1 0.01 14.38 2820 | 1 0.01 14.39 2870 | 2 0.02 14.41 2964 | 2 0.02 14.43 3000 | 20 0.20 14.63 3005 | 3 0.03 14.66 3055 | 3 0.03 14.69 3100 | 4 0.04 14.73 3155 | 5 0.05 14.78 3175 | 3 0.03 14.81 3200 | 3 0.03 14.84 3235 | 5 0.05 14.89 3250 | 3 0.03 14.92 3256 | 3 0.03 14.95 3278 | 1 0.01 14.96 3280 | 3 0.03 14.99 3285 | 3 0.03 15.02 3295 | 2 0.02 15.04 3300 | 6 0.06 15.10 3315 | 2 0.02 15.12 3350 | 18 0.18 15.30 3370 | 8 0.08 15.38 3380 | 3 0.03 15.41 3400 | 4 0.04 15.45 3429 | 5 0.05 15.50 3452 | 2 0.02 15.52 3475 | 1 0.01 15.53 3493 | 5 0.05 15.58 3500 | 6 0.06 15.64 3510 | 1 0.01 15.65 3575 | 7 0.07 15.72 3600 | 1 0.01 15.73 3601 | 4 0.04 15.77 3638 | 3 0.03 15.80 3640 | 3 0.03 15.83 3650 | 3 0.03 15.86 3700 | 1 0.01 15.87 3757 | 1 0.01 15.88 3775 | 2 0.02 15.90 3800 | 1 0.01 15.91 3825 | 5 0.05 15.96 3868 | 2 0.02 15.98 3885 | 5 0.05 16.03 3897 | 2 0.02 16.05 3900 | 1 0.01 16.06 3949 | 2 0.02 16.08 3950 | 8 0.08 16.16 3998 | 1 0.01 16.17 4000 | 9 0.09 16.26 4014 | 4 0.04 16.30 4015 | 1 0.01 16.31 4053 | 3 0.03 16.34 4062 | 4 0.04 16.38 4100 | 6 0.06 16.44 4150 | 2 0.02 16.46 4170 | 2 0.02 16.48 4175 | 5 0.05 16.53 4196 | 4 0.04 16.57 4207 | 3 0.03 16.60 4228 | 2 0.02 16.62 4233 | 4 0.04 16.66 4236 | 2 0.02 16.68 4249 | 2 0.02 16.70 4250 | 8 0.08 16.78 4300 | 5 0.05 16.83 4350 | 2 0.02 16.85 4370 | 5 0.05 16.90 4375 | 7 0.07 16.97 4400 | 1 0.01 16.98 4425 | 1 0.01 16.99 4435 | 1 0.01 17.00 4450 | 1 0.01 17.01 4463 | 2 0.02 17.03 4500 | 4 0.04 17.07 4501 | 1 0.01 17.08 4550 | 6 0.06 17.14 4625 | 2 0.02 17.16 4675 | 1 0.01 17.17 4728 | 3 0.03 17.20 4780 | 2 0.02 17.22 4790 | 3 0.03 17.25 4828 | 3 0.03 17.28 4831 | 3 0.03 17.31 4850 | 3 0.03 17.34 4860 | 7 0.07 17.41 4864 | 2 0.02 17.43 4900 | 2 0.02 17.45 4925 | 1 0.01 17.46 4947 | 1 0.01 17.47 4950 | 2 0.02 17.49 5000 | 19 0.19 17.68 5052 | 2 0.02 17.70 5070 | 3 0.03 17.73 5100 | 5 0.05 17.78 5110 | 1 0.01 17.79 5125 | 9 0.09 17.88 5135 | 4 0.04 17.92 5243 | 3 0.03 17.95 5250 | 4 0.04 17.99 5263 | 3 0.03 18.02 5275 | 3 0.03 18.05 5295 | 2 0.02 18.07 5300 | 2 0.02 18.09 5350 | 8 0.08 18.17 5420 | 3 0.03 18.20 5463 | 2 0.02 18.22 5500 | 21 0.21 18.43 5560 | 2 0.02 18.45 5600 | 1 0.01 18.46 5670 | 5 0.05 18.51 5675 | 5 0.05 18.56 5685 | 56 0.56 19.12 5688 | 2 0.02 19.14 5690 | 4 0.04 19.18 5700 | 1 0.01 19.19 5705 | 2 0.02 19.21 5709 | 5 0.05 19.26 5715 | 2 0.02 19.28 5728 | 2 0.02 19.30 5745 | 3 0.03 19.33 5767 | 1 0.01 19.34 5785 | 3 0.03 19.37 5800 | 2 0.02 19.39 5827 | 5 0.05 19.44 5875 | 2 0.02 19.46 5885 | 2 0.02 19.48 5900 | 1 0.01 19.49 5928 | 2 0.02 19.51 5935 | 1 0.01 19.52 5950 | 2 0.02 19.54 5963 | 10 0.10 19.64 5975 | 2 0.02 19.66 5977 | 2 0.02 19.68 5985 | 2 0.02 19.70 5988 | 1 0.01 19.71 6000 | 13 0.13 19.84 6005 | 3 0.03 19.87 6020 | 2 0.02 19.89 6035 | 2 0.02 19.91 6043 | 1 0.01 19.92 6049 | 2 0.02 19.94 6050 | 4 0.04 19.98 6063 | 3 0.03 20.01 6085 | 2 0.02 20.03 6175 | 3 0.03 20.06 6185 | 5 0.05 20.11 6200 | 3 0.03 20.14 6248 | 4 0.04 20.18 6275 | 9 0.09 20.27 6285 | 1 0.01 20.28 6290 | 4 0.04 20.32 6315 | 1 0.01 20.33 6323 | 5 0.05 20.38 6364 | 2 0.02 20.40 6368 | 1 0.01 20.41 6370 | 2 0.02 20.43 6384 | 5 0.05 20.48 6388 | 5 0.05 20.53 6463 | 1 0.01 20.54 6500 | 10 0.10 20.64 6563 | 2 0.02 20.66 6575 | 4 0.04 20.70 6585 | 2 0.02 20.72 6665 | 1 0.01 20.73 6678 | 1 0.01 20.74 6684 | 2 0.02 20.76 6685 | 1 0.01 20.77 6688 | 1 0.01 20.78 6697 | 3 0.03 20.81 6748 | 1 0.01 20.82 6753 | 3 0.03 20.85 6805 | 6 0.06 20.91 6806 | 1 0.01 20.92 6825 | 4 0.04 20.96 6850 | 4 0.04 21.00 6855 | 2 0.02 21.02 6875 | 2 0.02 21.04 6921 | 1 0.01 21.05 6943 | 3 0.03 21.08 6952 | 4 0.04 21.12 6963 | 2 0.02 21.14 6975 | 2 0.02 21.16 6985 | 2 0.02 21.18 6991 | 5 0.05 21.23 6996 | 3 0.03 21.26 7000 | 5 0.05 21.31 7015 | 3 0.03 21.34 7025 | 5 0.05 21.39 7037 | 3 0.03 21.42 7050 | 4 0.04 21.46 7085 | 1 0.01 21.47 7125 | 3 0.03 21.50 7185 | 6 0.06 21.56 7194 | 5 0.05 21.61 7201 | 2 0.02 21.63 7225 | 3 0.03 21.66 7258 | 1 0.01 21.67 7270 | 5 0.05 21.72 7285 | 2 0.02 21.74 7286 | 1 0.01 21.75 7300 | 1 0.01 21.76 7313 | 2 0.02 21.78 7399 | 2 0.02 21.80 7400 | 6 0.06 21.86 7453 | 5 0.05 21.91 7463 | 3 0.03 21.94 7485 | 1 0.01 21.95 7500 | 7 0.07 22.02 7520 | 3 0.03 22.05 7537 | 2 0.02 22.07 7555 | 2 0.02 22.09 7596 | 3 0.03 22.12 7625 | 5 0.05 22.17 7655 | 4 0.04 22.21 7658 | 1 0.01 22.22 7677 | 3 0.03 22.25 7685 | 3 0.03 22.28 7700 | 5 0.05 22.33 7739 | 6 0.06 22.39 7750 | 1 0.01 22.40 7798 | 2 0.02 22.42 7900 | 6 0.06 22.48 7925 | 1 0.01 22.49 7950 | 5 0.05 22.54 7978 | 4 0.04 22.58 7980 | 2 0.02 22.60 7995 | 1 0.01 22.61 7998 | 3 0.03 22.64 8000 | 6 0.06 22.70 8007 | 1 0.01 22.71 8012 | 1 0.01 22.72 8100 | 2 0.02 22.74 8150 | 6 0.06 22.80 8153 | 4 0.04 22.84 8200 | 4 0.04 22.88 8262 | 4 0.04 22.92 8275 | 1 0.01 22.93 8276 | 2 0.02 22.95 8289 | 2 0.02 22.97 8363 | 2 0.02 22.99 8364 | 3 0.03 23.02 8425 | 2 0.02 23.04 8575 | 1 0.01 23.05 8662 | 3 0.03 23.08 8690 | 2 0.02 23.10 8710 | 1 0.01 23.11 8750 | 2 0.02 23.13 8790 | 5 0.05 23.18 8850 | 4 0.04 23.22 8880 | 2 0.02 23.24 8900 | 2 0.02 23.26 8904 | 2 0.02 23.28 8978 | 1 0.01 23.29 9000 | 1 0.01 23.30 9040 | 1 0.01 23.31 9055 | 5 0.05 23.36 9078 | 1 0.01 23.37 9125 | 3 0.03 23.40 9140 | 3 0.03 23.43 9150 | 5 0.05 23.48 9185 | 3 0.03 23.51 9197 | 3 0.03 23.54 9205 | 3 0.03 23.57 9210 | 3 0.03 23.60 9300 | 3 0.03 23.63 9370 | 4 0.04 23.67 9378 | 3 0.03 23.70 9393 | 2 0.02 23.72 9399 | 7 0.07 23.79 9463 | 10 0.10 23.89 9500 | 2 0.02 23.91 9520 | 3 0.03 23.94 9585 | 2 0.02 23.96 9613 | 2 0.02 23.98 9618 | 4 0.04 24.02 9645 | 3 0.03 24.05 9685 | 4 0.04 24.09 9745 | 3 0.03 24.12 9750 | 4 0.04 24.16 9775 | 3 0.03 24.19 9855 | 1 0.01 24.20 9865 | 2 0.02 24.22 9925 | 3 0.03 24.25 9975 | 2 0.02 24.27 9990 | 1 0.01 24.28 10000 | 8 0.08 24.36 10005 | 1 0.01 24.37 10050 | 2 0.02 24.39 10060 | 3 0.03 24.42 10100 | 4 0.04 24.46 10150 | 6 0.06 24.52 10155 | 1 0.01 24.53 10170 | 2 0.02 24.55 10200 | 1 0.01 24.56 10233 | 4 0.04 24.60 10234 | 4 0.04 24.64 10250 | 6 0.06 24.70 10300 | 2 0.02 24.72 10350 | 3 0.03 24.75 10383 | 1 0.01 24.76 10428 | 5 0.05 24.81 10438 | 1 0.01 24.82 10440 | 2 0.02 24.84 10492 | 2 0.02 24.86 10500 | 1 0.01 24.87 10602 | 2 0.02 24.89 10638 | 3 0.03 24.92 10700 | 3 0.03 24.95 10747 | 1 0.01 24.96 10757 | 2 0.02 24.98 10775 | 2 0.02 25.00 10777 | 4 0.04 25.04 10800 | 4 0.04 25.08 10825 | 3 0.03 25.11 10827 | 2 0.02 25.13 10850 | 3 0.03 25.16 10853 | 4 0.04 25.20 10917 | 2 0.02 25.22 10977 | 3 0.03 25.25 10989 | 3 0.03 25.28 11000 | 5 0.05 25.33 11008 | 3 0.03 25.36 11070 | 4 0.04 25.40 11163 | 2 0.02 25.42 11176 | 5 0.05 25.47 11181 | 6 0.06 25.53 11199 | 5 0.05 25.58 11200 | 2 0.02 25.60 11228 | 2 0.02 25.62 11300 | 4 0.04 25.66 11327 | 3 0.03 25.69 11370 | 18 0.18 25.87 11375 | 5 0.05 25.92 11398 | 2 0.02 25.94 11425 | 2 0.02 25.96 11435 | 2 0.02 25.98 11475 | 1 0.01 25.99 11520 | 1 0.01 26.00 11528 | 1 0.01 26.01 11550 | 1 0.01 26.02 11558 | 1 0.01 26.03 11650 | 1 0.01 26.04 11670 | 2 0.02 26.06 11731 | 1 0.01 26.07 11775 | 2 0.02 26.09 11800 | 4 0.04 26.13 11845 | 1 0.01 26.14 11870 | 1 0.01 26.15 11977 | 2 0.02 26.17 12000 | 8 0.08 26.25 12001 | 7 0.07 26.32 12025 | 2 0.02 26.34 12043 | 2 0.02 26.36 12050 | 2 0.02 26.38 12085 | 3 0.03 26.41 12100 | 8 0.08 26.49 12125 | 2 0.02 26.51 12185 | 5 0.05 26.56 12200 | 2 0.02 26.58 12205 | 6 0.06 26.64 12208 | 3 0.03 26.67 12250 | 2 0.02 26.69 12255 | 2 0.02 26.71 12290 | 3 0.03 26.74 12300 | 5 0.05 26.79 12350 | 2 0.02 26.81 12367 | 4 0.04 26.85 12410 | 2 0.02 26.87 12435 | 2 0.02 26.89 12485 | 2 0.02 26.91 12497 | 3 0.03 26.94 12633 | 1 0.01 26.95 12700 | 3 0.03 26.98 12750 | 12 0.12 27.10 12776 | 2 0.02 27.12 12850 | 5 0.05 27.17 12904 | 1 0.01 27.18 12910 | 2 0.02 27.20 12920 | 2 0.02 27.22 12950 | 2 0.02 27.24 13100 | 3 0.03 27.27 13175 | 2 0.02 27.29 13185 | 10 0.10 27.39 13200 | 1 0.01 27.40 13250 | 1 0.01 27.41 13363 | 4 0.04 27.45 13393 | 4 0.04 27.49 13430 | 2 0.02 27.51 13453 | 3 0.03 27.54 13500 | 1 0.01 27.55 13528 | 1 0.01 27.56 13697 | 2 0.02 27.58 13750 | 3 0.03 27.61 13825 | 2 0.02 27.63 13850 | 7 0.07 27.70 13875 | 2 0.02 27.72 13900 | 2 0.02 27.74 13958 | 1 0.01 27.75 13967 | 4 0.04 27.79 14000 | 3 0.03 27.82 14025 | 3 0.03 27.85 14065 | 4 0.04 27.89 14075 | 3 0.03 27.92 14158 | 4 0.04 27.96 14185 | 3 0.03 27.99 14200 | 6 0.06 28.05 14250 | 1 0.01 28.06 14262 | 5 0.05 28.11 14263 | 4 0.04 28.15 14275 | 1 0.01 28.16 14309 | 2 0.02 28.18 14350 | 2 0.02 28.20 14425 | 1 0.01 28.21 14475 | 7 0.07 28.28 14477 | 3 0.03 28.31 14500 | 5 0.05 28.36 14514 | 1 0.01 28.37 14535 | 1 0.01 28.38 14600 | 2 0.02 28.40 14688 | 2 0.02 28.42 14775 | 1 0.01 28.43 14778 | 1 0.01 28.44 14800 | 2 0.02 28.46 14838 | 2 0.02 28.48 14867 | 5 0.05 28.53 14989 | 2 0.02 28.55 15000 | 2 0.02 28.57 15004 | 2 0.02 28.59 15020 | 2 0.02 28.61 15093 | 4 0.04 28.65 15213 | 4 0.04 28.69 15228 | 4 0.04 28.73 15275 | 3 0.03 28.76 15280 | 2 0.02 28.78 15323 | 2 0.02 28.80 15409 | 1 0.01 28.81 15500 | 3 0.03 28.84 15550 | 4 0.04 28.88 15600 | 1 0.01 28.89 15641 | 2 0.02 28.91 15685 | 1 0.01 28.92 15700 | 4 0.04 28.96 15701 | 4 0.04 29.00 15710 | 1 0.01 29.01 15760 | 4 0.04 29.05 15775 | 3 0.03 29.08 15806 | 1 0.01 29.09 15869 | 1 0.01 29.10 15963 | 3 0.03 29.13 15985 | 4 0.04 29.17 15988 | 4 0.04 29.21 15990 | 3 0.03 29.24 16000 | 3 0.03 29.27 16060 | 1 0.01 29.28 16100 | 2 0.02 29.30 16138 | 2 0.02 29.32 16150 | 4 0.04 29.36 16153 | 4 0.04 29.40 16185 | 2 0.02 29.42 16200 | 10 0.10 29.52 16250 | 5 0.05 29.57 16300 | 6 0.06 29.63 16349 | 4 0.04 29.67 16425 | 1 0.01 29.68 16450 | 1 0.01 29.69 16485 | 1 0.01 29.70 16489 | 2 0.02 29.72 16500 | 7 0.07 29.79 16550 | 4 0.04 29.83 16600 | 1 0.01 29.84 16750 | 1 0.01 29.85 16800 | 1 0.01 29.86 16870 | 3 0.03 29.89 16885 | 4 0.04 29.93 16900 | 1 0.01 29.94 16913 | 2 0.02 29.96 16950 | 1 0.01 29.97 16963 | 1 0.01 29.98 16975 | 1 0.01 29.99 16990 | 1 0.01 30.00 17000 | 3 0.03 30.03 17025 | 5 0.05 30.08 17050 | 1 0.01 30.09 17055 | 4 0.04 30.13 17066 | 5 0.05 30.18 17098 | 3 0.03 30.21 17100 | 1 0.01 30.22 17128 | 4 0.04 30.26 17129 | 2 0.02 30.28 17150 | 3 0.03 30.31 17252 | 5 0.05 30.36 17255 | 1 0.01 30.37 17278 | 3 0.03 30.40 17324 | 4 0.04 30.44 17405 | 2 0.02 30.46 17432 | 3 0.03 30.49 17475 | 3 0.03 30.52 17500 | 4 0.04 30.56 17623 | 3 0.03 30.59 17655 | 5 0.05 30.64 17685 | 5 0.05 30.69 17717 | 2 0.02 30.71 17725 | 4 0.04 30.75 17785 | 4 0.04 30.79 17850 | 3 0.03 30.82 17975 | 3 0.03 30.85 18000 | 2 0.02 30.87 18010 | 2 0.02 30.89 18074 | 1 0.01 30.90 18150 | 1 0.01 30.91 18163 | 3 0.03 30.94 18236 | 5 0.05 30.99 18250 | 2 0.02 31.01 18302 | 2 0.02 31.03 18350 | 2 0.02 31.05 18380 | 4 0.04 31.09 18385 | 2 0.02 31.11 18400 | 1 0.01 31.12 18425 | 4 0.04 31.16 18485 | 2 0.02 31.18 18500 | 1 0.01 31.19 18600 | 4 0.04 31.23 18685 | 2 0.02 31.25 18690 | 2 0.02 31.27 18713 | 3 0.03 31.30 18800 | 2 0.02 31.32 18875 | 3 0.03 31.35 18876 | 1 0.01 31.36 19000 | 4 0.04 31.40 19025 | 5 0.05 31.45 19100 | 8 0.08 31.53 19185 | 4 0.04 31.57 19200 | 3 0.03 31.60 19228 | 2 0.02 31.62 19275 | 4 0.04 31.66 19293 | 2 0.02 31.68 19350 | 4 0.04 31.72 19400 | 2 0.02 31.74 19425 | 4 0.04 31.78 19525 | 2 0.02 31.80 19528 | 1 0.01 31.81 19550 | 1 0.01 31.82 19563 | 1 0.01 31.83 19605 | 4 0.04 31.87 19625 | 1 0.01 31.88 19690 | 6 0.06 31.94 19700 | 2 0.02 31.96 19750 | 1 0.01 31.97 19825 | 5 0.05 32.02 19870 | 2 0.02 32.04 19883 | 2 0.02 32.06 19963 | 2 0.02 32.08 20049 | 3 0.03 32.11 20055 | 2 0.02 32.13 20100 | 3 0.03 32.16 20177 | 1 0.01 32.17 20178 | 4 0.04 32.21 20198 | 1 0.01 32.22 20342 | 3 0.03 32.25 20350 | 1 0.01 32.26 20455 | 1 0.01 32.27 20550 | 1 0.01 32.28 20575 | 4 0.04 32.32 20625 | 3 0.03 32.35 20677 | 1 0.01 32.36 20685 | 4 0.04 32.40 20722 | 4 0.04 32.44 20780 | 2 0.02 32.46 20821 | 2 0.02 32.48 20825 | 1 0.01 32.49 20850 | 1 0.01 32.50 20876 | 4 0.04 32.54 20925 | 2 0.02 32.56 20930 | 5 0.05 32.61 21000 | 3 0.03 32.64 21013 | 5 0.05 32.69 21088 | 2 0.02 32.71 21099 | 3 0.03 32.74 21211 | 3 0.03 32.77 21225 | 1 0.01 32.78 21350 | 2 0.02 32.80 21513 | 4 0.04 32.84 21519 | 1 0.01 32.85 21550 | 7 0.07 32.92 21575 | 1 0.01 32.93 21688 | 1 0.01 32.94 21710 | 4 0.04 32.98 21725 | 2 0.02 33.00 21750 | 3 0.03 33.03 21780 | 1 0.01 33.04 21821 | 5 0.05 33.09 21850 | 1 0.01 33.10 21893 | 2 0.02 33.12 21934 | 3 0.03 33.15 22000 | 4 0.04 33.19 22018 | 4 0.04 33.23 22101 | 2 0.02 33.25 22125 | 4 0.04 33.29 22250 | 1 0.01 33.30 22350 | 3 0.03 33.33 22370 | 3 0.03 33.36 22420 | 3 0.03 33.39 22440 | 2 0.02 33.41 22500 | 4 0.04 33.45 22625 | 2 0.02 33.47 22660 | 2 0.02 33.49 22674 | 2 0.02 33.51 22685 | 1 0.01 33.52 22688 | 2 0.02 33.54 22790 | 2 0.02 33.56 22806 | 2 0.02 33.58 22850 | 1 0.01 33.59 22869 | 3 0.03 33.62 22875 | 4 0.04 33.66 22900 | 3 0.03 33.69 22934 | 1 0.01 33.70 22965 | 1 0.01 33.71 23050 | 2 0.02 33.73 23058 | 3 0.03 33.76 23100 | 2 0.02 33.78 23125 | 2 0.02 33.80 23200 | 1 0.01 33.81 23305 | 1 0.01 33.82 23325 | 1 0.01 33.83 23375 | 4 0.04 33.87 23383 | 2 0.02 33.89 23389 | 4 0.04 33.93 23424 | 4 0.04 33.97 23435 | 2 0.02 33.99 23456 | 2 0.02 34.01 23500 | 2 0.02 34.03 23577 | 1 0.01 34.04 23686 | 3 0.03 34.07 23725 | 2 0.02 34.09 23813 | 3 0.03 34.12 23877 | 2 0.02 34.14 23949 | 3 0.03 34.17 23978 | 1 0.01 34.18 23990 | 3 0.03 34.21 24000 | 6 0.06 34.27 24007 | 1 0.01 34.28 24010 | 3 0.03 34.31 24100 | 1 0.01 34.32 24107 | 3 0.03 34.35 24250 | 4 0.04 34.39 24275 | 2 0.02 34.41 24479 | 1 0.01 34.42 24490 | 3 0.03 34.45 24500 | 6 0.06 34.51 24600 | 3 0.03 34.54 24675 | 2 0.02 34.56 24695 | 2 0.02 34.58 24740 | 6 0.06 34.64 24750 | 5 0.05 34.69 24798 | 2 0.02 34.71 24825 | 5 0.05 34.76 24960 | 1 0.01 34.77 24965 | 2 0.02 34.79 24972 | 6 0.06 34.85 24999 | 5 0.05 34.90 25012 | 1 0.01 34.91 25025 | 3 0.03 34.94 25100 | 3 0.03 34.97 25160 | 3 0.03 35.00 25163 | 2 0.02 35.02 25275 | 1 0.01 35.03 25324 | 5 0.05 35.08 25500 | 1 0.01 35.09 25600 | 4 0.04 35.13 25655 | 4 0.04 35.17 25660 | 3 0.03 35.20 25750 | 2 0.02 35.22 25777 | 1 0.01 35.23 25800 | 4 0.04 35.27 25820 | 1 0.01 35.28 25850 | 6 0.06 35.34 25925 | 2 0.02 35.36 26000 | 7 0.07 35.43 26001 | 3 0.03 35.46 26050 | 5 0.05 35.51 26070 | 4 0.04 35.55 26110 | 1 0.01 35.56 26123 | 5 0.05 35.61 26150 | 1 0.01 35.62 26500 | 4 0.04 35.66 26501 | 1 0.01 35.67 26549 | 3 0.03 35.70 26620 | 4 0.04 35.74 26625 | 2 0.02 35.76 26670 | 5 0.05 35.81 26800 | 2 0.02 35.83 26910 | 5 0.05 35.88 27013 | 2 0.02 35.90 27025 | 2 0.02 35.92 27130 | 1 0.01 35.93 27175 | 4 0.04 35.97 27300 | 4 0.04 36.01 27370 | 5 0.05 36.06 27425 | 1 0.01 36.07 27428 | 2 0.02 36.09 27496 | 3 0.03 36.12 27531 | 5 0.05 36.17 27570 | 4 0.04 36.21 27575 | 4 0.04 36.25 27600 | 4 0.04 36.29 27663 | 4 0.04 36.33 27665 | 5 0.05 36.38 27850 | 4 0.04 36.42 27943 | 5 0.05 36.47 28000 | 7 0.07 36.54 28002 | 2 0.02 36.56 28041 | 3 0.03 36.59 28088 | 1 0.01 36.60 28290 | 3 0.03 36.63 28329 | 2 0.02 36.65 28398 | 2 0.02 36.67 28411 | 2 0.02 36.69 28413 | 4 0.04 36.73 28500 | 1 0.01 36.74 28550 | 1 0.01 36.75 28570 | 3 0.03 36.78 28673 | 7 0.07 36.85 28678 | 1 0.01 36.86 28700 | 3 0.03 36.89 28710 | 2 0.02 36.91 28713 | 2 0.02 36.93 28725 | 3 0.03 36.96 28950 | 4 0.04 37.00 28999 | 1 0.01 37.01 29000 | 6 0.06 37.07 29128 | 4 0.04 37.11 29175 | 2 0.02 37.13 29400 | 1 0.01 37.14 29590 | 5 0.05 37.19 29624 | 3 0.03 37.22 29685 | 2 0.02 37.24 29699 | 3 0.03 37.27 29700 | 1 0.01 37.28 29750 | 4 0.04 37.32 29810 | 3 0.03 37.35 29813 | 4 0.04 37.39 29920 | 4 0.04 37.43 29922 | 2 0.02 37.45 29978 | 2 0.02 37.47 30000 | 4 0.04 37.51 30060 | 2 0.02 37.53 30063 | 4 0.04 37.57 30099 | 3 0.03 37.60 30150 | 1 0.01 37.61 30228 | 3 0.03 37.64 30277 | 2 0.02 37.66 30350 | 5 0.05 37.71 30375 | 6 0.06 37.77 30622 | 5 0.05 37.82 30640 | 1 0.01 37.83 30685 | 5 0.05 37.88 30690 | 4 0.04 37.92 30725 | 4 0.04 37.96 30728 | 1 0.01 37.97 30900 | 3 0.03 38.00 30963 | 7 0.07 38.07 30980 | 3 0.03 38.10 31000 | 1 0.01 38.11 31063 | 2 0.02 38.13 31086 | 2 0.02 38.15 31087 | 1 0.01 38.16 31149 | 4 0.04 38.20 31200 | 2 0.02 38.22 31230 | 1 0.01 38.23 31250 | 5 0.05 38.28 31278 | 1 0.01 38.29 31288 | 1 0.01 38.30 31330 | 2 0.02 38.32 31372 | 2 0.02 38.34 31482 | 5 0.05 38.39 31485 | 1 0.01 38.40 31550 | 1 0.01 38.41 31725 | 4 0.04 38.45 31790 | 3 0.03 38.48 31885 | 2 0.02 38.50 31895 | 3 0.03 38.53 32000 | 1 0.01 38.54 32175 | 2 0.02 38.56 32188 | 3 0.03 38.59 32220 | 3 0.03 38.62 32350 | 6 0.06 38.68 32369 | 3 0.03 38.71 32370 | 2 0.02 38.73 32425 | 4 0.04 38.77 32453 | 3 0.03 38.80 32463 | 3 0.03 38.83 32500 | 5 0.05 38.88 32627 | 3 0.03 38.91 32779 | 5 0.05 38.96 32819 | 1 0.01 38.97 32850 | 3 0.03 39.00 33000 | 6 0.06 39.06 33025 | 2 0.02 39.08 33050 | 4 0.04 39.12 33100 | 4 0.04 39.16 33255 | 5 0.05 39.21 33275 | 1 0.01 39.22 33383 | 3 0.03 39.25 33429 | 4 0.04 39.29 33500 | 2 0.02 39.31 33700 | 2 0.02 39.33 33755 | 4 0.04 39.37 33785 | 2 0.02 39.39 33825 | 3 0.03 39.42 33876 | 4 0.04 39.46 33938 | 1 0.01 39.47 33963 | 1 0.01 39.48 34000 | 6 0.06 39.54 34106 | 4 0.04 39.58 34175 | 3 0.03 39.61 34200 | 4 0.04 39.65 34300 | 1 0.01 39.66 34350 | 2 0.02 39.68 34365 | 1 0.01 39.69 34400 | 2 0.02 39.71 34440 | 2 0.02 39.73 34550 | 4 0.04 39.77 34642 | 2 0.02 39.79 34728 | 3 0.03 39.82 34970 | 3 0.03 39.85 35000 | 8 0.08 39.93 35185 | 1 0.01 39.94 35271 | 5 0.05 39.99 35400 | 1 0.01 40.00 35424 | 1 0.01 40.01 35428 | 1 0.01 40.02 35500 | 1 0.01 40.03 35535 | 4 0.04 40.07 35610 | 4 0.04 40.11 35685 | 4 0.04 40.15 35700 | 2 0.02 40.17 35763 | 3 0.03 40.20 35775 | 1 0.01 40.21 35788 | 3 0.03 40.24 35850 | 2 0.02 40.26 35870 | 2 0.02 40.28 35892 | 2 0.02 40.30 35911 | 1 0.01 40.31 35924 | 3 0.03 40.34 35944 | 4 0.04 40.38 35974 | 1 0.01 40.39 35988 | 4 0.04 40.43 35990 | 2 0.02 40.45 36000 | 5 0.05 40.50 36058 | 1 0.01 40.51 36170 | 5 0.05 40.56 36185 | 2 0.02 40.58 36370 | 9 0.09 40.67 36385 | 3 0.03 40.70 36419 | 6 0.06 40.76 36570 | 2 0.02 40.78 36607 | 1 0.01 40.79 36670 | 4 0.04 40.83 36685 | 1 0.01 40.84 36690 | 4 0.04 40.88 36708 | 1 0.01 40.89 36720 | 1 0.01 40.90 36722 | 2 0.02 40.92 36783 | 3 0.03 40.95 36850 | 1 0.01 40.96 36890 | 4 0.04 41.00 36975 | 1 0.01 41.01 36990 | 1 0.01 41.02 37000 | 13 0.13 41.15 37023 | 4 0.04 41.19 37050 | 3 0.03 41.22 37058 | 1 0.01 41.23 37093 | 2 0.02 41.25 37100 | 4 0.04 41.29 37175 | 4 0.04 41.33 37302 | 2 0.02 41.35 37375 | 2 0.02 41.37 37500 | 9 0.09 41.46 37633 | 3 0.03 41.49 37675 | 4 0.04 41.53 37690 | 1 0.01 41.54 37850 | 4 0.04 41.58 37920 | 3 0.03 41.61 37978 | 2 0.02 41.63 38000 | 4 0.04 41.67 38050 | 3 0.03 41.70 38160 | 2 0.02 41.72 38225 | 2 0.02 41.74 38500 | 1 0.01 41.75 38600 | 1 0.01 41.76 38700 | 1 0.01 41.77 38899 | 4 0.04 41.81 38950 | 2 0.02 41.83 38963 | 5 0.05 41.88 39038 | 4 0.04 41.92 39055 | 8 0.08 42.00 39101 | 5 0.05 42.05 39300 | 4 0.04 42.09 39500 | 3 0.03 42.12 39525 | 4 0.04 42.16 39550 | 1 0.01 42.17 39558 | 2 0.02 42.19 39585 | 1 0.01 42.20 39800 | 4 0.04 42.24 39837 | 4 0.04 42.28 39900 | 3 0.03 42.31 39910 | 5 0.05 42.36 39949 | 2 0.02 42.38 39965 | 1 0.01 42.39 40000 | 8 0.08 42.47 40100 | 1 0.01 42.48 40338 | 4 0.04 42.52 40400 | 2 0.02 42.54 40413 | 1 0.01 42.55 40450 | 3 0.03 42.58 40500 | 7 0.07 42.65 40515 | 2 0.02 42.67 40685 | 1 0.01 42.68 40746 | 4 0.04 42.72 40853 | 3 0.03 42.75 40863 | 2 0.02 42.77 40962 | 4 0.04 42.81 40963 | 1 0.01 42.82 40964 | 2 0.02 42.84 40976 | 1 0.01 42.85 40997 | 2 0.02 42.87 41000 | 4 0.04 42.91 41050 | 5 0.05 42.96 41075 | 2 0.02 42.98 41109 | 4 0.04 43.02 41230 | 1 0.01 43.03 41350 | 4 0.04 43.07 41375 | 1 0.01 43.08 41475 | 1 0.01 43.09 41525 | 1 0.01 43.10 41578 | 2 0.02 43.12 41652 | 6 0.06 43.18 41685 | 1 0.01 43.19 41700 | 3 0.03 43.22 41732 | 2 0.02 43.24 41750 | 8 0.08 43.32 41850 | 4 0.04 43.36 41875 | 1 0.01 43.37 41935 | 2 0.02 43.39 41971 | 3 0.03 43.42 42000 | 3 0.03 43.45 42005 | 8 0.08 43.53 42050 | 4 0.04 43.57 42056 | 5 0.05 43.62 42125 | 1 0.01 43.63 42175 | 3 0.03 43.66 42263 | 2 0.02 43.68 42500 | 2 0.02 43.70 42554 | 4 0.04 43.74 42555 | 4 0.04 43.78 42796 | 2 0.02 43.80 42807 | 2 0.02 43.82 42813 | 3 0.03 43.85 42884 | 6 0.06 43.91 42963 | 2 0.02 43.93 43108 | 3 0.03 43.96 43159 | 4 0.04 44.00 43308 | 4 0.04 44.04 43500 | 3 0.03 44.07 43552 | 3 0.03 44.10 43630 | 2 0.02 44.12 43640 | 3 0.03 44.15 43750 | 2 0.02 44.17 43863 | 5 0.05 44.22 43925 | 4 0.04 44.26 43927 | 6 0.06 44.32 43977 | 3 0.03 44.35 44000 | 2 0.02 44.37 44027 | 3 0.03 44.40 44055 | 2 0.02 44.42 44127 | 7 0.07 44.49 44275 | 4 0.04 44.53 44326 | 5 0.05 44.58 44423 | 4 0.04 44.62 44500 | 4 0.04 44.66 44501 | 2 0.02 44.68 44675 | 5 0.05 44.73 44800 | 2 0.02 44.75 44803 | 3 0.03 44.78 45000 | 11 0.11 44.89 45125 | 2 0.02 44.91 45135 | 2 0.02 44.93 45139 | 1 0.01 44.94 45153 | 4 0.04 44.98 45235 | 2 0.02 45.00 45325 | 2 0.02 45.02 45330 | 2 0.02 45.04 45340 | 4 0.04 45.08 45350 | 3 0.03 45.11 45390 | 1 0.01 45.12 45405 | 2 0.02 45.14 45500 | 2 0.02 45.16 45700 | 1 0.01 45.17 45740 | 3 0.03 45.20 45750 | 4 0.04 45.24 45778 | 3 0.03 45.27 45800 | 1 0.01 45.28 45955 | 1 0.01 45.29 46021 | 3 0.03 45.32 46063 | 1 0.01 45.33 46120 | 6 0.06 45.39 46249 | 2 0.02 45.41 46285 | 1 0.01 45.42 46500 | 1 0.01 45.43 46750 | 3 0.03 45.46 46759 | 1 0.01 45.47 46949 | 2 0.02 45.49 46960 | 2 0.02 45.51 47075 | 1 0.01 45.52 47200 | 2 0.02 45.54 47224 | 6 0.06 45.60 47413 | 4 0.04 45.64 47423 | 5 0.05 45.69 47450 | 6 0.06 45.75 47618 | 2 0.02 45.77 47975 | 1 0.01 45.78 47985 | 2 0.02 45.80 48000 | 3 0.03 45.83 48049 | 6 0.06 45.89 48095 | 4 0.04 45.93 48105 | 4 0.04 45.97 48230 | 7 0.07 46.04 48250 | 4 0.04 46.08 48310 | 2 0.02 46.10 48725 | 5 0.05 46.15 48800 | 3 0.03 46.18 48950 | 3 0.03 46.21 48975 | 3 0.03 46.24 49015 | 4 0.04 46.28 49098 | 3 0.03 46.31 49160 | 2 0.02 46.33 49248 | 4 0.04 46.37 49295 | 4 0.04 46.41 49350 | 10 0.10 46.51 49478 | 4 0.04 46.55 49500 | 4 0.04 46.59 49513 | 6 0.06 46.65 49662 | 3 0.03 46.68 49690 | 2 0.02 46.70 49693 | 4 0.04 46.74 49753 | 2 0.02 46.76 49925 | 5 0.05 46.81 49963 | 2 0.02 46.83 50000 | 14 0.14 46.97 50004 | 3 0.03 47.00 50010 | 1 0.01 47.01 50025 | 1 0.01 47.02 50100 | 3 0.03 47.05 50150 | 2 0.02 47.07 50185 | 7 0.07 47.14 50225 | 1 0.01 47.15 50250 | 5 0.05 47.20 50365 | 1 0.01 47.21 50500 | 1 0.01 47.22 50520 | 3 0.03 47.25 50525 | 2 0.02 47.27 50600 | 8 0.08 47.35 50620 | 1 0.01 47.36 50780 | 2 0.02 47.38 50800 | 4 0.04 47.42 50974 | 6 0.06 47.48 50985 | 1 0.01 47.49 51000 | 4 0.04 47.53 51050 | 5 0.05 47.58 51155 | 6 0.06 47.64 51250 | 1 0.01 47.65 51300 | 1 0.01 47.66 51324 | 2 0.02 47.68 51350 | 2 0.02 47.70 51375 | 2 0.02 47.72 51405 | 5 0.05 47.77 51500 | 4 0.04 47.81 51501 | 1 0.01 47.82 51600 | 2 0.02 47.84 51613 | 1 0.01 47.85 51650 | 1 0.01 47.86 51685 | 4 0.04 47.90 51700 | 2 0.02 47.92 51705 | 2 0.02 47.94 51800 | 1 0.01 47.95 52000 | 2 0.02 47.97 52225 | 2 0.02 47.99 52400 | 4 0.04 48.03 52465 | 2 0.02 48.05 52538 | 2 0.02 48.07 52605 | 2 0.02 48.09 52636 | 5 0.05 48.14 52685 | 1 0.01 48.15 52820 | 6 0.06 48.21 52849 | 4 0.04 48.25 52990 | 1 0.01 48.26 52999 | 4 0.04 48.30 53000 | 1 0.01 48.31 53050 | 8 0.08 48.39 53170 | 4 0.04 48.43 53195 | 1 0.01 48.44 53200 | 4 0.04 48.48 53341 | 3 0.03 48.51 53370 | 2 0.02 48.53 53393 | 4 0.04 48.57 53425 | 3 0.03 48.60 53500 | 4 0.04 48.64 53600 | 1 0.01 48.65 53640 | 3 0.03 48.68 53655 | 3 0.03 48.71 53757 | 4 0.04 48.75 53808 | 2 0.02 48.77 53903 | 2 0.02 48.79 53975 | 2 0.02 48.81 54000 | 1 0.01 48.82 54055 | 6 0.06 48.88 54094 | 4 0.04 48.92 54100 | 2 0.02 48.94 54625 | 4 0.04 48.98 54675 | 2 0.02 49.00 54728 | 8 0.08 49.08 54802 | 1 0.01 49.09 54925 | 3 0.03 49.12 54944 | 1 0.01 49.13 55000 | 1 0.01 49.14 55075 | 2 0.02 49.16 55155 | 2 0.02 49.18 55198 | 3 0.03 49.21 55205 | 4 0.04 49.25 55350 | 4 0.04 49.29 55378 | 3 0.03 49.32 55450 | 2 0.02 49.34 55488 | 3 0.03 49.37 55500 | 4 0.04 49.41 55545 | 5 0.05 49.46 55550 | 1 0.01 49.47 55600 | 1 0.01 49.48 55638 | 3 0.03 49.51 55640 | 1 0.01 49.52 55650 | 1 0.01 49.53 55685 | 7 0.07 49.60 55708 | 4 0.04 49.64 55728 | 8 0.08 49.72 55800 | 2 0.02 49.74 55870 | 2 0.02 49.76 55950 | 3 0.03 49.79 56000 | 9 0.09 49.88 56068 | 7 0.07 49.95 56241 | 2 0.02 49.97 56425 | 5 0.05 50.02 56462 | 3 0.03 50.05 56488 | 2 0.02 50.07 56500 | 1 0.01 50.08 56514 | 5 0.05 50.13 56525 | 3 0.03 50.16 56550 | 7 0.07 50.23 56570 | 4 0.04 50.27 56592 | 3 0.03 50.30 56675 | 5 0.05 50.35 56750 | 2 0.02 50.37 56799 | 5 0.05 50.42 56850 | 4 0.04 50.46 56886 | 4 0.04 50.50 56982 | 2 0.02 50.52 57000 | 1 0.01 50.53 57100 | 1 0.01 50.54 57158 | 5 0.05 50.59 57200 | 2 0.02 50.61 57350 | 1 0.01 50.62 57370 | 2 0.02 50.64 57485 | 4 0.04 50.68 57500 | 1 0.01 50.69 57505 | 1 0.01 50.70 57565 | 1 0.01 50.71 57670 | 2 0.02 50.73 57700 | 4 0.04 50.77 57753 | 3 0.03 50.80 57920 | 6 0.06 50.86 58000 | 11 0.11 50.97 58033 | 2 0.02 50.99 58055 | 4 0.04 51.03 58099 | 4 0.04 51.07 58490 | 7 0.07 51.14 58493 | 2 0.02 51.16 58563 | 1 0.01 51.17 58685 | 1 0.01 51.18 58750 | 4 0.04 51.22 58825 | 4 0.04 51.26 58975 | 4 0.04 51.30 58988 | 1 0.01 51.31 59000 | 3 0.03 51.34 59028 | 5 0.05 51.39 59050 | 1 0.01 51.40 59100 | 1 0.01 51.41 59208 | 4 0.04 51.45 59287 | 3 0.03 51.48 59349 | 2 0.02 51.50 59400 | 1 0.01 51.51 59407 | 2 0.02 51.53 59463 | 7 0.07 51.60 59482 | 7 0.07 51.67 59528 | 4 0.04 51.71 59691 | 2 0.02 51.73 59700 | 1 0.01 51.74 59770 | 4 0.04 51.78 59991 | 2 0.02 51.80 60000 | 6 0.06 51.86 60025 | 1 0.01 51.87 60100 | 4 0.04 51.91 60189 | 4 0.04 51.95 60289 | 4 0.04 51.99 60300 | 2 0.02 52.01 60370 | 1 0.01 52.02 60485 | 5 0.05 52.07 60513 | 4 0.04 52.11 60568 | 3 0.03 52.14 60685 | 5 0.05 52.19 60741 | 4 0.04 52.23 60999 | 2 0.02 52.25 61000 | 1 0.01 52.26 61005 | 2 0.02 52.28 61038 | 3 0.03 52.31 61050 | 2 0.02 52.33 61140 | 2 0.02 52.35 61200 | 2 0.02 52.37 61235 | 3 0.03 52.40 61263 | 2 0.02 52.42 61285 | 4 0.04 52.46 61314 | 4 0.04 52.50 61325 | 2 0.02 52.52 61335 | 4 0.04 52.56 61400 | 3 0.03 52.59 61500 | 5 0.05 52.64 61528 | 5 0.05 52.69 61560 | 1 0.01 52.70 61570 | 2 0.02 52.72 61677 | 1 0.01 52.73 61685 | 6 0.06 52.79 61988 | 5 0.05 52.84 61989 | 4 0.04 52.88 62055 | 3 0.03 52.91 62125 | 2 0.02 52.93 62170 | 3 0.03 52.96 62190 | 3 0.03 52.99 62204 | 1 0.01 53.00 62306 | 2 0.02 53.02 62349 | 2 0.02 53.04 62470 | 2 0.02 53.06 62500 | 2 0.02 53.08 62550 | 7 0.07 53.15 62600 | 3 0.03 53.18 62767 | 1 0.01 53.19 63000 | 2 0.02 53.21 63058 | 5 0.05 53.26 63065 | 3 0.03 53.29 63085 | 1 0.01 53.30 63120 | 3 0.03 53.33 63200 | 1 0.01 53.34 63275 | 3 0.03 53.37 63325 | 6 0.06 53.43 63375 | 1 0.01 53.44 63484 | 2 0.02 53.46 63535 | 1 0.01 53.47 63590 | 1 0.01 53.48 63700 | 3 0.03 53.51 63923 | 5 0.05 53.56 63988 | 3 0.03 53.59 64000 | 1 0.01 53.60 64010 | 3 0.03 53.63 64050 | 1 0.01 53.64 64274 | 4 0.04 53.68 64310 | 5 0.05 53.73 64340 | 4 0.04 53.77 64348 | 3 0.03 53.80 64350 | 1 0.01 53.81 64428 | 1 0.01 53.82 64470 | 2 0.02 53.84 64575 | 2 0.02 53.86 64838 | 2 0.02 53.88 65000 | 2 0.02 53.90 65026 | 1 0.01 53.91 65042 | 1 0.01 53.92 65085 | 2 0.02 53.94 65146 | 2 0.02 53.96 65200 | 1 0.01 53.97 65400 | 2 0.02 53.99 65500 | 3 0.03 54.02 65650 | 1 0.01 54.03 65750 | 2 0.02 54.05 65900 | 1 0.01 54.06 65926 | 5 0.05 54.11 65934 | 4 0.04 54.15 65935 | 1 0.01 54.16 66150 | 5 0.05 54.21 66258 | 5 0.05 54.26 66350 | 1 0.01 54.27 66482 | 3 0.03 54.30 66700 | 3 0.03 54.33 66713 | 3 0.03 54.36 66950 | 2 0.02 54.38 66963 | 8 0.08 54.46 67050 | 2 0.02 54.48 67100 | 2 0.02 54.50 67138 | 3 0.03 54.53 67163 | 5 0.05 54.58 67179 | 2 0.02 54.60 67350 | 2 0.02 54.62 67390 | 1 0.01 54.63 67534 | 3 0.03 54.66 67550 | 5 0.05 54.71 67563 | 2 0.02 54.73 67650 | 2 0.02 54.75 67713 | 4 0.04 54.79 67738 | 5 0.05 54.84 67774 | 5 0.05 54.89 67848 | 5 0.05 54.94 68000 | 3 0.03 54.97 68113 | 2 0.02 54.99 68139 | 1 0.01 55.00 68149 | 1 0.01 55.01 68200 | 4 0.04 55.05 68228 | 1 0.01 55.06 68275 | 3 0.03 55.09 68285 | 4 0.04 55.13 68314 | 2 0.02 55.15 68365 | 3 0.03 55.18 68444 | 2 0.02 55.20 68450 | 2 0.02 55.22 68470 | 4 0.04 55.26 68478 | 3 0.03 55.29 68876 | 3 0.03 55.32 69000 | 2 0.02 55.34 69040 | 1 0.01 55.35 69100 | 2 0.02 55.37 69125 | 1 0.01 55.38 69150 | 1 0.01 55.39 69160 | 3 0.03 55.42 69350 | 1 0.01 55.43 69361 | 1 0.01 55.44 69400 | 2 0.02 55.46 69525 | 3 0.03 55.49 69547 | 2 0.02 55.51 69725 | 3 0.03 55.54 69850 | 1 0.01 55.55 69870 | 6 0.06 55.61 69950 | 4 0.04 55.65 69994 | 2 0.02 55.67 70000 | 7 0.07 55.74 70042 | 2 0.02 55.76 70225 | 2 0.02 55.78 70319 | 1 0.01 55.79 70353 | 4 0.04 55.83 70430 | 3 0.03 55.86 70463 | 1 0.01 55.87 70500 | 3 0.03 55.90 70528 | 5 0.05 55.95 70625 | 2 0.02 55.97 70675 | 2 0.02 55.99 70700 | 8 0.08 56.07 70785 | 2 0.02 56.09 70925 | 1 0.01 56.10 71000 | 5 0.05 56.15 71055 | 4 0.04 56.19 71125 | 2 0.02 56.21 71184 | 1 0.01 56.22 71339 | 6 0.06 56.28 71355 | 6 0.06 56.34 71370 | 6 0.06 56.40 71391 | 5 0.05 56.45 71490 | 2 0.02 56.47 71575 | 1 0.01 56.48 71700 | 2 0.02 56.50 71750 | 2 0.02 56.52 71773 | 3 0.03 56.55 71900 | 7 0.07 56.62 71950 | 4 0.04 56.66 72163 | 1 0.01 56.67 72274 | 5 0.05 56.72 72388 | 1 0.01 56.73 72450 | 2 0.02 56.75 72550 | 2 0.02 56.77 72600 | 1 0.01 56.78 72935 | 2 0.02 56.80 73100 | 1 0.01 56.81 73105 | 4 0.04 56.85 73250 | 2 0.02 56.87 73475 | 4 0.04 56.91 73535 | 1 0.01 56.92 73550 | 4 0.04 56.96 73593 | 2 0.02 56.98 73635 | 6 0.06 57.04 73735 | 2 0.02 57.06 73855 | 3 0.03 57.09 73863 | 2 0.02 57.11 73918 | 2 0.02 57.13 73963 | 1 0.01 57.14 74034 | 1 0.01 57.15 74225 | 2 0.02 57.17 74420 | 3 0.03 57.20 74500 | 2 0.02 57.22 74600 | 6 0.06 57.28 74663 | 3 0.03 57.31 74700 | 2 0.02 57.33 74750 | 1 0.01 57.34 74900 | 3 0.03 57.37 74909 | 2 0.02 57.39 75000 | 7 0.07 57.46 75114 | 3 0.03 57.49 75130 | 1 0.01 57.50 75155 | 2 0.02 57.52 75157 | 2 0.02 57.54 75478 | 2 0.02 57.56 75480 | 5 0.05 57.61 75580 | 1 0.01 57.62 75655 | 3 0.03 57.65 75685 | 2 0.02 57.67 75750 | 1 0.01 57.68 75800 | 2 0.02 57.70 75850 | 5 0.05 57.75 76050 | 3 0.03 57.78 76246 | 5 0.05 57.83 76250 | 2 0.02 57.85 76510 | 3 0.03 57.88 76520 | 2 0.02 57.90 76555 | 4 0.04 57.94 76629 | 2 0.02 57.96 76650 | 2 0.02 57.98 76670 | 3 0.03 58.01 76691 | 6 0.06 58.07 76725 | 2 0.02 58.09 77000 | 5 0.05 58.14 77007 | 2 0.02 58.16 77206 | 4 0.04 58.20 77295 | 2 0.02 58.22 77456 | 2 0.02 58.24 77500 | 5 0.05 58.29 77503 | 1 0.01 58.30 77591 | 4 0.04 58.34 77775 | 4 0.04 58.38 77965 | 2 0.02 58.40 78000 | 2 0.02 58.42 78005 | 3 0.03 58.45 78250 | 1 0.01 58.46 78350 | 5 0.05 58.51 78370 | 2 0.02 58.53 78527 | 2 0.02 58.55 78555 | 3 0.03 58.58 78587 | 3 0.03 58.61 79003 | 2 0.02 58.63 79050 | 4 0.04 58.67 79100 | 3 0.03 58.70 79125 | 5 0.05 58.75 79128 | 3 0.03 58.78 79385 | 2 0.02 58.80 79450 | 3 0.03 58.83 79500 | 2 0.02 58.85 79726 | 2 0.02 58.87 80000 | 1 0.01 58.88 80004 | 4 0.04 58.92 80370 | 3 0.03 58.95 80385 | 2 0.02 58.97 80501 | 4 0.04 59.01 80680 | 4 0.04 59.05 80725 | 2 0.02 59.07 80899 | 3 0.03 59.10 80963 | 2 0.02 59.12 81000 | 6 0.06 59.18 81047 | 1 0.01 59.19 81085 | 2 0.02 59.21 81150 | 2 0.02 59.23 81170 | 2 0.02 59.25 81287 | 2 0.02 59.27 81300 | 2 0.02 59.29 81325 | 1 0.01 59.30 81350 | 1 0.01 59.31 81400 | 2 0.02 59.33 81404 | 4 0.04 59.37 81425 | 2 0.02 59.39 81663 | 2 0.02 59.41 81677 | 4 0.04 59.45 81685 | 1 0.01 59.46 81700 | 1 0.01 59.47 81775 | 1 0.01 59.48 81788 | 2 0.02 59.50 82055 | 7 0.07 59.57 82363 | 4 0.04 59.61 82400 | 1 0.01 59.62 82500 | 3 0.03 59.65 82510 | 6 0.06 59.71 82550 | 2 0.02 59.73 82600 | 2 0.02 59.75 82978 | 2 0.02 59.77 83000 | 1 0.01 59.78 83048 | 2 0.02 59.80 83085 | 4 0.04 59.84 83088 | 4 0.04 59.88 83138 | 7 0.07 59.95 83150 | 2 0.02 59.97 83155 | 4 0.04 60.01 83308 | 4 0.04 60.05 83485 | 1 0.01 60.06 83963 | 3 0.03 60.09 84000 | 3 0.03 60.12 84055 | 1 0.01 60.13 84200 | 2 0.02 60.15 84230 | 5 0.05 60.20 84269 | 2 0.02 60.22 84317 | 5 0.05 60.27 84485 | 1 0.01 60.28 84508 | 1 0.01 60.29 84550 | 1 0.01 60.30 84563 | 3 0.03 60.33 84718 | 1 0.01 60.34 84764 | 1 0.01 60.35 84874 | 3 0.03 60.38 84925 | 5 0.05 60.43 84989 | 7 0.07 60.50 85000 | 1 0.01 60.51 85070 | 3 0.03 60.54 85110 | 3 0.03 60.57 85125 | 4 0.04 60.61 85325 | 5 0.05 60.66 85370 | 6 0.06 60.72 85400 | 6 0.06 60.78 85579 | 4 0.04 60.82 85677 | 1 0.01 60.83 85685 | 2 0.02 60.85 85781 | 2 0.02 60.87 85800 | 1 0.01 60.88 85825 | 4 0.04 60.92 85882 | 5 0.05 60.97 85990 | 2 0.02 60.99 86000 | 2 0.02 61.01 86150 | 1 0.01 61.02 86190 | 2 0.02 61.04 86205 | 5 0.05 61.09 86370 | 2 0.02 61.11 86650 | 8 0.08 61.19 86680 | 1 0.01 61.20 86688 | 2 0.02 61.22 86732 | 5 0.05 61.27 86800 | 2 0.02 61.29 86850 | 3 0.03 61.32 87000 | 1 0.01 61.33 87050 | 3 0.03 61.36 87185 | 1 0.01 61.37 87229 | 3 0.03 61.40 87279 | 3 0.03 61.43 87370 | 6 0.06 61.49 87427 | 4 0.04 61.53 87550 | 2 0.02 61.55 87555 | 5 0.05 61.60 87650 | 5 0.05 61.65 87678 | 3 0.03 61.68 87870 | 2 0.02 61.70 87875 | 5 0.05 61.75 87975 | 4 0.04 61.79 88055 | 5 0.05 61.84 88288 | 2 0.02 61.86 88350 | 2 0.02 61.88 88450 | 3 0.03 61.91 88650 | 4 0.04 61.95 88658 | 4 0.04 61.99 88670 | 4 0.04 62.03 88799 | 3 0.03 62.06 88854 | 2 0.02 62.08 88865 | 3 0.03 62.11 88869 | 2 0.02 62.13 89049 | 1 0.01 62.14 89108 | 4 0.04 62.18 89150 | 2 0.02 62.20 89246 | 4 0.04 62.24 89388 | 4 0.04 62.28 89445 | 2 0.02 62.30 89470 | 2 0.02 62.32 89683 | 4 0.04 62.36 89835 | 3 0.03 62.39 89942 | 2 0.02 62.41 90000 | 4 0.04 62.45 90040 | 2 0.02 62.47 90350 | 1 0.01 62.48 90425 | 3 0.03 62.51 90480 | 1 0.01 62.52 90500 | 1 0.01 62.53 90520 | 2 0.02 62.55 90575 | 6 0.06 62.61 90660 | 2 0.02 62.63 90699 | 2 0.02 62.65 90700 | 4 0.04 62.69 90827 | 2 0.02 62.71 90963 | 1 0.01 62.72 91018 | 2 0.02 62.74 91163 | 2 0.02 62.76 91175 | 2 0.02 62.78 91208 | 4 0.04 62.82 91291 | 5 0.05 62.87 91300 | 2 0.02 62.89 91322 | 1 0.01 62.90 91327 | 2 0.02 62.92 91350 | 3 0.03 62.95 91378 | 4 0.04 62.99 91390 | 2 0.02 63.01 91462 | 4 0.04 63.05 91620 | 4 0.04 63.09 91677 | 1 0.01 63.10 91777 | 3 0.03 63.13 91780 | 1 0.01 63.14 92165 | 4 0.04 63.18 92208 | 2 0.02 63.20 92288 | 4 0.04 63.24 92300 | 2 0.02 63.26 92375 | 1 0.01 63.27 92570 | 2 0.02 63.29 92575 | 4 0.04 63.33 92585 | 2 0.02 63.35 92639 | 5 0.05 63.40 92688 | 1 0.01 63.41 92835 | 2 0.02 63.43 92890 | 4 0.04 63.47 92908 | 4 0.04 63.51 93000 | 2 0.02 63.53 93050 | 1 0.01 63.54 93200 | 2 0.02 63.56 93275 | 2 0.02 63.58 93309 | 4 0.04 63.62 93450 | 2 0.02 63.64 93500 | 1 0.01 63.65 93501 | 3 0.03 63.68 93513 | 2 0.02 63.70 93575 | 2 0.02 63.72 93578 | 4 0.04 63.76 93685 | 3 0.03 63.79 93731 | 2 0.02 63.81 94000 | 2 0.02 63.83 94020 | 1 0.01 63.84 94214 | 4 0.04 63.88 94275 | 4 0.04 63.92 94328 | 2 0.02 63.94 94370 | 9 0.09 64.03 94424 | 1 0.01 64.04 94570 | 2 0.02 64.06 94640 | 3 0.03 64.09 94650 | 2 0.02 64.11 94856 | 4 0.04 64.15 94950 | 2 0.02 64.17 94965 | 1 0.01 64.18 95250 | 2 0.02 64.20 95463 | 4 0.04 64.24 95555 | 3 0.03 64.27 95569 | 2 0.02 64.29 95575 | 1 0.01 64.30 95863 | 5 0.05 64.35 96000 | 2 0.02 64.37 96075 | 3 0.03 64.40 96100 | 2 0.02 64.42 96200 | 2 0.02 64.44 96442 | 2 0.02 64.46 96535 | 4 0.04 64.50 96700 | 2 0.02 64.52 96715 | 1 0.01 64.53 96740 | 2 0.02 64.55 96825 | 4 0.04 64.59 96850 | 2 0.02 64.61 96975 | 1 0.01 64.62 97100 | 1 0.01 64.63 97150 | 1 0.01 64.64 97175 | 2 0.02 64.66 97285 | 4 0.04 64.70 97370 | 4 0.04 64.74 97393 | 5 0.05 64.79 97500 | 1 0.01 64.80 97576 | 2 0.02 64.82 97700 | 5 0.05 64.87 97741 | 6 0.06 64.93 97783 | 4 0.04 64.97 97915 | 1 0.01 64.98 97980 | 1 0.01 64.99 98040 | 5 0.05 65.04 98251 | 1 0.01 65.05 98475 | 1 0.01 65.06 98502 | 2 0.02 65.08 98725 | 2 0.02 65.10 98765 | 4 0.04 65.14 98850 | 5 0.05 65.19 98865 | 10 0.10 65.29 99190 | 4 0.04 65.33 99438 | 1 0.01 65.34 99577 | 5 0.05 65.39 99784 | 2 0.02 65.41 100000 | 6 0.06 65.47 100023 | 2 0.02 65.49 100299 | 2 0.02 65.51 100477 | 2 0.02 65.53 100500 | 7 0.07 65.60 100515 | 3 0.03 65.63 100685 | 1 0.01 65.64 100750 | 1 0.01 65.65 100835 | 5 0.05 65.70 100923 | 2 0.02 65.72 100963 | 1 0.01 65.73 100980 | 3 0.03 65.76 101054 | 4 0.04 65.80 101285 | 2 0.02 65.82 101290 | 2 0.02 65.84 101305 | 4 0.04 65.88 101355 | 3 0.03 65.91 101370 | 4 0.04 65.95 101403 | 2 0.02 65.97 101500 | 1 0.01 65.98 101513 | 4 0.04 66.02 101763 | 6 0.06 66.08 101775 | 4 0.04 66.12 101850 | 1 0.01 66.13 102000 | 3 0.03 66.16 102058 | 4 0.04 66.20 102161 | 1 0.01 66.21 102240 | 2 0.02 66.23 102248 | 5 0.05 66.28 102350 | 1 0.01 66.29 102500 | 1 0.01 66.30 102539 | 4 0.04 66.34 102568 | 5 0.05 66.39 102805 | 7 0.07 66.46 102950 | 5 0.05 66.51 102978 | 1 0.01 66.52 103000 | 3 0.03 66.55 103050 | 4 0.04 66.59 103478 | 2 0.02 66.61 103503 | 3 0.03 66.64 103625 | 2 0.02 66.66 103675 | 2 0.02 66.68 103750 | 1 0.01 66.69 103788 | 2 0.02 66.71 104170 | 3 0.03 66.74 104202 | 6 0.06 66.80 104225 | 2 0.02 66.82 104239 | 4 0.04 66.86 104325 | 1 0.01 66.87 104424 | 1 0.01 66.88 104470 | 3 0.03 66.91 104500 | 9 0.09 67.00 104625 | 2 0.02 67.02 104640 | 4 0.04 67.06 104675 | 1 0.01 67.07 104855 | 3 0.03 67.10 104870 | 2 0.02 67.12 104913 | 2 0.02 67.14 104978 | 2 0.02 67.16 104992 | 2 0.02 67.18 105025 | 1 0.01 67.19 105083 | 2 0.02 67.21 105125 | 1 0.01 67.22 105164 | 3 0.03 67.25 105200 | 2 0.02 67.27 105220 | 4 0.04 67.31 105285 | 5 0.05 67.36 105500 | 5 0.05 67.41 105538 | 1 0.01 67.42 105685 | 2 0.02 67.44 105850 | 5 0.05 67.49 105861 | 2 0.02 67.51 106024 | 4 0.04 67.55 106116 | 6 0.06 67.61 106225 | 5 0.05 67.66 106400 | 3 0.03 67.69 106669 | 2 0.02 67.71 106763 | 3 0.03 67.74 106834 | 1 0.01 67.75 107000 | 2 0.02 67.77 107050 | 4 0.04 67.81 107175 | 5 0.05 67.86 107250 | 1 0.01 67.87 107325 | 2 0.02 67.89 107500 | 2 0.02 67.91 107683 | 5 0.05 67.96 107685 | 2 0.02 67.98 107850 | 2 0.02 68.00 107949 | 2 0.02 68.02 108208 | 2 0.02 68.04 108450 | 2 0.02 68.06 108488 | 3 0.03 68.09 108585 | 3 0.03 68.12 108600 | 4 0.04 68.16 108840 | 2 0.02 68.18 109050 | 1 0.01 68.19 109228 | 2 0.02 68.21 109300 | 2 0.02 68.23 109450 | 1 0.01 68.24 109600 | 2 0.02 68.26 109758 | 3 0.03 68.29 110025 | 4 0.04 68.33 110155 | 1 0.01 68.34 110188 | 4 0.04 68.38 110200 | 2 0.02 68.40 110375 | 1 0.01 68.41 110477 | 4 0.04 68.45 110487 | 3 0.03 68.48 110494 | 3 0.03 68.51 110500 | 1 0.01 68.52 110583 | 5 0.05 68.57 110750 | 3 0.03 68.60 110784 | 3 0.03 68.63 110985 | 2 0.02 68.65 111000 | 2 0.02 68.67 111058 | 1 0.01 68.68 111082 | 4 0.04 68.72 111150 | 2 0.02 68.74 111182 | 2 0.02 68.76 111189 | 6 0.06 68.82 111218 | 2 0.02 68.84 111300 | 1 0.01 68.85 111360 | 1 0.01 68.86 111370 | 3 0.03 68.89 111465 | 4 0.04 68.93 111500 | 2 0.02 68.95 111600 | 2 0.02 68.97 111769 | 7 0.07 69.04 111778 | 5 0.05 69.09 111862 | 2 0.02 69.11 111920 | 3 0.03 69.14 111997 | 2 0.02 69.16 112000 | 1 0.01 69.17 112130 | 3 0.03 69.20 112288 | 2 0.02 69.22 112653 | 2 0.02 69.24 112685 | 3 0.03 69.27 112850 | 2 0.02 69.29 112900 | 2 0.02 69.31 113055 | 4 0.04 69.35 113363 | 3 0.03 69.38 113550 | 1 0.01 69.39 113800 | 1 0.01 69.40 113900 | 1 0.01 69.41 114249 | 5 0.05 69.46 114600 | 2 0.02 69.48 114900 | 4 0.04 69.52 115000 | 1 0.01 69.53 115015 | 2 0.02 69.55 115038 | 2 0.02 69.57 115178 | 2 0.02 69.59 115215 | 3 0.03 69.62 115290 | 2 0.02 69.64 115575 | 4 0.04 69.68 115752 | 2 0.02 69.70 115778 | 4 0.04 69.74 115921 | 2 0.02 69.76 116000 | 2 0.02 69.78 116050 | 2 0.02 69.80 116605 | 2 0.02 69.82 116653 | 3 0.03 69.85 116655 | 4 0.04 69.89 116700 | 4 0.04 69.93 116790 | 2 0.02 69.95 116822 | 1 0.01 69.96 116950 | 2 0.02 69.98 117243 | 4 0.04 70.02 117270 | 4 0.04 70.06 117385 | 2 0.02 70.08 117663 | 2 0.02 70.10 117775 | 2 0.02 70.12 117785 | 2 0.02 70.14 117793 | 2 0.02 70.16 117824 | 6 0.06 70.22 117950 | 1 0.01 70.23 118050 | 1 0.01 70.24 118300 | 2 0.02 70.26 118427 | 6 0.06 70.32 118683 | 3 0.03 70.35 118688 | 2 0.02 70.37 118700 | 7 0.07 70.44 118750 | 2 0.02 70.46 118916 | 4 0.04 70.50 118930 | 3 0.03 70.53 119050 | 2 0.02 70.55 119185 | 3 0.03 70.58 119310 | 1 0.01 70.59 119327 | 1 0.01 70.60 119400 | 1 0.01 70.61 119500 | 1 0.01 70.62 119627 | 6 0.06 70.68 119685 | 3 0.03 70.71 119713 | 4 0.04 70.75 119970 | 4 0.04 70.79 120000 | 1 0.01 70.80 120025 | 1 0.01 70.81 120300 | 1 0.01 70.82 120384 | 4 0.04 70.86 120538 | 4 0.04 70.90 120553 | 5 0.05 70.95 120683 | 2 0.02 70.97 121175 | 3 0.03 71.00 121336 | 5 0.05 71.05 121413 | 4 0.04 71.09 121485 | 4 0.04 71.13 121590 | 1 0.01 71.14 121750 | 2 0.02 71.16 122000 | 1 0.01 71.17 122055 | 2 0.02 71.19 122061 | 2 0.02 71.21 122113 | 4 0.04 71.25 122116 | 2 0.02 71.27 122188 | 3 0.03 71.30 122228 | 1 0.01 71.31 122400 | 4 0.04 71.35 122485 | 3 0.03 71.38 122687 | 4 0.04 71.42 122978 | 4 0.04 71.46 123018 | 1 0.01 71.47 123177 | 1 0.01 71.48 123250 | 2 0.02 71.50 123300 | 1 0.01 71.51 123673 | 3 0.03 71.54 123677 | 2 0.02 71.56 123750 | 2 0.02 71.58 123813 | 4 0.04 71.62 124000 | 1 0.01 71.63 124049 | 3 0.03 71.66 124063 | 4 0.04 71.70 124175 | 2 0.02 71.72 124280 | 2 0.02 71.74 124370 | 3 0.03 71.77 124371 | 1 0.01 71.78 125000 | 1 0.01 71.79 125293 | 4 0.04 71.83 125375 | 2 0.02 71.85 125677 | 3 0.03 71.88 125926 | 2 0.02 71.90 125977 | 3 0.03 71.93 125990 | 4 0.04 71.97 126025 | 3 0.03 72.00 126204 | 4 0.04 72.04 126265 | 3 0.03 72.07 126485 | 1 0.01 72.08 126500 | 1 0.01 72.09 126550 | 1 0.01 72.10 126680 | 1 0.01 72.11 126907 | 1 0.01 72.12 126925 | 2 0.02 72.14 126978 | 2 0.02 72.16 127011 | 4 0.04 72.20 127130 | 3 0.03 72.23 127143 | 2 0.02 72.25 127800 | 1 0.01 72.26 127818 | 1 0.01 72.27 127903 | 2 0.02 72.29 128100 | 4 0.04 72.33 128258 | 4 0.04 72.37 128260 | 3 0.03 72.40 128270 | 2 0.02 72.42 128277 | 4 0.04 72.46 128400 | 1 0.01 72.47 128613 | 2 0.02 72.49 128625 | 2 0.02 72.51 128635 | 2 0.02 72.53 128685 | 2 0.02 72.55 129128 | 4 0.04 72.59 129350 | 2 0.02 72.61 129370 | 2 0.02 72.63 129629 | 5 0.05 72.68 129828 | 3 0.03 72.71 129878 | 2 0.02 72.73 130000 | 1 0.01 72.74 130110 | 2 0.02 72.76 130114 | 4 0.04 72.80 130500 | 2 0.02 72.82 130574 | 6 0.06 72.88 130588 | 3 0.03 72.91 130597 | 3 0.03 72.94 130600 | 2 0.02 72.96 130840 | 2 0.02 72.98 131325 | 1 0.01 72.99 131689 | 6 0.06 73.05 131790 | 3 0.03 73.08 131909 | 2 0.02 73.10 132000 | 6 0.06 73.16 132150 | 6 0.06 73.22 132498 | 1 0.01 73.23 132620 | 2 0.02 73.25 132858 | 1 0.01 73.26 133000 | 1 0.01 73.27 133177 | 2 0.02 73.29 133213 | 6 0.06 73.35 133725 | 2 0.02 73.37 133760 | 4 0.04 73.41 133775 | 4 0.04 73.45 133985 | 1 0.01 73.46 134225 | 3 0.03 73.49 134384 | 4 0.04 73.53 134440 | 2 0.02 73.55 134625 | 2 0.02 73.57 134650 | 1 0.01 73.58 134685 | 2 0.02 73.60 134710 | 2 0.02 73.62 134758 | 3 0.03 73.65 134768 | 2 0.02 73.67 134790 | 2 0.02 73.69 134850 | 1 0.01 73.70 134933 | 2 0.02 73.72 135100 | 1 0.01 73.73 135144 | 3 0.03 73.76 135228 | 2 0.02 73.78 135243 | 4 0.04 73.82 135300 | 2 0.02 73.84 135325 | 4 0.04 73.88 135445 | 1 0.01 73.89 135590 | 2 0.02 73.91 135600 | 1 0.01 73.92 135649 | 2 0.02 73.94 136150 | 4 0.04 73.98 136371 | 3 0.03 74.01 136463 | 3 0.03 74.04 136685 | 3 0.03 74.07 136825 | 2 0.02 74.09 137025 | 1 0.01 74.10 137055 | 6 0.06 74.16 137175 | 4 0.04 74.20 137496 | 5 0.05 74.25 137513 | 2 0.02 74.27 137667 | 2 0.02 74.29 137700 | 4 0.04 74.33 137733 | 4 0.04 74.37 137750 | 1 0.01 74.38 137825 | 3 0.03 74.41 137899 | 4 0.04 74.45 137962 | 2 0.02 74.47 138061 | 2 0.02 74.49 138075 | 2 0.02 74.51 138250 | 6 0.06 74.57 138383 | 5 0.05 74.62 138414 | 3 0.03 74.65 138500 | 2 0.02 74.67 138558 | 1 0.01 74.68 138581 | 5 0.05 74.73 138599 | 2 0.02 74.75 138875 | 3 0.03 74.78 138977 | 5 0.05 74.83 139000 | 2 0.02 74.85 139328 | 4 0.04 74.89 139385 | 2 0.02 74.91 139447 | 3 0.03 74.94 139500 | 2 0.02 74.96 139505 | 2 0.02 74.98 139685 | 2 0.02 75.00 139688 | 1 0.01 75.01 139700 | 2 0.02 75.03 140000 | 7 0.07 75.10 140075 | 3 0.03 75.13 140140 | 4 0.04 75.17 140174 | 4 0.04 75.21 140300 | 1 0.01 75.22 140485 | 1 0.01 75.23 140637 | 2 0.02 75.25 140727 | 1 0.01 75.26 140850 | 1 0.01 75.27 140991 | 2 0.02 75.29 141025 | 1 0.01 75.30 141290 | 3 0.03 75.33 141503 | 4 0.04 75.37 141525 | 2 0.02 75.39 141602 | 2 0.02 75.41 141625 | 4 0.04 75.45 141963 | 3 0.03 75.48 142500 | 1 0.01 75.49 142705 | 2 0.02 75.51 142750 | 6 0.06 75.57 143000 | 1 0.01 75.58 143330 | 5 0.05 75.63 143370 | 4 0.04 75.67 143625 | 2 0.02 75.69 143645 | 1 0.01 75.70 144044 | 4 0.04 75.74 144250 | 4 0.04 75.78 144475 | 4 0.04 75.82 144560 | 1 0.01 75.83 144685 | 4 0.04 75.87 144885 | 2 0.02 75.89 144963 | 1 0.01 75.90 145150 | 2 0.02 75.92 145299 | 1 0.01 75.93 145450 | 3 0.03 75.96 145550 | 4 0.04 76.00 145783 | 2 0.02 76.02 145953 | 1 0.01 76.03 146001 | 3 0.03 76.06 146227 | 3 0.03 76.09 146251 | 1 0.01 76.10 146363 | 2 0.02 76.12 146825 | 2 0.02 76.14 146900 | 1 0.01 76.15 146925 | 3 0.03 76.18 147319 | 2 0.02 76.20 147478 | 2 0.02 76.22 147538 | 2 0.02 76.24 147677 | 5 0.05 76.29 147700 | 1 0.01 76.30 147775 | 2 0.02 76.32 147800 | 2 0.02 76.34 147884 | 1 0.01 76.35 147887 | 4 0.04 76.39 148077 | 5 0.05 76.44 148200 | 4 0.04 76.48 148202 | 1 0.01 76.49 148303 | 6 0.06 76.55 148500 | 4 0.04 76.59 148701 | 4 0.04 76.63 148805 | 3 0.03 76.66 148962 | 3 0.03 76.69 149008 | 2 0.02 76.71 149115 | 4 0.04 76.75 149400 | 1 0.01 76.76 149676 | 1 0.01 76.77 149688 | 2 0.02 76.79 149877 | 3 0.03 76.82 150000 | 5 0.05 76.87 150006 | 2 0.02 76.89 150170 | 5 0.05 76.94 150255 | 2 0.02 76.96 150298 | 4 0.04 77.00 150360 | 2 0.02 77.02 150400 | 2 0.02 77.04 150500 | 3 0.03 77.07 150850 | 4 0.04 77.11 150858 | 3 0.03 77.14 150950 | 3 0.03 77.17 150970 | 3 0.03 77.20 151145 | 2 0.02 77.22 151350 | 1 0.01 77.23 151555 | 5 0.05 77.28 151626 | 2 0.02 77.30 151675 | 2 0.02 77.32 151755 | 2 0.02 77.34 152677 | 2 0.02 77.36 152870 | 3 0.03 77.39 152943 | 3 0.03 77.42 153050 | 4 0.04 77.46 153250 | 5 0.05 77.51 153783 | 5 0.05 77.56 153820 | 2 0.02 77.58 154000 | 1 0.01 77.59 154100 | 2 0.02 77.61 154550 | 2 0.02 77.63 154553 | 2 0.02 77.65 154685 | 2 0.02 77.67 155000 | 2 0.02 77.69 155335 | 2 0.02 77.71 155508 | 2 0.02 77.73 155613 | 3 0.03 77.76 155800 | 3 0.03 77.79 155825 | 2 0.02 77.81 155888 | 2 0.02 77.83 156370 | 2 0.02 77.85 156500 | 3 0.03 77.88 156860 | 3 0.03 77.91 157263 | 2 0.02 77.93 157275 | 7 0.07 78.00 157677 | 2 0.02 78.02 158055 | 5 0.05 78.07 158174 | 2 0.02 78.09 158225 | 1 0.01 78.10 158370 | 2 0.02 78.12 158380 | 1 0.01 78.13 158398 | 4 0.04 78.17 158450 | 2 0.02 78.19 158750 | 1 0.01 78.20 159000 | 1 0.01 78.21 159150 | 1 0.01 78.22 159286 | 3 0.03 78.25 159460 | 3 0.03 78.28 159500 | 1 0.01 78.29 159505 | 3 0.03 78.32 159724 | 2 0.02 78.34 159775 | 2 0.02 78.36 160000 | 2 0.02 78.38 160263 | 1 0.01 78.39 160300 | 2 0.02 78.41 160650 | 2 0.02 78.43 160863 | 2 0.02 78.45 160887 | 3 0.03 78.48 160982 | 2 0.02 78.50 161370 | 5 0.05 78.55 161500 | 1 0.01 78.56 161725 | 5 0.05 78.61 161861 | 5 0.05 78.66 161885 | 4 0.04 78.70 162100 | 2 0.02 78.72 162155 | 3 0.03 78.75 162250 | 4 0.04 78.79 162295 | 2 0.02 78.81 162600 | 3 0.03 78.84 162708 | 2 0.02 78.86 162800 | 4 0.04 78.90 163178 | 2 0.02 78.92 163238 | 3 0.03 78.95 163300 | 2 0.02 78.97 163350 | 2 0.02 78.99 163570 | 2 0.02 79.01 163667 | 4 0.04 79.05 164050 | 4 0.04 79.09 164204 | 1 0.01 79.10 164300 | 2 0.02 79.12 164341 | 5 0.05 79.17 164750 | 4 0.04 79.21 165320 | 2 0.02 79.23 165451 | 2 0.02 79.25 165560 | 2 0.02 79.27 165600 | 3 0.03 79.30 165817 | 3 0.03 79.33 165895 | 6 0.06 79.39 166214 | 5 0.05 79.44 166227 | 2 0.02 79.46 166570 | 6 0.06 79.52 166574 | 4 0.04 79.56 166576 | 2 0.02 79.58 166588 | 2 0.02 79.60 166818 | 4 0.04 79.64 166900 | 1 0.01 79.65 166992 | 2 0.02 79.67 167072 | 2 0.02 79.69 167130 | 2 0.02 79.71 167185 | 1 0.01 79.72 167203 | 5 0.05 79.77 167500 | 5 0.05 79.82 167525 | 4 0.04 79.86 167950 | 3 0.03 79.89 168100 | 4 0.04 79.93 168699 | 5 0.05 79.98 169200 | 2 0.02 80.00 169244 | 1 0.01 80.01 169444 | 2 0.02 80.03 169503 | 4 0.04 80.07 169628 | 2 0.02 80.09 169885 | 2 0.02 80.11 170052 | 2 0.02 80.13 170155 | 5 0.05 80.18 170685 | 2 0.02 80.20 170850 | 2 0.02 80.22 170870 | 2 0.02 80.24 171028 | 3 0.03 80.27 171370 | 2 0.02 80.29 171382 | 3 0.03 80.32 171401 | 2 0.02 80.34 171488 | 2 0.02 80.36 171500 | 1 0.01 80.37 171650 | 3 0.03 80.40 171695 | 1 0.01 80.41 172188 | 4 0.04 80.45 172300 | 1 0.01 80.46 172435 | 3 0.03 80.49 173178 | 3 0.03 80.52 173233 | 3 0.03 80.55 173741 | 5 0.05 80.60 173774 | 5 0.05 80.65 173913 | 4 0.04 80.69 173975 | 4 0.04 80.73 173978 | 2 0.02 80.75 174137 | 2 0.02 80.77 174317 | 2 0.02 80.79 174538 | 4 0.04 80.83 174850 | 2 0.02 80.85 174870 | 2 0.02 80.87 175088 | 1 0.01 80.88 175164 | 2 0.02 80.90 175370 | 2 0.02 80.92 175413 | 2 0.02 80.94 175497 | 4 0.04 80.98 175578 | 5 0.05 81.03 175968 | 3 0.03 81.06 176000 | 5 0.05 81.11 176570 | 3 0.03 81.14 176787 | 6 0.06 81.20 177096 | 2 0.02 81.22 177209 | 2 0.02 81.24 177295 | 2 0.02 81.26 177325 | 2 0.02 81.28 178000 | 2 0.02 81.30 178016 | 2 0.02 81.32 178600 | 2 0.02 81.34 178925 | 2 0.02 81.36 178950 | 4 0.04 81.40 179152 | 2 0.02 81.42 179174 | 2 0.02 81.44 179425 | 2 0.02 81.46 179450 | 2 0.02 81.48 179504 | 1 0.01 81.49 179631 | 6 0.06 81.55 179785 | 2 0.02 81.57 180000 | 2 0.02 81.59 180490 | 2 0.02 81.61 180500 | 1 0.01 81.62 180575 | 8 0.08 81.70 180963 | 1 0.01 81.71 181080 | 5 0.05 81.76 181430 | 1 0.01 81.77 182300 | 3 0.03 81.80 182350 | 2 0.02 81.82 182869 | 2 0.02 81.84 182987 | 3 0.03 81.87 182990 | 2 0.02 81.89 183253 | 1 0.01 81.90 183370 | 3 0.03 81.93 183380 | 4 0.04 81.97 183823 | 4 0.04 82.01 183875 | 1 0.01 82.02 184125 | 2 0.02 82.04 184149 | 2 0.02 82.06 184558 | 2 0.02 82.08 184950 | 2 0.02 82.10 185103 | 3 0.03 82.13 185399 | 2 0.02 82.15 185528 | 4 0.04 82.19 185788 | 1 0.01 82.20 185850 | 2 0.02 82.22 186055 | 1 0.01 82.23 186558 | 2 0.02 82.25 186693 | 4 0.04 82.29 187058 | 1 0.01 82.30 188050 | 3 0.03 82.33 188306 | 2 0.02 82.35 188476 | 2 0.02 82.37 188689 | 4 0.04 82.41 188981 | 1 0.01 82.42 189600 | 2 0.02 82.44 189745 | 2 0.02 82.46 189900 | 2 0.02 82.48 190000 | 2 0.02 82.50 190210 | 1 0.01 82.51 190663 | 2 0.02 82.53 191085 | 2 0.02 82.55 191185 | 4 0.04 82.59 191220 | 3 0.03 82.62 191285 | 4 0.04 82.66 191313 | 4 0.04 82.70 191350 | 1 0.01 82.71 191728 | 4 0.04 82.75 192000 | 1 0.01 82.76 192487 | 4 0.04 82.80 192685 | 1 0.01 82.81 192700 | 2 0.02 82.83 193025 | 2 0.02 82.85 194000 | 5 0.05 82.90 194446 | 3 0.03 82.93 194475 | 3 0.03 82.96 194488 | 2 0.02 82.98 194900 | 2 0.02 83.00 195000 | 4 0.04 83.04 195100 | 1 0.01 83.05 195155 | 2 0.02 83.07 195500 | 2 0.02 83.09 195685 | 1 0.01 83.10 196050 | 2 0.02 83.12 196150 | 2 0.02 83.14 196345 | 6 0.06 83.20 196502 | 5 0.05 83.25 196888 | 3 0.03 83.28 197113 | 4 0.04 83.32 197350 | 1 0.01 83.33 198188 | 1 0.01 83.34 198567 | 2 0.02 83.36 198575 | 2 0.02 83.38 198677 | 5 0.05 83.43 199038 | 2 0.02 83.45 199885 | 2 0.02 83.47 200583 | 1 0.01 83.48 200642 | 4 0.04 83.52 200786 | 7 0.07 83.59 201054 | 1 0.01 83.60 201181 | 1 0.01 83.61 201678 | 2 0.02 83.63 201709 | 2 0.02 83.65 201872 | 2 0.02 83.67 202375 | 1 0.01 83.68 202460 | 2 0.02 83.70 202970 | 4 0.04 83.74 203350 | 1 0.01 83.75 203362 | 2 0.02 83.77 203944 | 5 0.05 83.82 203950 | 2 0.02 83.84 203955 | 2 0.02 83.86 204450 | 2 0.02 83.88 205012 | 3 0.03 83.91 205328 | 3 0.03 83.94 205607 | 2 0.02 83.96 205925 | 1 0.01 83.97 206278 | 2 0.02 83.99 206300 | 1 0.01 84.00 206475 | 5 0.05 84.05 206525 | 2 0.02 84.07 207299 | 2 0.02 84.09 207333 | 1 0.01 84.10 207389 | 2 0.02 84.12 207525 | 3 0.03 84.15 207800 | 1 0.01 84.16 208090 | 2 0.02 84.18 208417 | 2 0.02 84.20 208697 | 3 0.03 84.23 209215 | 3 0.03 84.26 209275 | 3 0.03 84.29 209460 | 4 0.04 84.33 209528 | 5 0.05 84.38 209563 | 3 0.03 84.41 209925 | 2 0.02 84.43 209978 | 2 0.02 84.45 210225 | 5 0.05 84.50 210241 | 2 0.02 84.52 210690 | 4 0.04 84.56 210850 | 2 0.02 84.58 211055 | 2 0.02 84.60 211337 | 2 0.02 84.62 211403 | 3 0.03 84.65 212000 | 1 0.01 84.66 212200 | 2 0.02 84.68 212295 | 2 0.02 84.70 212350 | 2 0.02 84.72 212530 | 4 0.04 84.76 212735 | 3 0.03 84.79 213030 | 5 0.05 84.84 213346 | 5 0.05 84.89 213902 | 2 0.02 84.91 214727 | 2 0.02 84.93 215155 | 3 0.03 84.96 215185 | 4 0.04 85.00 215340 | 2 0.02 85.02 215353 | 2 0.02 85.04 215378 | 3 0.03 85.07 215500 | 1 0.01 85.08 215613 | 2 0.02 85.10 215685 | 1 0.01 85.11 216102 | 2 0.02 85.13 216328 | 3 0.03 85.16 216565 | 2 0.02 85.18 216750 | 1 0.01 85.19 216925 | 1 0.01 85.20 217663 | 1 0.01 85.21 217687 | 2 0.02 85.23 217775 | 4 0.04 85.27 218500 | 1 0.01 85.28 218975 | 3 0.03 85.31 219163 | 2 0.02 85.33 219263 | 3 0.03 85.36 219425 | 3 0.03 85.39 219675 | 4 0.04 85.43 219750 | 2 0.02 85.45 220140 | 3 0.03 85.48 221163 | 2 0.02 85.50 221300 | 2 0.02 85.52 221870 | 4 0.04 85.56 222305 | 2 0.02 85.58 222905 | 3 0.03 85.61 224349 | 5 0.05 85.66 225000 | 5 0.05 85.71 226069 | 6 0.06 85.77 226800 | 2 0.02 85.79 227078 | 3 0.03 85.82 227548 | 4 0.04 85.86 228358 | 5 0.05 85.91 229045 | 4 0.04 85.95 229500 | 4 0.04 85.99 229530 | 3 0.03 86.02 230040 | 2 0.02 86.04 230500 | 1 0.01 86.05 230677 | 2 0.02 86.07 230850 | 3 0.03 86.10 231171 | 4 0.04 86.14 231923 | 1 0.01 86.15 232200 | 1 0.01 86.16 232302 | 2 0.02 86.18 232450 | 1 0.01 86.19 232739 | 4 0.04 86.23 233100 | 2 0.02 86.25 233500 | 1 0.01 86.26 233557 | 4 0.04 86.30 233819 | 4 0.04 86.34 234135 | 3 0.03 86.37 234185 | 2 0.02 86.39 235193 | 4 0.04 86.43 235350 | 2 0.02 86.45 236276 | 2 0.02 86.47 236280 | 2 0.02 86.49 236424 | 3 0.03 86.52 237058 | 2 0.02 86.54 237078 | 2 0.02 86.56 237369 | 2 0.02 86.58 237603 | 3 0.03 86.61 237905 | 1 0.01 86.62 238035 | 3 0.03 86.65 239172 | 5 0.05 86.70 239285 | 4 0.04 86.74 239838 | 4 0.04 86.78 240960 | 3 0.03 86.81 241028 | 2 0.02 86.83 242347 | 3 0.03 86.86 242567 | 4 0.04 86.90 242813 | 2 0.02 86.92 243300 | 6 0.06 86.98 243685 | 2 0.02 87.00 244475 | 2 0.02 87.02 244603 | 3 0.03 87.05 245000 | 6 0.06 87.11 245184 | 4 0.04 87.15 245870 | 2 0.02 87.17 246350 | 2 0.02 87.19 247000 | 1 0.01 87.20 247224 | 2 0.02 87.22 247605 | 2 0.02 87.24 247867 | 3 0.03 87.27 248565 | 2 0.02 87.29 248700 | 3 0.03 87.32 249084 | 2 0.02 87.34 249450 | 2 0.02 87.36 250000 | 3 0.03 87.39 250514 | 2 0.02 87.41 250750 | 3 0.03 87.44 251000 | 2 0.02 87.46 251419 | 5 0.05 87.51 251425 | 1 0.01 87.52 251763 | 1 0.01 87.53 251863 | 4 0.04 87.57 251985 | 1 0.01 87.58 252600 | 1 0.01 87.59 253217 | 1 0.01 87.60 253510 | 3 0.03 87.63 253852 | 4 0.04 87.67 254111 | 3 0.03 87.70 254273 | 4 0.04 87.74 255000 | 2 0.02 87.76 255040 | 4 0.04 87.80 255075 | 1 0.01 87.81 255500 | 1 0.01 87.82 255650 | 1 0.01 87.83 255685 | 6 0.06 87.89 256950 | 2 0.02 87.91 257275 | 1 0.01 87.92 257587 | 1 0.01 87.93 258000 | 2 0.02 87.95 258481 | 2 0.02 87.97 258555 | 5 0.05 88.02 258702 | 2 0.02 88.04 259350 | 3 0.03 88.07 260153 | 4 0.04 88.11 260943 | 3 0.03 88.14 261000 | 2 0.02 88.16 261235 | 2 0.02 88.18 261990 | 2 0.02 88.20 262155 | 3 0.03 88.23 262843 | 5 0.05 88.28 263000 | 4 0.04 88.32 263128 | 2 0.02 88.34 263288 | 2 0.02 88.36 264688 | 3 0.03 88.39 265127 | 3 0.03 88.42 265263 | 2 0.02 88.44 265463 | 4 0.04 88.48 265825 | 1 0.01 88.49 266725 | 4 0.04 88.53 267575 | 1 0.01 88.54 267655 | 1 0.01 88.55 267714 | 3 0.03 88.58 268054 | 4 0.04 88.62 268554 | 2 0.02 88.64 269005 | 2 0.02 88.66 269450 | 1 0.01 88.67 270500 | 2 0.02 88.69 270625 | 2 0.02 88.71 271200 | 3 0.03 88.74 273400 | 1 0.01 88.75 273508 | 4 0.04 88.79 274500 | 2 0.02 88.81 274546 | 3 0.03 88.84 274779 | 1 0.01 88.85 274874 | 1 0.01 88.86 275520 | 2 0.02 88.88 275813 | 2 0.02 88.90 276060 | 2 0.02 88.92 276387 | 4 0.04 88.96 277415 | 3 0.03 88.99 277850 | 2 0.02 89.01 278300 | 7 0.07 89.08 278377 | 1 0.01 89.09 278735 | 4 0.04 89.13 278872 | 1 0.01 89.14 279261 | 2 0.02 89.16 279573 | 3 0.03 89.19 279725 | 5 0.05 89.24 280511 | 2 0.02 89.26 281457 | 4 0.04 89.30 281488 | 3 0.03 89.33 281685 | 1 0.01 89.34 281700 | 1 0.01 89.35 282550 | 1 0.01 89.36 282750 | 4 0.04 89.40 282992 | 2 0.02 89.42 283478 | 1 0.01 89.43 283625 | 1 0.01 89.44 283685 | 2 0.02 89.46 284177 | 1 0.01 89.47 284576 | 2 0.02 89.49 284755 | 2 0.02 89.51 285962 | 2 0.02 89.53 286027 | 4 0.04 89.57 286900 | 5 0.05 89.62 287220 | 3 0.03 89.65 287700 | 3 0.03 89.68 287750 | 2 0.02 89.70 288160 | 3 0.03 89.73 289230 | 3 0.03 89.76 289370 | 2 0.02 89.78 289636 | 4 0.04 89.82 290252 | 2 0.02 89.84 291650 | 4 0.04 89.88 291675 | 3 0.03 89.91 291710 | 2 0.02 89.93 291915 | 2 0.02 89.95 292014 | 2 0.02 89.97 292685 | 2 0.02 89.99 292950 | 2 0.02 90.01 292999 | 1 0.01 90.02 295375 | 2 0.02 90.04 295578 | 2 0.02 90.06 295583 | 2 0.02 90.08 296685 | 2 0.02 90.10 297127 | 4 0.04 90.14 297140 | 4 0.04 90.18 297463 | 4 0.04 90.22 297655 | 1 0.01 90.23 297700 | 2 0.02 90.25 298370 | 5 0.05 90.30 298375 | 2 0.02 90.32 298685 | 1 0.01 90.33 298760 | 5 0.05 90.38 299578 | 2 0.02 90.40 299785 | 3 0.03 90.43 299935 | 2 0.02 90.45 299999 | 2 0.02 90.47 303605 | 3 0.03 90.50 304837 | 2 0.02 90.52 305085 | 1 0.01 90.53 305100 | 2 0.02 90.55 305985 | 4 0.04 90.59 306150 | 1 0.01 90.60 306600 | 4 0.04 90.64 307008 | 2 0.02 90.66 307437 | 2 0.02 90.68 308594 | 2 0.02 90.70 308828 | 4 0.04 90.74 309156 | 4 0.04 90.78 309650 | 1 0.01 90.79 309683 | 1 0.01 90.80 309895 | 5 0.05 90.85 310591 | 1 0.01 90.86 310687 | 4 0.04 90.90 310971 | 2 0.02 90.92 311700 | 4 0.04 90.96 311975 | 3 0.03 90.99 312600 | 2 0.02 91.01 313228 | 2 0.02 91.03 313294 | 4 0.04 91.07 314675 | 2 0.02 91.09 315000 | 2 0.02 91.11 315500 | 2 0.02 91.13 316050 | 4 0.04 91.17 316784 | 2 0.02 91.19 316802 | 1 0.01 91.20 317000 | 2 0.02 91.22 318090 | 2 0.02 91.24 319058 | 2 0.02 91.26 320125 | 2 0.02 91.28 320250 | 1 0.01 91.29 320500 | 1 0.01 91.30 321598 | 4 0.04 91.34 323135 | 1 0.01 91.35 324630 | 4 0.04 91.39 324977 | 2 0.02 91.41 325601 | 4 0.04 91.45 325910 | 3 0.03 91.48 325931 | 3 0.03 91.51 325952 | 2 0.02 91.53 326016 | 1 0.01 91.54 326125 | 4 0.04 91.58 327370 | 2 0.02 91.60 327900 | 2 0.02 91.62 328228 | 2 0.02 91.64 329175 | 6 0.06 91.70 331000 | 1 0.01 91.71 332625 | 4 0.04 91.75 332696 | 1 0.01 91.76 333036 | 2 0.02 91.78 333669 | 4 0.04 91.82 333950 | 2 0.02 91.84 335784 | 2 0.02 91.86 335940 | 3 0.03 91.89 336490 | 3 0.03 91.92 336735 | 3 0.03 91.95 336746 | 3 0.03 91.98 336985 | 2 0.02 92.00 337500 | 2 0.02 92.02 337825 | 2 0.02 92.04 338044 | 2 0.02 92.06 339325 | 1 0.01 92.07 341000 | 3 0.03 92.10 341050 | 2 0.02 92.12 341885 | 6 0.06 92.18 343450 | 4 0.04 92.22 343931 | 2 0.02 92.24 345186 | 2 0.02 92.26 345250 | 3 0.03 92.29 345275 | 1 0.01 92.30 348641 | 1 0.01 92.31 348945 | 6 0.06 92.37 350900 | 2 0.02 92.39 351455 | 3 0.03 92.42 351548 | 2 0.02 92.44 353043 | 2 0.02 92.46 353463 | 2 0.02 92.48 355020 | 2 0.02 92.50 356230 | 4 0.04 92.54 356535 | 2 0.02 92.56 356575 | 3 0.03 92.59 357200 | 2 0.02 92.61 357875 | 2 0.02 92.63 357999 | 4 0.04 92.67 358670 | 3 0.03 92.70 360357 | 2 0.02 92.72 360368 | 4 0.04 92.76 360737 | 2 0.02 92.78 362875 | 2 0.02 92.80 365200 | 2 0.02 92.82 365370 | 2 0.02 92.84 366078 | 2 0.02 92.86 367191 | 5 0.05 92.91 368000 | 2 0.02 92.93 369800 | 4 0.04 92.97 370418 | 2 0.02 92.99 371365 | 1 0.01 93.00 373670 | 3 0.03 93.03 374388 | 3 0.03 93.06 374550 | 2 0.02 93.08 377450 | 1 0.01 93.09 377735 | 2 0.02 93.11 377940 | 2 0.02 93.13 378135 | 2 0.02 93.15 378452 | 2 0.02 93.17 379127 | 2 0.02 93.19 379938 | 1 0.01 93.20 381134 | 3 0.03 93.23 381749 | 4 0.04 93.27 383160 | 2 0.02 93.29 385657 | 3 0.03 93.32 386978 | 3 0.03 93.35 387939 | 2 0.02 93.37 388191 | 2 0.02 93.39 389200 | 2 0.02 93.41 389500 | 4 0.04 93.45 389570 | 2 0.02 93.47 390985 | 1 0.01 93.48 393308 | 2 0.02 93.50 395078 | 2 0.02 93.52 396595 | 4 0.04 93.56 396728 | 2 0.02 93.58 396852 | 4 0.04 93.62 398351 | 2 0.02 93.64 399277 | 2 0.02 93.66 401000 | 4 0.04 93.70 403727 | 2 0.02 93.72 404741 | 2 0.02 93.74 404950 | 1 0.01 93.75 405050 | 2 0.02 93.77 405400 | 2 0.02 93.79 406370 | 2 0.02 93.81 407000 | 2 0.02 93.83 407837 | 2 0.02 93.85 408645 | 8 0.08 93.93 408670 | 6 0.06 93.99 409775 | 1 0.01 94.00 411103 | 2 0.02 94.02 411500 | 5 0.05 94.07 413350 | 4 0.04 94.11 413428 | 2 0.02 94.13 413553 | 2 0.02 94.15 414706 | 2 0.02 94.17 415213 | 4 0.04 94.21 415755 | 1 0.01 94.22 415820 | 2 0.02 94.24 415870 | 4 0.04 94.28 416775 | 2 0.02 94.30 418223 | 2 0.02 94.32 419271 | 2 0.02 94.34 420000 | 1 0.01 94.35 420168 | 1 0.01 94.36 420377 | 2 0.02 94.38 421575 | 2 0.02 94.40 422985 | 6 0.06 94.46 424839 | 2 0.02 94.48 425165 | 4 0.04 94.52 432508 | 6 0.06 94.58 432825 | 2 0.02 94.60 433928 | 1 0.01 94.61 434228 | 2 0.02 94.63 434885 | 4 0.04 94.67 436588 | 3 0.03 94.70 437000 | 2 0.02 94.72 438653 | 2 0.02 94.74 439749 | 1 0.01 94.75 440732 | 2 0.02 94.77 445462 | 5 0.05 94.82 448200 | 3 0.03 94.85 448432 | 2 0.02 94.87 450650 | 2 0.02 94.89 451725 | 1 0.01 94.90 453256 | 1 0.01 94.91 453790 | 4 0.04 94.95 455227 | 2 0.02 94.97 455276 | 4 0.04 95.01 455300 | 1 0.01 95.02 455370 | 2 0.02 95.04 455808 | 3 0.03 95.07 457403 | 2 0.02 95.09 457449 | 1 0.01 95.10 458177 | 2 0.02 95.12 462592 | 2 0.02 95.14 464244 | 2 0.02 95.16 465263 | 2 0.02 95.18 471055 | 2 0.02 95.20 471387 | 4 0.04 95.24 471768 | 1 0.01 95.25 472725 | 4 0.04 95.29 473500 | 2 0.02 95.31 476350 | 1 0.01 95.32 478600 | 4 0.04 95.36 478760 | 5 0.05 95.41 480530 | 2 0.02 95.43 480685 | 2 0.02 95.45 482912 | 5 0.05 95.50 483302 | 2 0.02 95.52 486824 | 4 0.04 95.56 486972 | 2 0.02 95.58 489121 | 4 0.04 95.62 490895 | 3 0.03 95.65 492000 | 2 0.02 95.67 499600 | 2 0.02 95.69 500122 | 2 0.02 95.71 507946 | 2 0.02 95.73 508110 | 1 0.01 95.74 509288 | 1 0.01 95.75 512450 | 5 0.05 95.80 512949 | 4 0.04 95.84 514690 | 2 0.02 95.86 515739 | 2 0.02 95.88 516600 | 1 0.01 95.89 517035 | 2 0.02 95.91 525275 | 5 0.05 95.96 525525 | 1 0.01 95.97 526013 | 2 0.02 95.99 529899 | 4 0.04 96.03 534550 | 1 0.01 96.04 537555 | 3 0.03 96.07 538200 | 4 0.04 96.11 546318 | 2 0.02 96.13 547780 | 2 0.02 96.15 547810 | 2 0.02 96.17 549175 | 2 0.02 96.19 550524 | 2 0.02 96.21 555974 | 2 0.02 96.23 556205 | 1 0.01 96.24 557300 | 4 0.04 96.28 559620 | 2 0.02 96.30 561675 | 4 0.04 96.34 566812 | 4 0.04 96.38 570225 | 2 0.02 96.40 574688 | 2 0.02 96.42 576194 | 2 0.02 96.44 577464 | 2 0.02 96.46 577550 | 4 0.04 96.50 582028 | 2 0.02 96.52 582156 | 2 0.02 96.54 583213 | 1 0.01 96.55 583675 | 3 0.03 96.58 590353 | 4 0.04 96.62 591075 | 2 0.02 96.64 596525 | 2 0.02 96.66 601682 | 1 0.01 96.67 604154 | 2 0.02 96.69 607895 | 1 0.01 96.70 608361 | 2 0.02 96.72 613300 | 1 0.01 96.73 618370 | 4 0.04 96.77 622400 | 1 0.01 96.78 622839 | 2 0.02 96.80 626533 | 2 0.02 96.82 632228 | 2 0.02 96.84 635792 | 1 0.01 96.85 637350 | 2 0.02 96.87 637474 | 1 0.01 96.88 638750 | 2 0.02 96.90 639299 | 2 0.02 96.92 640003 | 3 0.03 96.95 645554 | 2 0.02 96.97 654864 | 1 0.01 96.98 657281 | 2 0.02 97.00 658718 | 2 0.02 97.02 660533 | 2 0.02 97.04 660677 | 1 0.01 97.05 661950 | 2 0.02 97.07 666370 | 2 0.02 97.09 666605 | 2 0.02 97.11 666850 | 2 0.02 97.13 667386 | 2 0.02 97.15 674013 | 3 0.03 97.18 679490 | 2 0.02 97.20 681500 | 2 0.02 97.22 682370 | 5 0.05 97.27 684656 | 3 0.03 97.30 685000 | 3 0.03 97.33 688950 | 2 0.02 97.35 691170 | 2 0.02 97.37 698770 | 2 0.02 97.39 698875 | 4 0.04 97.43 702827 | 2 0.02 97.45 703678 | 3 0.03 97.48 705017 | 2 0.02 97.50 706552 | 2 0.02 97.52 706863 | 2 0.02 97.54 711329 | 4 0.04 97.58 711415 | 2 0.02 97.60 713864 | 3 0.03 97.63 715300 | 2 0.02 97.65 719150 | 2 0.02 97.67 719720 | 2 0.02 97.69 720001 | 4 0.04 97.73 725410 | 1 0.01 97.74 727638 | 2 0.02 97.76 727715 | 2 0.02 97.78 729850 | 2 0.02 97.80 731700 | 4 0.04 97.84 738518 | 1 0.01 97.85 746093 | 3 0.03 97.88 748398 | 2 0.02 97.90 749813 | 2 0.02 97.92 750688 | 1 0.01 97.93 751531 | 2 0.02 97.95 752500 | 1 0.01 97.96 754700 | 1 0.01 97.97 755855 | 2 0.02 97.99 756375 | 2 0.02 98.01 758183 | 2 0.02 98.03 776577 | 2 0.02 98.05 783978 | 4 0.04 98.09 785866 | 1 0.01 98.10 788500 | 2 0.02 98.12 796563 | 3 0.03 98.15 804748 | 2 0.02 98.17 804950 | 2 0.02 98.19 825400 | 2 0.02 98.21 828540 | 2 0.02 98.23 842338 | 2 0.02 98.25 845800 | 1 0.01 98.26 861566 | 3 0.03 98.29 870125 | 3 0.03 98.32 887713 | 2 0.02 98.34 903185 | 2 0.02 98.36 906240 | 2 0.02 98.38 914853 | 2 0.02 98.40 915408 | 4 0.04 98.44 927827 | 2 0.02 98.46 929676 | 2 0.02 98.48 932722 | 2 0.02 98.50 950113 | 2 0.02 98.52 984807 | 1 0.01 98.53 988509 | 3 0.03 98.56 989528 | 1 0.01 98.57 1002120 | 2 0.02 98.59 1013863 | 1 0.01 98.60 1017314 | 3 0.03 98.63 1019495 | 2 0.02 98.65 1027930 | 7 0.07 98.72 1040870 | 2 0.02 98.74 1056925 | 1 0.01 98.75 1089374 | 2 0.02 98.77 1101000 | 1 0.01 98.78 1103834 | 5 0.05 98.83 1104130 | 3 0.03 98.86 1104475 | 2 0.02 98.88 1109165 | 2 0.02 98.90 1126450 | 4 0.04 98.94 1139568 | 5 0.05 98.99 1193827 | 3 0.03 99.02 1208100 | 2 0.02 99.04 1220923 | 4 0.04 99.08 1245570 | 1 0.01 99.09 1289201 | 2 0.02 99.11 1295310 | 2 0.02 99.13 1325715 | 2 0.02 99.15 1343000 | 1 0.01 99.16 1374995 | 5 0.05 99.21 1497640 | 5 0.05 99.26 1528542 | 2 0.02 99.28 1553978 | 2 0.02 99.30 1558875 | 2 0.02 99.32 1592011 | 4 0.04 99.36 1611670 | 1 0.01 99.37 1638050 | 3 0.03 99.40 1648583 | 1 0.01 99.41 1659012 | 2 0.02 99.43 1662963 | 4 0.04 99.47 1683233 | 2 0.02 99.49 1690022 | 3 0.03 99.52 1742419 | 2 0.02 99.54 1829227 | 2 0.02 99.56 2036951 | 3 0.03 99.59 2068122 | 5 0.05 99.64 2134285 | 2 0.02 99.66 2178108 | 5 0.05 99.71 2299600 | 2 0.02 99.73 2445254 | 2 0.02 99.75 2531400 | 2 0.02 99.77 2712079 | 4 0.04 99.81 3150290 | 2 0.02 99.83 3163713 | 2 0.02 99.85 3241247 | 2 0.02 99.87 3536800 | 2 0.02 99.89 4098058 | 5 0.05 99.94 5053449 | 4 0.04 99.98 1.00e+08 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhtheq variable in sipp1996tm96puw9 dataset : RE: Home Equity recode | Freq. Percent Cum. ------------------------+----------------------------------- -170000 | 5 0.05 0.05 -126840 | 3 0.03 0.08 -110000 | 3 0.03 0.11 -100000 | 4 0.04 0.15 -94000 | 4 0.04 0.19 -93881 | 3 0.03 0.22 -78700 | 4 0.04 0.26 -67000 | 2 0.02 0.28 -59000 | 1 0.01 0.29 -55301 | 4 0.04 0.33 -55000 | 3 0.03 0.36 -52135 | 1 0.01 0.37 -51000 | 1 0.01 0.38 -50001 | 5 0.05 0.43 -50000 | 5 0.05 0.48 -49800 | 2 0.02 0.50 -36000 | 3 0.03 0.53 -35300 | 1 0.01 0.54 -32300 | 11 0.11 0.65 -32000 | 2 0.02 0.67 -30001 | 8 0.08 0.75 -30000 | 8 0.08 0.83 -26000 | 6 0.06 0.89 -23001 | 5 0.05 0.94 -22000 | 3 0.03 0.97 -21875 | 1 0.01 0.98 -21000 | 2 0.02 1.00 -20301 | 5 0.05 1.05 -19000 | 5 0.05 1.10 -17001 | 4 0.04 1.14 -17000 | 8 0.08 1.22 -16000 | 10 0.10 1.32 -15001 | 5 0.05 1.37 -15000 | 6 0.06 1.43 -14001 | 2 0.02 1.45 -13910 | 1 0.01 1.46 -13720 | 1 0.01 1.47 -13001 | 2 0.02 1.49 -12000 | 2 0.02 1.51 -11001 | 4 0.04 1.55 -11000 | 7 0.07 1.62 -10000 | 3 0.03 1.65 -9824 | 2 0.02 1.67 -9000 | 2 0.02 1.69 -8001 | 4 0.04 1.73 -8000 | 8 0.08 1.81 -7850 | 2 0.02 1.83 -7000 | 4 0.04 1.87 -5000 | 5 0.05 1.92 -4500 | 3 0.03 1.95 -4001 | 6 0.06 2.01 -4000 | 3 0.03 2.04 -3500 | 3 0.03 2.07 -2887 | 1 0.01 2.08 -2500 | 2 0.02 2.10 -2300 | 2 0.02 2.12 -2001 | 4 0.04 2.16 -2000 | 9 0.09 2.25 -1244 | 6 0.06 2.31 -1001 | 2 0.02 2.33 -1000 | 4 0.04 2.37 -940 | 3 0.03 2.40 -500 | 2 0.02 2.42 -201 | 4 0.04 2.46 None or Not in universe | 2,746 27.46 29.92 1 | 3 0.03 29.95 2 | 2 0.02 29.97 80 | 2 0.02 29.99 125 | 6 0.06 30.05 145 | 2 0.02 30.07 150 | 2 0.02 30.09 500 | 11 0.11 30.20 700 | 1 0.01 30.21 999 | 3 0.03 30.24 1000 | 31 0.31 30.55 1500 | 11 0.11 30.66 1900 | 2 0.02 30.68 2000 | 38 0.38 31.06 2300 | 1 0.01 31.07 2500 | 14 0.14 31.21 2568 | 1 0.01 31.22 2999 | 3 0.03 31.25 3000 | 63 0.63 31.88 3600 | 5 0.05 31.93 3900 | 1 0.01 31.94 3982 | 2 0.02 31.96 3999 | 4 0.04 32.00 4000 | 17 0.17 32.17 4400 | 3 0.03 32.20 4500 | 1 0.01 32.21 4999 | 7 0.07 32.28 5000 | 80 0.80 33.08 5100 | 1 0.01 33.09 5499 | 5 0.05 33.14 5500 | 4 0.04 33.18 5999 | 3 0.03 33.21 6000 | 22 0.22 33.43 6300 | 4 0.04 33.47 6500 | 5 0.05 33.52 6999 | 11 0.11 33.63 7000 | 68 0.68 34.31 7150 | 2 0.02 34.33 7252 | 6 0.06 34.39 7500 | 8 0.08 34.47 7799 | 3 0.03 34.50 7998 | 3 0.03 34.53 8000 | 60 0.60 35.13 8076 | 9 0.09 35.22 8500 | 3 0.03 35.25 8800 | 3 0.03 35.28 8999 | 9 0.09 35.37 9000 | 27 0.27 35.64 9500 | 4 0.04 35.68 9662 | 5 0.05 35.73 9964 | 3 0.03 35.76 9999 | 2 0.02 35.78 10000 | 97 0.97 36.75 10919 | 2 0.02 36.77 10999 | 4 0.04 36.81 11000 | 37 0.37 37.18 11840 | 1 0.01 37.19 12000 | 54 0.54 37.73 12999 | 8 0.08 37.81 13000 | 28 0.28 38.09 13199 | 1 0.01 38.10 13914 | 1 0.01 38.11 13955 | 2 0.02 38.13 14000 | 22 0.22 38.35 14659 | 2 0.02 38.37 15000 | 115 1.15 39.52 15900 | 1 0.01 39.53 16000 | 32 0.32 39.85 16015 | 2 0.02 39.87 16195 | 4 0.04 39.91 16400 | 3 0.03 39.94 16500 | 3 0.03 39.97 16867 | 4 0.04 40.01 16999 | 9 0.09 40.10 17000 | 29 0.29 40.39 17100 | 4 0.04 40.43 17500 | 2 0.02 40.45 17999 | 9 0.09 40.54 18000 | 41 0.41 40.95 18400 | 4 0.04 40.99 18500 | 2 0.02 41.01 18999 | 6 0.06 41.07 19000 | 26 0.26 41.33 19200 | 3 0.03 41.36 19262 | 6 0.06 41.42 19400 | 1 0.01 41.43 19900 | 2 0.02 41.45 19999 | 5 0.05 41.50 20000 | 127 1.27 42.77 20200 | 4 0.04 42.81 20400 | 1 0.01 42.82 20500 | 1 0.01 42.83 20999 | 5 0.05 42.88 21000 | 56 0.56 43.44 21899 | 4 0.04 43.48 21999 | 3 0.03 43.51 22000 | 48 0.48 43.99 22271 | 4 0.04 44.03 22400 | 8 0.08 44.11 22500 | 5 0.05 44.16 22999 | 1 0.01 44.17 23000 | 40 0.40 44.57 23812 | 4 0.04 44.61 23999 | 4 0.04 44.65 24000 | 35 0.35 45.00 24100 | 1 0.01 45.01 24300 | 2 0.02 45.03 24427 | 3 0.03 45.06 24500 | 1 0.01 45.07 24911 | 2 0.02 45.09 24999 | 5 0.05 45.14 25000 | 133 1.33 46.47 25100 | 1 0.01 46.48 25900 | 5 0.05 46.53 26000 | 26 0.26 46.79 26250 | 2 0.02 46.81 26798 | 2 0.02 46.83 26999 | 4 0.04 46.87 27000 | 23 0.23 47.10 27176 | 2 0.02 47.12 27500 | 4 0.04 47.16 27713 | 4 0.04 47.20 27999 | 8 0.08 47.28 28000 | 65 0.65 47.93 28400 | 4 0.04 47.97 28499 | 3 0.03 48.00 28999 | 5 0.05 48.05 29000 | 28 0.28 48.33 29500 | 1 0.01 48.34 29800 | 2 0.02 48.36 30000 | 170 1.70 50.06 30999 | 18 0.18 50.24 31000 | 39 0.39 50.63 31200 | 2 0.02 50.65 31999 | 3 0.03 50.68 32000 | 55 0.55 51.23 32400 | 4 0.04 51.27 32499 | 1 0.01 51.28 32900 | 2 0.02 51.30 33000 | 32 0.32 51.62 33500 | 3 0.03 51.65 33999 | 10 0.10 51.75 34000 | 24 0.24 51.99 34242 | 3 0.03 52.02 34500 | 2 0.02 52.04 34911 | 1 0.01 52.05 34999 | 4 0.04 52.09 35000 | 112 1.12 53.21 35500 | 12 0.12 53.33 35999 | 12 0.12 53.45 36000 | 39 0.39 53.84 36500 | 6 0.06 53.90 36700 | 2 0.02 53.92 36800 | 3 0.03 53.95 36999 | 3 0.03 53.98 37000 | 22 0.22 54.20 37999 | 1 0.01 54.21 38000 | 25 0.25 54.46 38499 | 2 0.02 54.48 38999 | 3 0.03 54.51 39000 | 22 0.22 54.73 39200 | 2 0.02 54.75 40000 | 127 1.27 56.02 40399 | 1 0.01 56.03 40999 | 10 0.10 56.13 41000 | 23 0.23 56.36 41500 | 5 0.05 56.41 41800 | 5 0.05 56.46 42000 | 27 0.27 56.73 42178 | 4 0.04 56.77 42999 | 11 0.11 56.88 43000 | 36 0.36 57.24 43500 | 3 0.03 57.27 43999 | 11 0.11 57.38 44000 | 20 0.20 57.58 44075 | 2 0.02 57.60 44500 | 3 0.03 57.63 44999 | 11 0.11 57.74 45000 | 83 0.83 58.57 46000 | 27 0.27 58.84 46400 | 5 0.05 58.89 46999 | 9 0.09 58.98 47000 | 22 0.22 59.20 47999 | 4 0.04 59.24 48000 | 65 0.65 59.89 48499 | 2 0.02 59.91 48500 | 4 0.04 59.95 48999 | 2 0.02 59.97 49000 | 21 0.21 60.18 49999 | 2 0.02 60.20 50000 | 223 2.23 62.43 50213 | 4 0.04 62.47 50400 | 2 0.02 62.49 50999 | 5 0.05 62.54 51000 | 24 0.24 62.78 51276 | 3 0.03 62.81 51455 | 4 0.04 62.85 51476 | 1 0.01 62.86 51999 | 4 0.04 62.90 52000 | 15 0.15 63.05 53000 | 18 0.18 63.23 53500 | 4 0.04 63.27 53999 | 5 0.05 63.32 54000 | 41 0.41 63.73 54200 | 2 0.02 63.75 54835 | 3 0.03 63.78 54998 | 5 0.05 63.83 54999 | 6 0.06 63.89 55000 | 128 1.28 65.17 55999 | 6 0.06 65.23 56000 | 20 0.20 65.43 57000 | 41 0.41 65.84 57700 | 2 0.02 65.86 57999 | 9 0.09 65.95 58000 | 19 0.19 66.14 58199 | 4 0.04 66.18 58300 | 2 0.02 66.20 59000 | 9 0.09 66.29 59100 | 5 0.05 66.34 59500 | 4 0.04 66.38 60000 | 191 1.91 68.29 60999 | 4 0.04 68.33 61000 | 12 0.12 68.45 61500 | 8 0.08 68.53 61700 | 1 0.01 68.54 61999 | 13 0.13 68.67 62000 | 22 0.22 68.89 62307 | 2 0.02 68.91 62739 | 4 0.04 68.95 62999 | 5 0.05 69.00 63000 | 20 0.20 69.20 63499 | 4 0.04 69.24 64000 | 12 0.12 69.36 64999 | 2 0.02 69.38 65000 | 99 0.99 70.37 65607 | 1 0.01 70.38 65799 | 1 0.01 70.39 65999 | 1 0.01 70.40 66000 | 18 0.18 70.58 66706 | 4 0.04 70.62 66999 | 2 0.02 70.64 67000 | 23 0.23 70.87 67700 | 2 0.02 70.89 68000 | 40 0.40 71.29 68999 | 5 0.05 71.34 69000 | 27 0.27 71.61 69240 | 2 0.02 71.63 69859 | 4 0.04 71.67 69999 | 2 0.02 71.69 70000 | 140 1.40 73.09 70240 | 2 0.02 73.11 70467 | 4 0.04 73.15 70800 | 2 0.02 73.17 71000 | 3 0.03 73.20 71999 | 5 0.05 73.25 72000 | 25 0.25 73.50 73000 | 35 0.35 73.85 73500 | 3 0.03 73.88 74000 | 14 0.14 74.02 74999 | 6 0.06 74.08 75000 | 121 1.21 75.29 75299 | 2 0.02 75.31 75998 | 1 0.01 75.32 76000 | 13 0.13 75.45 77000 | 15 0.15 75.60 77647 | 6 0.06 75.66 77960 | 3 0.03 75.69 77999 | 11 0.11 75.80 78000 | 27 0.27 76.07 78199 | 2 0.02 76.09 78500 | 2 0.02 76.11 78900 | 6 0.06 76.17 79000 | 18 0.18 76.35 79453 | 1 0.01 76.36 79500 | 4 0.04 76.40 79900 | 2 0.02 76.42 79999 | 4 0.04 76.46 80000 | 131 1.31 77.77 81000 | 6 0.06 77.83 82000 | 27 0.27 78.10 82500 | 3 0.03 78.13 82900 | 6 0.06 78.19 82999 | 4 0.04 78.23 83000 | 24 0.24 78.47 83999 | 3 0.03 78.50 84000 | 13 0.13 78.63 85000 | 73 0.73 79.36 85999 | 10 0.10 79.46 86000 | 4 0.04 79.50 86999 | 3 0.03 79.53 87000 | 6 0.06 79.59 87999 | 3 0.03 79.62 88000 | 11 0.11 79.73 89000 | 19 0.19 79.92 89199 | 2 0.02 79.94 89465 | 4 0.04 79.98 89800 | 2 0.02 80.00 89999 | 4 0.04 80.04 90000 | 86 0.86 80.90 90499 | 3 0.03 80.93 91000 | 4 0.04 80.97 91800 | 2 0.02 80.99 91999 | 6 0.06 81.05 92000 | 13 0.13 81.18 92500 | 4 0.04 81.22 93000 | 13 0.13 81.35 93300 | 3 0.03 81.38 93999 | 6 0.06 81.44 94000 | 11 0.11 81.55 95000 | 31 0.31 81.86 95399 | 4 0.04 81.90 96000 | 8 0.08 81.98 97000 | 6 0.06 82.04 97299 | 5 0.05 82.09 98000 | 7 0.07 82.16 98999 | 4 0.04 82.20 99000 | 8 0.08 82.28 99300 | 4 0.04 82.32 99999 | 8 0.08 82.40 100000 | 217 2.17 84.57 101000 | 6 0.06 84.63 102000 | 17 0.17 84.80 103000 | 7 0.07 84.87 104000 | 4 0.04 84.91 104999 | 5 0.05 84.96 105000 | 11 0.11 85.07 105200 | 2 0.02 85.09 105599 | 7 0.07 85.16 107000 | 12 0.12 85.28 107500 | 4 0.04 85.32 108100 | 6 0.06 85.38 108500 | 2 0.02 85.40 108999 | 2 0.02 85.42 109000 | 5 0.05 85.47 109999 | 3 0.03 85.50 110000 | 69 0.69 86.19 111000 | 11 0.11 86.30 112000 | 5 0.05 86.35 113000 | 5 0.05 86.40 113599 | 4 0.04 86.44 114000 | 18 0.18 86.62 114499 | 4 0.04 86.66 114999 | 4 0.04 86.70 115000 | 50 0.50 87.20 116000 | 5 0.05 87.25 116300 | 4 0.04 87.29 117000 | 13 0.13 87.42 117999 | 7 0.07 87.49 118000 | 8 0.08 87.57 118600 | 1 0.01 87.58 118885 | 3 0.03 87.61 119000 | 7 0.07 87.68 119999 | 9 0.09 87.77 120000 | 69 0.69 88.46 121000 | 3 0.03 88.49 122000 | 13 0.13 88.62 122999 | 6 0.06 88.68 123000 | 2 0.02 88.70 124000 | 3 0.03 88.73 124575 | 2 0.02 88.75 125000 | 85 0.85 89.60 127000 | 11 0.11 89.71 128000 | 6 0.06 89.77 129000 | 8 0.08 89.85 130000 | 58 0.58 90.43 130500 | 2 0.02 90.45 131000 | 9 0.09 90.54 131100 | 2 0.02 90.56 132000 | 8 0.08 90.64 133000 | 1 0.01 90.65 133600 | 4 0.04 90.69 134800 | 1 0.01 90.70 135000 | 28 0.28 90.98 135214 | 2 0.02 91.00 136000 | 2 0.02 91.02 136564 | 2 0.02 91.04 137000 | 2 0.02 91.06 138000 | 4 0.04 91.10 139000 | 1 0.01 91.11 139999 | 4 0.04 91.15 140000 | 44 0.44 91.59 141999 | 4 0.04 91.63 142000 | 2 0.02 91.65 143000 | 5 0.05 91.70 143800 | 5 0.05 91.75 143999 | 2 0.02 91.77 144000 | 5 0.05 91.82 144958 | 3 0.03 91.85 144998 | 2 0.02 91.87 145000 | 16 0.16 92.03 146000 | 2 0.02 92.05 148999 | 4 0.04 92.09 149000 | 2 0.02 92.11 149500 | 3 0.03 92.14 150000 | 104 1.04 93.18 155000 | 4 0.04 93.22 156000 | 5 0.05 93.27 156999 | 4 0.04 93.31 157000 | 3 0.03 93.34 159895 | 5 0.05 93.39 160000 | 49 0.49 93.88 161000 | 5 0.05 93.93 163000 | 4 0.04 93.97 165000 | 28 0.28 94.25 165500 | 1 0.01 94.26 167000 | 8 0.08 94.34 169000 | 3 0.03 94.37 169999 | 1 0.01 94.38 170000 | 37 0.37 94.75 171000 | 1 0.01 94.76 172000 | 1 0.01 94.77 174000 | 2 0.02 94.79 175000 | 45 0.45 95.24 176999 | 2 0.02 95.26 178000 | 10 0.10 95.36 179000 | 4 0.04 95.40 179999 | 2 0.02 95.42 180000 | 15 0.15 95.57 181000 | 2 0.02 95.59 183000 | 4 0.04 95.63 184999 | 2 0.02 95.65 185000 | 26 0.26 95.91 188000 | 5 0.05 95.96 189000 | 4 0.04 96.00 190000 | 18 0.18 96.18 194000 | 4 0.04 96.22 195000 | 4 0.04 96.26 198000 | 5 0.05 96.31 200000 | 62 0.62 96.93 210000 | 6 0.06 96.99 213000 | 4 0.04 97.03 215000 | 8 0.08 97.11 216000 | 3 0.03 97.14 217550 | 2 0.02 97.16 220000 | 3 0.03 97.19 221999 | 4 0.04 97.23 225000 | 19 0.19 97.42 227000 | 1 0.01 97.43 230000 | 2 0.02 97.45 235000 | 6 0.06 97.51 237200 | 4 0.04 97.55 239999 | 2 0.02 97.57 240000 | 7 0.07 97.64 240571 | 4 0.04 97.68 242000 | 6 0.06 97.74 247000 | 2 0.02 97.76 249999 | 7 0.07 97.83 250000 | 56 0.56 98.39 250226 | 4 0.04 98.43 254000 | 4 0.04 98.47 258000 | 6 0.06 98.53 265000 | 8 0.08 98.61 267000 | 8 0.08 98.69 269000 | 4 0.04 98.73 274000 | 2 0.02 98.75 275000 | 8 0.08 98.83 280000 | 3 0.03 98.86 294999 | 2 0.02 98.88 295000 | 1 0.01 98.89 300000 | 26 0.26 99.15 309999 | 3 0.03 99.18 310000 | 8 0.08 99.26 320000 | 1 0.01 99.27 325000 | 4 0.04 99.31 330000 | 5 0.05 99.36 340000 | 2 0.02 99.38 350000 | 6 0.06 99.44 360000 | 4 0.04 99.48 399000 | 4 0.04 99.52 400000 | 10 0.10 99.62 425000 | 2 0.02 99.64 450000 | 1 0.01 99.65 470000 | 6 0.06 99.71 475000 | 2 0.02 99.73 482000 | 7 0.07 99.80 490999 | 1 0.01 99.81 500000 | 5 0.05 99.86 530000 | 4 0.04 99.90 593000 | 5 0.05 99.95 600000 | 5 0.05 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhmortg variable in sipp1996tm96puw9 dataset : RE: Total Debt owed on | Home | Freq. Percent Cum. ------------------------+----------------------------------- None or Not in universe | 5,200 52.00 52.00 40 | 3 0.03 52.03 89 | 3 0.03 52.06 105 | 5 0.05 52.11 115 | 3 0.03 52.14 200 | 1 0.01 52.15 425 | 2 0.02 52.17 500 | 2 0.02 52.19 535 | 4 0.04 52.23 700 | 4 0.04 52.27 1000 | 13 0.13 52.40 1200 | 5 0.05 52.45 1400 | 4 0.04 52.49 1460 | 2 0.02 52.51 1500 | 9 0.09 52.60 1700 | 3 0.03 52.63 2000 | 11 0.11 52.74 2100 | 6 0.06 52.80 2900 | 2 0.02 52.82 3000 | 17 0.17 52.99 3300 | 2 0.02 53.01 3500 | 5 0.05 53.06 4000 | 17 0.17 53.23 4001 | 2 0.02 53.25 4700 | 2 0.02 53.27 4786 | 2 0.02 53.29 4800 | 6 0.06 53.35 5000 | 33 0.33 53.68 5141 | 4 0.04 53.72 5300 | 1 0.01 53.73 5500 | 4 0.04 53.77 5547 | 1 0.01 53.78 5760 | 2 0.02 53.80 6000 | 24 0.24 54.04 6500 | 2 0.02 54.06 7000 | 28 0.28 54.34 7450 | 2 0.02 54.36 7500 | 1 0.01 54.37 7501 | 3 0.03 54.40 7744 | 6 0.06 54.46 8000 | 36 0.36 54.82 8200 | 2 0.02 54.84 8900 | 1 0.01 54.85 9000 | 18 0.18 55.03 9500 | 7 0.07 55.10 9600 | 1 0.01 55.11 10000 | 53 0.53 55.64 10500 | 3 0.03 55.67 11000 | 17 0.17 55.84 12000 | 31 0.31 56.15 12001 | 3 0.03 56.18 12800 | 4 0.04 56.22 13000 | 19 0.19 56.41 13001 | 5 0.05 56.46 13700 | 4 0.04 56.50 13925 | 2 0.02 56.52 14000 | 27 0.27 56.79 14001 | 4 0.04 56.83 14200 | 2 0.02 56.85 14500 | 4 0.04 56.89 14774 | 4 0.04 56.93 15000 | 66 0.66 57.59 15042 | 3 0.03 57.62 15200 | 1 0.01 57.63 16000 | 30 0.30 57.93 17000 | 32 0.32 58.25 17261 | 4 0.04 58.29 18000 | 18 0.18 58.47 18353 | 6 0.06 58.53 18700 | 4 0.04 58.57 19000 | 14 0.14 58.71 19701 | 2 0.02 58.73 20000 | 87 0.87 59.60 20001 | 4 0.04 59.64 20200 | 2 0.02 59.66 21000 | 15 0.15 59.81 21001 | 6 0.06 59.87 21401 | 4 0.04 59.91 21720 | 1 0.01 59.92 21900 | 4 0.04 59.96 22000 | 23 0.23 60.19 22600 | 4 0.04 60.23 23000 | 28 0.28 60.51 23600 | 5 0.05 60.56 24000 | 14 0.14 60.70 24001 | 1 0.01 60.71 24500 | 3 0.03 60.74 25000 | 42 0.42 61.16 25001 | 6 0.06 61.22 25800 | 1 0.01 61.23 25887 | 1 0.01 61.24 26000 | 14 0.14 61.38 26001 | 3 0.03 61.41 26800 | 2 0.02 61.43 27000 | 16 0.16 61.59 28000 | 33 0.33 61.92 28001 | 13 0.13 62.05 29000 | 41 0.41 62.46 29533 | 4 0.04 62.50 30000 | 90 0.90 63.40 31000 | 19 0.19 63.59 31001 | 2 0.02 63.61 31086 | 1 0.01 63.62 31801 | 2 0.02 63.64 32000 | 20 0.20 63.84 32001 | 7 0.07 63.91 33000 | 2 0.02 63.93 34000 | 18 0.18 64.11 34500 | 5 0.05 64.16 35000 | 44 0.44 64.60 35801 | 2 0.02 64.62 36000 | 19 0.19 64.81 36001 | 2 0.02 64.83 36501 | 2 0.02 64.85 37000 | 28 0.28 65.13 37287 | 4 0.04 65.17 37432 | 1 0.01 65.18 38000 | 34 0.34 65.52 39000 | 15 0.15 65.67 39001 | 2 0.02 65.69 40000 | 100 1.00 66.69 41000 | 3 0.03 66.72 41001 | 4 0.04 66.76 41500 | 4 0.04 66.80 42000 | 50 0.50 67.30 42600 | 4 0.04 67.34 42722 | 4 0.04 67.38 43000 | 34 0.34 67.72 43001 | 3 0.03 67.75 43200 | 5 0.05 67.80 43294 | 4 0.04 67.84 44000 | 16 0.16 68.00 45000 | 52 0.52 68.52 45001 | 2 0.02 68.54 45600 | 3 0.03 68.57 46000 | 19 0.19 68.76 46001 | 10 0.10 68.86 46501 | 3 0.03 68.89 46600 | 4 0.04 68.93 46724 | 3 0.03 68.96 47000 | 30 0.30 69.26 47001 | 5 0.05 69.31 47500 | 11 0.11 69.42 47501 | 5 0.05 69.47 47729 | 4 0.04 69.51 48000 | 20 0.20 69.71 48101 | 4 0.04 69.75 48188 | 4 0.04 69.79 48500 | 9 0.09 69.88 49000 | 16 0.16 70.04 49001 | 6 0.06 70.10 50000 | 115 1.15 71.25 50001 | 2 0.02 71.27 51000 | 9 0.09 71.36 51900 | 3 0.03 71.39 52000 | 29 0.29 71.68 52300 | 21 0.21 71.89 53000 | 18 0.18 72.07 53160 | 1 0.01 72.08 54000 | 22 0.22 72.30 54601 | 4 0.04 72.34 55000 | 53 0.53 72.87 55001 | 9 0.09 72.96 55573 | 3 0.03 72.99 55800 | 1 0.01 73.00 56000 | 27 0.27 73.27 56001 | 6 0.06 73.33 56600 | 1 0.01 73.34 57000 | 10 0.10 73.44 57001 | 3 0.03 73.47 58000 | 21 0.21 73.68 58001 | 10 0.10 73.78 58133 | 4 0.04 73.82 58500 | 1 0.01 73.83 59000 | 15 0.15 73.98 59201 | 1 0.01 73.99 59501 | 8 0.08 74.07 60000 | 96 0.96 75.03 60001 | 8 0.08 75.11 60165 | 3 0.03 75.14 60501 | 4 0.04 75.18 60800 | 3 0.03 75.21 61000 | 23 0.23 75.44 61001 | 2 0.02 75.46 62000 | 47 0.47 75.93 62001 | 4 0.04 75.97 63000 | 11 0.11 76.08 63001 | 8 0.08 76.16 63500 | 5 0.05 76.21 64000 | 6 0.06 76.27 64600 | 2 0.02 76.29 65000 | 58 0.58 76.87 65001 | 3 0.03 76.90 65338 | 5 0.05 76.95 66000 | 16 0.16 77.11 66001 | 3 0.03 77.14 66501 | 4 0.04 77.18 66924 | 9 0.09 77.27 67000 | 29 0.29 77.56 67500 | 4 0.04 77.60 67818 | 2 0.02 77.62 68000 | 12 0.12 77.74 68001 | 2 0.02 77.76 68805 | 4 0.04 77.80 69000 | 26 0.26 78.06 69001 | 5 0.05 78.11 70000 | 91 0.91 79.02 70001 | 1 0.01 79.03 71000 | 6 0.06 79.09 71001 | 4 0.04 79.13 72000 | 25 0.25 79.38 72001 | 15 0.15 79.53 72201 | 3 0.03 79.56 72500 | 2 0.02 79.58 72748 | 6 0.06 79.64 73000 | 16 0.16 79.80 73001 | 5 0.05 79.85 74000 | 41 0.41 80.26 74001 | 8 0.08 80.34 74002 | 1 0.01 80.35 74393 | 1 0.01 80.36 74500 | 2 0.02 80.38 75000 | 90 0.90 81.28 75001 | 2 0.02 81.30 75201 | 4 0.04 81.34 76000 | 11 0.11 81.45 76001 | 10 0.10 81.55 77000 | 5 0.05 81.60 77001 | 4 0.04 81.64 77601 | 1 0.01 81.65 77758 | 3 0.03 81.68 78000 | 25 0.25 81.93 78001 | 7 0.07 82.00 79000 | 21 0.21 82.21 79001 | 3 0.03 82.24 80000 | 106 1.06 83.30 80545 | 4 0.04 83.34 81000 | 1 0.01 83.35 81001 | 6 0.06 83.41 82000 | 32 0.32 83.73 82001 | 5 0.05 83.78 83000 | 12 0.12 83.90 83045 | 2 0.02 83.92 83202 | 2 0.02 83.94 83524 | 1 0.01 83.95 84000 | 9 0.09 84.04 84001 | 13 0.13 84.17 85000 | 44 0.44 84.61 85001 | 5 0.05 84.66 85341 | 2 0.02 84.68 86000 | 22 0.22 84.90 86001 | 4 0.04 84.94 86500 | 3 0.03 84.97 86801 | 1 0.01 84.98 87000 | 7 0.07 85.05 87001 | 9 0.09 85.14 88000 | 20 0.20 85.34 88001 | 5 0.05 85.39 88436 | 2 0.02 85.41 88750 | 2 0.02 85.43 89000 | 15 0.15 85.58 89001 | 8 0.08 85.66 89500 | 4 0.04 85.70 90000 | 25 0.25 85.95 90001 | 9 0.09 86.04 90036 | 3 0.03 86.07 91000 | 1 0.01 86.08 91001 | 6 0.06 86.14 92000 | 33 0.33 86.47 92600 | 4 0.04 86.51 93000 | 29 0.29 86.80 94000 | 4 0.04 86.84 94081 | 2 0.02 86.86 94940 | 3 0.03 86.89 95000 | 14 0.14 87.03 95001 | 8 0.08 87.11 95002 | 5 0.05 87.16 96000 | 7 0.07 87.23 96001 | 6 0.06 87.29 97000 | 20 0.20 87.49 97001 | 4 0.04 87.53 98000 | 13 0.13 87.66 98001 | 3 0.03 87.69 99000 | 13 0.13 87.82 99001 | 2 0.02 87.84 99800 | 2 0.02 87.86 100000 | 121 1.21 89.07 100001 | 3 0.03 89.10 101000 | 16 0.16 89.26 102000 | 16 0.16 89.42 102001 | 6 0.06 89.48 103000 | 9 0.09 89.57 103001 | 4 0.04 89.61 104000 | 11 0.11 89.72 104001 | 2 0.02 89.74 105000 | 23 0.23 89.97 105001 | 4 0.04 90.01 105002 | 2 0.02 90.03 106000 | 9 0.09 90.12 106001 | 7 0.07 90.19 107000 | 8 0.08 90.27 107001 | 3 0.03 90.30 107002 | 3 0.03 90.33 108000 | 17 0.17 90.50 109000 | 7 0.07 90.57 109001 | 2 0.02 90.59 110000 | 32 0.32 90.91 110001 | 6 0.06 90.97 111001 | 6 0.06 91.03 112000 | 13 0.13 91.16 112301 | 4 0.04 91.20 113000 | 14 0.14 91.34 113500 | 4 0.04 91.38 114000 | 3 0.03 91.41 115000 | 12 0.12 91.53 115001 | 11 0.11 91.64 115900 | 5 0.05 91.69 116000 | 6 0.06 91.75 116801 | 4 0.04 91.79 116900 | 2 0.02 91.81 117000 | 4 0.04 91.85 117381 | 3 0.03 91.88 117500 | 1 0.01 91.89 117693 | 2 0.02 91.91 117850 | 2 0.02 91.93 118000 | 10 0.10 92.03 119000 | 11 0.11 92.14 119824 | 4 0.04 92.18 120000 | 34 0.34 92.52 120738 | 6 0.06 92.58 121001 | 11 0.11 92.69 122000 | 18 0.18 92.87 122001 | 8 0.08 92.95 123000 | 6 0.06 93.01 123001 | 7 0.07 93.08 123985 | 2 0.02 93.10 124001 | 4 0.04 93.14 124787 | 4 0.04 93.18 125000 | 35 0.35 93.53 126000 | 4 0.04 93.57 127000 | 12 0.12 93.69 127001 | 9 0.09 93.78 128000 | 5 0.05 93.83 128001 | 4 0.04 93.87 129000 | 12 0.12 93.99 129001 | 9 0.09 94.08 130000 | 44 0.44 94.52 131000 | 2 0.02 94.54 132000 | 13 0.13 94.67 133001 | 2 0.02 94.69 134000 | 16 0.16 94.85 135000 | 15 0.15 95.00 135001 | 3 0.03 95.03 137000 | 10 0.10 95.13 137001 | 10 0.10 95.23 138000 | 5 0.05 95.28 139001 | 4 0.04 95.32 140000 | 62 0.62 95.94 141000 | 2 0.02 95.96 142000 | 5 0.05 96.01 143000 | 4 0.04 96.05 145000 | 9 0.09 96.14 145001 | 4 0.04 96.18 146000 | 7 0.07 96.25 147000 | 12 0.12 96.37 148000 | 4 0.04 96.41 149000 | 2 0.02 96.43 149001 | 5 0.05 96.48 150000 | 13 0.13 96.61 152000 | 8 0.08 96.69 153000 | 5 0.05 96.74 153001 | 2 0.02 96.76 158000 | 4 0.04 96.80 159001 | 6 0.06 96.86 160000 | 19 0.19 97.05 160001 | 1 0.01 97.06 161000 | 5 0.05 97.11 161001 | 2 0.02 97.13 162000 | 4 0.04 97.17 163001 | 6 0.06 97.23 170000 | 3 0.03 97.26 170001 | 10 0.10 97.36 172000 | 11 0.11 97.47 172001 | 4 0.04 97.51 175000 | 7 0.07 97.58 175001 | 4 0.04 97.62 177000 | 3 0.03 97.65 180000 | 3 0.03 97.68 180001 | 4 0.04 97.72 183000 | 5 0.05 97.77 185000 | 6 0.06 97.83 185001 | 4 0.04 97.87 187000 | 2 0.02 97.89 189000 | 4 0.04 97.93 190000 | 16 0.16 98.09 192301 | 5 0.05 98.14 192500 | 4 0.04 98.18 195000 | 2 0.02 98.20 196000 | 14 0.14 98.34 198000 | 4 0.04 98.38 200000 | 4 0.04 98.42 200001 | 2 0.02 98.44 201000 | 8 0.08 98.52 208000 | 2 0.02 98.54 210000 | 4 0.04 98.58 210001 | 2 0.02 98.60 212001 | 4 0.04 98.64 213000 | 6 0.06 98.70 214001 | 4 0.04 98.74 219000 | 9 0.09 98.83 220000 | 4 0.04 98.87 225000 | 11 0.11 98.98 227150 | 4 0.04 99.02 230000 | 10 0.10 99.12 240000 | 3 0.03 99.15 250000 | 10 0.10 99.25 250001 | 4 0.04 99.29 264401 | 7 0.07 99.36 268000 | 6 0.06 99.42 280000 | 10 0.10 99.52 290000 | 39 0.39 99.91 290001 | 9 0.09 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhvehcl variable in sipp1996tm96puw9 dataset : RE: Net equity in | vehicles | Freq. Percent Cum. ------------------------+----------------------------------- -36832 | 3 0.03 0.03 -28630 | 2 0.02 0.05 -24315 | 4 0.04 0.09 -22945 | 2 0.02 0.11 -22630 | 2 0.02 0.13 -20815 | 2 0.02 0.15 -20430 | 3 0.03 0.18 -19630 | 13 0.13 0.31 -17630 | 8 0.08 0.39 -15525 | 3 0.03 0.42 -15215 | 4 0.04 0.46 -14825 | 2 0.02 0.48 -14600 | 3 0.03 0.51 -14315 | 7 0.07 0.58 -13315 | 5 0.05 0.63 -13100 | 2 0.02 0.65 -12890 | 2 0.02 0.67 -12462 | 2 0.02 0.69 -12445 | 6 0.06 0.75 -12396 | 3 0.03 0.78 -11540 | 3 0.03 0.81 -11050 | 4 0.04 0.85 -10630 | 10 0.10 0.95 -10512 | 4 0.04 0.99 -10375 | 4 0.04 1.03 -10315 | 2 0.02 1.05 -10250 | 7 0.07 1.12 -9937 | 1 0.01 1.13 -9910 | 2 0.02 1.15 -9810 | 3 0.03 1.18 -9710 | 4 0.04 1.22 -9423 | 3 0.03 1.25 -9315 | 8 0.08 1.33 -9300 | 1 0.01 1.34 -9200 | 1 0.01 1.35 -9050 | 4 0.04 1.39 -8945 | 12 0.12 1.51 -8850 | 5 0.05 1.56 -8630 | 2 0.02 1.58 -8500 | 4 0.04 1.62 -8450 | 4 0.04 1.66 -8315 | 5 0.05 1.71 -8275 | 2 0.02 1.73 -8130 | 3 0.03 1.76 -8075 | 3 0.03 1.79 -7885 | 4 0.04 1.83 -7712 | 6 0.06 1.89 -7630 | 5 0.05 1.94 -7522 | 5 0.05 1.99 -7500 | 2 0.02 2.01 -7315 | 13 0.13 2.14 -7237 | 3 0.03 2.17 -7130 | 3 0.03 2.20 -7112 | 3 0.03 2.23 -7017 | 5 0.05 2.28 -6725 | 3 0.03 2.31 -6715 | 2 0.02 2.33 -6630 | 11 0.11 2.44 -6492 | 2 0.02 2.46 -6380 | 7 0.07 2.53 -6350 | 5 0.05 2.58 -6315 | 5 0.05 2.63 -6000 | 2 0.02 2.65 -5800 | 2 0.02 2.67 -5775 | 2 0.02 2.69 -5700 | 5 0.05 2.74 -5635 | 5 0.05 2.79 -5630 | 2 0.02 2.81 -5575 | 2 0.02 2.83 -5525 | 2 0.02 2.85 -5500 | 4 0.04 2.89 -5437 | 3 0.03 2.92 -5375 | 4 0.04 2.96 -5315 | 5 0.05 3.01 -5272 | 4 0.04 3.05 -5130 | 7 0.07 3.12 -4992 | 4 0.04 3.16 -4950 | 5 0.05 3.21 -4850 | 4 0.04 3.25 -4675 | 7 0.07 3.32 -4660 | 2 0.02 3.34 -4650 | 4 0.04 3.38 -4630 | 12 0.12 3.50 -4625 | 3 0.03 3.53 -4500 | 1 0.01 3.54 -4462 | 3 0.03 3.57 -4375 | 3 0.03 3.60 -4350 | 2 0.02 3.62 -4323 | 5 0.05 3.67 -4315 | 6 0.06 3.73 -4275 | 5 0.05 3.78 -4249 | 1 0.01 3.79 -4240 | 5 0.05 3.84 -4220 | 2 0.02 3.86 -4150 | 3 0.03 3.89 -4138 | 2 0.02 3.91 -4075 | 5 0.05 3.96 -4050 | 4 0.04 4.00 -4046 | 3 0.03 4.03 -4015 | 1 0.01 4.04 -3900 | 2 0.02 4.06 -3875 | 1 0.01 4.07 -3850 | 7 0.07 4.14 -3787 | 3 0.03 4.17 -3630 | 21 0.21 4.38 -3625 | 3 0.03 4.41 -3575 | 5 0.05 4.46 -3526 | 4 0.04 4.50 -3500 | 6 0.06 4.56 -3475 | 4 0.04 4.60 -3315 | 7 0.07 4.67 -3250 | 1 0.01 4.68 -3150 | 6 0.06 4.74 -3125 | 2 0.02 4.76 -3100 | 3 0.03 4.79 -3072 | 4 0.04 4.83 -3015 | 1 0.01 4.84 -2950 | 3 0.03 4.87 -2945 | 4 0.04 4.91 -2942 | 2 0.02 4.93 -2812 | 1 0.01 4.94 -2800 | 9 0.09 5.03 -2730 | 2 0.02 5.05 -2710 | 3 0.03 5.08 -2700 | 7 0.07 5.15 -2672 | 2 0.02 5.17 -2660 | 3 0.03 5.20 -2650 | 7 0.07 5.27 -2600 | 3 0.03 5.30 -2550 | 3 0.03 5.33 -2500 | 1 0.01 5.34 -2475 | 2 0.02 5.36 -2445 | 3 0.03 5.39 -2442 | 4 0.04 5.43 -2425 | 2 0.02 5.45 -2400 | 2 0.02 5.47 -2345 | 4 0.04 5.51 -2325 | 2 0.02 5.53 -2315 | 3 0.03 5.56 -2300 | 5 0.05 5.61 -2250 | 5 0.05 5.66 -2225 | 4 0.04 5.70 -2175 | 1 0.01 5.71 -2130 | 2 0.02 5.73 -2125 | 1 0.01 5.74 -2100 | 11 0.11 5.85 -2037 | 1 0.01 5.86 -2000 | 10 0.10 5.96 -1992 | 5 0.05 6.01 -1975 | 1 0.01 6.02 -1945 | 6 0.06 6.08 -1915 | 1 0.01 6.09 -1875 | 2 0.02 6.11 -1837 | 3 0.03 6.14 -1800 | 1 0.01 6.15 -1775 | 3 0.03 6.18 -1750 | 1 0.01 6.19 -1700 | 5 0.05 6.24 -1675 | 1 0.01 6.25 -1650 | 2 0.02 6.27 -1630 | 6 0.06 6.33 -1623 | 5 0.05 6.38 -1611 | 4 0.04 6.42 -1575 | 1 0.01 6.43 -1547 | 4 0.04 6.47 -1500 | 1 0.01 6.48 -1450 | 2 0.02 6.50 -1425 | 2 0.02 6.52 -1400 | 2 0.02 6.54 -1350 | 2 0.02 6.56 -1315 | 4 0.04 6.60 -1237 | 2 0.02 6.62 -1200 | 5 0.05 6.67 -1125 | 6 0.06 6.73 -1100 | 3 0.03 6.76 -1050 | 7 0.07 6.83 -1025 | 3 0.03 6.86 -1010 | 1 0.01 6.87 -1000 | 1 0.01 6.88 -945 | 5 0.05 6.93 -925 | 2 0.02 6.95 -900 | 5 0.05 7.00 -862 | 8 0.08 7.08 -835 | 1 0.01 7.09 -815 | 3 0.03 7.12 -730 | 4 0.04 7.16 -725 | 5 0.05 7.21 -675 | 1 0.01 7.22 -650 | 1 0.01 7.23 -630 | 7 0.07 7.30 -600 | 6 0.06 7.36 -590 | 3 0.03 7.39 -550 | 3 0.03 7.42 -515 | 2 0.02 7.44 -500 | 5 0.05 7.49 -450 | 3 0.03 7.52 -425 | 4 0.04 7.56 -352 | 2 0.02 7.58 -325 | 4 0.04 7.62 -312 | 2 0.02 7.64 -300 | 8 0.08 7.72 -290 | 6 0.06 7.78 -250 | 2 0.02 7.80 -225 | 2 0.02 7.82 -175 | 4 0.04 7.86 -150 | 3 0.03 7.89 -125 | 4 0.04 7.93 -100 | 3 0.03 7.96 -37 | 2 0.02 7.98 -22 | 3 0.03 8.01 None or Not in universe | 1,146 11.46 19.47 25 | 3 0.03 19.50 50 | 1 0.01 19.51 75 | 4 0.04 19.55 95 | 4 0.04 19.59 100 | 6 0.06 19.65 125 | 5 0.05 19.70 150 | 3 0.03 19.73 175 | 2 0.02 19.75 200 | 2 0.02 19.77 202 | 1 0.01 19.78 263 | 3 0.03 19.81 275 | 3 0.03 19.84 280 | 4 0.04 19.88 300 | 8 0.08 19.96 350 | 9 0.09 20.05 365 | 2 0.02 20.07 370 | 6 0.06 20.13 375 | 2 0.02 20.15 425 | 4 0.04 20.19 430 | 3 0.03 20.22 435 | 3 0.03 20.25 450 | 8 0.08 20.33 475 | 1 0.01 20.34 500 | 278 2.78 23.12 550 | 2 0.02 23.14 578 | 3 0.03 23.17 600 | 4 0.04 23.21 650 | 4 0.04 23.25 677 | 1 0.01 23.26 700 | 6 0.06 23.32 750 | 94 0.94 24.26 775 | 5 0.05 24.31 784 | 2 0.02 24.33 800 | 1 0.01 24.34 848 | 4 0.04 24.38 850 | 17 0.17 24.55 875 | 1 0.01 24.56 885 | 1 0.01 24.57 925 | 3 0.03 24.60 950 | 6 0.06 24.66 990 | 3 0.03 24.69 1000 | 228 2.28 26.97 1025 | 11 0.11 27.08 1050 | 2 0.02 27.10 1058 | 1 0.01 27.11 1075 | 4 0.04 27.15 1100 | 4 0.04 27.19 1150 | 6 0.06 27.25 1188 | 3 0.03 27.28 1200 | 4 0.04 27.32 1225 | 2 0.02 27.34 1250 | 56 0.56 27.90 1255 | 5 0.05 27.95 1275 | 1 0.01 27.96 1290 | 2 0.02 27.98 1300 | 12 0.12 28.10 1313 | 4 0.04 28.14 1325 | 1 0.01 28.15 1350 | 11 0.11 28.26 1365 | 1 0.01 28.27 1370 | 9 0.09 28.36 1420 | 8 0.08 28.44 1427 | 3 0.03 28.47 1445 | 2 0.02 28.49 1450 | 4 0.04 28.53 1463 | 7 0.07 28.60 1475 | 6 0.06 28.66 1500 | 169 1.69 30.35 1525 | 2 0.02 30.37 1527 | 5 0.05 30.42 1530 | 3 0.03 30.45 1539 | 4 0.04 30.49 1550 | 11 0.11 30.60 1575 | 4 0.04 30.64 1577 | 3 0.03 30.67 1600 | 6 0.06 30.73 1625 | 4 0.04 30.77 1650 | 5 0.05 30.82 1655 | 3 0.03 30.85 1665 | 5 0.05 30.90 1675 | 12 0.12 31.02 1677 | 3 0.03 31.05 1685 | 10 0.10 31.15 1688 | 3 0.03 31.18 1700 | 8 0.08 31.26 1715 | 1 0.01 31.27 1725 | 5 0.05 31.32 1728 | 3 0.03 31.35 1750 | 32 0.32 31.67 1758 | 5 0.05 31.72 1775 | 3 0.03 31.75 1790 | 5 0.05 31.80 1800 | 6 0.06 31.86 1825 | 3 0.03 31.89 1832 | 2 0.02 31.91 1850 | 5 0.05 31.96 1875 | 5 0.05 32.01 1900 | 14 0.14 32.15 1950 | 5 0.05 32.20 1963 | 8 0.08 32.28 1990 | 2 0.02 32.30 2000 | 51 0.51 32.81 2035 | 6 0.06 32.87 2040 | 3 0.03 32.90 2055 | 3 0.03 32.93 2175 | 6 0.06 32.99 2195 | 2 0.02 33.01 2200 | 6 0.06 33.07 2225 | 2 0.02 33.09 2250 | 14 0.14 33.23 2275 | 4 0.04 33.27 2300 | 5 0.05 33.32 2325 | 1 0.01 33.33 2350 | 11 0.11 33.44 2363 | 4 0.04 33.48 2370 | 3 0.03 33.51 2400 | 2 0.02 33.53 2450 | 7 0.07 33.60 2463 | 8 0.08 33.68 2475 | 3 0.03 33.71 2485 | 4 0.04 33.75 2499 | 1 0.01 33.76 2500 | 146 1.46 35.22 2570 | 2 0.02 35.24 2575 | 6 0.06 35.30 2625 | 4 0.04 35.34 2640 | 5 0.05 35.39 2650 | 4 0.04 35.43 2675 | 1 0.01 35.44 2685 | 8 0.08 35.52 2725 | 4 0.04 35.56 2749 | 5 0.05 35.61 2750 | 1 0.01 35.62 2775 | 4 0.04 35.66 2788 | 4 0.04 35.70 2800 | 2 0.02 35.72 2875 | 4 0.04 35.76 2900 | 4 0.04 35.80 2925 | 3 0.03 35.83 2950 | 7 0.07 35.90 2963 | 4 0.04 35.94 2976 | 1 0.01 35.95 2990 | 3 0.03 35.98 3000 | 70 0.70 36.68 3025 | 4 0.04 36.72 3050 | 2 0.02 36.74 3055 | 3 0.03 36.77 3063 | 1 0.01 36.78 3075 | 1 0.01 36.79 3125 | 2 0.02 36.81 3150 | 4 0.04 36.85 3155 | 5 0.05 36.90 3163 | 2 0.02 36.92 3166 | 5 0.05 36.97 3175 | 3 0.03 37.00 3177 | 3 0.03 37.03 3185 | 5 0.05 37.08 3200 | 2 0.02 37.10 3218 | 3 0.03 37.13 3228 | 5 0.05 37.18 3250 | 21 0.21 37.39 3252 | 2 0.02 37.41 3275 | 3 0.03 37.44 3300 | 2 0.02 37.46 3325 | 2 0.02 37.48 3329 | 5 0.05 37.53 3350 | 120 1.20 38.73 3365 | 3 0.03 38.76 3370 | 16 0.16 38.92 3375 | 5 0.05 38.97 3388 | 3 0.03 39.00 3400 | 1 0.01 39.01 3425 | 2 0.02 39.03 3450 | 4 0.04 39.07 3475 | 1 0.01 39.08 3485 | 5 0.05 39.13 3500 | 24 0.24 39.37 3524 | 4 0.04 39.41 3533 | 2 0.02 39.43 3550 | 4 0.04 39.47 3555 | 4 0.04 39.51 3575 | 2 0.02 39.53 3600 | 5 0.05 39.58 3625 | 3 0.03 39.61 3650 | 11 0.11 39.72 3663 | 4 0.04 39.76 3675 | 3 0.03 39.79 3685 | 3 0.03 39.82 3700 | 4 0.04 39.86 3725 | 3 0.03 39.89 3728 | 1 0.01 39.90 3750 | 11 0.11 40.01 3775 | 2 0.02 40.03 3825 | 8 0.08 40.11 3833 | 2 0.02 40.13 3838 | 3 0.03 40.16 3850 | 15 0.15 40.31 3870 | 5 0.05 40.36 3875 | 8 0.08 40.44 3888 | 6 0.06 40.50 3900 | 1 0.01 40.51 3925 | 4 0.04 40.55 3943 | 3 0.03 40.58 3950 | 7 0.07 40.65 3963 | 3 0.03 40.68 3975 | 5 0.05 40.73 3978 | 2 0.02 40.75 3985 | 2 0.02 40.77 3990 | 6 0.06 40.83 4000 | 33 0.33 41.16 4050 | 6 0.06 41.22 4055 | 6 0.06 41.28 4058 | 5 0.05 41.33 4075 | 3 0.03 41.36 4100 | 11 0.11 41.47 4125 | 3 0.03 41.50 4135 | 4 0.04 41.54 4150 | 3 0.03 41.57 4175 | 8 0.08 41.65 4185 | 5 0.05 41.70 4200 | 6 0.06 41.76 4225 | 8 0.08 41.84 4228 | 2 0.02 41.86 4250 | 3 0.03 41.89 4270 | 2 0.02 41.91 4275 | 9 0.09 42.00 4300 | 7 0.07 42.07 4325 | 4 0.04 42.11 4350 | 42 0.42 42.53 4363 | 2 0.02 42.55 4365 | 3 0.03 42.58 4370 | 11 0.11 42.69 4375 | 4 0.04 42.73 4416 | 5 0.05 42.78 4425 | 18 0.18 42.96 4435 | 1 0.01 42.97 4463 | 2 0.02 42.99 4474 | 1 0.01 43.00 4475 | 1 0.01 43.01 4477 | 2 0.02 43.03 4483 | 3 0.03 43.06 4490 | 6 0.06 43.12 4500 | 4 0.04 43.16 4538 | 4 0.04 43.20 4550 | 5 0.05 43.25 4575 | 2 0.02 43.27 4600 | 8 0.08 43.35 4625 | 7 0.07 43.42 4650 | 6 0.06 43.48 4655 | 4 0.04 43.52 4675 | 2 0.02 43.54 4685 | 2 0.02 43.56 4688 | 6 0.06 43.62 4728 | 10 0.10 43.72 4735 | 2 0.02 43.74 4750 | 5 0.05 43.79 4775 | 12 0.12 43.91 4800 | 4 0.04 43.95 4850 | 33 0.33 44.28 4853 | 4 0.04 44.32 4860 | 2 0.02 44.34 4875 | 3 0.03 44.37 4900 | 5 0.05 44.42 4925 | 2 0.02 44.44 4950 | 7 0.07 44.51 4955 | 6 0.06 44.57 4978 | 8 0.08 44.65 4985 | 3 0.03 44.68 5000 | 41 0.41 45.09 5025 | 4 0.04 45.13 5050 | 4 0.04 45.17 5058 | 2 0.02 45.19 5063 | 3 0.03 45.22 5075 | 3 0.03 45.25 5100 | 11 0.11 45.36 5125 | 4 0.04 45.40 5135 | 2 0.02 45.42 5150 | 8 0.08 45.50 5163 | 3 0.03 45.53 5175 | 5 0.05 45.58 5177 | 9 0.09 45.67 5185 | 12 0.12 45.79 5200 | 6 0.06 45.85 5201 | 1 0.01 45.86 5225 | 2 0.02 45.88 5227 | 2 0.02 45.90 5228 | 6 0.06 45.96 5250 | 3 0.03 45.99 5275 | 8 0.08 46.07 5285 | 2 0.02 46.09 5325 | 6 0.06 46.15 5350 | 25 0.25 46.40 5370 | 3 0.03 46.43 5375 | 2 0.02 46.45 5400 | 5 0.05 46.50 5410 | 4 0.04 46.54 5425 | 8 0.08 46.62 5438 | 4 0.04 46.66 5463 | 10 0.10 46.76 5475 | 10 0.10 46.86 5500 | 4 0.04 46.90 5525 | 8 0.08 46.98 5528 | 1 0.01 46.99 5550 | 1 0.01 47.00 5575 | 2 0.02 47.02 5600 | 4 0.04 47.06 5610 | 2 0.02 47.08 5648 | 4 0.04 47.12 5650 | 2 0.02 47.14 5653 | 4 0.04 47.18 5655 | 3 0.03 47.21 5677 | 3 0.03 47.24 5685 | 359 3.59 50.83 5688 | 7 0.07 50.90 5700 | 2 0.02 50.92 5725 | 2 0.02 50.94 5728 | 2 0.02 50.96 5750 | 4 0.04 51.00 5775 | 2 0.02 51.02 5800 | 7 0.07 51.09 5825 | 13 0.13 51.22 5850 | 22 0.22 51.44 5875 | 5 0.05 51.49 5900 | 3 0.03 51.52 5925 | 4 0.04 51.56 5950 | 3 0.03 51.59 5963 | 106 1.06 52.65 5975 | 2 0.02 52.67 5978 | 7 0.07 52.74 5988 | 2 0.02 52.76 6000 | 10 0.10 52.86 6021 | 3 0.03 52.89 6025 | 1 0.01 52.90 6050 | 6 0.06 52.96 6056 | 4 0.04 53.00 6100 | 2 0.02 53.02 6147 | 2 0.02 53.04 6150 | 9 0.09 53.13 6163 | 4 0.04 53.17 6175 | 1 0.01 53.18 6188 | 2 0.02 53.20 6190 | 2 0.02 53.22 6200 | 4 0.04 53.26 6203 | 1 0.01 53.27 6225 | 4 0.04 53.31 6243 | 3 0.03 53.34 6250 | 6 0.06 53.40 6255 | 3 0.03 53.43 6263 | 5 0.05 53.48 6275 | 18 0.18 53.66 6300 | 11 0.11 53.77 6313 | 1 0.01 53.78 6325 | 5 0.05 53.83 6350 | 26 0.26 54.09 6370 | 8 0.08 54.17 6375 | 5 0.05 54.22 6388 | 3 0.03 54.25 6400 | 3 0.03 54.28 6418 | 3 0.03 54.31 6435 | 5 0.05 54.36 6450 | 10 0.10 54.46 6463 | 34 0.34 54.80 6475 | 15 0.15 54.95 6478 | 4 0.04 54.99 6500 | 10 0.10 55.09 6525 | 7 0.07 55.16 6550 | 10 0.10 55.26 6553 | 3 0.03 55.29 6558 | 2 0.02 55.31 6576 | 2 0.02 55.33 6600 | 4 0.04 55.37 6613 | 5 0.05 55.42 6650 | 4 0.04 55.46 6677 | 4 0.04 55.50 6678 | 3 0.03 55.53 6690 | 2 0.02 55.55 6700 | 20 0.20 55.75 6713 | 19 0.19 55.94 6725 | 5 0.05 55.99 6728 | 2 0.02 56.01 6750 | 2 0.02 56.03 6763 | 3 0.03 56.06 6771 | 5 0.05 56.11 6775 | 6 0.06 56.17 6800 | 4 0.04 56.21 6825 | 11 0.11 56.32 6838 | 2 0.02 56.34 6850 | 8 0.08 56.42 6855 | 4 0.04 56.46 6863 | 8 0.08 56.54 6896 | 3 0.03 56.57 6925 | 8 0.08 56.65 6928 | 3 0.03 56.68 6949 | 3 0.03 56.71 6950 | 6 0.06 56.77 6963 | 19 0.19 56.96 6990 | 37 0.37 57.33 7000 | 10 0.10 57.43 7025 | 4 0.04 57.47 7038 | 4 0.04 57.51 7055 | 10 0.10 57.61 7058 | 1 0.01 57.62 7075 | 2 0.02 57.64 7100 | 2 0.02 57.66 7123 | 2 0.02 57.68 7125 | 10 0.10 57.78 7150 | 9 0.09 57.87 7160 | 3 0.03 57.90 7163 | 8 0.08 57.98 7165 | 2 0.02 58.00 7175 | 7 0.07 58.07 7177 | 3 0.03 58.10 7178 | 4 0.04 58.14 7185 | 8 0.08 58.22 7188 | 8 0.08 58.30 7198 | 3 0.03 58.33 7200 | 8 0.08 58.41 7263 | 2 0.02 58.43 7275 | 7 0.07 58.50 7300 | 3 0.03 58.53 7313 | 2 0.02 58.55 7325 | 5 0.05 58.60 7340 | 3 0.03 58.63 7350 | 5 0.05 58.68 7400 | 8 0.08 58.76 7408 | 2 0.02 58.78 7413 | 3 0.03 58.81 7425 | 4 0.04 58.85 7450 | 14 0.14 58.99 7463 | 20 0.20 59.19 7475 | 4 0.04 59.23 7487 | 4 0.04 59.27 7488 | 4 0.04 59.31 7489 | 2 0.02 59.33 7490 | 9 0.09 59.42 7500 | 6 0.06 59.48 7550 | 5 0.05 59.53 7555 | 4 0.04 59.57 7575 | 8 0.08 59.65 7585 | 3 0.03 59.68 7593 | 4 0.04 59.72 7600 | 6 0.06 59.78 7610 | 3 0.03 59.81 7633 | 3 0.03 59.84 7638 | 3 0.03 59.87 7650 | 2 0.02 59.89 7655 | 2 0.02 59.91 7675 | 14 0.14 60.05 7682 | 1 0.01 60.06 7700 | 14 0.14 60.20 7725 | 5 0.05 60.25 7728 | 5 0.05 60.30 7740 | 4 0.04 60.34 7750 | 14 0.14 60.48 7815 | 2 0.02 60.50 7858 | 5 0.05 60.55 7870 | 2 0.02 60.57 7873 | 5 0.05 60.62 7875 | 1 0.01 60.63 7925 | 1 0.01 60.64 7932 | 4 0.04 60.68 7950 | 1 0.01 60.69 7963 | 11 0.11 60.80 7975 | 2 0.02 60.82 7978 | 4 0.04 60.86 7990 | 9 0.09 60.95 8000 | 4 0.04 60.99 8025 | 5 0.05 61.04 8027 | 2 0.02 61.06 8050 | 10 0.10 61.16 8055 | 6 0.06 61.22 8063 | 4 0.04 61.26 8070 | 2 0.02 61.28 8125 | 4 0.04 61.32 8138 | 7 0.07 61.39 8150 | 6 0.06 61.45 8175 | 6 0.06 61.51 8188 | 1 0.01 61.52 8199 | 2 0.02 61.54 8200 | 3 0.03 61.57 8225 | 8 0.08 61.65 8240 | 3 0.03 61.68 8300 | 5 0.05 61.73 8325 | 8 0.08 61.81 8350 | 5 0.05 61.86 8370 | 3 0.03 61.89 8375 | 6 0.06 61.95 8400 | 4 0.04 61.99 8417 | 2 0.02 62.01 8438 | 2 0.02 62.03 8450 | 7 0.07 62.10 8463 | 20 0.20 62.30 8475 | 5 0.05 62.35 8478 | 37 0.37 62.72 8490 | 7 0.07 62.79 8500 | 7 0.07 62.86 8525 | 1 0.01 62.87 8553 | 2 0.02 62.89 8600 | 1 0.01 62.90 8631 | 2 0.02 62.92 8650 | 3 0.03 62.95 8663 | 6 0.06 63.01 8700 | 11 0.11 63.12 8725 | 4 0.04 63.16 8729 | 3 0.03 63.19 8743 | 2 0.02 63.21 8775 | 8 0.08 63.29 8800 | 4 0.04 63.33 8850 | 2 0.02 63.35 8855 | 3 0.03 63.38 8870 | 6 0.06 63.44 8875 | 4 0.04 63.48 8900 | 4 0.04 63.52 8963 | 3 0.03 63.55 8975 | 7 0.07 63.62 8978 | 9 0.09 63.71 8988 | 3 0.03 63.74 8990 | 5 0.05 63.79 9000 | 2 0.02 63.81 9003 | 6 0.06 63.87 9028 | 4 0.04 63.91 9035 | 9 0.09 64.00 9050 | 3 0.03 64.03 9055 | 5 0.05 64.08 9058 | 2 0.02 64.10 9070 | 3 0.03 64.13 9075 | 1 0.01 64.14 9077 | 5 0.05 64.19 9130 | 2 0.02 64.21 9167 | 5 0.05 64.26 9177 | 2 0.02 64.28 9188 | 4 0.04 64.32 9205 | 1 0.01 64.33 9225 | 2 0.02 64.35 9228 | 18 0.18 64.53 9250 | 1 0.01 64.54 9263 | 2 0.02 64.56 9275 | 13 0.13 64.69 9300 | 1 0.01 64.70 9313 | 21 0.21 64.91 9325 | 6 0.06 64.97 9330 | 6 0.06 65.03 9350 | 2 0.02 65.05 9360 | 5 0.05 65.10 9370 | 9 0.09 65.19 9400 | 3 0.03 65.22 9425 | 5 0.05 65.27 9433 | 6 0.06 65.33 9450 | 11 0.11 65.44 9463 | 7 0.07 65.51 9475 | 7 0.07 65.58 9478 | 2 0.02 65.60 9490 | 4 0.04 65.64 9500 | 5 0.05 65.69 9558 | 9 0.09 65.78 9563 | 2 0.02 65.80 9575 | 2 0.02 65.82 9600 | 5 0.05 65.87 9628 | 7 0.07 65.94 9655 | 2 0.02 65.96 9663 | 2 0.02 65.98 9675 | 6 0.06 66.04 9685 | 2 0.02 66.06 9688 | 1 0.01 66.07 9690 | 6 0.06 66.13 9691 | 4 0.04 66.17 9700 | 4 0.04 66.21 9725 | 2 0.02 66.23 9727 | 3 0.03 66.26 9728 | 4 0.04 66.30 9750 | 1 0.01 66.31 9792 | 5 0.05 66.36 9800 | 1 0.01 66.37 9825 | 10 0.10 66.47 9840 | 2 0.02 66.49 9865 | 4 0.04 66.53 9900 | 11 0.11 66.64 9925 | 7 0.07 66.71 9950 | 6 0.06 66.77 9975 | 3 0.03 66.80 9978 | 2 0.02 66.82 9988 | 4 0.04 66.86 10000 | 7 0.07 66.93 10001 | 5 0.05 66.98 10008 | 3 0.03 67.01 10025 | 3 0.03 67.04 10050 | 1 0.01 67.05 10055 | 4 0.04 67.09 10060 | 2 0.02 67.11 10100 | 7 0.07 67.18 10113 | 4 0.04 67.22 10125 | 6 0.06 67.28 10127 | 2 0.02 67.30 10150 | 2 0.02 67.32 10183 | 4 0.04 67.36 10185 | 6 0.06 67.42 10188 | 1 0.01 67.43 10200 | 7 0.07 67.50 10225 | 7 0.07 67.57 10228 | 5 0.05 67.62 10238 | 3 0.03 67.65 10250 | 2 0.02 67.67 10263 | 1 0.01 67.68 10265 | 4 0.04 67.72 10275 | 3 0.03 67.75 10299 | 3 0.03 67.78 10300 | 6 0.06 67.84 10322 | 2 0.02 67.86 10325 | 4 0.04 67.90 10335 | 4 0.04 67.94 10340 | 4 0.04 67.98 10350 | 1 0.01 67.99 10363 | 4 0.04 68.03 10370 | 7 0.07 68.10 10388 | 6 0.06 68.16 10400 | 7 0.07 68.23 10425 | 5 0.05 68.28 10450 | 2 0.02 68.30 10452 | 2 0.02 68.32 10463 | 2 0.02 68.34 10470 | 2 0.02 68.36 10475 | 2 0.02 68.38 10488 | 3 0.03 68.41 10490 | 2 0.02 68.43 10500 | 3 0.03 68.46 10550 | 2 0.02 68.48 10565 | 1 0.01 68.49 10625 | 1 0.01 68.50 10650 | 7 0.07 68.57 10651 | 3 0.03 68.60 10658 | 3 0.03 68.63 10675 | 4 0.04 68.67 10677 | 32 0.32 68.99 10688 | 1 0.01 69.00 10725 | 6 0.06 69.06 10728 | 8 0.08 69.14 10753 | 4 0.04 69.18 10765 | 3 0.03 69.21 10775 | 5 0.05 69.26 10800 | 9 0.09 69.35 10813 | 3 0.03 69.38 10850 | 6 0.06 69.44 10860 | 9 0.09 69.53 10875 | 8 0.08 69.61 10928 | 7 0.07 69.68 10941 | 5 0.05 69.73 10950 | 4 0.04 69.77 10978 | 4 0.04 69.81 10980 | 4 0.04 69.85 10988 | 2 0.02 69.87 10990 | 4 0.04 69.91 11000 | 14 0.14 70.05 11025 | 4 0.04 70.09 11027 | 3 0.03 70.12 11040 | 3 0.03 70.15 11050 | 2 0.02 70.17 11052 | 2 0.02 70.19 11055 | 10 0.10 70.29 11075 | 3 0.03 70.32 11093 | 4 0.04 70.36 11100 | 7 0.07 70.43 11138 | 3 0.03 70.46 11175 | 3 0.03 70.49 11177 | 5 0.05 70.54 11191 | 5 0.05 70.59 11200 | 5 0.05 70.64 11225 | 6 0.06 70.70 11250 | 12 0.12 70.82 11275 | 8 0.08 70.90 11300 | 2 0.02 70.92 11308 | 4 0.04 70.96 11350 | 2 0.02 70.98 11370 | 361 3.61 74.59 11375 | 1 0.01 74.60 11383 | 2 0.02 74.62 11400 | 3 0.03 74.65 11425 | 5 0.05 74.70 11427 | 4 0.04 74.74 11445 | 2 0.02 74.76 11463 | 4 0.04 74.80 11475 | 5 0.05 74.85 11478 | 4 0.04 74.89 11500 | 4 0.04 74.93 11511 | 4 0.04 74.97 11525 | 2 0.02 74.99 11528 | 1 0.01 75.00 11538 | 4 0.04 75.04 11550 | 10 0.10 75.14 11555 | 2 0.02 75.16 11575 | 6 0.06 75.22 11600 | 3 0.03 75.25 11640 | 5 0.05 75.30 11655 | 3 0.03 75.33 11665 | 2 0.02 75.35 11670 | 2 0.02 75.37 11677 | 6 0.06 75.43 11700 | 3 0.03 75.46 11725 | 4 0.04 75.50 11730 | 3 0.03 75.53 11800 | 2 0.02 75.55 11810 | 1 0.01 75.56 11813 | 4 0.04 75.60 11825 | 8 0.08 75.68 11828 | 6 0.06 75.74 11865 | 2 0.02 75.76 11875 | 2 0.02 75.78 11890 | 3 0.03 75.81 11925 | 1 0.01 75.82 11926 | 7 0.07 75.89 11927 | 2 0.02 75.91 11988 | 2 0.02 75.93 11990 | 2 0.02 75.95 12000 | 5 0.05 76.00 12013 | 4 0.04 76.04 12025 | 6 0.06 76.10 12029 | 2 0.02 76.12 12050 | 8 0.08 76.20 12053 | 2 0.02 76.22 12055 | 20 0.20 76.42 12075 | 4 0.04 76.46 12100 | 4 0.04 76.50 12150 | 2 0.02 76.52 12155 | 1 0.01 76.53 12177 | 6 0.06 76.59 12184 | 2 0.02 76.61 12200 | 12 0.12 76.73 12225 | 4 0.04 76.77 12283 | 5 0.05 76.82 12300 | 3 0.03 76.85 12325 | 3 0.03 76.88 12328 | 10 0.10 76.98 12370 | 2 0.02 77.00 12375 | 2 0.02 77.02 12413 | 4 0.04 77.06 12425 | 4 0.04 77.10 12450 | 2 0.02 77.12 12463 | 5 0.05 77.17 12478 | 4 0.04 77.21 12488 | 2 0.02 77.23 12500 | 6 0.06 77.29 12505 | 2 0.02 77.31 12513 | 2 0.02 77.33 12525 | 1 0.01 77.34 12538 | 5 0.05 77.39 12550 | 7 0.07 77.46 12563 | 2 0.02 77.48 12625 | 2 0.02 77.50 12650 | 5 0.05 77.55 12651 | 2 0.02 77.57 12667 | 4 0.04 77.61 12675 | 2 0.02 77.63 12685 | 3 0.03 77.66 12688 | 2 0.02 77.68 12700 | 3 0.03 77.71 12724 | 4 0.04 77.75 12728 | 17 0.17 77.92 12746 | 3 0.03 77.95 12750 | 2 0.02 77.97 12788 | 2 0.02 77.99 12800 | 2 0.02 78.01 12813 | 4 0.04 78.05 12825 | 2 0.02 78.07 12870 | 2 0.02 78.09 12875 | 2 0.02 78.11 12888 | 3 0.03 78.14 12900 | 3 0.03 78.17 12913 | 4 0.04 78.21 12953 | 5 0.05 78.26 13010 | 2 0.02 78.28 13050 | 5 0.05 78.33 13055 | 12 0.12 78.45 13075 | 1 0.01 78.46 13088 | 4 0.04 78.50 13175 | 3 0.03 78.53 13177 | 2 0.02 78.55 13200 | 1 0.01 78.56 13225 | 2 0.02 78.58 13228 | 9 0.09 78.67 13255 | 5 0.05 78.72 13300 | 7 0.07 78.79 13313 | 2 0.02 78.81 13325 | 4 0.04 78.85 13350 | 2 0.02 78.87 13383 | 4 0.04 78.91 13386 | 4 0.04 78.95 13400 | 3 0.03 78.98 13402 | 4 0.04 79.02 13405 | 2 0.02 79.04 13425 | 4 0.04 79.08 13452 | 4 0.04 79.12 13458 | 2 0.02 79.14 13463 | 2 0.02 79.16 13475 | 3 0.03 79.19 13478 | 4 0.04 79.23 13500 | 3 0.03 79.26 13550 | 4 0.04 79.30 13578 | 5 0.05 79.35 13625 | 5 0.05 79.40 13650 | 3 0.03 79.43 13655 | 4 0.04 79.47 13675 | 3 0.03 79.50 13688 | 2 0.02 79.52 13690 | 4 0.04 79.56 13691 | 4 0.04 79.60 13700 | 2 0.02 79.62 13713 | 6 0.06 79.68 13725 | 5 0.05 79.73 13728 | 4 0.04 79.77 13750 | 4 0.04 79.81 13755 | 5 0.05 79.86 13775 | 3 0.03 79.89 13808 | 2 0.02 79.91 13846 | 3 0.03 79.94 13850 | 3 0.03 79.97 13870 | 6 0.06 80.03 13900 | 2 0.02 80.05 13927 | 6 0.06 80.11 13938 | 5 0.05 80.16 13978 | 2 0.02 80.18 13988 | 2 0.02 80.20 14000 | 2 0.02 80.22 14025 | 7 0.07 80.29 14027 | 3 0.03 80.32 14038 | 4 0.04 80.36 14058 | 4 0.04 80.40 14088 | 3 0.03 80.43 14100 | 1 0.01 80.44 14125 | 5 0.05 80.49 14138 | 2 0.02 80.51 14175 | 5 0.05 80.56 14185 | 4 0.04 80.60 14212 | 2 0.02 80.62 14213 | 4 0.04 80.66 14228 | 5 0.05 80.71 14250 | 5 0.05 80.76 14263 | 4 0.04 80.80 14275 | 4 0.04 80.84 14300 | 5 0.05 80.89 14343 | 2 0.02 80.91 14350 | 2 0.02 80.93 14363 | 4 0.04 80.97 14365 | 1 0.01 80.98 14370 | 5 0.05 81.03 14375 | 3 0.03 81.06 14400 | 3 0.03 81.09 14428 | 3 0.03 81.12 14450 | 2 0.02 81.14 14475 | 2 0.02 81.16 14488 | 4 0.04 81.20 14500 | 3 0.03 81.23 14525 | 5 0.05 81.28 14550 | 2 0.02 81.30 14555 | 7 0.07 81.37 14558 | 4 0.04 81.41 14560 | 2 0.02 81.43 14588 | 4 0.04 81.47 14600 | 1 0.01 81.48 14603 | 3 0.03 81.51 14625 | 4 0.04 81.55 14658 | 3 0.03 81.58 14675 | 7 0.07 81.65 14678 | 5 0.05 81.70 14688 | 19 0.19 81.89 14713 | 3 0.03 81.92 14755 | 1 0.01 81.93 14788 | 2 0.02 81.95 14800 | 2 0.02 81.97 14803 | 2 0.02 81.99 14838 | 2 0.02 82.01 14860 | 5 0.05 82.06 14875 | 6 0.06 82.12 14886 | 6 0.06 82.18 14900 | 4 0.04 82.22 14925 | 1 0.01 82.23 14926 | 4 0.04 82.27 14938 | 4 0.04 82.31 14963 | 4 0.04 82.35 14988 | 4 0.04 82.39 15000 | 4 0.04 82.43 15001 | 7 0.07 82.50 15013 | 4 0.04 82.54 15050 | 9 0.09 82.63 15055 | 9 0.09 82.72 15075 | 4 0.04 82.76 15100 | 1 0.01 82.77 15138 | 2 0.02 82.79 15188 | 7 0.07 82.86 15227 | 3 0.03 82.89 15228 | 4 0.04 82.93 15235 | 4 0.04 82.97 15350 | 2 0.02 82.99 15400 | 2 0.02 83.01 15433 | 3 0.03 83.04 15438 | 3 0.03 83.07 15439 | 2 0.02 83.09 15478 | 7 0.07 83.16 15515 | 4 0.04 83.20 15540 | 3 0.03 83.23 15550 | 10 0.10 83.33 15555 | 2 0.02 83.35 15558 | 3 0.03 83.38 15578 | 3 0.03 83.41 15600 | 4 0.04 83.45 15625 | 3 0.03 83.48 15641 | 4 0.04 83.52 15675 | 2 0.02 83.54 15677 | 3 0.03 83.57 15688 | 1 0.01 83.58 15700 | 2 0.02 83.60 15763 | 8 0.08 83.68 15775 | 4 0.04 83.72 15800 | 1 0.01 83.73 15825 | 6 0.06 83.79 15888 | 2 0.02 83.81 15925 | 4 0.04 83.85 15950 | 1 0.01 83.86 15963 | 2 0.02 83.88 15983 | 4 0.04 83.92 16010 | 2 0.02 83.94 16028 | 2 0.02 83.96 16078 | 6 0.06 84.02 16127 | 2 0.02 84.04 16140 | 2 0.02 84.06 16150 | 3 0.03 84.09 16175 | 2 0.02 84.11 16177 | 2 0.02 84.13 16178 | 3 0.03 84.16 16188 | 6 0.06 84.22 16213 | 2 0.02 84.24 16250 | 6 0.06 84.30 16265 | 4 0.04 84.34 16275 | 3 0.03 84.37 16325 | 1 0.01 84.38 16346 | 6 0.06 84.44 16349 | 4 0.04 84.48 16370 | 5 0.05 84.53 16400 | 5 0.05 84.58 16413 | 4 0.04 84.62 16425 | 4 0.04 84.66 16432 | 3 0.03 84.69 16438 | 3 0.03 84.72 16475 | 4 0.04 84.76 16503 | 5 0.05 84.81 16575 | 2 0.02 84.83 16613 | 3 0.03 84.86 16638 | 2 0.02 84.88 16640 | 7 0.07 84.95 16650 | 4 0.04 84.99 16655 | 5 0.05 85.04 16725 | 1 0.01 85.05 16728 | 3 0.03 85.08 16750 | 13 0.13 85.21 16768 | 3 0.03 85.24 16775 | 5 0.05 85.29 16850 | 7 0.07 85.36 16900 | 4 0.04 85.40 16910 | 4 0.04 85.44 16952 | 2 0.02 85.46 17000 | 2 0.02 85.48 17008 | 4 0.04 85.52 17013 | 3 0.03 85.55 17027 | 4 0.04 85.59 17050 | 2 0.02 85.61 17055 | 119 1.19 86.80 17058 | 31 0.31 87.11 17075 | 2 0.02 87.13 17100 | 2 0.02 87.15 17130 | 2 0.02 87.17 17140 | 2 0.02 87.19 17150 | 2 0.02 87.21 17170 | 2 0.02 87.23 17175 | 2 0.02 87.25 17177 | 1 0.01 87.26 17190 | 4 0.04 87.30 17200 | 2 0.02 87.32 17225 | 4 0.04 87.36 17275 | 3 0.03 87.39 17325 | 6 0.06 87.45 17350 | 4 0.04 87.49 17353 | 4 0.04 87.53 17450 | 4 0.04 87.57 17475 | 2 0.02 87.59 17500 | 4 0.04 87.63 17558 | 2 0.02 87.65 17600 | 2 0.02 87.67 17628 | 6 0.06 87.73 17641 | 4 0.04 87.77 17688 | 4 0.04 87.81 17700 | 3 0.03 87.84 17755 | 4 0.04 87.88 17758 | 4 0.04 87.92 17775 | 8 0.08 88.00 17800 | 6 0.06 88.06 17850 | 4 0.04 88.10 17888 | 2 0.02 88.12 17925 | 8 0.08 88.20 17950 | 5 0.05 88.25 17955 | 4 0.04 88.29 17975 | 2 0.02 88.31 18033 | 5 0.05 88.36 18038 | 2 0.02 88.38 18053 | 2 0.02 88.40 18100 | 2 0.02 88.42 18103 | 2 0.02 88.44 18125 | 5 0.05 88.49 18130 | 4 0.04 88.53 18150 | 2 0.02 88.55 18163 | 3 0.03 88.58 18178 | 5 0.05 88.63 18206 | 5 0.05 88.68 18213 | 3 0.03 88.71 18225 | 1 0.01 88.72 18228 | 2 0.02 88.74 18245 | 1 0.01 88.75 18275 | 8 0.08 88.83 18288 | 2 0.02 88.85 18350 | 2 0.02 88.87 18352 | 6 0.06 88.93 18370 | 2 0.02 88.95 18378 | 2 0.02 88.97 18400 | 4 0.04 89.01 18413 | 5 0.05 89.06 18425 | 5 0.05 89.11 18433 | 3 0.03 89.14 18463 | 4 0.04 89.18 18500 | 10 0.10 89.28 18550 | 1 0.01 89.29 18558 | 2 0.02 89.31 18575 | 4 0.04 89.35 18600 | 3 0.03 89.38 18613 | 2 0.02 89.40 18691 | 16 0.16 89.56 18700 | 2 0.02 89.58 18727 | 2 0.02 89.60 18731 | 5 0.05 89.65 18740 | 4 0.04 89.69 18750 | 3 0.03 89.72 18752 | 2 0.02 89.74 18825 | 2 0.02 89.76 18852 | 6 0.06 89.82 18855 | 2 0.02 89.84 18865 | 3 0.03 89.87 18875 | 1 0.01 89.88 18900 | 2 0.02 89.90 18925 | 3 0.03 89.93 18963 | 2 0.02 89.95 18990 | 1 0.01 89.96 19000 | 2 0.02 89.98 19065 | 3 0.03 90.01 19158 | 3 0.03 90.04 19177 | 2 0.02 90.06 19250 | 2 0.02 90.08 19275 | 12 0.12 90.20 19300 | 1 0.01 90.21 19350 | 5 0.05 90.26 19365 | 6 0.06 90.32 19370 | 2 0.02 90.34 19408 | 3 0.03 90.37 19425 | 3 0.03 90.40 19430 | 3 0.03 90.43 19441 | 4 0.04 90.47 19456 | 3 0.03 90.50 19528 | 2 0.02 90.52 19550 | 1 0.01 90.53 19555 | 4 0.04 90.57 19558 | 4 0.04 90.61 19625 | 2 0.02 90.63 19628 | 3 0.03 90.66 19655 | 2 0.02 90.68 19666 | 2 0.02 90.70 19675 | 5 0.05 90.75 19688 | 3 0.03 90.78 19725 | 2 0.02 90.80 19733 | 3 0.03 90.83 19750 | 4 0.04 90.87 19758 | 3 0.03 90.90 19800 | 2 0.02 90.92 19840 | 2 0.02 90.94 19850 | 2 0.02 90.96 19863 | 4 0.04 91.00 19875 | 5 0.05 91.05 19901 | 4 0.04 91.09 19925 | 2 0.02 91.11 19928 | 5 0.05 91.16 20000 | 9 0.09 91.25 20025 | 2 0.02 91.27 20100 | 5 0.05 91.32 20218 | 2 0.02 91.34 20300 | 4 0.04 91.38 20315 | 4 0.04 91.42 20353 | 2 0.02 91.44 20365 | 5 0.05 91.49 20375 | 1 0.01 91.50 20379 | 3 0.03 91.53 20380 | 7 0.07 91.60 20388 | 5 0.05 91.65 20408 | 2 0.02 91.67 20425 | 2 0.02 91.69 20533 | 2 0.02 91.71 20555 | 4 0.04 91.75 20590 | 2 0.02 91.77 20613 | 2 0.02 91.79 20620 | 4 0.04 91.83 20651 | 2 0.02 91.85 20675 | 2 0.02 91.87 20678 | 2 0.02 91.89 20700 | 2 0.02 91.91 20703 | 4 0.04 91.95 20775 | 2 0.02 91.97 20800 | 4 0.04 92.01 20808 | 4 0.04 92.05 20865 | 2 0.02 92.07 20890 | 6 0.06 92.13 20968 | 3 0.03 92.16 20993 | 2 0.02 92.18 21000 | 2 0.02 92.20 21025 | 2 0.02 92.22 21126 | 2 0.02 92.24 21196 | 2 0.02 92.26 21215 | 2 0.02 92.28 21315 | 4 0.04 92.32 21425 | 9 0.09 92.41 21435 | 2 0.02 92.43 21441 | 5 0.05 92.48 21450 | 2 0.02 92.50 21525 | 2 0.02 92.52 21558 | 2 0.02 92.54 21563 | 2 0.02 92.56 21575 | 7 0.07 92.63 21605 | 2 0.02 92.65 21677 | 4 0.04 92.69 21688 | 1 0.01 92.70 21725 | 2 0.02 92.72 21750 | 2 0.02 92.74 21800 | 2 0.02 92.76 21875 | 11 0.11 92.87 21970 | 3 0.03 92.90 21977 | 4 0.04 92.94 22000 | 5 0.05 92.99 22028 | 3 0.03 93.02 22047 | 3 0.03 93.05 22150 | 6 0.06 93.11 22200 | 3 0.03 93.14 22263 | 2 0.02 93.16 22575 | 1 0.01 93.17 22600 | 6 0.06 93.23 22625 | 4 0.04 93.27 22650 | 6 0.06 93.33 22655 | 2 0.02 93.35 22700 | 4 0.04 93.39 22713 | 4 0.04 93.43 22743 | 4 0.04 93.47 22775 | 3 0.03 93.50 22950 | 3 0.03 93.53 22975 | 2 0.02 93.55 23000 | 5 0.05 93.60 23053 | 4 0.04 93.64 23175 | 4 0.04 93.68 23193 | 4 0.04 93.72 23218 | 2 0.02 93.74 23275 | 2 0.02 93.76 23325 | 2 0.02 93.78 23349 | 2 0.02 93.80 23400 | 2 0.02 93.82 23450 | 2 0.02 93.84 23500 | 2 0.02 93.86 23550 | 2 0.02 93.88 23575 | 1 0.01 93.89 23630 | 5 0.05 93.94 23675 | 5 0.05 93.99 23755 | 2 0.02 94.01 23790 | 2 0.02 94.03 23852 | 2 0.02 94.05 23888 | 3 0.03 94.08 23908 | 2 0.02 94.10 24001 | 3 0.03 94.13 24025 | 8 0.08 94.21 24078 | 2 0.02 94.23 24088 | 4 0.04 94.27 24213 | 4 0.04 94.31 24254 | 5 0.05 94.36 24265 | 2 0.02 94.38 24275 | 2 0.02 94.40 24325 | 2 0.02 94.42 24350 | 5 0.05 94.47 24408 | 4 0.04 94.51 24427 | 4 0.04 94.55 24488 | 5 0.05 94.60 24777 | 2 0.02 94.62 24790 | 4 0.04 94.66 24850 | 2 0.02 94.68 24885 | 4 0.04 94.72 24950 | 4 0.04 94.76 24975 | 4 0.04 94.80 25025 | 2 0.02 94.82 25053 | 2 0.02 94.84 25100 | 2 0.02 94.86 25200 | 2 0.02 94.88 25225 | 2 0.02 94.90 25240 | 2 0.02 94.92 25267 | 3 0.03 94.95 25275 | 3 0.03 94.98 25277 | 4 0.04 95.02 25295 | 2 0.02 95.04 25328 | 2 0.02 95.06 25350 | 5 0.05 95.11 25400 | 2 0.02 95.13 25750 | 2 0.02 95.15 25758 | 5 0.05 95.20 25766 | 6 0.06 95.26 25875 | 3 0.03 95.29 26090 | 3 0.03 95.32 26200 | 2 0.02 95.34 26275 | 2 0.02 95.36 26315 | 4 0.04 95.40 26325 | 1 0.01 95.41 26350 | 2 0.02 95.43 26370 | 12 0.12 95.55 26375 | 3 0.03 95.58 26433 | 3 0.03 95.61 26438 | 4 0.04 95.65 26450 | 2 0.02 95.67 26508 | 6 0.06 95.73 26525 | 2 0.02 95.75 26553 | 2 0.02 95.77 26773 | 3 0.03 95.80 26800 | 2 0.02 95.82 26925 | 3 0.03 95.85 26926 | 2 0.02 95.87 27055 | 2 0.02 95.89 27065 | 4 0.04 95.93 27100 | 5 0.05 95.98 27175 | 5 0.05 96.03 27202 | 5 0.05 96.08 27370 | 5 0.05 96.13 27400 | 2 0.02 96.15 27503 | 3 0.03 96.18 27715 | 3 0.03 96.21 27763 | 3 0.03 96.24 27828 | 2 0.02 96.26 27852 | 5 0.05 96.31 27863 | 2 0.02 96.33 27900 | 3 0.03 96.36 28263 | 4 0.04 96.40 28328 | 4 0.04 96.44 28370 | 2 0.02 96.46 28376 | 4 0.04 96.50 28475 | 1 0.01 96.51 28500 | 6 0.06 96.57 28600 | 1 0.01 96.58 28695 | 5 0.05 96.63 28875 | 2 0.02 96.65 28878 | 4 0.04 96.69 28890 | 1 0.01 96.70 28950 | 2 0.02 96.72 28975 | 2 0.02 96.74 29052 | 2 0.02 96.76 29288 | 2 0.02 96.78 29338 | 2 0.02 96.80 29340 | 2 0.02 96.82 29375 | 2 0.02 96.84 29498 | 2 0.02 96.86 29525 | 3 0.03 96.89 29555 | 3 0.03 96.92 29675 | 2 0.02 96.94 29786 | 7 0.07 97.01 29800 | 2 0.02 97.03 29803 | 2 0.02 97.05 29958 | 4 0.04 97.09 30050 | 2 0.02 97.11 30278 | 2 0.02 97.13 30302 | 2 0.02 97.15 30325 | 4 0.04 97.19 30415 | 2 0.02 97.21 30527 | 4 0.04 97.25 30545 | 6 0.06 97.31 30652 | 2 0.02 97.33 30876 | 4 0.04 97.37 30908 | 4 0.04 97.41 31000 | 2 0.02 97.43 31133 | 5 0.05 97.48 31278 | 3 0.03 97.51 31375 | 4 0.04 97.55 31450 | 3 0.03 97.58 31875 | 4 0.04 97.62 31983 | 3 0.03 97.65 32100 | 4 0.04 97.69 32225 | 2 0.02 97.71 32475 | 2 0.02 97.73 32491 | 3 0.03 97.76 32600 | 3 0.03 97.79 32653 | 3 0.03 97.82 32702 | 2 0.02 97.84 32803 | 3 0.03 97.87 32875 | 5 0.05 97.92 32905 | 3 0.03 97.95 33055 | 3 0.03 97.98 33450 | 1 0.01 97.99 34053 | 4 0.04 98.03 34090 | 2 0.02 98.05 34878 | 5 0.05 98.10 35000 | 1 0.01 98.11 35028 | 2 0.02 98.13 35261 | 2 0.02 98.15 35300 | 5 0.05 98.20 35500 | 3 0.03 98.23 35550 | 2 0.02 98.25 35553 | 4 0.04 98.29 35733 | 4 0.04 98.33 36200 | 4 0.04 98.37 36475 | 4 0.04 98.41 36676 | 2 0.02 98.43 36677 | 2 0.02 98.45 36700 | 3 0.03 98.48 36740 | 6 0.06 98.54 37250 | 2 0.02 98.56 37325 | 2 0.02 98.58 37363 | 4 0.04 98.62 37428 | 2 0.02 98.64 37830 | 3 0.03 98.67 38048 | 2 0.02 98.69 38208 | 2 0.02 98.71 38438 | 4 0.04 98.75 38750 | 5 0.05 98.80 38765 | 2 0.02 98.82 39075 | 3 0.03 98.85 39125 | 4 0.04 98.89 39475 | 2 0.02 98.91 40125 | 4 0.04 98.95 40365 | 2 0.02 98.97 40685 | 2 0.02 98.99 40775 | 4 0.04 99.03 41863 | 3 0.03 99.06 42050 | 4 0.04 99.10 42650 | 3 0.03 99.13 42850 | 4 0.04 99.17 44313 | 2 0.02 99.19 44783 | 3 0.03 99.22 45177 | 5 0.05 99.27 45200 | 4 0.04 99.31 45350 | 2 0.02 99.33 45588 | 5 0.05 99.38 46370 | 6 0.06 99.44 46401 | 4 0.04 99.48 46852 | 4 0.04 99.52 47853 | 2 0.02 99.54 47975 | 3 0.03 99.57 48050 | 4 0.04 99.61 50228 | 2 0.02 99.63 51803 | 3 0.03 99.66 53650 | 4 0.04 99.70 54741 | 2 0.02 99.72 55400 | 2 0.02 99.74 55425 | 2 0.02 99.76 59175 | 2 0.02 99.78 59683 | 2 0.02 99.80 59861 | 3 0.03 99.83 63428 | 5 0.05 99.88 65265 | 3 0.03 99.91 72450 | 4 0.04 99.95 86375 | 5 0.05 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhbeq variable in sipp1996tm96puw9 dataset : RE: Business Equity | Freq. Percent Cum. ------------------------+----------------------------------- -413000 | 8 0.08 0.08 -200000 | 4 0.04 0.12 -147700 | 2 0.02 0.14 -130000 | 1 0.01 0.15 -110000 | 3 0.03 0.18 -80000 | 4 0.04 0.22 -60000 | 9 0.09 0.31 -40000 | 14 0.14 0.45 -29700 | 4 0.04 0.49 -25000 | 3 0.03 0.52 -20000 | 3 0.03 0.55 -15000 | 16 0.16 0.71 -14250 | 4 0.04 0.75 -13000 | 9 0.09 0.84 -12750 | 4 0.04 0.88 -12500 | 10 0.10 0.98 -10000 | 13 0.13 1.11 -9000 | 12 0.12 1.23 -8800 | 4 0.04 1.27 -8580 | 1 0.01 1.28 -7500 | 5 0.05 1.33 -7350 | 2 0.02 1.35 -7000 | 4 0.04 1.39 -6240 | 2 0.02 1.41 -6000 | 5 0.05 1.46 -5000 | 15 0.15 1.61 -4290 | 20 0.20 1.81 -3750 | 6 0.06 1.87 -3500 | 3 0.03 1.90 -3000 | 10 0.10 2.00 -2550 | 2 0.02 2.02 -2500 | 2 0.02 2.04 -2145 | 5 0.05 2.09 -2000 | 48 0.48 2.57 -1650 | 8 0.08 2.65 -1500 | 19 0.19 2.84 -1000 | 26 0.26 3.10 -990 | 5 0.05 3.15 -750 | 2 0.02 3.17 -500 | 3 0.03 3.20 -470 | 3 0.03 3.23 -250 | 5 0.05 3.28 -200 | 4 0.04 3.32 -42 | 3 0.03 3.35 -20 | 3 0.03 3.38 None or Not in universe | 8,622 86.22 89.60 23 | 3 0.03 89.63 35 | 3 0.03 89.66 50 | 1 0.01 89.67 95 | 4 0.04 89.71 99 | 2 0.02 89.73 100 | 7 0.07 89.80 175 | 3 0.03 89.83 200 | 9 0.09 89.92 240 | 2 0.02 89.94 250 | 4 0.04 89.98 349 | 3 0.03 90.01 375 | 4 0.04 90.05 400 | 1 0.01 90.06 417 | 2 0.02 90.08 500 | 32 0.32 90.40 625 | 2 0.02 90.42 700 | 6 0.06 90.48 741 | 4 0.04 90.52 750 | 4 0.04 90.56 1000 | 18 0.18 90.74 1200 | 12 0.12 90.86 1250 | 4 0.04 90.90 1500 | 3 0.03 90.93 1530 | 3 0.03 90.96 1600 | 3 0.03 90.99 1750 | 2 0.02 91.01 1800 | 4 0.04 91.05 1888 | 1 0.01 91.06 1949 | 3 0.03 91.09 2000 | 35 0.35 91.44 2400 | 2 0.02 91.46 2500 | 6 0.06 91.52 2515 | 2 0.02 91.54 2600 | 4 0.04 91.58 2775 | 1 0.01 91.59 2800 | 5 0.05 91.64 3000 | 18 0.18 91.82 3500 | 7 0.07 91.89 3600 | 7 0.07 91.96 3750 | 2 0.02 91.98 3850 | 2 0.02 92.00 4000 | 6 0.06 92.06 5000 | 61 0.61 92.67 5100 | 3 0.03 92.70 5379 | 7 0.07 92.77 5600 | 2 0.02 92.79 6000 | 7 0.07 92.86 6500 | 9 0.09 92.95 7000 | 18 0.18 93.13 7500 | 6 0.06 93.19 8000 | 21 0.21 93.40 9000 | 4 0.04 93.44 10000 | 47 0.47 93.91 11250 | 2 0.02 93.93 11500 | 4 0.04 93.97 12000 | 5 0.05 94.02 14000 | 4 0.04 94.06 15000 | 5 0.05 94.11 15050 | 4 0.04 94.15 15150 | 4 0.04 94.19 16000 | 4 0.04 94.23 20000 | 19 0.19 94.42 20400 | 2 0.02 94.44 22000 | 4 0.04 94.48 23750 | 2 0.02 94.50 24750 | 3 0.03 94.53 25000 | 33 0.33 94.86 26250 | 2 0.02 94.88 26400 | 6 0.06 94.94 26550 | 4 0.04 94.98 27500 | 4 0.04 95.02 28500 | 10 0.10 95.12 30000 | 6 0.06 95.18 34000 | 5 0.05 95.23 35000 | 6 0.06 95.29 37500 | 4 0.04 95.33 38250 | 6 0.06 95.39 40000 | 3 0.03 95.42 40708 | 2 0.02 95.44 42500 | 2 0.02 95.46 43230 | 1 0.01 95.47 45000 | 2 0.02 95.49 50000 | 41 0.41 95.90 52000 | 2 0.02 95.92 52500 | 2 0.02 95.94 55000 | 9 0.09 96.03 56000 | 2 0.02 96.05 56980 | 4 0.04 96.09 57250 | 3 0.03 96.12 59800 | 2 0.02 96.14 60000 | 19 0.19 96.33 67000 | 3 0.03 96.36 70000 | 8 0.08 96.44 74000 | 9 0.09 96.53 74999 | 2 0.02 96.55 75000 | 17 0.17 96.72 80000 | 6 0.06 96.78 82584 | 2 0.02 96.80 85000 | 3 0.03 96.83 90000 | 15 0.15 96.98 100000 | 20 0.20 97.18 102500 | 4 0.04 97.22 110000 | 2 0.02 97.24 115000 | 2 0.02 97.26 120000 | 1 0.01 97.27 130000 | 4 0.04 97.31 133500 | 4 0.04 97.35 136000 | 4 0.04 97.39 139000 | 3 0.03 97.42 144000 | 1 0.01 97.43 145000 | 4 0.04 97.47 150000 | 29 0.29 97.76 153450 | 5 0.05 97.81 160000 | 1 0.01 97.82 169500 | 2 0.02 97.84 170000 | 8 0.08 97.92 175000 | 5 0.05 97.97 180000 | 4 0.04 98.01 190000 | 6 0.06 98.07 200000 | 24 0.24 98.31 204000 | 5 0.05 98.36 210000 | 3 0.03 98.39 212000 | 2 0.02 98.41 218998 | 2 0.02 98.43 225000 | 1 0.01 98.44 228000 | 8 0.08 98.52 229500 | 4 0.04 98.56 237000 | 4 0.04 98.60 240000 | 4 0.04 98.64 250000 | 8 0.08 98.72 270000 | 2 0.02 98.74 276000 | 2 0.02 98.76 308000 | 4 0.04 98.80 312000 | 1 0.01 98.81 320000 | 2 0.02 98.83 337000 | 6 0.06 98.89 339000 | 3 0.03 98.92 340000 | 7 0.07 98.99 349140 | 5 0.05 99.04 350000 | 2 0.02 99.06 352000 | 2 0.02 99.08 367506 | 5 0.05 99.13 380000 | 2 0.02 99.15 400000 | 4 0.04 99.19 442000 | 2 0.02 99.21 450000 | 2 0.02 99.23 495000 | 3 0.03 99.26 499100 | 2 0.02 99.28 500000 | 4 0.04 99.32 547000 | 5 0.05 99.37 680000 | 1 0.01 99.38 687000 | 3 0.03 99.41 700000 | 3 0.03 99.44 720000 | 2 0.02 99.46 750000 | 7 0.07 99.53 791000 | 2 0.02 99.55 793500 | 5 0.05 99.60 800000 | 2 0.02 99.62 809370 | 2 0.02 99.64 927999 | 2 0.02 99.66 990000 | 2 0.02 99.68 1000000 | 12 0.12 99.80 1288051 | 3 0.03 99.83 1300000 | 2 0.02 99.85 1587000 | 6 0.06 99.91 1592000 | 3 0.03 99.94 2000000 | 4 0.04 99.98 2005000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhintbk variable in sipp1996tm96puw9 dataset : RE: Interest Earning | assets held in banking | Freq. Percent Cum. ------------------------+----------------------------------- None or Not in universe | 3,186 31.86 31.86 1 | 8 0.08 31.94 2 | 36 0.36 32.30 3 | 1 0.01 32.31 4 | 17 0.17 32.48 5 | 27 0.27 32.75 6 | 9 0.09 32.84 7 | 11 0.11 32.95 9 | 4 0.04 32.99 10 | 31 0.31 33.30 14 | 14 0.14 33.44 16 | 1 0.01 33.45 18 | 4 0.04 33.49 20 | 29 0.29 33.78 21 | 5 0.05 33.83 23 | 3 0.03 33.86 24 | 15 0.15 34.01 25 | 31 0.31 34.32 26 | 1 0.01 34.33 27 | 9 0.09 34.42 28 | 2 0.02 34.44 30 | 21 0.21 34.65 32 | 3 0.03 34.68 34 | 1 0.01 34.69 35 | 2 0.02 34.71 36 | 4 0.04 34.75 37 | 3 0.03 34.78 38 | 2 0.02 34.80 40 | 18 0.18 34.98 44 | 1 0.01 34.99 48 | 1 0.01 35.00 50 | 70 0.70 35.70 52 | 4 0.04 35.74 56 | 2 0.02 35.76 57 | 7 0.07 35.83 60 | 4 0.04 35.87 64 | 4 0.04 35.91 69 | 4 0.04 35.95 70 | 4 0.04 35.99 74 | 7 0.07 36.06 75 | 15 0.15 36.21 76 | 6 0.06 36.27 78 | 1 0.01 36.28 80 | 7 0.07 36.35 90 | 3 0.03 36.38 99 | 2 0.02 36.40 100 | 155 1.55 37.95 101 | 3 0.03 37.98 103 | 3 0.03 38.01 104 | 5 0.05 38.06 105 | 4 0.04 38.10 107 | 2 0.02 38.12 110 | 5 0.05 38.17 117 | 2 0.02 38.19 120 | 4 0.04 38.23 124 | 3 0.03 38.26 125 | 1 0.01 38.27 127 | 8 0.08 38.35 130 | 2 0.02 38.37 134 | 3 0.03 38.40 135 | 4 0.04 38.44 140 | 4 0.04 38.48 142 | 2 0.02 38.50 145 | 1 0.01 38.51 150 | 44 0.44 38.95 155 | 7 0.07 39.02 160 | 1 0.01 39.03 165 | 7 0.07 39.10 168 | 3 0.03 39.13 175 | 2 0.02 39.15 180 | 9 0.09 39.24 188 | 2 0.02 39.26 196 | 4 0.04 39.30 200 | 120 1.20 40.50 210 | 10 0.10 40.60 214 | 2 0.02 40.62 220 | 4 0.04 40.66 225 | 10 0.10 40.76 230 | 4 0.04 40.80 240 | 6 0.06 40.86 241 | 5 0.05 40.91 250 | 29 0.29 41.20 255 | 4 0.04 41.24 259 | 1 0.01 41.25 268 | 4 0.04 41.29 270 | 4 0.04 41.33 271 | 2 0.02 41.35 275 | 4 0.04 41.39 277 | 4 0.04 41.43 300 | 96 0.96 42.39 301 | 5 0.05 42.44 303 | 3 0.03 42.47 306 | 1 0.01 42.48 307 | 5 0.05 42.53 315 | 1 0.01 42.54 320 | 4 0.04 42.58 321 | 6 0.06 42.64 325 | 5 0.05 42.69 342 | 1 0.01 42.70 347 | 1 0.01 42.71 350 | 17 0.17 42.88 356 | 2 0.02 42.90 360 | 6 0.06 42.96 365 | 1 0.01 42.97 372 | 2 0.02 42.99 380 | 2 0.02 43.01 384 | 2 0.02 43.03 400 | 46 0.46 43.49 404 | 2 0.02 43.51 407 | 1 0.01 43.52 421 | 5 0.05 43.57 424 | 2 0.02 43.59 425 | 2 0.02 43.61 435 | 2 0.02 43.63 450 | 16 0.16 43.79 455 | 5 0.05 43.84 470 | 4 0.04 43.88 490 | 1 0.01 43.89 500 | 228 2.28 46.17 501 | 2 0.02 46.19 508 | 8 0.08 46.27 510 | 4 0.04 46.31 530 | 4 0.04 46.35 531 | 1 0.01 46.36 536 | 2 0.02 46.38 550 | 4 0.04 46.42 554 | 4 0.04 46.46 555 | 4 0.04 46.50 560 | 1 0.01 46.51 568 | 2 0.02 46.53 574 | 3 0.03 46.56 575 | 4 0.04 46.60 580 | 4 0.04 46.64 590 | 2 0.02 46.66 600 | 61 0.61 47.27 613 | 4 0.04 47.31 625 | 1 0.01 47.32 630 | 6 0.06 47.38 640 | 5 0.05 47.43 648 | 5 0.05 47.48 650 | 22 0.22 47.70 668 | 4 0.04 47.74 670 | 3 0.03 47.77 680 | 3 0.03 47.80 682 | 5 0.05 47.85 700 | 64 0.64 48.49 714 | 5 0.05 48.54 750 | 2 0.02 48.56 760 | 5 0.05 48.61 780 | 2 0.02 48.63 800 | 81 0.81 49.44 805 | 2 0.02 49.46 806 | 4 0.04 49.50 812 | 4 0.04 49.54 817 | 2 0.02 49.56 828 | 1 0.01 49.57 850 | 7 0.07 49.64 870 | 2 0.02 49.66 890 | 2 0.02 49.68 900 | 51 0.51 50.19 938 | 5 0.05 50.24 950 | 10 0.10 50.34 954 | 3 0.03 50.37 968 | 6 0.06 50.43 970 | 2 0.02 50.45 1000 | 192 1.92 52.37 1010 | 5 0.05 52.42 1012 | 2 0.02 52.44 1025 | 3 0.03 52.47 1034 | 3 0.03 52.50 1050 | 11 0.11 52.61 1087 | 2 0.02 52.63 1100 | 29 0.29 52.92 1101 | 3 0.03 52.95 1106 | 5 0.05 53.00 1150 | 11 0.11 53.11 1188 | 1 0.01 53.12 1200 | 58 0.58 53.70 1208 | 4 0.04 53.74 1230 | 24 0.24 53.98 1235 | 2 0.02 54.00 1236 | 4 0.04 54.04 1255 | 2 0.02 54.06 1260 | 2 0.02 54.08 1300 | 27 0.27 54.35 1324 | 1 0.01 54.36 1348 | 2 0.02 54.38 1400 | 26 0.26 54.64 1402 | 2 0.02 54.66 1416 | 8 0.08 54.74 1460 | 2 0.02 54.76 1496 | 2 0.02 54.78 1500 | 106 1.06 55.84 1510 | 3 0.03 55.87 1515 | 2 0.02 55.89 1541 | 2 0.02 55.91 1542 | 2 0.02 55.93 1600 | 11 0.11 56.04 1630 | 2 0.02 56.06 1650 | 3 0.03 56.09 1655 | 3 0.03 56.12 1700 | 26 0.26 56.38 1717 | 3 0.03 56.41 1730 | 4 0.04 56.45 1750 | 3 0.03 56.48 1762 | 3 0.03 56.51 1778 | 2 0.02 56.53 1800 | 37 0.37 56.90 1815 | 3 0.03 56.93 1830 | 2 0.02 56.95 1840 | 3 0.03 56.98 1850 | 7 0.07 57.05 1874 | 5 0.05 57.10 1876 | 6 0.06 57.16 1900 | 19 0.19 57.35 1950 | 2 0.02 57.37 1980 | 1 0.01 57.38 2000 | 195 1.95 59.33 2001 | 3 0.03 59.36 2005 | 8 0.08 59.44 2008 | 2 0.02 59.46 2010 | 4 0.04 59.50 2025 | 6 0.06 59.56 2049 | 1 0.01 59.57 2050 | 4 0.04 59.61 2100 | 13 0.13 59.74 2200 | 31 0.31 60.05 2210 | 9 0.09 60.14 2230 | 2 0.02 60.16 2234 | 4 0.04 60.20 2250 | 2 0.02 60.22 2300 | 29 0.29 60.51 2305 | 2 0.02 60.53 2310 | 4 0.04 60.57 2350 | 3 0.03 60.60 2374 | 4 0.04 60.64 2400 | 22 0.22 60.86 2434 | 2 0.02 60.88 2462 | 1 0.01 60.89 2465 | 4 0.04 60.93 2480 | 1 0.01 60.94 2500 | 98 0.98 61.92 2580 | 3 0.03 61.95 2600 | 7 0.07 62.02 2615 | 3 0.03 62.05 2646 | 5 0.05 62.10 2648 | 4 0.04 62.14 2700 | 14 0.14 62.28 2720 | 3 0.03 62.31 2730 | 2 0.02 62.33 2733 | 4 0.04 62.37 2750 | 3 0.03 62.40 2800 | 20 0.20 62.60 2880 | 5 0.05 62.65 2900 | 12 0.12 62.77 2978 | 4 0.04 62.81 3000 | 133 1.33 64.14 3001 | 3 0.03 64.17 3010 | 3 0.03 64.20 3040 | 3 0.03 64.23 3060 | 3 0.03 64.26 3082 | 2 0.02 64.28 3100 | 6 0.06 64.34 3120 | 2 0.02 64.36 3150 | 4 0.04 64.40 3155 | 3 0.03 64.43 3200 | 4 0.04 64.47 3203 | 5 0.05 64.52 3214 | 4 0.04 64.56 3225 | 6 0.06 64.62 3246 | 3 0.03 64.65 3250 | 4 0.04 64.69 3292 | 1 0.01 64.70 3300 | 5 0.05 64.75 3325 | 4 0.04 64.79 3380 | 2 0.02 64.81 3382 | 6 0.06 64.87 3400 | 13 0.13 65.00 3452 | 1 0.01 65.01 3500 | 46 0.46 65.47 3508 | 2 0.02 65.49 3550 | 4 0.04 65.53 3600 | 2 0.02 65.55 3610 | 3 0.03 65.58 3674 | 2 0.02 65.60 3700 | 13 0.13 65.73 3728 | 4 0.04 65.77 3764 | 3 0.03 65.80 3788 | 2 0.02 65.82 3822 | 2 0.02 65.84 3850 | 2 0.02 65.86 3852 | 2 0.02 65.88 3935 | 3 0.03 65.91 3950 | 1 0.01 65.92 4000 | 99 0.99 66.91 4010 | 2 0.02 66.93 4050 | 2 0.02 66.95 4052 | 6 0.06 67.01 4064 | 4 0.04 67.05 4083 | 3 0.03 67.08 4086 | 4 0.04 67.12 4100 | 9 0.09 67.21 4170 | 3 0.03 67.24 4178 | 1 0.01 67.25 4200 | 28 0.28 67.53 4208 | 2 0.02 67.55 4240 | 4 0.04 67.59 4250 | 5 0.05 67.64 4300 | 5 0.05 67.69 4323 | 4 0.04 67.73 4350 | 2 0.02 67.75 4400 | 6 0.06 67.81 4414 | 1 0.01 67.82 4500 | 39 0.39 68.21 4511 | 3 0.03 68.24 4565 | 2 0.02 68.26 4582 | 2 0.02 68.28 4584 | 2 0.02 68.30 4600 | 14 0.14 68.44 4619 | 1 0.01 68.45 4688 | 6 0.06 68.51 4700 | 4 0.04 68.55 4708 | 5 0.05 68.60 4715 | 5 0.05 68.65 4794 | 4 0.04 68.69 4800 | 16 0.16 68.85 4850 | 6 0.06 68.91 4900 | 3 0.03 68.94 4907 | 5 0.05 68.99 4925 | 4 0.04 69.03 4978 | 8 0.08 69.11 5000 | 180 1.80 70.91 5002 | 1 0.01 70.92 5005 | 2 0.02 70.94 5010 | 4 0.04 70.98 5026 | 2 0.02 71.00 5052 | 2 0.02 71.02 5082 | 2 0.02 71.04 5100 | 7 0.07 71.11 5115 | 1 0.01 71.12 5125 | 2 0.02 71.14 5200 | 10 0.10 71.24 5230 | 8 0.08 71.32 5290 | 2 0.02 71.34 5300 | 8 0.08 71.42 5318 | 1 0.01 71.43 5322 | 3 0.03 71.46 5350 | 3 0.03 71.49 5352 | 3 0.03 71.52 5425 | 5 0.05 71.57 5454 | 2 0.02 71.59 5470 | 4 0.04 71.63 5472 | 6 0.06 71.69 5480 | 5 0.05 71.74 5500 | 26 0.26 72.00 5529 | 1 0.01 72.01 5550 | 5 0.05 72.06 5594 | 3 0.03 72.09 5600 | 9 0.09 72.18 5630 | 2 0.02 72.20 5688 | 4 0.04 72.24 5700 | 9 0.09 72.33 5750 | 2 0.02 72.35 5765 | 1 0.01 72.36 5800 | 6 0.06 72.42 5900 | 6 0.06 72.48 5953 | 2 0.02 72.50 5962 | 1 0.01 72.51 5975 | 2 0.02 72.53 6000 | 115 1.15 73.68 6034 | 1 0.01 73.69 6050 | 8 0.08 73.77 6100 | 6 0.06 73.83 6166 | 2 0.02 73.85 6208 | 4 0.04 73.89 6230 | 4 0.04 73.93 6234 | 6 0.06 73.99 6251 | 2 0.02 74.01 6300 | 12 0.12 74.13 6308 | 8 0.08 74.21 6318 | 2 0.02 74.23 6320 | 2 0.02 74.25 6400 | 3 0.03 74.28 6430 | 3 0.03 74.31 6450 | 3 0.03 74.34 6474 | 5 0.05 74.39 6500 | 21 0.21 74.60 6504 | 2 0.02 74.62 6541 | 4 0.04 74.66 6600 | 7 0.07 74.73 6615 | 1 0.01 74.74 6630 | 5 0.05 74.79 6700 | 5 0.05 74.84 6790 | 3 0.03 74.87 6800 | 1 0.01 74.88 6836 | 4 0.04 74.92 6854 | 5 0.05 74.97 6984 | 4 0.04 75.01 7000 | 138 1.38 76.39 7007 | 3 0.03 76.42 7070 | 4 0.04 76.46 7093 | 3 0.03 76.49 7100 | 8 0.08 76.57 7200 | 4 0.04 76.61 7300 | 19 0.19 76.80 7396 | 2 0.02 76.82 7400 | 6 0.06 76.88 7434 | 4 0.04 76.92 7442 | 2 0.02 76.94 7487 | 4 0.04 76.98 7500 | 27 0.27 77.25 7550 | 7 0.07 77.32 7600 | 3 0.03 77.35 7611 | 5 0.05 77.40 7666 | 2 0.02 77.42 7800 | 1 0.01 77.43 8000 | 43 0.43 77.86 8100 | 2 0.02 77.88 8150 | 5 0.05 77.93 8200 | 3 0.03 77.96 8230 | 5 0.05 78.01 8276 | 2 0.02 78.03 8300 | 7 0.07 78.10 8400 | 3 0.03 78.13 8500 | 10 0.10 78.23 8518 | 2 0.02 78.25 8600 | 5 0.05 78.30 8650 | 4 0.04 78.34 8700 | 1 0.01 78.35 8968 | 2 0.02 78.37 9000 | 37 0.37 78.74 9079 | 1 0.01 78.75 9100 | 4 0.04 78.79 9150 | 1 0.01 78.80 9167 | 2 0.02 78.82 9200 | 10 0.10 78.92 9249 | 3 0.03 78.95 9253 | 2 0.02 78.97 9322 | 2 0.02 78.99 9350 | 3 0.03 79.02 9400 | 7 0.07 79.09 9408 | 6 0.06 79.15 9500 | 14 0.14 79.29 9700 | 4 0.04 79.33 9711 | 3 0.03 79.36 9800 | 2 0.02 79.38 9900 | 4 0.04 79.42 9958 | 2 0.02 79.44 10000 | 111 1.11 80.55 10028 | 3 0.03 80.58 10050 | 7 0.07 80.65 10065 | 3 0.03 80.68 10080 | 2 0.02 80.70 10120 | 1 0.01 80.71 10124 | 2 0.02 80.73 10155 | 4 0.04 80.77 10166 | 3 0.03 80.80 10194 | 4 0.04 80.84 10200 | 6 0.06 80.90 10300 | 4 0.04 80.94 10400 | 3 0.03 80.97 10500 | 17 0.17 81.14 10568 | 1 0.01 81.15 10600 | 12 0.12 81.27 10650 | 6 0.06 81.33 10831 | 5 0.05 81.38 10850 | 3 0.03 81.41 10900 | 2 0.02 81.43 11000 | 33 0.33 81.76 11100 | 12 0.12 81.88 11200 | 4 0.04 81.92 11210 | 4 0.04 81.96 11450 | 8 0.08 82.04 11500 | 16 0.16 82.20 11550 | 5 0.05 82.25 11600 | 3 0.03 82.28 11636 | 3 0.03 82.31 11700 | 2 0.02 82.33 11900 | 2 0.02 82.35 11925 | 3 0.03 82.38 12000 | 48 0.48 82.86 12050 | 3 0.03 82.89 12100 | 2 0.02 82.91 12160 | 5 0.05 82.96 12247 | 2 0.02 82.98 12300 | 12 0.12 83.10 12400 | 3 0.03 83.13 12498 | 1 0.01 83.14 12500 | 20 0.20 83.34 12700 | 3 0.03 83.37 12744 | 2 0.02 83.39 12800 | 2 0.02 83.41 12904 | 1 0.01 83.42 13000 | 30 0.30 83.72 13150 | 2 0.02 83.74 13216 | 4 0.04 83.78 13250 | 2 0.02 83.80 13286 | 2 0.02 83.82 13350 | 3 0.03 83.85 13390 | 1 0.01 83.86 13400 | 2 0.02 83.88 13500 | 5 0.05 83.93 13556 | 2 0.02 83.95 13835 | 4 0.04 83.99 13940 | 2 0.02 84.01 14000 | 14 0.14 84.15 14100 | 6 0.06 84.21 14134 | 2 0.02 84.23 14150 | 2 0.02 84.25 14236 | 3 0.03 84.28 14400 | 8 0.08 84.36 14437 | 5 0.05 84.41 14758 | 1 0.01 84.42 14800 | 4 0.04 84.46 14976 | 3 0.03 84.49 15000 | 89 0.89 85.38 15040 | 1 0.01 85.39 15050 | 7 0.07 85.46 15200 | 1 0.01 85.47 15400 | 1 0.01 85.48 15663 | 2 0.02 85.50 15801 | 2 0.02 85.52 16000 | 16 0.16 85.68 16100 | 2 0.02 85.70 16166 | 3 0.03 85.73 16350 | 9 0.09 85.82 16500 | 2 0.02 85.84 16700 | 4 0.04 85.88 16804 | 2 0.02 85.90 17000 | 13 0.13 86.03 17060 | 5 0.05 86.08 17200 | 2 0.02 86.10 17300 | 3 0.03 86.13 17438 | 2 0.02 86.15 17671 | 2 0.02 86.17 17705 | 4 0.04 86.21 17800 | 4 0.04 86.25 17840 | 3 0.03 86.28 17850 | 7 0.07 86.35 17894 | 2 0.02 86.37 18000 | 23 0.23 86.60 18006 | 2 0.02 86.62 18020 | 2 0.02 86.64 18120 | 3 0.03 86.67 18382 | 1 0.01 86.68 18400 | 4 0.04 86.72 18500 | 1 0.01 86.73 18520 | 2 0.02 86.75 18600 | 5 0.05 86.80 18810 | 1 0.01 86.81 19000 | 30 0.30 87.11 19350 | 2 0.02 87.13 19462 | 4 0.04 87.17 19600 | 4 0.04 87.21 20000 | 42 0.42 87.63 20020 | 2 0.02 87.65 20050 | 4 0.04 87.69 20100 | 4 0.04 87.73 20139 | 2 0.02 87.75 20150 | 4 0.04 87.79 20200 | 2 0.02 87.81 20300 | 5 0.05 87.86 20400 | 4 0.04 87.90 20448 | 1 0.01 87.91 20559 | 2 0.02 87.93 20582 | 4 0.04 87.97 20760 | 3 0.03 88.00 21000 | 13 0.13 88.13 21450 | 2 0.02 88.15 21464 | 6 0.06 88.21 21500 | 6 0.06 88.27 21600 | 4 0.04 88.31 21700 | 2 0.02 88.33 21860 | 3 0.03 88.36 21900 | 3 0.03 88.39 22000 | 16 0.16 88.55 22021 | 4 0.04 88.59 22100 | 3 0.03 88.62 22122 | 3 0.03 88.65 22200 | 4 0.04 88.69 22228 | 2 0.02 88.71 22500 | 9 0.09 88.80 22600 | 5 0.05 88.85 22775 | 4 0.04 88.89 23000 | 8 0.08 88.97 23036 | 2 0.02 88.99 23057 | 2 0.02 89.01 23065 | 5 0.05 89.06 23155 | 2 0.02 89.08 23304 | 2 0.02 89.10 23310 | 2 0.02 89.12 23400 | 4 0.04 89.16 23680 | 4 0.04 89.20 24000 | 19 0.19 89.39 24200 | 7 0.07 89.46 24310 | 2 0.02 89.48 24354 | 2 0.02 89.50 24438 | 3 0.03 89.53 24600 | 4 0.04 89.57 24700 | 2 0.02 89.59 24769 | 3 0.03 89.62 25000 | 67 0.67 90.29 25026 | 2 0.02 90.31 25029 | 2 0.02 90.33 25098 | 2 0.02 90.35 25164 | 3 0.03 90.38 25270 | 3 0.03 90.41 25629 | 3 0.03 90.44 25828 | 2 0.02 90.46 26000 | 5 0.05 90.51 26900 | 2 0.02 90.53 27000 | 12 0.12 90.65 27378 | 2 0.02 90.67 27403 | 3 0.03 90.70 27444 | 2 0.02 90.72 27600 | 2 0.02 90.74 27834 | 2 0.02 90.76 28000 | 10 0.10 90.86 28200 | 1 0.01 90.87 28320 | 1 0.01 90.88 28440 | 4 0.04 90.92 28500 | 4 0.04 90.96 28894 | 2 0.02 90.98 28900 | 5 0.05 91.03 29000 | 5 0.05 91.08 29462 | 2 0.02 91.10 29500 | 2 0.02 91.12 29518 | 2 0.02 91.14 29727 | 3 0.03 91.17 29750 | 3 0.03 91.20 30000 | 34 0.34 91.54 30002 | 2 0.02 91.56 30060 | 4 0.04 91.60 30119 | 2 0.02 91.62 30154 | 2 0.02 91.64 30200 | 4 0.04 91.68 30500 | 2 0.02 91.70 30750 | 4 0.04 91.74 31000 | 7 0.07 91.81 31100 | 3 0.03 91.84 31230 | 2 0.02 91.86 31578 | 2 0.02 91.88 31630 | 2 0.02 91.90 32000 | 10 0.10 92.00 32434 | 1 0.01 92.01 32600 | 3 0.03 92.04 32823 | 2 0.02 92.06 33000 | 3 0.03 92.09 33010 | 3 0.03 92.12 33388 | 3 0.03 92.15 33700 | 1 0.01 92.16 33782 | 2 0.02 92.18 34000 | 10 0.10 92.28 34114 | 2 0.02 92.30 34500 | 6 0.06 92.36 35000 | 21 0.21 92.57 35050 | 5 0.05 92.62 35220 | 2 0.02 92.64 35300 | 1 0.01 92.65 35901 | 4 0.04 92.69 36000 | 1 0.01 92.70 36227 | 3 0.03 92.73 36300 | 1 0.01 92.74 36350 | 2 0.02 92.76 36360 | 2 0.02 92.78 36500 | 3 0.03 92.81 37000 | 3 0.03 92.84 37100 | 2 0.02 92.86 38000 | 11 0.11 92.97 38100 | 2 0.02 92.99 38330 | 2 0.02 93.01 38800 | 2 0.02 93.03 39000 | 9 0.09 93.12 39120 | 4 0.04 93.16 40000 | 38 0.38 93.54 40150 | 2 0.02 93.56 40352 | 4 0.04 93.60 40400 | 2 0.02 93.62 40500 | 6 0.06 93.68 40550 | 4 0.04 93.72 40700 | 2 0.02 93.74 40900 | 3 0.03 93.77 41000 | 14 0.14 93.91 41282 | 4 0.04 93.95 41500 | 3 0.03 93.98 41850 | 3 0.03 94.01 42000 | 4 0.04 94.05 42454 | 1 0.01 94.06 42500 | 6 0.06 94.12 43800 | 2 0.02 94.14 43848 | 1 0.01 94.15 43974 | 4 0.04 94.19 44300 | 3 0.03 94.22 45000 | 19 0.19 94.41 45500 | 3 0.03 94.44 45878 | 2 0.02 94.46 46000 | 5 0.05 94.51 46074 | 2 0.02 94.53 46686 | 2 0.02 94.55 46799 | 1 0.01 94.56 47000 | 6 0.06 94.62 47624 | 2 0.02 94.64 48000 | 10 0.10 94.74 48250 | 2 0.02 94.76 49066 | 2 0.02 94.78 49500 | 5 0.05 94.83 49900 | 4 0.04 94.87 49922 | 2 0.02 94.89 50000 | 17 0.17 95.06 50350 | 3 0.03 95.09 50880 | 2 0.02 95.11 51000 | 7 0.07 95.18 51200 | 2 0.02 95.20 52000 | 2 0.02 95.22 52200 | 2 0.02 95.24 52933 | 2 0.02 95.26 53384 | 1 0.01 95.27 53500 | 5 0.05 95.32 53904 | 2 0.02 95.34 54000 | 3 0.03 95.37 55000 | 10 0.10 95.47 55500 | 2 0.02 95.49 56000 | 2 0.02 95.51 57650 | 2 0.02 95.53 58500 | 2 0.02 95.55 59500 | 4 0.04 95.59 60000 | 26 0.26 95.85 60500 | 7 0.07 95.92 60688 | 2 0.02 95.94 60800 | 3 0.03 95.97 61000 | 4 0.04 96.01 62000 | 6 0.06 96.07 62204 | 1 0.01 96.08 63400 | 5 0.05 96.13 64000 | 2 0.02 96.15 65000 | 6 0.06 96.21 65136 | 2 0.02 96.23 65150 | 2 0.02 96.25 65600 | 3 0.03 96.28 66000 | 3 0.03 96.31 69000 | 3 0.03 96.34 69824 | 2 0.02 96.36 69908 | 2 0.02 96.38 70000 | 10 0.10 96.48 70103 | 2 0.02 96.50 71000 | 5 0.05 96.55 71500 | 4 0.04 96.59 72000 | 4 0.04 96.63 73000 | 4 0.04 96.67 73410 | 2 0.02 96.69 74045 | 4 0.04 96.73 74500 | 2 0.02 96.75 74800 | 3 0.03 96.78 75000 | 17 0.17 96.95 75500 | 2 0.02 96.97 77000 | 6 0.06 97.03 78000 | 4 0.04 97.07 78500 | 2 0.02 97.09 80000 | 3 0.03 97.12 81350 | 5 0.05 97.17 82000 | 4 0.04 97.21 82250 | 2 0.02 97.23 83000 | 4 0.04 97.27 83200 | 4 0.04 97.31 84000 | 2 0.02 97.33 84500 | 2 0.02 97.35 85000 | 4 0.04 97.39 86000 | 5 0.05 97.44 86600 | 4 0.04 97.48 87000 | 2 0.02 97.50 88200 | 4 0.04 97.54 90000 | 9 0.09 97.63 92010 | 2 0.02 97.65 94000 | 3 0.03 97.68 96000 | 2 0.02 97.70 96400 | 2 0.02 97.72 96900 | 4 0.04 97.76 97182 | 2 0.02 97.78 100000 | 19 0.19 97.97 100400 | 5 0.05 98.02 101185 | 3 0.03 98.05 101661 | 1 0.01 98.06 105000 | 2 0.02 98.08 105050 | 6 0.06 98.14 109000 | 2 0.02 98.16 110000 | 28 0.28 98.44 110400 | 2 0.02 98.46 110935 | 3 0.03 98.49 111000 | 2 0.02 98.51 111048 | 3 0.03 98.54 111810 | 2 0.02 98.56 112500 | 2 0.02 98.58 115000 | 3 0.03 98.61 116000 | 2 0.02 98.63 117000 | 2 0.02 98.65 117096 | 2 0.02 98.67 118100 | 2 0.02 98.69 118424 | 2 0.02 98.71 120000 | 17 0.17 98.88 120100 | 4 0.04 98.92 121632 | 2 0.02 98.94 122070 | 2 0.02 98.96 125000 | 8 0.08 99.04 125200 | 2 0.02 99.06 127000 | 4 0.04 99.10 128000 | 4 0.04 99.14 130000 | 6 0.06 99.20 130006 | 3 0.03 99.23 130724 | 2 0.02 99.25 132162 | 2 0.02 99.27 133000 | 3 0.03 99.30 136100 | 2 0.02 99.32 138000 | 2 0.02 99.34 140878 | 2 0.02 99.36 148450 | 2 0.02 99.38 150000 | 2 0.02 99.40 150982 | 2 0.02 99.42 152000 | 2 0.02 99.44 154231 | 5 0.05 99.49 156000 | 2 0.02 99.51 162662 | 29 0.29 99.80 163662 | 4 0.04 99.84 171230 | 2 0.02 99.86 173080 | 2 0.02 99.88 177262 | 2 0.02 99.90 180000 | 2 0.02 99.92 187662 | 2 0.02 99.94 235400 | 4 0.04 99.98 237962 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhintot variable in sipp1996tm96puw9 dataset : RE: Interest Earning | assets held in other | Freq. Percent Cum. ------------------------+----------------------------------- None or Not in universe | 9,694 96.94 96.94 150 | 4 0.04 96.98 300 | 2 0.02 97.00 2785 | 1 0.01 97.01 3000 | 7 0.07 97.08 3017 | 5 0.05 97.13 3400 | 2 0.02 97.15 4874 | 1 0.01 97.16 5000 | 5 0.05 97.21 6034 | 2 0.02 97.23 6533 | 3 0.03 97.26 7195 | 1 0.01 97.27 8000 | 4 0.04 97.31 9900 | 1 0.01 97.32 9980 | 5 0.05 97.37 10000 | 23 0.23 97.60 10084 | 1 0.01 97.61 11605 | 28 0.28 97.89 12000 | 2 0.02 97.91 13000 | 1 0.01 97.92 15000 | 6 0.06 97.98 15087 | 2 0.02 98.00 16000 | 2 0.02 98.02 17367 | 2 0.02 98.04 17407 | 3 0.03 98.07 18000 | 3 0.03 98.10 20000 | 10 0.10 98.20 20500 | 4 0.04 98.24 21000 | 4 0.04 98.28 22000 | 1 0.01 98.29 23210 | 7 0.07 98.36 25000 | 2 0.02 98.38 25067 | 6 0.06 98.44 26536 | 2 0.02 98.46 26692 | 1 0.01 98.47 29941 | 1 0.01 98.48 30000 | 44 0.44 98.92 30406 | 2 0.02 98.94 31000 | 2 0.02 98.96 33000 | 4 0.04 99.00 33258 | 3 0.03 99.03 35000 | 2 0.02 99.05 37833 | 2 0.02 99.07 42000 | 1 0.01 99.08 45000 | 2 0.02 99.10 45676 | 3 0.03 99.13 46421 | 1 0.01 99.14 47000 | 2 0.02 99.16 50000 | 6 0.06 99.22 57551 | 2 0.02 99.24 59883 | 2 0.02 99.26 60000 | 2 0.02 99.28 76653 | 2 0.02 99.30 79941 | 4 0.04 99.34 85415 | 2 0.02 99.36 100000 | 4 0.04 99.40 105000 | 2 0.02 99.42 105609 | 1 0.01 99.43 116054 | 2 0.02 99.45 119961 | 4 0.04 99.49 121856 | 1 0.01 99.50 125672 | 2 0.02 99.52 134622 | 5 0.05 99.57 150000 | 3 0.03 99.60 152495 | 1 0.01 99.61 152727 | 2 0.02 99.63 154380 | 1 0.01 99.64 184990 | 1 0.01 99.65 187311 | 1 0.01 99.66 200000 | 4 0.04 99.70 206808 | 1 0.01 99.71 215686 | 2 0.02 99.73 217949 | 1 0.01 99.74 220038 | 1 0.01 99.75 225000 | 1 0.01 99.76 232108 | 1 0.01 99.77 250000 | 2 0.02 99.79 300000 | 4 0.04 99.83 350000 | 2 0.02 99.85 382050 | 2 0.02 99.87 400000 | 2 0.02 99.89 438916 | 2 0.02 99.91 531760 | 1 0.01 99.92 550000 | 6 0.06 99.98 650000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of rhhstk variable in sipp1996tm96puw9 dataset : RE: Equity in stocks | and mutual fund shares | Freq. Percent Cum. ------------------------+----------------------------------- -3000 | 4 0.04 0.04 -550 | 4 0.04 0.08 None or Not in universe | 7,662 76.62 76.70 6 | 3 0.03 76.73 20 | 5 0.05 76.78 25 | 4 0.04 76.82 34 | 8 0.08 76.90 54 | 4 0.04 76.94 62 | 9 0.09 77.03 64 | 2 0.02 77.05 65 | 1 0.01 77.06 68 | 8 0.08 77.14 100 | 7 0.07 77.21 120 | 1 0.01 77.22 150 | 6 0.06 77.28 160 | 3 0.03 77.31 180 | 2 0.02 77.33 200 | 7 0.07 77.40 250 | 2 0.02 77.42 270 | 4 0.04 77.46 273 | 5 0.05 77.51 300 | 11 0.11 77.62 320 | 1 0.01 77.63 350 | 12 0.12 77.75 366 | 3 0.03 77.78 400 | 11 0.11 77.89 432 | 2 0.02 77.91 474 | 4 0.04 77.95 500 | 15 0.15 78.10 572 | 1 0.01 78.11 600 | 22 0.22 78.33 620 | 3 0.03 78.36 660 | 5 0.05 78.41 700 | 11 0.11 78.52 800 | 8 0.08 78.60 850 | 3 0.03 78.63 858 | 2 0.02 78.65 900 | 4 0.04 78.69 918 | 8 0.08 78.77 1000 | 47 0.47 79.24 1100 | 3 0.03 79.27 1150 | 2 0.02 79.29 1200 | 9 0.09 79.38 1240 | 3 0.03 79.41 1278 | 4 0.04 79.45 1300 | 6 0.06 79.51 1376 | 2 0.02 79.53 1400 | 1 0.01 79.54 1500 | 10 0.10 79.64 1544 | 5 0.05 79.69 1550 | 4 0.04 79.73 1600 | 7 0.07 79.80 1784 | 1 0.01 79.81 1800 | 13 0.13 79.94 1900 | 5 0.05 79.99 2000 | 59 0.59 80.58 2100 | 8 0.08 80.66 2300 | 3 0.03 80.69 2500 | 29 0.29 80.98 2600 | 6 0.06 81.04 2664 | 5 0.05 81.09 2752 | 2 0.02 81.11 2800 | 1 0.01 81.12 2872 | 4 0.04 81.16 2900 | 4 0.04 81.20 3000 | 37 0.37 81.57 3100 | 4 0.04 81.61 3150 | 4 0.04 81.65 3200 | 4 0.04 81.69 3325 | 2 0.02 81.71 3381 | 1 0.01 81.72 3400 | 2 0.02 81.74 3500 | 10 0.10 81.84 3600 | 1 0.01 81.85 3700 | 4 0.04 81.89 3800 | 9 0.09 81.98 4000 | 39 0.39 82.37 4125 | 1 0.01 82.38 4200 | 12 0.12 82.50 4259 | 4 0.04 82.54 4300 | 1 0.01 82.55 4400 | 3 0.03 82.58 4500 | 10 0.10 82.68 5000 | 55 0.55 83.23 5200 | 3 0.03 83.26 5500 | 16 0.16 83.42 5520 | 3 0.03 83.45 5763 | 2 0.02 83.47 5800 | 2 0.02 83.49 6000 | 20 0.20 83.69 6160 | 2 0.02 83.71 6400 | 2 0.02 83.73 6500 | 7 0.07 83.80 6553 | 4 0.04 83.84 6600 | 4 0.04 83.88 6800 | 2 0.02 83.90 6848 | 1 0.01 83.91 7000 | 24 0.24 84.15 7200 | 1 0.01 84.16 7500 | 1 0.01 84.17 7740 | 3 0.03 84.20 8000 | 54 0.54 84.74 8200 | 2 0.02 84.76 8445 | 5 0.05 84.81 8500 | 6 0.06 84.87 8800 | 1 0.01 84.88 9000 | 24 0.24 85.12 9200 | 3 0.03 85.15 9300 | 2 0.02 85.17 10000 | 99 0.99 86.16 10004 | 1 0.01 86.17 10057 | 1 0.01 86.18 10100 | 1 0.01 86.19 10433 | 4 0.04 86.23 10435 | 2 0.02 86.25 10500 | 8 0.08 86.33 10600 | 3 0.03 86.36 10708 | 2 0.02 86.38 11000 | 5 0.05 86.43 11546 | 2 0.02 86.45 11631 | 5 0.05 86.50 11718 | 4 0.04 86.54 11800 | 4 0.04 86.58 11974 | 1 0.01 86.59 12000 | 25 0.25 86.84 12500 | 2 0.02 86.86 12706 | 1 0.01 86.87 13000 | 11 0.11 86.98 13100 | 4 0.04 87.02 13200 | 2 0.02 87.04 13400 | 4 0.04 87.08 13448 | 2 0.02 87.10 13550 | 3 0.03 87.13 13768 | 1 0.01 87.14 13800 | 5 0.05 87.19 13890 | 4 0.04 87.23 13900 | 8 0.08 87.31 14000 | 27 0.27 87.58 14400 | 2 0.02 87.60 14600 | 4 0.04 87.64 15000 | 53 0.53 88.17 15525 | 1 0.01 88.18 16000 | 6 0.06 88.24 16867 | 5 0.05 88.29 16883 | 2 0.02 88.31 16900 | 4 0.04 88.35 17000 | 10 0.10 88.45 17526 | 2 0.02 88.47 17952 | 2 0.02 88.49 18000 | 26 0.26 88.75 18230 | 2 0.02 88.77 18236 | 2 0.02 88.79 18267 | 4 0.04 88.83 18284 | 2 0.02 88.85 18600 | 3 0.03 88.88 19000 | 3 0.03 88.91 19597 | 2 0.02 88.93 19900 | 9 0.09 89.02 19950 | 3 0.03 89.05 20000 | 21 0.21 89.26 20220 | 3 0.03 89.29 20367 | 4 0.04 89.33 20722 | 2 0.02 89.35 21000 | 5 0.05 89.40 21500 | 2 0.02 89.42 22000 | 10 0.10 89.52 22194 | 2 0.02 89.54 22277 | 2 0.02 89.56 22518 | 2 0.02 89.58 22682 | 2 0.02 89.60 23000 | 5 0.05 89.65 23100 | 5 0.05 89.70 24000 | 17 0.17 89.87 24500 | 2 0.02 89.89 24661 | 1 0.01 89.90 25000 | 22 0.22 90.12 25930 | 3 0.03 90.15 26000 | 7 0.07 90.22 26400 | 2 0.02 90.24 26448 | 4 0.04 90.28 26500 | 2 0.02 90.30 27000 | 10 0.10 90.40 27518 | 1 0.01 90.41 27884 | 2 0.02 90.43 28000 | 2 0.02 90.45 28900 | 4 0.04 90.49 29296 | 2 0.02 90.51 29500 | 4 0.04 90.55 30000 | 58 0.58 91.13 31000 | 6 0.06 91.19 31700 | 4 0.04 91.23 32000 | 10 0.10 91.33 32027 | 4 0.04 91.37 32548 | 2 0.02 91.39 33000 | 5 0.05 91.44 33333 | 2 0.02 91.46 33700 | 2 0.02 91.48 34000 | 2 0.02 91.50 34665 | 1 0.01 91.51 35000 | 20 0.20 91.71 36000 | 8 0.08 91.79 37000 | 6 0.06 91.85 37746 | 4 0.04 91.89 38374 | 1 0.01 91.90 39278 | 4 0.04 91.94 39500 | 3 0.03 91.97 40000 | 36 0.36 92.33 41000 | 5 0.05 92.38 42000 | 6 0.06 92.44 43000 | 2 0.02 92.46 43592 | 5 0.05 92.51 43750 | 4 0.04 92.55 44000 | 4 0.04 92.59 45000 | 22 0.22 92.81 46000 | 2 0.02 92.83 46745 | 4 0.04 92.87 47000 | 7 0.07 92.94 48000 | 4 0.04 92.98 48200 | 2 0.02 93.00 49280 | 1 0.01 93.01 50000 | 23 0.23 93.24 50210 | 3 0.03 93.27 50778 | 4 0.04 93.31 51000 | 6 0.06 93.37 51590 | 4 0.04 93.41 51816 | 2 0.02 93.43 52000 | 8 0.08 93.51 52370 | 1 0.01 93.52 53000 | 4 0.04 93.56 54000 | 10 0.10 93.66 54014 | 4 0.04 93.70 54775 | 2 0.02 93.72 54950 | 4 0.04 93.76 55000 | 8 0.08 93.84 55400 | 2 0.02 93.86 56000 | 6 0.06 93.92 56200 | 3 0.03 93.95 56790 | 2 0.02 93.97 57000 | 9 0.09 94.06 58498 | 3 0.03 94.09 58932 | 2 0.02 94.11 59300 | 2 0.02 94.13 60000 | 41 0.41 94.54 60210 | 2 0.02 94.56 61000 | 13 0.13 94.69 63000 | 6 0.06 94.75 64000 | 2 0.02 94.77 64300 | 3 0.03 94.80 65000 | 14 0.14 94.94 65187 | 2 0.02 94.96 66000 | 2 0.02 94.98 66667 | 5 0.05 95.03 67000 | 1 0.01 95.04 68000 | 2 0.02 95.06 69000 | 10 0.10 95.16 70000 | 12 0.12 95.28 70500 | 1 0.01 95.29 71500 | 2 0.02 95.31 72000 | 1 0.01 95.32 72600 | 5 0.05 95.37 74000 | 5 0.05 95.42 75000 | 18 0.18 95.60 76000 | 2 0.02 95.62 78000 | 3 0.03 95.65 78704 | 2 0.02 95.67 79600 | 1 0.01 95.68 80000 | 12 0.12 95.80 80700 | 3 0.03 95.83 80985 | 2 0.02 95.85 82000 | 1 0.01 95.86 82200 | 3 0.03 95.89 85000 | 2 0.02 95.91 88000 | 8 0.08 95.99 88985 | 2 0.02 96.01 90000 | 14 0.14 96.15 91000 | 1 0.01 96.16 92250 | 4 0.04 96.20 93000 | 2 0.02 96.22 94300 | 2 0.02 96.24 94600 | 1 0.01 96.25 95000 | 5 0.05 96.30 95500 | 3 0.03 96.33 96431 | 2 0.02 96.35 98000 | 3 0.03 96.38 99500 | 4 0.04 96.42 100000 | 15 0.15 96.57 102000 | 2 0.02 96.59 102011 | 2 0.02 96.61 103000 | 1 0.01 96.62 104000 | 8 0.08 96.70 105158 | 2 0.02 96.72 107950 | 2 0.02 96.74 110000 | 6 0.06 96.80 112000 | 2 0.02 96.82 115000 | 2 0.02 96.84 116000 | 9 0.09 96.93 120000 | 9 0.09 97.02 120184 | 4 0.04 97.06 120606 | 2 0.02 97.08 122000 | 3 0.03 97.11 123000 | 2 0.02 97.13 124371 | 1 0.01 97.14 125000 | 6 0.06 97.20 130000 | 5 0.05 97.25 130038 | 3 0.03 97.28 131898 | 4 0.04 97.32 139000 | 4 0.04 97.36 140000 | 5 0.05 97.41 146000 | 4 0.04 97.45 146006 | 2 0.02 97.47 147117 | 1 0.01 97.48 150000 | 8 0.08 97.56 151000 | 2 0.02 97.58 160000 | 2 0.02 97.60 162000 | 5 0.05 97.65 165000 | 1 0.01 97.66 167834 | 2 0.02 97.68 171000 | 1 0.01 97.69 173000 | 4 0.04 97.73 175000 | 6 0.06 97.79 180000 | 2 0.02 97.81 185000 | 1 0.01 97.82 186271 | 3 0.03 97.85 193000 | 2 0.02 97.87 200000 | 13 0.13 98.00 200200 | 4 0.04 98.04 202000 | 2 0.02 98.06 205000 | 2 0.02 98.08 205491 | 1 0.01 98.09 206312 | 3 0.03 98.12 207904 | 2 0.02 98.14 210000 | 4 0.04 98.18 210056 | 3 0.03 98.21 215000 | 3 0.03 98.24 216000 | 1 0.01 98.25 220000 | 2 0.02 98.27 225000 | 2 0.02 98.29 230000 | 2 0.02 98.31 236000 | 2 0.02 98.33 239352 | 2 0.02 98.35 247000 | 2 0.02 98.37 248000 | 2 0.02 98.39 250000 | 16 0.16 98.55 255000 | 2 0.02 98.57 260000 | 2 0.02 98.59 267000 | 2 0.02 98.61 270000 | 7 0.07 98.68 275000 | 2 0.02 98.70 289000 | 4 0.04 98.74 293668 | 2 0.02 98.76 298000 | 2 0.02 98.78 300000 | 6 0.06 98.84 333000 | 2 0.02 98.86 350000 | 11 0.11 98.97 377187 | 2 0.02 98.99 396402 | 2 0.02 99.01 399000 | 2 0.02 99.03 400000 | 2 0.02 99.05 420000 | 1 0.01 99.06 430000 | 3 0.03 99.09 450000 | 2 0.02 99.11 457000 | 2 0.02 99.13 458000 | 1 0.01 99.14 500000 | 3 0.03 99.17 560000 | 2 0.02 99.19 560792 | 1 0.01 99.20 565000 | 2 0.02 99.22 572000 | 2 0.02 99.24 595000 | 2 0.02 99.26 600000 | 1 0.01 99.27 650000 | 2 0.02 99.29 654400 | 2 0.02 99.31 662533 | 5 0.05 99.36 700000 | 1 0.01 99.37 722300 | 3 0.03 99.40 730000 | 5 0.05 99.45 732000 | 2 0.02 99.47 738161 | 2 0.02 99.49 750000 | 2 0.02 99.51 770000 | 2 0.02 99.53 780161 | 4 0.04 99.57 800054 | 2 0.02 99.59 804000 | 4 0.04 99.63 806000 | 3 0.03 99.66 825055 | 2 0.02 99.68 879845 | 1 0.01 99.69 1000000 | 1 0.01 99.70 1090000 | 2 0.02 99.72 1160000 | 2 0.02 99.74 1590897 | 3 0.03 99.77 1600000 | 2 0.02 99.79 1838897 | 2 0.02 99.81 2000000 | 2 0.02 99.83 2001800 | 2 0.02 99.85 2104000 | 2 0.02 99.87 2287541 | 2 0.02 99.89 3089000 | 5 0.05 99.94 4640374 | 4 0.04 99.98 1.00e+08 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhore variable in sipp1996tm96puw9 dataset : RE: Equity in real | estate that is not your | Freq. Percent Cum. ------------------------+----------------------------------- -49000 | 2 0.02 0.02 -13000 | 1 0.01 0.03 -10000 | 1 0.01 0.04 -7000 | 12 0.12 0.16 None or Not in universe | 8,783 87.83 87.99 1 | 3 0.03 88.02 500 | 10 0.10 88.12 600 | 4 0.04 88.16 1000 | 4 0.04 88.20 2000 | 12 0.12 88.32 2500 | 1 0.01 88.33 3000 | 20 0.20 88.53 3500 | 10 0.10 88.63 4000 | 15 0.15 88.78 5000 | 38 0.38 89.16 6000 | 19 0.19 89.35 6200 | 2 0.02 89.37 6300 | 3 0.03 89.40 7000 | 10 0.10 89.50 7500 | 5 0.05 89.55 7900 | 6 0.06 89.61 8000 | 21 0.21 89.82 8200 | 1 0.01 89.83 8500 | 4 0.04 89.87 9000 | 4 0.04 89.91 10000 | 41 0.41 90.32 10933 | 2 0.02 90.34 11000 | 9 0.09 90.43 11900 | 5 0.05 90.48 12000 | 39 0.39 90.87 13000 | 12 0.12 90.99 13500 | 2 0.02 91.01 15000 | 37 0.37 91.38 16000 | 12 0.12 91.50 17000 | 9 0.09 91.59 18000 | 6 0.06 91.65 18750 | 5 0.05 91.70 19000 | 5 0.05 91.75 20000 | 59 0.59 92.34 21000 | 10 0.10 92.44 22000 | 9 0.09 92.53 25000 | 34 0.34 92.87 26000 | 7 0.07 92.94 27000 | 2 0.02 92.96 28000 | 13 0.13 93.09 29000 | 1 0.01 93.10 29100 | 1 0.01 93.11 30000 | 23 0.23 93.34 31000 | 11 0.11 93.45 32000 | 1 0.01 93.46 33300 | 4 0.04 93.50 34000 | 4 0.04 93.54 34600 | 3 0.03 93.57 35000 | 12 0.12 93.69 36000 | 5 0.05 93.74 39000 | 2 0.02 93.76 40000 | 19 0.19 93.95 42000 | 1 0.01 93.96 44000 | 3 0.03 93.99 45000 | 11 0.11 94.10 47000 | 2 0.02 94.12 49000 | 4 0.04 94.16 50000 | 37 0.37 94.53 51400 | 4 0.04 94.57 53000 | 6 0.06 94.63 55000 | 12 0.12 94.75 58000 | 2 0.02 94.77 59000 | 3 0.03 94.80 60000 | 21 0.21 95.01 61300 | 5 0.05 95.06 62000 | 1 0.01 95.07 64000 | 3 0.03 95.10 65000 | 24 0.24 95.34 65500 | 3 0.03 95.37 69900 | 2 0.02 95.39 70000 | 60 0.60 95.99 72000 | 4 0.04 96.03 73000 | 2 0.02 96.05 75000 | 15 0.15 96.20 79000 | 1 0.01 96.21 80000 | 25 0.25 96.46 85000 | 3 0.03 96.49 87000 | 4 0.04 96.53 88000 | 1 0.01 96.54 89000 | 6 0.06 96.60 90000 | 12 0.12 96.72 92000 | 3 0.03 96.75 93500 | 1 0.01 96.76 95000 | 5 0.05 96.81 96000 | 4 0.04 96.85 98720 | 4 0.04 96.89 100000 | 31 0.31 97.20 105000 | 7 0.07 97.27 107000 | 1 0.01 97.28 109500 | 6 0.06 97.34 110000 | 16 0.16 97.50 115000 | 1 0.01 97.51 120000 | 7 0.07 97.58 122000 | 2 0.02 97.60 125000 | 10 0.10 97.70 127000 | 2 0.02 97.72 130000 | 7 0.07 97.79 134000 | 2 0.02 97.81 135000 | 6 0.06 97.87 140000 | 3 0.03 97.90 145000 | 6 0.06 97.96 150000 | 11 0.11 98.07 160000 | 9 0.09 98.16 161000 | 5 0.05 98.21 170000 | 6 0.06 98.27 175000 | 6 0.06 98.33 180000 | 2 0.02 98.35 185000 | 2 0.02 98.37 188000 | 6 0.06 98.43 190000 | 4 0.04 98.47 198000 | 1 0.01 98.48 200000 | 30 0.30 98.78 210000 | 13 0.13 98.91 212000 | 2 0.02 98.93 223000 | 4 0.04 98.97 225000 | 4 0.04 99.01 240000 | 5 0.05 99.06 250000 | 8 0.08 99.14 258000 | 2 0.02 99.16 260000 | 4 0.04 99.20 265000 | 3 0.03 99.23 270000 | 2 0.02 99.25 285000 | 1 0.01 99.26 295000 | 2 0.02 99.28 300000 | 5 0.05 99.33 320000 | 2 0.02 99.35 325000 | 3 0.03 99.38 330000 | 2 0.02 99.40 338000 | 1 0.01 99.41 350000 | 2 0.02 99.43 360000 | 14 0.14 99.57 364500 | 2 0.02 99.59 378000 | 2 0.02 99.61 398000 | 1 0.01 99.62 400000 | 4 0.04 99.66 425000 | 1 0.01 99.67 427000 | 5 0.05 99.72 480000 | 1 0.01 99.73 491000 | 2 0.02 99.75 500000 | 3 0.03 99.78 507000 | 2 0.02 99.80 554500 | 6 0.06 99.86 570500 | 2 0.02 99.88 645000 | 2 0.02 99.90 646743 | 3 0.03 99.93 648000 | 4 0.04 99.97 970000 | 3 0.03 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhotast variable in sipp1996tm96puw9 dataset : RE: Equity in other | assets | Freq. Percent Cum. ------------------------+----------------------------------- None or Not in universe | 4,987 49.87 49.87 1 | 20 0.20 50.07 2 | 16 0.16 50.23 4 | 5 0.05 50.28 5 | 41 0.41 50.69 6 | 16 0.16 50.85 7 | 4 0.04 50.89 8 | 4 0.04 50.93 10 | 27 0.27 51.20 12 | 10 0.10 51.30 14 | 4 0.04 51.34 15 | 7 0.07 51.41 18 | 4 0.04 51.45 20 | 49 0.49 51.94 24 | 4 0.04 51.98 25 | 24 0.24 52.22 29 | 2 0.02 52.24 30 | 12 0.12 52.36 33 | 4 0.04 52.40 34 | 4 0.04 52.44 35 | 2 0.02 52.46 37 | 4 0.04 52.50 38 | 4 0.04 52.54 40 | 13 0.13 52.67 43 | 6 0.06 52.73 44 | 1 0.01 52.74 45 | 9 0.09 52.83 46 | 2 0.02 52.85 49 | 4 0.04 52.89 50 | 131 1.31 54.20 52 | 7 0.07 54.27 54 | 4 0.04 54.31 55 | 5 0.05 54.36 56 | 2 0.02 54.38 60 | 14 0.14 54.52 63 | 1 0.01 54.53 65 | 4 0.04 54.57 70 | 14 0.14 54.71 75 | 11 0.11 54.82 78 | 4 0.04 54.86 79 | 2 0.02 54.88 80 | 4 0.04 54.92 81 | 3 0.03 54.95 84 | 2 0.02 54.97 85 | 3 0.03 55.00 86 | 7 0.07 55.07 90 | 1 0.01 55.08 95 | 7 0.07 55.15 98 | 4 0.04 55.19 100 | 219 2.19 57.38 105 | 2 0.02 57.40 107 | 1 0.01 57.41 109 | 3 0.03 57.44 110 | 2 0.02 57.46 115 | 1 0.01 57.47 119 | 2 0.02 57.49 120 | 8 0.08 57.57 125 | 1 0.01 57.58 126 | 5 0.05 57.63 130 | 2 0.02 57.65 140 | 8 0.08 57.73 150 | 66 0.66 58.39 155 | 3 0.03 58.42 160 | 3 0.03 58.45 170 | 8 0.08 58.53 175 | 2 0.02 58.55 180 | 9 0.09 58.64 181 | 2 0.02 58.66 200 | 305 3.05 61.71 204 | 5 0.05 61.76 210 | 2 0.02 61.78 213 | 3 0.03 61.81 220 | 2 0.02 61.83 225 | 4 0.04 61.87 230 | 7 0.07 61.94 232 | 4 0.04 61.98 240 | 5 0.05 62.03 250 | 40 0.40 62.43 251 | 5 0.05 62.48 255 | 3 0.03 62.51 259 | 1 0.01 62.52 260 | 4 0.04 62.56 261 | 2 0.02 62.58 270 | 4 0.04 62.62 272 | 10 0.10 62.72 290 | 5 0.05 62.77 300 | 198 1.98 64.75 305 | 2 0.02 64.77 310 | 4 0.04 64.81 315 | 1 0.01 64.82 321 | 4 0.04 64.86 322 | 1 0.01 64.87 325 | 4 0.04 64.91 333 | 1 0.01 64.92 350 | 44 0.44 65.36 360 | 2 0.02 65.38 375 | 1 0.01 65.39 378 | 3 0.03 65.42 380 | 5 0.05 65.47 397 | 2 0.02 65.49 400 | 140 1.40 66.89 403 | 2 0.02 66.91 410 | 4 0.04 66.95 420 | 1 0.01 66.96 425 | 6 0.06 67.02 450 | 27 0.27 67.29 485 | 1 0.01 67.30 500 | 237 2.37 69.67 501 | 4 0.04 69.71 505 | 2 0.02 69.73 507 | 1 0.01 69.74 510 | 2 0.02 69.76 518 | 1 0.01 69.77 520 | 5 0.05 69.82 540 | 2 0.02 69.84 544 | 2 0.02 69.86 550 | 30 0.30 70.16 600 | 96 0.96 71.12 610 | 3 0.03 71.15 614 | 2 0.02 71.17 620 | 4 0.04 71.21 640 | 1 0.01 71.22 647 | 5 0.05 71.27 648 | 2 0.02 71.29 650 | 23 0.23 71.52 674 | 6 0.06 71.58 675 | 3 0.03 71.61 679 | 2 0.02 71.63 682 | 5 0.05 71.68 686 | 2 0.02 71.70 695 | 3 0.03 71.73 700 | 86 0.86 72.59 714 | 2 0.02 72.61 741 | 1 0.01 72.62 750 | 17 0.17 72.79 754 | 1 0.01 72.80 786 | 1 0.01 72.81 800 | 79 0.79 73.60 806 | 4 0.04 73.64 820 | 5 0.05 73.69 828 | 2 0.02 73.71 840 | 1 0.01 73.72 850 | 11 0.11 73.83 870 | 6 0.06 73.89 880 | 1 0.01 73.90 900 | 67 0.67 74.57 901 | 2 0.02 74.59 910 | 2 0.02 74.61 924 | 1 0.01 74.62 949 | 1 0.01 74.63 950 | 12 0.12 74.75 960 | 3 0.03 74.78 963 | 1 0.01 74.79 980 | 3 0.03 74.82 988 | 2 0.02 74.84 1000 | 275 2.75 77.59 1001 | 11 0.11 77.70 1020 | 2 0.02 77.72 1049 | 1 0.01 77.73 1050 | 13 0.13 77.86 1075 | 6 0.06 77.92 1094 | 2 0.02 77.94 1096 | 6 0.06 78.00 1100 | 27 0.27 78.27 1101 | 5 0.05 78.32 1111 | 2 0.02 78.34 1114 | 2 0.02 78.36 1120 | 2 0.02 78.38 1122 | 3 0.03 78.41 1150 | 6 0.06 78.47 1183 | 2 0.02 78.49 1187 | 2 0.02 78.51 1200 | 91 0.91 79.42 1224 | 2 0.02 79.44 1226 | 3 0.03 79.47 1250 | 9 0.09 79.56 1254 | 2 0.02 79.58 1276 | 2 0.02 79.60 1300 | 24 0.24 79.84 1325 | 4 0.04 79.88 1350 | 6 0.06 79.94 1400 | 31 0.31 80.25 1418 | 5 0.05 80.30 1448 | 2 0.02 80.32 1450 | 6 0.06 80.38 1460 | 9 0.09 80.47 1472 | 1 0.01 80.48 1475 | 3 0.03 80.51 1500 | 95 0.95 81.46 1504 | 3 0.03 81.49 1517 | 2 0.02 81.51 1550 | 3 0.03 81.54 1568 | 2 0.02 81.56 1600 | 31 0.31 81.87 1650 | 4 0.04 81.91 1663 | 4 0.04 81.95 1684 | 2 0.02 81.97 1700 | 26 0.26 82.23 1750 | 6 0.06 82.29 1775 | 3 0.03 82.32 1800 | 21 0.21 82.53 1835 | 4 0.04 82.57 1850 | 4 0.04 82.61 1858 | 2 0.02 82.63 1900 | 12 0.12 82.75 1925 | 4 0.04 82.79 1950 | 10 0.10 82.89 1972 | 1 0.01 82.90 2000 | 216 2.16 85.06 2007 | 2 0.02 85.08 2025 | 2 0.02 85.10 2050 | 11 0.11 85.21 2090 | 8 0.08 85.29 2100 | 23 0.23 85.52 2140 | 4 0.04 85.56 2155 | 4 0.04 85.60 2170 | 2 0.02 85.62 2188 | 2 0.02 85.64 2200 | 26 0.26 85.90 2201 | 4 0.04 85.94 2225 | 2 0.02 85.96 2250 | 3 0.03 85.99 2300 | 12 0.12 86.11 2350 | 4 0.04 86.15 2400 | 18 0.18 86.33 2473 | 1 0.01 86.34 2500 | 43 0.43 86.77 2505 | 2 0.02 86.79 2525 | 6 0.06 86.85 2550 | 4 0.04 86.89 2576 | 4 0.04 86.93 2580 | 3 0.03 86.96 2600 | 10 0.10 87.06 2660 | 2 0.02 87.08 2700 | 17 0.17 87.25 2750 | 7 0.07 87.32 2822 | 4 0.04 87.36 2825 | 3 0.03 87.39 2872 | 1 0.01 87.40 2900 | 4 0.04 87.44 2908 | 4 0.04 87.48 2948 | 3 0.03 87.51 2950 | 4 0.04 87.55 3000 | 89 0.89 88.44 3025 | 6 0.06 88.50 3050 | 5 0.05 88.55 3100 | 21 0.21 88.76 3200 | 8 0.08 88.84 3300 | 8 0.08 88.92 3400 | 3 0.03 88.95 3500 | 27 0.27 89.22 3600 | 9 0.09 89.31 3656 | 4 0.04 89.35 3680 | 5 0.05 89.40 3700 | 8 0.08 89.48 3738 | 2 0.02 89.50 3800 | 11 0.11 89.61 3848 | 2 0.02 89.63 4000 | 64 0.64 90.27 4001 | 4 0.04 90.31 4030 | 5 0.05 90.36 4050 | 5 0.05 90.41 4100 | 14 0.14 90.55 4150 | 3 0.03 90.58 4200 | 10 0.10 90.68 4263 | 2 0.02 90.70 4300 | 12 0.12 90.82 4500 | 8 0.08 90.90 4600 | 2 0.02 90.92 4700 | 3 0.03 90.95 4750 | 5 0.05 91.00 4820 | 2 0.02 91.02 5000 | 57 0.57 91.59 5050 | 4 0.04 91.63 5100 | 11 0.11 91.74 5110 | 2 0.02 91.76 5125 | 2 0.02 91.78 5200 | 11 0.11 91.89 5300 | 1 0.01 91.90 5400 | 6 0.06 91.96 5450 | 3 0.03 91.99 5500 | 6 0.06 92.05 5600 | 47 0.47 92.52 5620 | 2 0.02 92.54 5626 | 2 0.02 92.56 5650 | 4 0.04 92.60 5700 | 12 0.12 92.72 5800 | 6 0.06 92.78 5900 | 4 0.04 92.82 6000 | 28 0.28 93.10 6100 | 9 0.09 93.19 6150 | 2 0.02 93.21 6200 | 13 0.13 93.34 6420 | 2 0.02 93.36 6450 | 2 0.02 93.38 6498 | 4 0.04 93.42 6500 | 7 0.07 93.49 6525 | 3 0.03 93.52 6600 | 4 0.04 93.56 6650 | 5 0.05 93.61 6900 | 9 0.09 93.70 6950 | 5 0.05 93.75 7000 | 40 0.40 94.15 7043 | 4 0.04 94.19 7200 | 4 0.04 94.23 7222 | 4 0.04 94.27 7300 | 4 0.04 94.31 7393 | 2 0.02 94.33 7400 | 3 0.03 94.36 7409 | 5 0.05 94.41 7450 | 2 0.02 94.43 7500 | 13 0.13 94.56 7550 | 4 0.04 94.60 7600 | 1 0.01 94.61 7700 | 2 0.02 94.63 7800 | 2 0.02 94.65 8000 | 11 0.11 94.76 8134 | 2 0.02 94.78 8220 | 5 0.05 94.83 8250 | 2 0.02 94.85 8400 | 2 0.02 94.87 8500 | 2 0.02 94.89 8750 | 2 0.02 94.91 9000 | 7 0.07 94.98 9160 | 2 0.02 95.00 9300 | 3 0.03 95.03 9340 | 2 0.02 95.05 9600 | 4 0.04 95.09 9821 | 3 0.03 95.12 10000 | 35 0.35 95.47 10200 | 9 0.09 95.56 10250 | 2 0.02 95.58 10300 | 4 0.04 95.62 10350 | 3 0.03 95.65 10500 | 8 0.08 95.73 10508 | 2 0.02 95.75 10600 | 5 0.05 95.80 10800 | 8 0.08 95.88 10900 | 2 0.02 95.90 11000 | 6 0.06 95.96 11100 | 4 0.04 96.00 11200 | 4 0.04 96.04 12000 | 8 0.08 96.12 12100 | 5 0.05 96.17 12150 | 9 0.09 96.26 12244 | 6 0.06 96.32 12500 | 1 0.01 96.33 12551 | 2 0.02 96.35 12600 | 2 0.02 96.37 12740 | 3 0.03 96.40 13000 | 4 0.04 96.44 13500 | 2 0.02 96.46 13605 | 6 0.06 96.52 14000 | 2 0.02 96.54 14100 | 2 0.02 96.56 14500 | 2 0.02 96.58 15000 | 14 0.14 96.72 15136 | 1 0.01 96.73 15500 | 6 0.06 96.79 16200 | 4 0.04 96.83 16250 | 2 0.02 96.85 16500 | 1 0.01 96.86 17000 | 3 0.03 96.89 17800 | 8 0.08 96.97 18000 | 7 0.07 97.04 18524 | 5 0.05 97.09 18600 | 1 0.01 97.10 20000 | 17 0.17 97.27 20100 | 3 0.03 97.30 20500 | 2 0.02 97.32 20577 | 1 0.01 97.33 20684 | 1 0.01 97.34 20800 | 4 0.04 97.38 22000 | 13 0.13 97.51 23200 | 1 0.01 97.52 23600 | 2 0.02 97.54 24000 | 6 0.06 97.60 24860 | 2 0.02 97.62 25000 | 4 0.04 97.66 26000 | 3 0.03 97.69 26900 | 4 0.04 97.73 27000 | 1 0.01 97.74 27050 | 2 0.02 97.76 27500 | 24 0.24 98.00 27501 | 2 0.02 98.02 27550 | 2 0.02 98.04 27660 | 2 0.02 98.06 28000 | 2 0.02 98.08 28201 | 2 0.02 98.10 28400 | 3 0.03 98.13 29100 | 5 0.05 98.18 29500 | 2 0.02 98.20 29600 | 2 0.02 98.22 29906 | 2 0.02 98.24 30000 | 4 0.04 98.28 30500 | 2 0.02 98.30 30550 | 4 0.04 98.34 31200 | 2 0.02 98.36 31428 | 3 0.03 98.39 32000 | 2 0.02 98.41 32500 | 1 0.01 98.42 32644 | 2 0.02 98.44 34000 | 2 0.02 98.46 35000 | 2 0.02 98.48 37304 | 1 0.01 98.49 37500 | 5 0.05 98.54 38000 | 1 0.01 98.55 40000 | 7 0.07 98.62 40540 | 4 0.04 98.66 43000 | 3 0.03 98.69 44900 | 2 0.02 98.71 45000 | 1 0.01 98.72 45445 | 2 0.02 98.74 45500 | 4 0.04 98.78 47600 | 1 0.01 98.79 49000 | 4 0.04 98.83 50000 | 1 0.01 98.84 50301 | 4 0.04 98.88 51233 | 3 0.03 98.91 56350 | 2 0.02 98.93 58600 | 2 0.02 98.95 59000 | 2 0.02 98.97 60000 | 5 0.05 99.02 62010 | 3 0.03 99.05 66500 | 2 0.02 99.07 68000 | 2 0.02 99.09 69200 | 5 0.05 99.14 72740 | 2 0.02 99.16 73300 | 2 0.02 99.18 73700 | 4 0.04 99.22 77500 | 1 0.01 99.23 80000 | 4 0.04 99.27 85000 | 2 0.02 99.29 85600 | 3 0.03 99.32 86400 | 2 0.02 99.34 90000 | 1 0.01 99.35 91000 | 3 0.03 99.38 92862 | 2 0.02 99.40 99920 | 1 0.01 99.41 100000 | 3 0.03 99.44 100050 | 2 0.02 99.46 102000 | 2 0.02 99.48 109000 | 2 0.02 99.50 112000 | 4 0.04 99.54 113900 | 2 0.02 99.56 122000 | 1 0.01 99.57 125000 | 3 0.03 99.60 131200 | 1 0.01 99.61 133600 | 2 0.02 99.63 162500 | 3 0.03 99.66 170000 | 1 0.01 99.67 200000 | 4 0.04 99.71 232500 | 2 0.02 99.73 280000 | 2 0.02 99.75 300000 | 4 0.04 99.79 300300 | 4 0.04 99.83 307000 | 2 0.02 99.85 470100 | 3 0.03 99.88 478010 | 3 0.03 99.91 502000 | 3 0.03 99.94 600000 | 2 0.02 99.96 615000 | 3 0.03 99.99 711844 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhira variable in sipp1996tm96puw9 dataset : RE: Equity in IRA and | KEOGH accounts | Freq. Percent Cum. ------------------------+----------------------------------- None or Not in universe | 7,755 77.55 77.55 75 | 3 0.03 77.58 145 | 1 0.01 77.59 150 | 2 0.02 77.61 160 | 1 0.01 77.62 200 | 6 0.06 77.68 268 | 2 0.02 77.70 400 | 3 0.03 77.73 450 | 2 0.02 77.75 460 | 4 0.04 77.79 463 | 2 0.02 77.81 500 | 5 0.05 77.86 520 | 2 0.02 77.88 546 | 4 0.04 77.92 585 | 1 0.01 77.93 600 | 16 0.16 78.09 650 | 4 0.04 78.13 700 | 4 0.04 78.17 750 | 9 0.09 78.26 760 | 3 0.03 78.29 800 | 5 0.05 78.34 864 | 2 0.02 78.36 900 | 3 0.03 78.39 925 | 2 0.02 78.41 1000 | 27 0.27 78.68 1058 | 1 0.01 78.69 1100 | 4 0.04 78.73 1200 | 15 0.15 78.88 1340 | 2 0.02 78.90 1474 | 2 0.02 78.92 1550 | 3 0.03 78.95 1600 | 7 0.07 79.02 1700 | 5 0.05 79.07 1800 | 5 0.05 79.12 1900 | 10 0.10 79.22 2000 | 52 0.52 79.74 2051 | 3 0.03 79.77 2060 | 2 0.02 79.79 2200 | 3 0.03 79.82 2400 | 3 0.03 79.85 2500 | 15 0.15 80.00 2539 | 4 0.04 80.04 2600 | 5 0.05 80.09 2668 | 2 0.02 80.11 2700 | 11 0.11 80.22 2800 | 2 0.02 80.24 2834 | 1 0.01 80.25 2875 | 5 0.05 80.30 3000 | 23 0.23 80.53 3100 | 3 0.03 80.56 3130 | 3 0.03 80.59 3200 | 10 0.10 80.69 3300 | 1 0.01 80.70 3463 | 2 0.02 80.72 3500 | 9 0.09 80.81 3537 | 1 0.01 80.82 3600 | 8 0.08 80.90 3800 | 3 0.03 80.93 3869 | 4 0.04 80.97 3935 | 1 0.01 80.98 4000 | 119 1.19 82.17 4200 | 3 0.03 82.20 4300 | 3 0.03 82.23 4367 | 3 0.03 82.26 4500 | 19 0.19 82.45 4508 | 3 0.03 82.48 4778 | 1 0.01 82.49 4900 | 9 0.09 82.58 4940 | 2 0.02 82.60 5000 | 28 0.28 82.88 5025 | 4 0.04 82.92 5185 | 2 0.02 82.94 5500 | 14 0.14 83.08 5800 | 1 0.01 83.09 6000 | 54 0.54 83.63 6043 | 2 0.02 83.65 6058 | 2 0.02 83.67 6100 | 4 0.04 83.71 6300 | 4 0.04 83.75 6400 | 3 0.03 83.78 6500 | 10 0.10 83.88 6530 | 4 0.04 83.92 6600 | 2 0.02 83.94 6900 | 2 0.02 83.96 7000 | 20 0.20 84.16 7089 | 4 0.04 84.20 7130 | 2 0.02 84.22 7140 | 5 0.05 84.27 7200 | 5 0.05 84.32 7260 | 1 0.01 84.33 7400 | 2 0.02 84.35 7500 | 3 0.03 84.38 7800 | 3 0.03 84.41 7938 | 1 0.01 84.42 8000 | 31 0.31 84.73 8099 | 1 0.01 84.74 8179 | 4 0.04 84.78 8300 | 4 0.04 84.82 8497 | 3 0.03 84.85 8500 | 7 0.07 84.92 8751 | 1 0.01 84.93 8800 | 4 0.04 84.97 8827 | 1 0.01 84.98 8890 | 9 0.09 85.07 8900 | 1 0.01 85.08 9000 | 19 0.19 85.27 9025 | 3 0.03 85.30 9200 | 4 0.04 85.34 9300 | 2 0.02 85.36 9500 | 4 0.04 85.40 9565 | 3 0.03 85.43 9689 | 2 0.02 85.45 9700 | 2 0.02 85.47 10000 | 59 0.59 86.06 10063 | 2 0.02 86.08 10100 | 2 0.02 86.10 10396 | 3 0.03 86.13 10407 | 1 0.01 86.14 10500 | 3 0.03 86.17 10600 | 6 0.06 86.23 10690 | 2 0.02 86.25 10747 | 1 0.01 86.26 10750 | 5 0.05 86.31 10947 | 4 0.04 86.35 11000 | 25 0.25 86.60 11062 | 4 0.04 86.64 11200 | 2 0.02 86.66 11368 | 2 0.02 86.68 11400 | 4 0.04 86.72 11500 | 3 0.03 86.75 11554 | 1 0.01 86.76 11577 | 2 0.02 86.78 12000 | 28 0.28 87.06 13000 | 10 0.10 87.16 13222 | 3 0.03 87.19 13500 | 2 0.02 87.21 13565 | 2 0.02 87.23 13600 | 3 0.03 87.26 13800 | 4 0.04 87.30 14000 | 15 0.15 87.45 14200 | 9 0.09 87.54 14332 | 2 0.02 87.56 14458 | 2 0.02 87.58 14700 | 2 0.02 87.60 14706 | 9 0.09 87.69 15000 | 33 0.33 88.02 15250 | 2 0.02 88.04 15260 | 4 0.04 88.08 15473 | 3 0.03 88.11 15500 | 2 0.02 88.13 16000 | 39 0.39 88.52 16048 | 1 0.01 88.53 16505 | 5 0.05 88.58 16600 | 6 0.06 88.64 16843 | 2 0.02 88.66 17000 | 10 0.10 88.76 17150 | 4 0.04 88.80 17500 | 3 0.03 88.83 17800 | 4 0.04 88.87 17812 | 2 0.02 88.89 18000 | 34 0.34 89.23 19000 | 11 0.11 89.34 19500 | 4 0.04 89.38 19700 | 2 0.02 89.40 20000 | 58 0.58 89.98 20629 | 1 0.01 89.99 20700 | 2 0.02 90.01 21000 | 14 0.14 90.15 21101 | 1 0.01 90.16 21410 | 4 0.04 90.20 21500 | 2 0.02 90.22 22000 | 14 0.14 90.36 22400 | 4 0.04 90.40 22551 | 2 0.02 90.42 22744 | 2 0.02 90.44 23000 | 22 0.22 90.66 23050 | 2 0.02 90.68 23079 | 1 0.01 90.69 23200 | 3 0.03 90.72 23400 | 1 0.01 90.73 23500 | 4 0.04 90.77 23633 | 2 0.02 90.79 24000 | 13 0.13 90.92 24300 | 2 0.02 90.94 25000 | 28 0.28 91.22 26000 | 14 0.14 91.36 26142 | 2 0.02 91.38 26253 | 5 0.05 91.43 27000 | 3 0.03 91.46 27232 | 4 0.04 91.50 27467 | 2 0.02 91.52 27700 | 4 0.04 91.56 28000 | 16 0.16 91.72 28500 | 2 0.02 91.74 29000 | 11 0.11 91.85 29641 | 3 0.03 91.88 29800 | 3 0.03 91.91 30000 | 38 0.38 92.29 30500 | 2 0.02 92.31 30864 | 2 0.02 92.33 31000 | 2 0.02 92.35 32000 | 11 0.11 92.46 32051 | 2 0.02 92.48 32313 | 1 0.01 92.49 33000 | 15 0.15 92.64 33400 | 5 0.05 92.69 33787 | 2 0.02 92.71 34000 | 8 0.08 92.79 34126 | 1 0.01 92.80 34592 | 2 0.02 92.82 35000 | 16 0.16 92.98 35600 | 2 0.02 93.00 35657 | 5 0.05 93.05 36000 | 8 0.08 93.13 37000 | 4 0.04 93.17 37153 | 5 0.05 93.22 37500 | 8 0.08 93.30 37600 | 2 0.02 93.32 38000 | 1 0.01 93.33 39000 | 14 0.14 93.47 40000 | 29 0.29 93.76 40982 | 5 0.05 93.81 41000 | 7 0.07 93.88 41300 | 2 0.02 93.90 41966 | 2 0.02 93.92 42000 | 11 0.11 94.03 43000 | 10 0.10 94.13 44000 | 10 0.10 94.23 44500 | 2 0.02 94.25 44950 | 2 0.02 94.27 45000 | 10 0.10 94.37 46000 | 6 0.06 94.43 46200 | 2 0.02 94.45 46833 | 2 0.02 94.47 48000 | 11 0.11 94.58 49000 | 4 0.04 94.62 50000 | 38 0.38 95.00 50081 | 2 0.02 95.02 51000 | 11 0.11 95.13 51451 | 2 0.02 95.15 52000 | 9 0.09 95.24 52375 | 3 0.03 95.27 53000 | 4 0.04 95.31 54000 | 2 0.02 95.33 54931 | 2 0.02 95.35 54969 | 4 0.04 95.39 55000 | 7 0.07 95.46 55857 | 2 0.02 95.48 57000 | 5 0.05 95.53 57800 | 1 0.01 95.54 58312 | 2 0.02 95.56 58927 | 3 0.03 95.59 59691 | 2 0.02 95.61 60000 | 14 0.14 95.75 60200 | 2 0.02 95.77 61500 | 1 0.01 95.78 61600 | 2 0.02 95.80 62000 | 4 0.04 95.84 62262 | 4 0.04 95.88 62500 | 3 0.03 95.91 63300 | 2 0.02 95.93 63400 | 5 0.05 95.98 64049 | 2 0.02 96.00 65000 | 6 0.06 96.06 65398 | 3 0.03 96.09 66000 | 4 0.04 96.13 68000 | 4 0.04 96.17 68500 | 1 0.01 96.18 69102 | 2 0.02 96.20 69600 | 4 0.04 96.24 70000 | 9 0.09 96.33 70189 | 1 0.01 96.34 71000 | 5 0.05 96.39 71857 | 2 0.02 96.41 72000 | 9 0.09 96.50 73000 | 5 0.05 96.55 74000 | 4 0.04 96.59 75000 | 3 0.03 96.62 77000 | 7 0.07 96.69 78000 | 5 0.05 96.74 80000 | 19 0.19 96.93 82000 | 3 0.03 96.96 84000 | 4 0.04 97.00 87500 | 2 0.02 97.02 87700 | 1 0.01 97.03 88000 | 5 0.05 97.08 90000 | 8 0.08 97.16 93000 | 4 0.04 97.20 94000 | 2 0.02 97.22 95000 | 7 0.07 97.29 98200 | 2 0.02 97.31 100000 | 10 0.10 97.41 101000 | 2 0.02 97.43 103000 | 4 0.04 97.47 104000 | 2 0.02 97.49 106520 | 2 0.02 97.51 107000 | 2 0.02 97.53 108000 | 6 0.06 97.59 112000 | 6 0.06 97.65 112305 | 1 0.01 97.66 112313 | 2 0.02 97.68 113000 | 6 0.06 97.74 116000 | 4 0.04 97.78 120000 | 10 0.10 97.88 121827 | 2 0.02 97.90 125000 | 4 0.04 97.94 128049 | 3 0.03 97.97 132000 | 2 0.02 97.99 135450 | 2 0.02 98.01 136000 | 2 0.02 98.03 137000 | 4 0.04 98.07 139584 | 4 0.04 98.11 140509 | 2 0.02 98.13 143722 | 2 0.02 98.15 147400 | 2 0.02 98.17 150000 | 8 0.08 98.25 154000 | 2 0.02 98.27 158000 | 5 0.05 98.32 159000 | 4 0.04 98.36 160000 | 2 0.02 98.38 160509 | 2 0.02 98.40 163000 | 2 0.02 98.42 168000 | 2 0.02 98.44 169000 | 2 0.02 98.46 170000 | 4 0.04 98.50 173848 | 4 0.04 98.54 174509 | 5 0.05 98.59 175000 | 6 0.06 98.65 180000 | 8 0.08 98.73 192000 | 2 0.02 98.75 200000 | 3 0.03 98.78 213000 | 4 0.04 98.82 216000 | 5 0.05 98.87 225000 | 2 0.02 98.89 229000 | 3 0.03 98.92 231000 | 6 0.06 98.98 232000 | 5 0.05 99.03 240000 | 2 0.02 99.05 250000 | 2 0.02 99.07 260000 | 1 0.01 99.08 261865 | 2 0.02 99.10 263000 | 2 0.02 99.12 265000 | 4 0.04 99.16 275000 | 32 0.32 99.48 275600 | 2 0.02 99.50 276160 | 2 0.02 99.52 276500 | 2 0.02 99.54 276600 | 6 0.06 99.60 276650 | 4 0.04 99.64 277000 | 4 0.04 99.68 279000 | 4 0.04 99.72 285000 | 2 0.02 99.74 287200 | 2 0.02 99.76 295000 | 2 0.02 99.78 296581 | 2 0.02 99.80 300000 | 2 0.02 99.82 301000 | 2 0.02 99.84 315982 | 2 0.02 99.86 325000 | 2 0.02 99.88 329331 | 2 0.02 99.90 340000 | 2 0.02 99.92 345000 | 2 0.02 99.94 379785 | 2 0.02 99.96 517000 | 2 0.02 99.98 520000 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhdebt variable in sipp1996tm96puw9 dataset : RE: Total debt recode | Freq. Percent Cum. ------------------------+----------------------------------- -401166 | 2 0.02 0.02 -110775 | 2 0.02 0.04 -2685 | 3 0.03 0.07 None or Not in universe | 1,901 19.01 19.08 1 | 5 0.05 19.13 2 | 2 0.02 19.15 6 | 2 0.02 19.17 9 | 1 0.01 19.18 28 | 2 0.02 19.20 30 | 8 0.08 19.28 50 | 1 0.01 19.29 52 | 2 0.02 19.31 58 | 1 0.01 19.32 69 | 1 0.01 19.33 70 | 7 0.07 19.40 89 | 3 0.03 19.43 100 | 24 0.24 19.67 102 | 1 0.01 19.68 106 | 1 0.01 19.69 108 | 2 0.02 19.71 114 | 1 0.01 19.72 130 | 1 0.01 19.73 134 | 2 0.02 19.75 150 | 15 0.15 19.90 182 | 1 0.01 19.91 194 | 2 0.02 19.93 200 | 25 0.25 20.18 220 | 1 0.01 20.19 250 | 7 0.07 20.26 260 | 4 0.04 20.30 280 | 2 0.02 20.32 300 | 50 0.50 20.82 350 | 3 0.03 20.85 360 | 3 0.03 20.88 365 | 1 0.01 20.89 370 | 3 0.03 20.92 398 | 2 0.02 20.94 400 | 36 0.36 21.30 420 | 3 0.03 21.33 441 | 1 0.01 21.34 450 | 2 0.02 21.36 469 | 1 0.01 21.37 500 | 77 0.77 22.14 525 | 3 0.03 22.17 535 | 4 0.04 22.21 550 | 1 0.01 22.22 560 | 3 0.03 22.25 600 | 22 0.22 22.47 620 | 3 0.03 22.50 650 | 6 0.06 22.56 652 | 3 0.03 22.59 675 | 1 0.01 22.60 700 | 22 0.22 22.82 706 | 4 0.04 22.86 730 | 2 0.02 22.88 734 | 2 0.02 22.90 750 | 11 0.11 23.01 790 | 6 0.06 23.07 800 | 33 0.33 23.40 826 | 2 0.02 23.42 830 | 2 0.02 23.44 840 | 2 0.02 23.46 850 | 1 0.01 23.47 890 | 2 0.02 23.49 900 | 16 0.16 23.65 950 | 2 0.02 23.67 1000 | 79 0.79 24.46 1013 | 2 0.02 24.48 1045 | 6 0.06 24.54 1050 | 4 0.04 24.58 1080 | 3 0.03 24.61 1098 | 1 0.01 24.62 1100 | 17 0.17 24.79 1116 | 2 0.02 24.81 1150 | 1 0.01 24.82 1160 | 5 0.05 24.87 1186 | 4 0.04 24.91 1200 | 22 0.22 25.13 1212 | 1 0.01 25.14 1250 | 4 0.04 25.18 1300 | 10 0.10 25.28 1315 | 3 0.03 25.31 1350 | 3 0.03 25.34 1400 | 21 0.21 25.55 1405 | 2 0.02 25.57 1450 | 2 0.02 25.59 1456 | 2 0.02 25.61 1500 | 38 0.38 25.99 1501 | 1 0.01 26.00 1510 | 2 0.02 26.02 1550 | 4 0.04 26.06 1600 | 16 0.16 26.22 1684 | 3 0.03 26.25 1700 | 14 0.14 26.39 1750 | 10 0.10 26.49 1760 | 4 0.04 26.53 1800 | 18 0.18 26.71 1850 | 2 0.02 26.73 1900 | 6 0.06 26.79 2000 | 62 0.62 27.41 2001 | 2 0.02 27.43 2002 | 4 0.04 27.47 2050 | 1 0.01 27.48 2060 | 2 0.02 27.50 2100 | 8 0.08 27.58 2150 | 2 0.02 27.60 2200 | 4 0.04 27.64 2260 | 2 0.02 27.66 2300 | 9 0.09 27.75 2324 | 2 0.02 27.77 2350 | 5 0.05 27.82 2400 | 10 0.10 27.92 2455 | 2 0.02 27.94 2500 | 39 0.39 28.33 2550 | 3 0.03 28.36 2600 | 12 0.12 28.48 2633 | 2 0.02 28.50 2650 | 4 0.04 28.54 2680 | 1 0.01 28.55 2700 | 8 0.08 28.63 2750 | 1 0.01 28.64 2800 | 7 0.07 28.71 2900 | 3 0.03 28.74 2930 | 1 0.01 28.75 2984 | 3 0.03 28.78 3000 | 55 0.55 29.33 3050 | 1 0.01 29.34 3075 | 2 0.02 29.36 3080 | 3 0.03 29.39 3100 | 14 0.14 29.53 3184 | 2 0.02 29.55 3200 | 6 0.06 29.61 3250 | 2 0.02 29.63 3300 | 4 0.04 29.67 3344 | 4 0.04 29.71 3400 | 10 0.10 29.81 3450 | 1 0.01 29.82 3482 | 4 0.04 29.86 3500 | 17 0.17 30.03 3518 | 2 0.02 30.05 3550 | 6 0.06 30.11 3555 | 5 0.05 30.16 3600 | 3 0.03 30.19 3700 | 5 0.05 30.24 3800 | 15 0.15 30.39 3825 | 2 0.02 30.41 3881 | 2 0.02 30.43 3900 | 8 0.08 30.51 4000 | 99 0.99 31.50 4024 | 4 0.04 31.54 4150 | 6 0.06 31.60 4200 | 17 0.17 31.77 4246 | 6 0.06 31.83 4250 | 12 0.12 31.95 4290 | 2 0.02 31.97 4300 | 8 0.08 32.05 4335 | 2 0.02 32.07 4387 | 1 0.01 32.08 4400 | 4 0.04 32.12 4500 | 9 0.09 32.21 4560 | 3 0.03 32.24 4600 | 12 0.12 32.36 4623 | 2 0.02 32.38 4626 | 1 0.01 32.39 4700 | 8 0.08 32.47 4786 | 2 0.02 32.49 4800 | 2 0.02 32.51 4801 | 2 0.02 32.53 4810 | 7 0.07 32.60 4820 | 3 0.03 32.63 4874 | 2 0.02 32.65 4888 | 2 0.02 32.67 4900 | 2 0.02 32.69 4990 | 1 0.01 32.70 5000 | 77 0.77 33.47 5028 | 2 0.02 33.49 5100 | 5 0.05 33.54 5133 | 1 0.01 33.55 5200 | 3 0.03 33.58 5250 | 9 0.09 33.67 5278 | 6 0.06 33.73 5300 | 20 0.20 33.93 5400 | 10 0.10 34.03 5460 | 2 0.02 34.05 5500 | 17 0.17 34.22 5502 | 4 0.04 34.26 5525 | 4 0.04 34.30 5535 | 2 0.02 34.32 5600 | 2 0.02 34.34 5650 | 2 0.02 34.36 5700 | 4 0.04 34.40 5787 | 3 0.03 34.43 5800 | 9 0.09 34.52 5900 | 3 0.03 34.55 6000 | 40 0.40 34.95 6100 | 6 0.06 35.01 6159 | 1 0.01 35.02 6200 | 16 0.16 35.18 6240 | 2 0.02 35.20 6250 | 2 0.02 35.22 6300 | 2 0.02 35.24 6400 | 6 0.06 35.30 6450 | 3 0.03 35.33 6500 | 16 0.16 35.49 6600 | 23 0.23 35.72 6700 | 5 0.05 35.77 6800 | 8 0.08 35.85 6900 | 1 0.01 35.86 6927 | 3 0.03 35.89 7000 | 63 0.63 36.52 7040 | 3 0.03 36.55 7075 | 1 0.01 36.56 7100 | 3 0.03 36.59 7141 | 3 0.03 36.62 7200 | 11 0.11 36.73 7204 | 5 0.05 36.78 7250 | 3 0.03 36.81 7260 | 4 0.04 36.85 7300 | 10 0.10 36.95 7400 | 4 0.04 36.99 7500 | 26 0.26 37.25 7600 | 2 0.02 37.27 7718 | 2 0.02 37.29 7796 | 3 0.03 37.32 7800 | 3 0.03 37.35 7850 | 1 0.01 37.36 7900 | 3 0.03 37.39 8000 | 70 0.70 38.09 8100 | 4 0.04 38.13 8200 | 6 0.06 38.19 8232 | 3 0.03 38.22 8300 | 5 0.05 38.27 8450 | 5 0.05 38.32 8500 | 13 0.13 38.45 8550 | 3 0.03 38.48 8580 | 1 0.01 38.49 8600 | 7 0.07 38.56 8700 | 5 0.05 38.61 8701 | 4 0.04 38.65 8800 | 6 0.06 38.71 8831 | 1 0.01 38.72 8890 | 2 0.02 38.74 8900 | 9 0.09 38.83 9000 | 35 0.35 39.18 9100 | 4 0.04 39.22 9200 | 7 0.07 39.29 9201 | 2 0.02 39.31 9284 | 2 0.02 39.33 9300 | 6 0.06 39.39 9400 | 5 0.05 39.44 9450 | 1 0.01 39.45 9500 | 24 0.24 39.69 9570 | 2 0.02 39.71 9600 | 14 0.14 39.85 9700 | 6 0.06 39.91 9800 | 3 0.03 39.94 9990 | 1 0.01 39.95 10000 | 75 0.75 40.70 10080 | 4 0.04 40.74 10100 | 5 0.05 40.79 10200 | 11 0.11 40.90 10250 | 6 0.06 40.96 10300 | 2 0.02 40.98 10350 | 2 0.02 41.00 10400 | 13 0.13 41.13 10440 | 2 0.02 41.15 10450 | 2 0.02 41.17 10500 | 11 0.11 41.28 10600 | 4 0.04 41.32 10696 | 5 0.05 41.37 10800 | 11 0.11 41.48 10835 | 3 0.03 41.51 11000 | 57 0.57 42.08 11100 | 7 0.07 42.15 11200 | 5 0.05 42.20 11300 | 2 0.02 42.22 11400 | 7 0.07 42.29 11500 | 9 0.09 42.38 11550 | 2 0.02 42.40 11600 | 7 0.07 42.47 11700 | 3 0.03 42.50 11800 | 7 0.07 42.57 12000 | 44 0.44 43.01 12100 | 4 0.04 43.05 12150 | 6 0.06 43.11 12180 | 3 0.03 43.14 12250 | 5 0.05 43.19 12300 | 2 0.02 43.21 12400 | 8 0.08 43.29 12474 | 1 0.01 43.30 12500 | 8 0.08 43.38 12600 | 3 0.03 43.41 12700 | 4 0.04 43.45 12741 | 1 0.01 43.46 12800 | 5 0.05 43.51 12816 | 4 0.04 43.55 12900 | 2 0.02 43.57 12960 | 2 0.02 43.59 13000 | 27 0.27 43.86 13001 | 6 0.06 43.92 13002 | 4 0.04 43.96 13071 | 6 0.06 44.02 13100 | 9 0.09 44.11 13122 | 2 0.02 44.13 13200 | 8 0.08 44.21 13294 | 2 0.02 44.23 13300 | 7 0.07 44.30 13318 | 3 0.03 44.33 13345 | 3 0.03 44.36 13400 | 2 0.02 44.38 13500 | 18 0.18 44.56 13600 | 7 0.07 44.63 13750 | 6 0.06 44.69 13800 | 5 0.05 44.74 13832 | 3 0.03 44.77 13900 | 2 0.02 44.79 13912 | 2 0.02 44.81 14000 | 23 0.23 45.04 14100 | 3 0.03 45.07 14200 | 7 0.07 45.14 14300 | 2 0.02 45.16 14365 | 4 0.04 45.20 14399 | 2 0.02 45.22 14400 | 4 0.04 45.26 14500 | 12 0.12 45.38 14501 | 4 0.04 45.42 14600 | 7 0.07 45.49 14660 | 5 0.05 45.54 14758 | 4 0.04 45.58 14895 | 2 0.02 45.60 15000 | 70 0.70 46.30 15180 | 2 0.02 46.32 15200 | 3 0.03 46.35 15250 | 4 0.04 46.39 15500 | 6 0.06 46.45 15650 | 2 0.02 46.47 15750 | 2 0.02 46.49 15800 | 8 0.08 46.57 15900 | 1 0.01 46.58 16000 | 28 0.28 46.86 16044 | 3 0.03 46.89 16100 | 1 0.01 46.90 16150 | 2 0.02 46.92 16200 | 3 0.03 46.95 16268 | 2 0.02 46.97 16300 | 2 0.02 46.99 16400 | 1 0.01 47.00 16500 | 20 0.20 47.20 16600 | 4 0.04 47.24 16750 | 2 0.02 47.26 16774 | 4 0.04 47.30 16800 | 9 0.09 47.39 16826 | 3 0.03 47.42 16900 | 7 0.07 47.49 16923 | 3 0.03 47.52 17000 | 19 0.19 47.71 17100 | 5 0.05 47.76 17450 | 3 0.03 47.79 17500 | 10 0.10 47.89 17600 | 5 0.05 47.94 17650 | 2 0.02 47.96 17740 | 3 0.03 47.99 17800 | 1 0.01 48.00 17900 | 4 0.04 48.04 18000 | 23 0.23 48.27 18105 | 2 0.02 48.29 18200 | 12 0.12 48.41 18300 | 2 0.02 48.43 18360 | 3 0.03 48.46 18400 | 3 0.03 48.49 18500 | 10 0.10 48.59 18501 | 3 0.03 48.62 18600 | 3 0.03 48.65 18800 | 4 0.04 48.69 18938 | 2 0.02 48.71 19000 | 14 0.14 48.85 19001 | 2 0.02 48.87 19002 | 3 0.03 48.90 19100 | 2 0.02 48.92 19108 | 4 0.04 48.96 19120 | 4 0.04 49.00 19200 | 5 0.05 49.05 19290 | 5 0.05 49.10 19400 | 4 0.04 49.14 19500 | 20 0.20 49.34 19700 | 7 0.07 49.41 19740 | 3 0.03 49.44 19761 | 2 0.02 49.46 19800 | 3 0.03 49.49 19900 | 2 0.02 49.51 19978 | 2 0.02 49.53 19999 | 4 0.04 49.57 20000 | 57 0.57 50.14 20086 | 2 0.02 50.16 20129 | 2 0.02 50.18 20200 | 3 0.03 50.21 20450 | 1 0.01 50.22 20500 | 6 0.06 50.28 20547 | 1 0.01 50.29 20600 | 1 0.01 50.30 20700 | 5 0.05 50.35 20800 | 3 0.03 50.38 21000 | 23 0.23 50.61 21100 | 2 0.02 50.63 21188 | 2 0.02 50.65 21200 | 5 0.05 50.70 21300 | 2 0.02 50.72 21313 | 4 0.04 50.76 21340 | 2 0.02 50.78 21350 | 6 0.06 50.84 21364 | 3 0.03 50.87 21480 | 5 0.05 50.92 21500 | 14 0.14 51.06 21501 | 3 0.03 51.09 21666 | 5 0.05 51.14 21750 | 2 0.02 51.16 21800 | 1 0.01 51.17 21900 | 6 0.06 51.23 22000 | 18 0.18 51.41 22063 | 2 0.02 51.43 22077 | 3 0.03 51.46 22200 | 4 0.04 51.50 22250 | 2 0.02 51.52 22300 | 2 0.02 51.54 22500 | 8 0.08 51.62 22600 | 4 0.04 51.66 22700 | 1 0.01 51.67 22900 | 1 0.01 51.68 23000 | 11 0.11 51.79 23001 | 1 0.01 51.80 23199 | 6 0.06 51.86 23300 | 6 0.06 51.92 23400 | 4 0.04 51.96 23425 | 2 0.02 51.98 23500 | 9 0.09 52.07 23568 | 2 0.02 52.09 23600 | 4 0.04 52.13 23700 | 5 0.05 52.18 23730 | 2 0.02 52.20 23950 | 3 0.03 52.23 24000 | 22 0.22 52.45 24100 | 1 0.01 52.46 24125 | 2 0.02 52.48 24154 | 5 0.05 52.53 24200 | 2 0.02 52.55 24400 | 7 0.07 52.62 24550 | 2 0.02 52.64 24601 | 3 0.03 52.67 24800 | 7 0.07 52.74 25000 | 23 0.23 52.97 25091 | 4 0.04 53.01 25200 | 10 0.10 53.11 25250 | 3 0.03 53.14 25275 | 2 0.02 53.16 25300 | 2 0.02 53.18 25400 | 2 0.02 53.20 25460 | 2 0.02 53.22 25500 | 15 0.15 53.37 25501 | 1 0.01 53.38 25550 | 4 0.04 53.42 26000 | 12 0.12 53.54 26001 | 3 0.03 53.57 26050 | 2 0.02 53.59 26200 | 2 0.02 53.61 26247 | 1 0.01 53.62 26250 | 2 0.02 53.64 26500 | 5 0.05 53.69 26600 | 3 0.03 53.72 26775 | 4 0.04 53.76 26800 | 3 0.03 53.79 26900 | 1 0.01 53.80 27000 | 18 0.18 53.98 27101 | 6 0.06 54.04 27200 | 6 0.06 54.10 27250 | 1 0.01 54.11 27300 | 3 0.03 54.14 27500 | 10 0.10 54.24 28000 | 20 0.20 54.44 28041 | 4 0.04 54.48 28200 | 4 0.04 54.52 28275 | 7 0.07 54.59 28282 | 3 0.03 54.62 28300 | 4 0.04 54.66 28500 | 4 0.04 54.70 28550 | 2 0.02 54.72 28600 | 3 0.03 54.75 28900 | 7 0.07 54.82 29000 | 9 0.09 54.91 29400 | 4 0.04 54.95 29401 | 4 0.04 54.99 29500 | 1 0.01 55.00 29501 | 1 0.01 55.01 29750 | 2 0.02 55.03 29900 | 2 0.02 55.05 30000 | 48 0.48 55.53 30054 | 2 0.02 55.55 30072 | 4 0.04 55.59 30100 | 6 0.06 55.65 30200 | 4 0.04 55.69 30500 | 3 0.03 55.72 30600 | 6 0.06 55.78 30700 | 1 0.01 55.79 31000 | 5 0.05 55.84 31086 | 1 0.01 55.85 31200 | 4 0.04 55.89 31400 | 5 0.05 55.94 31500 | 8 0.08 56.02 31600 | 6 0.06 56.08 31800 | 6 0.06 56.14 31810 | 2 0.02 56.16 32000 | 29 0.29 56.45 32001 | 4 0.04 56.49 32083 | 2 0.02 56.51 32300 | 5 0.05 56.56 32500 | 2 0.02 56.58 32530 | 2 0.02 56.60 32601 | 2 0.02 56.62 32700 | 7 0.07 56.69 32800 | 6 0.06 56.75 33000 | 34 0.34 57.09 33100 | 3 0.03 57.12 33500 | 7 0.07 57.19 33550 | 2 0.02 57.21 33600 | 3 0.03 57.24 33650 | 4 0.04 57.28 33700 | 2 0.02 57.30 33800 | 7 0.07 57.37 34000 | 10 0.10 57.47 34078 | 3 0.03 57.50 34100 | 2 0.02 57.52 34200 | 1 0.01 57.53 34300 | 3 0.03 57.56 34400 | 5 0.05 57.61 34427 | 3 0.03 57.64 34500 | 1 0.01 57.65 34501 | 2 0.02 57.67 34600 | 2 0.02 57.69 34700 | 3 0.03 57.72 35000 | 17 0.17 57.89 35200 | 3 0.03 57.92 35250 | 3 0.03 57.95 35300 | 3 0.03 57.98 35360 | 1 0.01 57.99 35370 | 4 0.04 58.03 35500 | 7 0.07 58.10 35600 | 5 0.05 58.15 35800 | 5 0.05 58.20 35900 | 7 0.07 58.27 36000 | 15 0.15 58.42 36199 | 4 0.04 58.46 36300 | 1 0.01 58.47 36316 | 2 0.02 58.49 36500 | 4 0.04 58.53 36800 | 3 0.03 58.56 36900 | 2 0.02 58.58 36901 | 2 0.02 58.60 36905 | 3 0.03 58.63 37000 | 8 0.08 58.71 37044 | 7 0.07 58.78 37100 | 3 0.03 58.81 37287 | 4 0.04 58.85 37300 | 2 0.02 58.87 37432 | 1 0.01 58.88 37500 | 3 0.03 58.91 37600 | 4 0.04 58.95 37650 | 4 0.04 58.99 37800 | 2 0.02 59.01 37922 | 5 0.05 59.06 38000 | 22 0.22 59.28 38012 | 1 0.01 59.29 38200 | 3 0.03 59.32 38700 | 1 0.01 59.33 38749 | 1 0.01 59.34 39000 | 17 0.17 59.51 39001 | 6 0.06 59.57 39100 | 6 0.06 59.63 39200 | 2 0.02 59.65 39300 | 4 0.04 59.69 39425 | 2 0.02 59.71 39495 | 4 0.04 59.75 39500 | 5 0.05 59.80 39600 | 5 0.05 59.85 39800 | 6 0.06 59.91 40000 | 11 0.11 60.02 40080 | 1 0.01 60.03 40200 | 4 0.04 60.07 40242 | 3 0.03 60.10 40300 | 2 0.02 60.12 40400 | 3 0.03 60.15 40600 | 4 0.04 60.19 40685 | 3 0.03 60.22 40800 | 1 0.01 60.23 41000 | 11 0.11 60.34 41060 | 2 0.02 60.36 41200 | 2 0.02 60.38 41500 | 9 0.09 60.47 41505 | 2 0.02 60.49 41700 | 6 0.06 60.55 41750 | 3 0.03 60.58 42000 | 26 0.26 60.84 42250 | 5 0.05 60.89 42396 | 3 0.03 60.92 42450 | 2 0.02 60.94 42750 | 4 0.04 60.98 42800 | 8 0.08 61.06 42900 | 4 0.04 61.10 43000 | 12 0.12 61.22 43050 | 3 0.03 61.25 43294 | 4 0.04 61.29 43400 | 5 0.05 61.34 43625 | 2 0.02 61.36 43700 | 4 0.04 61.40 43796 | 4 0.04 61.44 43900 | 2 0.02 61.46 43901 | 2 0.02 61.48 44000 | 16 0.16 61.64 44200 | 2 0.02 61.66 44500 | 3 0.03 61.69 44580 | 2 0.02 61.71 44800 | 3 0.03 61.74 44944 | 4 0.04 61.78 45000 | 17 0.17 61.95 45020 | 3 0.03 61.98 45100 | 4 0.04 62.02 45500 | 2 0.02 62.04 45800 | 6 0.06 62.10 46000 | 15 0.15 62.25 46251 | 3 0.03 62.28 46290 | 4 0.04 62.32 46300 | 3 0.03 62.35 46500 | 7 0.07 62.42 47000 | 26 0.26 62.68 47100 | 6 0.06 62.74 47101 | 5 0.05 62.79 47200 | 2 0.02 62.81 47601 | 2 0.02 62.83 47800 | 1 0.01 62.84 47900 | 4 0.04 62.88 48000 | 7 0.07 62.95 48001 | 4 0.04 62.99 48050 | 4 0.04 63.03 48100 | 3 0.03 63.06 48176 | 4 0.04 63.10 48250 | 3 0.03 63.13 48300 | 11 0.11 63.24 48500 | 8 0.08 63.32 48584 | 4 0.04 63.36 48600 | 4 0.04 63.40 49000 | 4 0.04 63.44 49300 | 3 0.03 63.47 49400 | 3 0.03 63.50 49501 | 5 0.05 63.55 49800 | 1 0.01 63.56 50000 | 23 0.23 63.79 50300 | 5 0.05 63.84 50500 | 6 0.06 63.90 50501 | 2 0.02 63.92 50600 | 6 0.06 63.98 50680 | 3 0.03 64.01 50800 | 2 0.02 64.03 51000 | 4 0.04 64.07 51124 | 2 0.02 64.09 51198 | 4 0.04 64.13 51300 | 5 0.05 64.18 51625 | 2 0.02 64.20 51700 | 4 0.04 64.24 52000 | 21 0.21 64.45 52300 | 4 0.04 64.49 52500 | 4 0.04 64.53 52600 | 4 0.04 64.57 52700 | 4 0.04 64.61 53000 | 17 0.17 64.78 53100 | 4 0.04 64.82 53200 | 2 0.02 64.84 53301 | 5 0.05 64.89 53500 | 8 0.08 64.97 53700 | 4 0.04 65.01 54000 | 30 0.30 65.31 54110 | 2 0.02 65.33 54400 | 4 0.04 65.37 54954 | 2 0.02 65.39 55000 | 28 0.28 65.67 55080 | 2 0.02 65.69 55101 | 4 0.04 65.73 55250 | 4 0.04 65.77 55500 | 5 0.05 65.82 55501 | 3 0.03 65.85 55600 | 3 0.03 65.88 55761 | 5 0.05 65.93 55800 | 7 0.07 66.00 55900 | 2 0.02 66.02 56000 | 8 0.08 66.10 56312 | 3 0.03 66.13 56326 | 2 0.02 66.15 56400 | 4 0.04 66.19 56500 | 3 0.03 66.22 56502 | 4 0.04 66.26 56800 | 2 0.02 66.28 57000 | 14 0.14 66.42 57001 | 2 0.02 66.44 57300 | 2 0.02 66.46 57502 | 2 0.02 66.48 57522 | 4 0.04 66.52 57850 | 2 0.02 66.54 58000 | 14 0.14 66.68 58001 | 1 0.01 66.69 58300 | 2 0.02 66.71 58303 | 6 0.06 66.77 58313 | 2 0.02 66.79 58500 | 9 0.09 66.88 58800 | 3 0.03 66.91 58952 | 5 0.05 66.96 58980 | 6 0.06 67.02 59000 | 10 0.10 67.12 59001 | 3 0.03 67.15 59100 | 4 0.04 67.19 59200 | 4 0.04 67.23 59279 | 5 0.05 67.28 59400 | 6 0.06 67.34 59500 | 3 0.03 67.37 59600 | 3 0.03 67.40 59700 | 4 0.04 67.44 59751 | 1 0.01 67.45 59800 | 4 0.04 67.49 59801 | 2 0.02 67.51 60000 | 29 0.29 67.80 60001 | 4 0.04 67.84 60150 | 3 0.03 67.87 60200 | 3 0.03 67.90 60270 | 4 0.04 67.94 60400 | 5 0.05 67.99 60500 | 6 0.06 68.05 60600 | 8 0.08 68.13 60730 | 4 0.04 68.17 60775 | 3 0.03 68.20 60800 | 2 0.02 68.22 60860 | 2 0.02 68.24 60900 | 4 0.04 68.28 60901 | 3 0.03 68.31 61000 | 9 0.09 68.40 61012 | 3 0.03 68.43 61050 | 2 0.02 68.45 61160 | 1 0.01 68.46 61237 | 2 0.02 68.48 61265 | 3 0.03 68.51 61300 | 12 0.12 68.63 61301 | 4 0.04 68.67 61302 | 5 0.05 68.72 61500 | 4 0.04 68.76 61700 | 1 0.01 68.77 61950 | 11 0.11 68.88 62000 | 4 0.04 68.92 62133 | 2 0.02 68.94 62200 | 6 0.06 69.00 62300 | 3 0.03 69.03 62321 | 4 0.04 69.07 62500 | 3 0.03 69.10 62675 | 2 0.02 69.12 63000 | 9 0.09 69.21 63090 | 4 0.04 69.25 63300 | 2 0.02 69.27 63500 | 1 0.01 69.28 63650 | 4 0.04 69.32 63960 | 4 0.04 69.36 63970 | 3 0.03 69.39 64193 | 1 0.01 69.40 64200 | 5 0.05 69.45 64261 | 2 0.02 69.47 64300 | 2 0.02 69.49 64400 | 3 0.03 69.52 64450 | 4 0.04 69.56 64500 | 14 0.14 69.70 64600 | 2 0.02 69.72 65000 | 17 0.17 69.89 65250 | 2 0.02 69.91 65400 | 2 0.02 69.93 65500 | 10 0.10 70.03 65501 | 3 0.03 70.06 65800 | 2 0.02 70.08 66000 | 12 0.12 70.20 66001 | 7 0.07 70.27 66194 | 4 0.04 70.31 66200 | 1 0.01 70.32 66300 | 1 0.01 70.33 66500 | 1 0.01 70.34 66890 | 5 0.05 70.39 66950 | 4 0.04 70.43 67000 | 3 0.03 70.46 67200 | 3 0.03 70.49 67450 | 6 0.06 70.55 67900 | 2 0.02 70.57 68000 | 13 0.13 70.70 68001 | 4 0.04 70.74 68100 | 5 0.05 70.79 68200 | 2 0.02 70.81 68301 | 2 0.02 70.83 68500 | 5 0.05 70.88 68601 | 4 0.04 70.92 68722 | 1 0.01 70.93 68800 | 7 0.07 71.00 68801 | 4 0.04 71.04 68880 | 4 0.04 71.08 69000 | 11 0.11 71.19 69188 | 4 0.04 71.23 69200 | 2 0.02 71.25 69500 | 10 0.10 71.35 69755 | 4 0.04 71.39 69773 | 3 0.03 71.42 70000 | 17 0.17 71.59 70200 | 4 0.04 71.63 70500 | 1 0.01 71.64 70532 | 4 0.04 71.68 70600 | 5 0.05 71.73 70800 | 11 0.11 71.84 70896 | 4 0.04 71.88 71000 | 8 0.08 71.96 71100 | 6 0.06 72.02 71200 | 4 0.04 72.06 71351 | 2 0.02 72.08 71500 | 8 0.08 72.16 71501 | 2 0.02 72.18 72000 | 12 0.12 72.30 72001 | 2 0.02 72.32 72204 | 5 0.05 72.37 72400 | 1 0.01 72.38 72500 | 6 0.06 72.44 72600 | 4 0.04 72.48 72601 | 4 0.04 72.52 73000 | 10 0.10 72.62 73178 | 1 0.01 72.63 73200 | 3 0.03 72.66 73301 | 4 0.04 72.70 73360 | 7 0.07 72.77 73400 | 2 0.02 72.79 73500 | 7 0.07 72.86 73501 | 5 0.05 72.91 73551 | 2 0.02 72.93 73900 | 3 0.03 72.96 73924 | 4 0.04 73.00 74000 | 14 0.14 73.14 74101 | 2 0.02 73.16 74301 | 5 0.05 73.21 74400 | 4 0.04 73.25 74500 | 4 0.04 73.29 74600 | 2 0.02 73.31 75000 | 18 0.18 73.49 75001 | 3 0.03 73.52 75200 | 4 0.04 73.56 75201 | 1 0.01 73.57 75343 | 1 0.01 73.58 75344 | 5 0.05 73.63 75500 | 1 0.01 73.64 75900 | 6 0.06 73.70 76000 | 5 0.05 73.75 76250 | 2 0.02 73.77 76324 | 5 0.05 73.82 76400 | 4 0.04 73.86 76401 | 4 0.04 73.90 76500 | 3 0.03 73.93 76800 | 2 0.02 73.95 76900 | 4 0.04 73.99 77000 | 8 0.08 74.07 77001 | 1 0.01 74.08 77200 | 7 0.07 74.15 77500 | 11 0.11 74.26 77800 | 4 0.04 74.30 77880 | 4 0.04 74.34 78000 | 16 0.16 74.50 78001 | 4 0.04 74.54 78024 | 3 0.03 74.57 78051 | 4 0.04 74.61 78500 | 9 0.09 74.70 78600 | 4 0.04 74.74 78700 | 3 0.03 74.77 79000 | 9 0.09 74.86 79124 | 2 0.02 74.88 79300 | 4 0.04 74.92 79400 | 4 0.04 74.96 79500 | 2 0.02 74.98 79501 | 3 0.03 75.01 79700 | 4 0.04 75.05 80000 | 23 0.23 75.28 80001 | 1 0.01 75.29 80120 | 5 0.05 75.34 80148 | 3 0.03 75.37 80300 | 3 0.03 75.40 80401 | 3 0.03 75.43 80500 | 2 0.02 75.45 80545 | 2 0.02 75.47 80700 | 3 0.03 75.50 80924 | 7 0.07 75.57 81000 | 7 0.07 75.64 81001 | 3 0.03 75.67 81002 | 4 0.04 75.71 81100 | 3 0.03 75.74 81201 | 4 0.04 75.78 81500 | 9 0.09 75.87 81625 | 4 0.04 75.91 81700 | 4 0.04 75.95 81800 | 3 0.03 75.98 82000 | 12 0.12 76.10 82150 | 1 0.01 76.11 82200 | 2 0.02 76.13 82391 | 1 0.01 76.14 82500 | 5 0.05 76.19 82700 | 3 0.03 76.22 82801 | 1 0.01 76.23 82845 | 2 0.02 76.25 82950 | 5 0.05 76.30 83000 | 9 0.09 76.39 83058 | 3 0.03 76.42 83400 | 1 0.01 76.43 83500 | 4 0.04 76.47 83501 | 7 0.07 76.54 83600 | 3 0.03 76.57 83700 | 2 0.02 76.59 83701 | 4 0.04 76.63 83800 | 4 0.04 76.67 83924 | 2 0.02 76.69 84000 | 6 0.06 76.75 84300 | 5 0.05 76.80 84304 | 2 0.02 76.82 84500 | 4 0.04 76.86 84512 | 5 0.05 76.91 84651 | 3 0.03 76.94 84702 | 1 0.01 76.95 85000 | 25 0.25 77.20 85200 | 3 0.03 77.23 85250 | 2 0.02 77.25 85690 | 8 0.08 77.33 85700 | 3 0.03 77.36 85749 | 1 0.01 77.37 85801 | 2 0.02 77.39 86000 | 15 0.15 77.54 86001 | 3 0.03 77.57 86300 | 3 0.03 77.60 86500 | 10 0.10 77.70 86600 | 4 0.04 77.74 86801 | 1 0.01 77.75 86805 | 4 0.04 77.79 87000 | 8 0.08 77.87 87124 | 1 0.01 77.88 87301 | 3 0.03 77.91 87500 | 4 0.04 77.95 87501 | 4 0.04 77.99 87600 | 4 0.04 78.03 87801 | 7 0.07 78.10 87900 | 3 0.03 78.13 88000 | 13 0.13 78.26 88020 | 5 0.05 78.31 88500 | 9 0.09 78.40 89000 | 4 0.04 78.44 89200 | 5 0.05 78.49 89206 | 3 0.03 78.52 89320 | 3 0.03 78.55 89421 | 4 0.04 78.59 89500 | 3 0.03 78.62 89581 | 3 0.03 78.65 89900 | 2 0.02 78.67 90000 | 10 0.10 78.77 90001 | 6 0.06 78.83 90200 | 4 0.04 78.87 90500 | 8 0.08 78.95 90600 | 4 0.04 78.99 90870 | 3 0.03 79.02 91000 | 5 0.05 79.07 91348 | 3 0.03 79.10 91360 | 4 0.04 79.14 91500 | 3 0.03 79.17 91666 | 4 0.04 79.21 91700 | 2 0.02 79.23 91800 | 1 0.01 79.24 91900 | 7 0.07 79.31 92000 | 12 0.12 79.43 92001 | 4 0.04 79.47 92200 | 4 0.04 79.51 92301 | 2 0.02 79.53 92500 | 9 0.09 79.62 92700 | 3 0.03 79.65 92818 | 2 0.02 79.67 93000 | 10 0.10 79.77 93300 | 5 0.05 79.82 93500 | 4 0.04 79.86 94000 | 14 0.14 80.00 94004 | 4 0.04 80.04 94300 | 2 0.02 80.06 94401 | 2 0.02 80.08 94600 | 4 0.04 80.12 94800 | 3 0.03 80.15 95000 | 9 0.09 80.24 95123 | 3 0.03 80.27 95480 | 5 0.05 80.32 95601 | 4 0.04 80.36 95687 | 2 0.02 80.38 95971 | 2 0.02 80.40 96000 | 13 0.13 80.53 96212 | 5 0.05 80.58 96500 | 5 0.05 80.63 96501 | 5 0.05 80.68 96600 | 1 0.01 80.69 96700 | 5 0.05 80.74 96800 | 4 0.04 80.78 96832 | 4 0.04 80.82 97000 | 26 0.26 81.08 97001 | 2 0.02 81.10 97100 | 4 0.04 81.14 97300 | 8 0.08 81.22 97301 | 5 0.05 81.27 97501 | 4 0.04 81.31 97520 | 4 0.04 81.35 97600 | 4 0.04 81.39 97901 | 5 0.05 81.44 98000 | 2 0.02 81.46 98001 | 3 0.03 81.49 98200 | 1 0.01 81.50 98300 | 4 0.04 81.54 98498 | 5 0.05 81.59 98750 | 2 0.02 81.61 99000 | 11 0.11 81.72 99001 | 4 0.04 81.76 99166 | 2 0.02 81.78 99400 | 3 0.03 81.81 99500 | 2 0.02 81.83 99800 | 7 0.07 81.90 100000 | 33 0.33 82.23 100250 | 2 0.02 82.25 100401 | 1 0.01 82.26 100500 | 12 0.12 82.38 100800 | 2 0.02 82.40 100860 | 4 0.04 82.44 101000 | 8 0.08 82.52 101200 | 6 0.06 82.58 101240 | 5 0.05 82.63 101500 | 13 0.13 82.76 102000 | 19 0.19 82.95 102001 | 3 0.03 82.98 102039 | 4 0.04 83.02 102300 | 2 0.02 83.04 102401 | 1 0.01 83.05 102500 | 6 0.06 83.11 102602 | 2 0.02 83.13 102900 | 3 0.03 83.16 103000 | 4 0.04 83.20 103100 | 4 0.04 83.24 103200 | 4 0.04 83.28 103500 | 9 0.09 83.37 103600 | 5 0.05 83.42 104000 | 13 0.13 83.55 104200 | 2 0.02 83.57 104400 | 7 0.07 83.64 104500 | 4 0.04 83.68 104600 | 2 0.02 83.70 104741 | 6 0.06 83.76 104900 | 6 0.06 83.82 105000 | 15 0.15 83.97 105145 | 5 0.05 84.02 105400 | 4 0.04 84.06 105500 | 4 0.04 84.10 105600 | 3 0.03 84.13 106000 | 9 0.09 84.22 106500 | 5 0.05 84.27 106600 | 3 0.03 84.30 106652 | 2 0.02 84.32 107000 | 8 0.08 84.40 107001 | 4 0.04 84.44 107500 | 6 0.06 84.50 107801 | 3 0.03 84.53 108000 | 18 0.18 84.71 108500 | 5 0.05 84.76 108800 | 1 0.01 84.77 108812 | 2 0.02 84.79 109000 | 15 0.15 84.94 109001 | 1 0.01 84.95 110000 | 7 0.07 85.02 110001 | 4 0.04 85.06 110400 | 1 0.01 85.07 110500 | 3 0.03 85.10 110940 | 3 0.03 85.13 111000 | 1 0.01 85.14 111001 | 6 0.06 85.20 111002 | 2 0.02 85.22 112000 | 2 0.02 85.24 112500 | 6 0.06 85.30 112900 | 3 0.03 85.33 113000 | 7 0.07 85.40 113002 | 4 0.04 85.44 113280 | 6 0.06 85.50 113321 | 4 0.04 85.54 113500 | 16 0.16 85.70 113800 | 2 0.02 85.72 114000 | 5 0.05 85.77 114100 | 2 0.02 85.79 114158 | 3 0.03 85.82 114200 | 2 0.02 85.84 114500 | 7 0.07 85.91 114501 | 5 0.05 85.96 114860 | 2 0.02 85.98 115000 | 3 0.03 86.01 115200 | 3 0.03 86.04 115201 | 3 0.03 86.07 115300 | 4 0.04 86.11 115400 | 1 0.01 86.12 115500 | 4 0.04 86.16 115700 | 3 0.03 86.19 116000 | 6 0.06 86.25 116100 | 4 0.04 86.29 116500 | 2 0.02 86.31 116600 | 2 0.02 86.33 117000 | 5 0.05 86.38 117075 | 4 0.04 86.42 117220 | 3 0.03 86.45 117257 | 3 0.03 86.48 117500 | 1 0.01 86.49 117501 | 5 0.05 86.54 117600 | 2 0.02 86.56 117841 | 2 0.02 86.58 118000 | 10 0.10 86.68 118300 | 4 0.04 86.72 119100 | 3 0.03 86.75 119600 | 2 0.02 86.77 120000 | 12 0.12 86.89 120001 | 5 0.05 86.94 120100 | 4 0.04 86.98 120200 | 4 0.04 87.02 120500 | 3 0.03 87.05 120601 | 4 0.04 87.09 120700 | 1 0.01 87.10 120800 | 2 0.02 87.12 121600 | 5 0.05 87.17 121967 | 5 0.05 87.22 122000 | 5 0.05 87.27 122050 | 5 0.05 87.32 122200 | 10 0.10 87.42 122351 | 3 0.03 87.45 122500 | 2 0.02 87.47 123000 | 9 0.09 87.56 123001 | 6 0.06 87.62 123002 | 5 0.05 87.67 123500 | 2 0.02 87.69 123900 | 2 0.02 87.71 124000 | 4 0.04 87.75 124100 | 2 0.02 87.77 124400 | 4 0.04 87.81 124600 | 4 0.04 87.85 125000 | 15 0.15 88.00 125300 | 2 0.02 88.02 125404 | 3 0.03 88.05 125450 | 2 0.02 88.07 125464 | 2 0.02 88.09 126000 | 4 0.04 88.13 126350 | 2 0.02 88.15 127000 | 12 0.12 88.27 127150 | 4 0.04 88.31 127300 | 2 0.02 88.33 127501 | 4 0.04 88.37 127550 | 4 0.04 88.41 127780 | 5 0.05 88.46 127800 | 3 0.03 88.49 127801 | 4 0.04 88.53 128000 | 13 0.13 88.66 128001 | 4 0.04 88.70 128002 | 3 0.03 88.73 128500 | 3 0.03 88.76 128800 | 4 0.04 88.80 129000 | 7 0.07 88.87 129693 | 2 0.02 88.89 129697 | 8 0.08 88.97 129801 | 4 0.04 89.01 130000 | 22 0.22 89.23 130001 | 2 0.02 89.25 130200 | 4 0.04 89.29 130500 | 2 0.02 89.31 130600 | 3 0.03 89.34 130700 | 3 0.03 89.37 131000 | 7 0.07 89.44 131500 | 4 0.04 89.48 131501 | 5 0.05 89.53 131600 | 1 0.01 89.54 132000 | 10 0.10 89.64 132201 | 3 0.03 89.67 132400 | 5 0.05 89.72 132500 | 4 0.04 89.76 133000 | 1 0.01 89.77 133301 | 6 0.06 89.83 133400 | 4 0.04 89.87 133751 | 3 0.03 89.90 133900 | 2 0.02 89.92 134000 | 12 0.12 90.04 134638 | 6 0.06 90.10 134830 | 6 0.06 90.16 134870 | 2 0.02 90.18 134990 | 2 0.02 90.20 135000 | 16 0.16 90.36 135080 | 2 0.02 90.38 135363 | 5 0.05 90.43 135500 | 3 0.03 90.46 136000 | 8 0.08 90.54 136300 | 2 0.02 90.56 136324 | 2 0.02 90.58 136500 | 2 0.02 90.60 136501 | 4 0.04 90.64 137000 | 4 0.04 90.68 137001 | 2 0.02 90.70 137800 | 5 0.05 90.75 138000 | 7 0.07 90.82 138151 | 3 0.03 90.85 138800 | 4 0.04 90.89 139500 | 4 0.04 90.93 139600 | 4 0.04 90.97 140000 | 8 0.08 91.05 140500 | 5 0.05 91.10 140700 | 4 0.04 91.14 140750 | 6 0.06 91.20 141000 | 2 0.02 91.22 141080 | 3 0.03 91.25 141100 | 3 0.03 91.28 141200 | 4 0.04 91.32 141500 | 2 0.02 91.34 142000 | 6 0.06 91.40 142001 | 4 0.04 91.44 142030 | 4 0.04 91.48 142960 | 4 0.04 91.52 143000 | 6 0.06 91.58 143250 | 3 0.03 91.61 143300 | 5 0.05 91.66 143500 | 4 0.04 91.70 143850 | 5 0.05 91.75 144001 | 2 0.02 91.77 144500 | 7 0.07 91.84 145000 | 7 0.07 91.91 145501 | 8 0.08 91.99 146000 | 3 0.03 92.02 146045 | 2 0.02 92.04 146700 | 5 0.05 92.09 147000 | 2 0.02 92.11 147001 | 14 0.14 92.25 147800 | 10 0.10 92.35 148000 | 3 0.03 92.38 149000 | 2 0.02 92.40 149500 | 2 0.02 92.42 150000 | 28 0.28 92.70 150001 | 3 0.03 92.73 151201 | 3 0.03 92.76 151500 | 4 0.04 92.80 152001 | 4 0.04 92.84 152800 | 1 0.01 92.85 153000 | 6 0.06 92.91 153201 | 4 0.04 92.95 153900 | 2 0.02 92.97 154001 | 3 0.03 93.00 154900 | 3 0.03 93.03 155001 | 5 0.05 93.08 155361 | 2 0.02 93.10 156000 | 9 0.09 93.19 156590 | 2 0.02 93.21 156800 | 2 0.02 93.23 157000 | 3 0.03 93.26 157120 | 4 0.04 93.30 157181 | 3 0.03 93.33 157500 | 2 0.02 93.35 157985 | 2 0.02 93.37 158001 | 1 0.01 93.38 158500 | 4 0.04 93.42 158501 | 6 0.06 93.48 159140 | 5 0.05 93.53 160000 | 11 0.11 93.64 160151 | 6 0.06 93.70 160860 | 5 0.05 93.75 161000 | 9 0.09 93.84 161200 | 2 0.02 93.86 162000 | 6 0.06 93.92 162300 | 3 0.03 93.95 162500 | 6 0.06 94.01 162580 | 4 0.04 94.05 162700 | 2 0.02 94.07 163000 | 3 0.03 94.10 164000 | 9 0.09 94.19 165000 | 2 0.02 94.21 166000 | 4 0.04 94.25 166001 | 2 0.02 94.27 166002 | 5 0.05 94.32 166100 | 3 0.03 94.35 168500 | 4 0.04 94.39 169000 | 5 0.05 94.44 169401 | 2 0.02 94.46 170001 | 6 0.06 94.52 172000 | 6 0.06 94.58 172501 | 2 0.02 94.60 174501 | 5 0.05 94.65 175000 | 8 0.08 94.73 175001 | 3 0.03 94.76 176600 | 5 0.05 94.81 177000 | 2 0.02 94.83 177110 | 2 0.02 94.85 178650 | 5 0.05 94.90 179300 | 4 0.04 94.94 180000 | 8 0.08 95.02 181000 | 5 0.05 95.07 181500 | 5 0.05 95.12 181501 | 2 0.02 95.14 181661 | 3 0.03 95.17 182001 | 8 0.08 95.25 182500 | 4 0.04 95.29 183500 | 5 0.05 95.34 184600 | 2 0.02 95.36 185001 | 7 0.07 95.43 185114 | 5 0.05 95.48 186801 | 2 0.02 95.50 189000 | 7 0.07 95.57 189180 | 4 0.04 95.61 190000 | 5 0.05 95.66 190501 | 5 0.05 95.71 192502 | 4 0.04 95.75 192601 | 4 0.04 95.79 194420 | 2 0.02 95.81 197500 | 2 0.02 95.83 198002 | 6 0.06 95.89 198100 | 4 0.04 95.93 199000 | 5 0.05 95.98 200000 | 9 0.09 96.07 201000 | 4 0.04 96.11 202000 | 3 0.03 96.14 203000 | 3 0.03 96.17 206500 | 5 0.05 96.22 207000 | 3 0.03 96.25 208000 | 2 0.02 96.27 208001 | 2 0.02 96.29 208500 | 3 0.03 96.32 209200 | 5 0.05 96.37 210000 | 5 0.05 96.42 212000 | 1 0.01 96.43 212500 | 4 0.04 96.47 213000 | 1 0.01 96.48 213700 | 2 0.02 96.50 215000 | 12 0.12 96.62 215160 | 1 0.01 96.63 217500 | 3 0.03 96.66 217600 | 3 0.03 96.69 220000 | 1 0.01 96.70 220504 | 3 0.03 96.73 221001 | 4 0.04 96.77 222000 | 6 0.06 96.83 223000 | 5 0.05 96.88 224000 | 5 0.05 96.93 225601 | 5 0.05 96.98 226000 | 2 0.02 97.00 227001 | 6 0.06 97.06 227150 | 4 0.04 97.10 228000 | 2 0.02 97.12 228300 | 2 0.02 97.14 229081 | 1 0.01 97.15 229400 | 2 0.02 97.17 229500 | 4 0.04 97.21 230200 | 4 0.04 97.25 231900 | 3 0.03 97.28 232001 | 5 0.05 97.33 232200 | 4 0.04 97.37 233000 | 2 0.02 97.39 233002 | 3 0.03 97.42 233500 | 4 0.04 97.46 237001 | 4 0.04 97.50 237100 | 4 0.04 97.54 238800 | 3 0.03 97.57 239000 | 5 0.05 97.62 239500 | 1 0.01 97.63 239902 | 5 0.05 97.68 243000 | 5 0.05 97.73 248000 | 1 0.01 97.74 249000 | 1 0.01 97.75 250000 | 18 0.18 97.93 250001 | 4 0.04 97.97 257800 | 3 0.03 98.00 260780 | 4 0.04 98.04 265501 | 3 0.03 98.07 267000 | 5 0.05 98.12 267050 | 2 0.02 98.14 270000 | 2 0.02 98.16 272325 | 2 0.02 98.18 279000 | 2 0.02 98.20 280000 | 3 0.03 98.23 280601 | 5 0.05 98.28 285200 | 4 0.04 98.32 290000 | 4 0.04 98.36 293999 | 4 0.04 98.40 294580 | 5 0.05 98.45 295000 | 4 0.04 98.49 296400 | 3 0.03 98.52 300000 | 2 0.02 98.54 300600 | 4 0.04 98.58 305001 | 2 0.02 98.60 306001 | 1 0.01 98.61 306800 | 5 0.05 98.66 307000 | 4 0.04 98.70 310000 | 1 0.01 98.71 310857 | 3 0.03 98.74 312501 | 2 0.02 98.76 322001 | 2 0.02 98.78 332580 | 4 0.04 98.82 336000 | 4 0.04 98.86 339000 | 4 0.04 98.90 339500 | 6 0.06 98.96 340000 | 5 0.05 99.01 341951 | 4 0.04 99.05 344000 | 4 0.04 99.09 345000 | 5 0.05 99.14 347000 | 1 0.01 99.15 353000 | 3 0.03 99.18 357630 | 2 0.02 99.20 366000 | 2 0.02 99.22 376000 | 5 0.05 99.27 379100 | 5 0.05 99.32 413000 | 6 0.06 99.38 414700 | 4 0.04 99.42 417500 | 2 0.02 99.44 419000 | 4 0.04 99.48 419200 | 6 0.06 99.54 437042 | 3 0.03 99.57 448000 | 3 0.03 99.60 462200 | 3 0.03 99.63 472000 | 8 0.08 99.71 476000 | 2 0.02 99.73 505000 | 1 0.01 99.74 575000 | 2 0.02 99.76 584000 | 5 0.05 99.81 629411 | 4 0.04 99.85 704000 | 3 0.03 99.88 722000 | 4 0.04 99.92 786501 | 3 0.03 99.95 1061000 | 5 0.05 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thhscdbt variable in sipp1996tm96puw9 dataset : RE: Total secured debt | recode | Freq. Percent Cum. ------------------------+----------------------------------- -419166 | 2 0.02 0.02 -110775 | 2 0.02 0.04 -23785 | 3 0.03 0.07 -284 | 4 0.04 0.11 None or Not in universe | 3,398 33.98 34.09 1 | 4 0.04 34.13 40 | 3 0.03 34.16 89 | 3 0.03 34.19 100 | 3 0.03 34.22 105 | 5 0.05 34.27 115 | 3 0.03 34.30 150 | 5 0.05 34.35 200 | 4 0.04 34.39 250 | 2 0.02 34.41 275 | 2 0.02 34.43 298 | 1 0.01 34.44 300 | 4 0.04 34.48 320 | 3 0.03 34.51 324 | 2 0.02 34.53 350 | 3 0.03 34.56 365 | 1 0.01 34.57 400 | 4 0.04 34.61 500 | 31 0.31 34.92 535 | 4 0.04 34.96 600 | 9 0.09 35.05 675 | 1 0.01 35.06 700 | 8 0.08 35.14 706 | 4 0.04 35.18 720 | 2 0.02 35.20 750 | 5 0.05 35.25 790 | 6 0.06 35.31 800 | 3 0.03 35.34 854 | 5 0.05 35.39 900 | 2 0.02 35.41 950 | 2 0.02 35.43 1000 | 38 0.38 35.81 1045 | 6 0.06 35.87 1080 | 3 0.03 35.90 1099 | 2 0.02 35.92 1100 | 5 0.05 35.97 1183 | 7 0.07 36.04 1200 | 13 0.13 36.17 1212 | 1 0.01 36.18 1250 | 2 0.02 36.20 1300 | 1 0.01 36.21 1350 | 3 0.03 36.24 1400 | 15 0.15 36.39 1456 | 2 0.02 36.41 1485 | 2 0.02 36.43 1500 | 20 0.20 36.63 1550 | 4 0.04 36.67 1600 | 5 0.05 36.72 1650 | 6 0.06 36.78 1700 | 8 0.08 36.86 1750 | 2 0.02 36.88 1800 | 10 0.10 36.98 1900 | 2 0.02 37.00 2000 | 76 0.76 37.76 2052 | 4 0.04 37.80 2100 | 11 0.11 37.91 2111 | 4 0.04 37.95 2130 | 2 0.02 37.97 2200 | 10 0.10 38.07 2240 | 2 0.02 38.09 2260 | 2 0.02 38.11 2300 | 6 0.06 38.17 2400 | 2 0.02 38.19 2500 | 19 0.19 38.38 2550 | 4 0.04 38.42 2700 | 12 0.12 38.54 2800 | 4 0.04 38.58 3000 | 83 0.83 39.41 3100 | 2 0.02 39.43 3300 | 5 0.05 39.48 3400 | 3 0.03 39.51 3478 | 2 0.02 39.53 3500 | 29 0.29 39.82 3800 | 2 0.02 39.84 3881 | 2 0.02 39.86 4000 | 100 1.00 40.86 4001 | 2 0.02 40.88 4076 | 2 0.02 40.90 4200 | 4 0.04 40.94 4290 | 3 0.03 40.97 4335 | 4 0.04 41.01 4500 | 4 0.04 41.05 4600 | 3 0.03 41.08 4640 | 3 0.03 41.11 4786 | 2 0.02 41.13 4800 | 8 0.08 41.21 4874 | 2 0.02 41.23 4888 | 2 0.02 41.25 5000 | 79 0.79 42.04 5001 | 2 0.02 42.06 5300 | 1 0.01 42.07 5460 | 2 0.02 42.09 5500 | 8 0.08 42.17 5537 | 3 0.03 42.20 5700 | 9 0.09 42.29 5832 | 6 0.06 42.35 5900 | 2 0.02 42.37 6000 | 73 0.73 43.10 6150 | 3 0.03 43.13 6240 | 2 0.02 43.15 6250 | 2 0.02 43.17 6400 | 4 0.04 43.21 6500 | 12 0.12 43.33 6644 | 3 0.03 43.36 6700 | 2 0.02 43.38 6728 | 3 0.03 43.41 7000 | 57 0.57 43.98 7141 | 3 0.03 44.01 7200 | 9 0.09 44.10 7365 | 4 0.04 44.14 7400 | 2 0.02 44.16 7450 | 2 0.02 44.18 7500 | 12 0.12 44.30 7600 | 6 0.06 44.36 8000 | 113 1.13 45.49 8071 | 6 0.06 45.55 8350 | 3 0.03 45.58 8400 | 2 0.02 45.60 8425 | 2 0.02 45.62 8500 | 15 0.15 45.77 8580 | 1 0.01 45.78 9000 | 72 0.72 46.50 9100 | 4 0.04 46.54 9200 | 1 0.01 46.55 9500 | 17 0.17 46.72 9600 | 4 0.04 46.76 9700 | 7 0.07 46.83 10000 | 129 1.29 48.12 10135 | 3 0.03 48.15 10200 | 6 0.06 48.21 10500 | 2 0.02 48.23 10596 | 5 0.05 48.28 10800 | 3 0.03 48.31 10900 | 2 0.02 48.33 10960 | 2 0.02 48.35 11000 | 50 0.50 48.85 11300 | 4 0.04 48.89 11500 | 2 0.02 48.91 11900 | 1 0.01 48.92 12000 | 46 0.46 49.38 12100 | 7 0.07 49.45 12474 | 1 0.01 49.46 12500 | 14 0.14 49.60 12741 | 1 0.01 49.61 13000 | 58 0.58 50.19 13001 | 5 0.05 50.24 13300 | 2 0.02 50.26 13500 | 11 0.11 50.37 13600 | 3 0.03 50.40 13925 | 2 0.02 50.42 14000 | 23 0.23 50.65 14001 | 4 0.04 50.69 14100 | 2 0.02 50.71 14500 | 4 0.04 50.75 14700 | 2 0.02 50.77 14774 | 4 0.04 50.81 14896 | 3 0.03 50.84 15000 | 103 1.03 51.87 15200 | 1 0.01 51.88 15400 | 7 0.07 51.95 15442 | 5 0.05 52.00 15500 | 4 0.04 52.04 15600 | 3 0.03 52.07 15700 | 2 0.02 52.09 15900 | 1 0.01 52.10 16000 | 56 0.56 52.66 16001 | 3 0.03 52.69 16268 | 2 0.02 52.71 16400 | 6 0.06 52.77 16500 | 6 0.06 52.83 17000 | 35 0.35 53.18 17038 | 2 0.02 53.20 17100 | 3 0.03 53.23 17261 | 2 0.02 53.25 17500 | 3 0.03 53.28 17501 | 3 0.03 53.31 17650 | 2 0.02 53.33 17900 | 2 0.02 53.35 18000 | 49 0.49 53.84 18300 | 3 0.03 53.87 18500 | 2 0.02 53.89 18600 | 2 0.02 53.91 19000 | 20 0.20 54.11 19290 | 5 0.05 54.16 19500 | 7 0.07 54.23 19604 | 2 0.02 54.25 19701 | 2 0.02 54.27 19999 | 4 0.04 54.31 20000 | 85 0.85 55.16 20001 | 1 0.01 55.17 20100 | 2 0.02 55.19 20547 | 1 0.01 55.20 20700 | 2 0.02 55.22 20850 | 2 0.02 55.24 21000 | 38 0.38 55.62 21480 | 5 0.05 55.67 22000 | 34 0.34 56.01 22300 | 3 0.03 56.04 22500 | 3 0.03 56.07 22600 | 4 0.04 56.11 22700 | 2 0.02 56.13 22999 | 6 0.06 56.19 23000 | 48 0.48 56.67 23501 | 3 0.03 56.70 23600 | 5 0.05 56.75 23700 | 5 0.05 56.80 23750 | 2 0.02 56.82 23900 | 1 0.01 56.83 24000 | 22 0.22 57.05 24200 | 2 0.02 57.07 24500 | 3 0.03 57.10 24800 | 4 0.04 57.14 25000 | 49 0.49 57.63 25400 | 3 0.03 57.66 25501 | 1 0.01 57.67 25993 | 2 0.02 57.69 26000 | 21 0.21 57.90 26001 | 9 0.09 57.99 26012 | 1 0.01 58.00 26200 | 4 0.04 58.04 26401 | 4 0.04 58.08 27000 | 21 0.21 58.29 27200 | 1 0.01 58.30 28000 | 21 0.21 58.51 28001 | 8 0.08 58.59 28500 | 2 0.02 58.61 29000 | 23 0.23 58.84 29316 | 2 0.02 58.86 29396 | 4 0.04 58.90 29500 | 11 0.11 59.01 30000 | 57 0.57 59.58 30200 | 2 0.02 59.60 30301 | 5 0.05 59.65 30500 | 3 0.03 59.68 30800 | 3 0.03 59.71 31000 | 21 0.21 59.92 31086 | 1 0.01 59.93 31300 | 3 0.03 59.96 31600 | 2 0.02 59.98 31800 | 6 0.06 60.04 31801 | 2 0.02 60.06 32000 | 33 0.33 60.39 32001 | 2 0.02 60.41 32500 | 5 0.05 60.46 32800 | 10 0.10 60.56 33000 | 13 0.13 60.69 34000 | 25 0.25 60.94 34020 | 3 0.03 60.97 34100 | 2 0.02 60.99 34500 | 2 0.02 61.01 34600 | 4 0.04 61.05 34801 | 2 0.02 61.07 35000 | 34 0.34 61.41 35800 | 7 0.07 61.48 35999 | 4 0.04 61.52 36000 | 17 0.17 61.69 36042 | 3 0.03 61.72 36150 | 4 0.04 61.76 36400 | 2 0.02 61.78 36500 | 5 0.05 61.83 36757 | 3 0.03 61.86 36800 | 2 0.02 61.88 37000 | 22 0.22 62.10 37100 | 3 0.03 62.13 37287 | 4 0.04 62.17 37432 | 1 0.01 62.18 37500 | 1 0.01 62.19 38000 | 28 0.28 62.47 38500 | 4 0.04 62.51 38501 | 4 0.04 62.55 38749 | 1 0.01 62.56 39000 | 4 0.04 62.60 39001 | 4 0.04 62.64 39495 | 4 0.04 62.68 39500 | 3 0.03 62.71 39680 | 3 0.03 62.74 40000 | 39 0.39 63.13 40125 | 2 0.02 63.15 40500 | 2 0.02 63.17 41000 | 8 0.08 63.25 41100 | 4 0.04 63.29 41200 | 2 0.02 63.31 41500 | 3 0.03 63.34 42000 | 24 0.24 63.58 42500 | 3 0.03 63.61 43000 | 25 0.25 63.86 43044 | 4 0.04 63.90 43294 | 4 0.04 63.94 44000 | 16 0.16 64.10 44500 | 2 0.02 64.12 45000 | 21 0.21 64.33 45200 | 4 0.04 64.37 45600 | 3 0.03 64.40 45800 | 4 0.04 64.44 46000 | 24 0.24 64.68 46001 | 7 0.07 64.75 46290 | 4 0.04 64.79 47000 | 24 0.24 65.03 47001 | 5 0.05 65.08 47401 | 3 0.03 65.11 47500 | 16 0.16 65.27 48000 | 28 0.28 65.55 48250 | 3 0.03 65.58 48500 | 4 0.04 65.62 48801 | 2 0.02 65.64 49000 | 15 0.15 65.79 49200 | 5 0.05 65.84 49501 | 5 0.05 65.89 49800 | 7 0.07 65.96 50000 | 74 0.74 66.70 50202 | 2 0.02 66.72 50501 | 2 0.02 66.74 51000 | 6 0.06 66.80 51001 | 3 0.03 66.83 51200 | 2 0.02 66.85 51326 | 2 0.02 66.87 51700 | 4 0.04 66.91 51900 | 3 0.03 66.94 52000 | 26 0.26 67.20 52188 | 4 0.04 67.24 52200 | 5 0.05 67.29 52300 | 14 0.14 67.43 52500 | 6 0.06 67.49 52600 | 4 0.04 67.53 52646 | 2 0.02 67.55 53000 | 16 0.16 67.71 53160 | 1 0.01 67.72 53700 | 2 0.02 67.74 54000 | 29 0.29 68.03 54100 | 3 0.03 68.06 54600 | 4 0.04 68.10 54601 | 4 0.04 68.14 54775 | 3 0.03 68.17 54980 | 6 0.06 68.23 55000 | 48 0.48 68.71 55001 | 5 0.05 68.76 55350 | 2 0.02 68.78 55500 | 5 0.05 68.83 55600 | 2 0.02 68.85 55800 | 1 0.01 68.86 55801 | 2 0.02 68.88 56000 | 19 0.19 69.07 56001 | 4 0.04 69.11 56200 | 2 0.02 69.13 56600 | 1 0.01 69.14 56722 | 4 0.04 69.18 57000 | 25 0.25 69.43 57001 | 3 0.03 69.46 57261 | 2 0.02 69.48 57853 | 6 0.06 69.54 58000 | 23 0.23 69.77 58001 | 5 0.05 69.82 58133 | 2 0.02 69.84 58321 | 4 0.04 69.88 58500 | 1 0.01 69.89 59000 | 22 0.22 70.11 59001 | 2 0.02 70.13 59200 | 7 0.07 70.20 59500 | 4 0.04 70.24 59501 | 1 0.01 70.25 59512 | 3 0.03 70.28 59800 | 3 0.03 70.31 59900 | 1 0.01 70.32 60000 | 68 0.68 71.00 60001 | 8 0.08 71.08 60165 | 3 0.03 71.11 61200 | 2 0.02 71.13 61470 | 3 0.03 71.16 62000 | 11 0.11 71.27 62133 | 2 0.02 71.29 62200 | 4 0.04 71.33 62255 | 4 0.04 71.37 62300 | 5 0.05 71.42 62675 | 2 0.02 71.44 62960 | 4 0.04 71.48 63000 | 8 0.08 71.56 63090 | 4 0.04 71.60 63400 | 5 0.05 71.65 63743 | 1 0.01 71.66 63800 | 5 0.05 71.71 64000 | 10 0.10 71.81 64100 | 2 0.02 71.83 64300 | 2 0.02 71.85 65000 | 25 0.25 72.10 65001 | 3 0.03 72.13 65101 | 4 0.04 72.17 65500 | 15 0.15 72.32 65700 | 4 0.04 72.36 66000 | 11 0.11 72.47 66001 | 7 0.07 72.54 66500 | 6 0.06 72.60 66501 | 4 0.04 72.64 66950 | 4 0.04 72.68 67000 | 15 0.15 72.83 67273 | 3 0.03 72.86 67500 | 4 0.04 72.90 67501 | 5 0.05 72.95 68000 | 17 0.17 73.12 68001 | 2 0.02 73.14 68500 | 4 0.04 73.18 68805 | 4 0.04 73.22 69000 | 30 0.30 73.52 69201 | 1 0.01 73.53 69500 | 2 0.02 73.55 69501 | 2 0.02 73.57 69924 | 2 0.02 73.59 70000 | 50 0.50 74.09 70500 | 3 0.03 74.12 70896 | 4 0.04 74.16 70900 | 4 0.04 74.20 71000 | 22 0.22 74.42 71001 | 5 0.05 74.47 71500 | 9 0.09 74.56 72000 | 30 0.30 74.86 72001 | 11 0.11 74.97 72500 | 3 0.03 75.00 72501 | 4 0.04 75.04 72748 | 1 0.01 75.05 73000 | 19 0.19 75.24 73100 | 4 0.04 75.28 73320 | 3 0.03 75.31 74000 | 19 0.19 75.50 74100 | 4 0.04 75.54 74393 | 1 0.01 75.55 74500 | 4 0.04 75.59 75000 | 30 0.30 75.89 75001 | 2 0.02 75.91 75201 | 4 0.04 75.95 75600 | 5 0.05 76.00 75900 | 2 0.02 76.02 76000 | 10 0.10 76.12 76001 | 4 0.04 76.16 76724 | 3 0.03 76.19 76924 | 7 0.07 76.26 77000 | 15 0.15 76.41 77001 | 1 0.01 76.42 77500 | 7 0.07 76.49 77638 | 5 0.05 76.54 77758 | 3 0.03 76.57 77800 | 4 0.04 76.61 78000 | 15 0.15 76.76 78001 | 18 0.18 76.94 78700 | 3 0.03 76.97 79000 | 29 0.29 77.26 79200 | 1 0.01 77.27 79201 | 3 0.03 77.30 79500 | 2 0.02 77.32 79501 | 4 0.04 77.36 80000 | 64 0.64 78.00 80500 | 2 0.02 78.02 80545 | 4 0.04 78.06 80700 | 2 0.02 78.08 80702 | 1 0.01 78.09 80748 | 5 0.05 78.14 80900 | 2 0.02 78.16 81000 | 9 0.09 78.25 81001 | 7 0.07 78.32 81100 | 4 0.04 78.36 81300 | 2 0.02 78.38 81500 | 7 0.07 78.45 81501 | 5 0.05 78.50 81891 | 1 0.01 78.51 82000 | 29 0.29 78.80 82001 | 3 0.03 78.83 82700 | 5 0.05 78.88 83000 | 18 0.18 79.06 83202 | 2 0.02 79.08 83524 | 1 0.01 79.09 84000 | 9 0.09 79.18 84001 | 3 0.03 79.21 84900 | 5 0.05 79.26 85000 | 55 0.55 79.81 85001 | 10 0.10 79.91 85500 | 3 0.03 79.94 85749 | 1 0.01 79.95 85818 | 2 0.02 79.97 85832 | 4 0.04 80.01 86000 | 27 0.27 80.28 86500 | 6 0.06 80.34 86501 | 3 0.03 80.37 86801 | 1 0.01 80.38 87000 | 8 0.08 80.46 87001 | 4 0.04 80.50 87300 | 4 0.04 80.54 87301 | 3 0.03 80.57 87470 | 3 0.03 80.60 87500 | 5 0.05 80.65 88000 | 18 0.18 80.83 88001 | 5 0.05 80.88 88436 | 2 0.02 80.90 88500 | 3 0.03 80.93 89000 | 25 0.25 81.18 89001 | 7 0.07 81.25 89300 | 3 0.03 81.28 90000 | 21 0.21 81.49 90001 | 6 0.06 81.55 90500 | 3 0.03 81.58 90900 | 1 0.01 81.59 91000 | 11 0.11 81.70 91001 | 2 0.02 81.72 91500 | 5 0.05 81.77 91700 | 4 0.04 81.81 92000 | 35 0.35 82.16 92500 | 5 0.05 82.21 92501 | 4 0.04 82.25 92801 | 4 0.04 82.29 92832 | 2 0.02 82.31 93000 | 10 0.10 82.41 93001 | 5 0.05 82.46 93500 | 4 0.04 82.50 93980 | 5 0.05 82.55 94000 | 14 0.14 82.69 94500 | 8 0.08 82.77 95000 | 22 0.22 82.99 95002 | 5 0.05 83.04 95289 | 4 0.04 83.08 95427 | 2 0.02 83.10 96000 | 16 0.16 83.26 96500 | 3 0.03 83.29 96600 | 1 0.01 83.30 97000 | 16 0.16 83.46 97036 | 3 0.03 83.49 97501 | 5 0.05 83.54 98000 | 3 0.03 83.57 98001 | 3 0.03 83.60 98812 | 2 0.02 83.62 98858 | 3 0.03 83.65 98901 | 6 0.06 83.71 99000 | 14 0.14 83.85 99001 | 4 0.04 83.89 99500 | 4 0.04 83.93 99800 | 2 0.02 83.95 100000 | 71 0.71 84.66 100001 | 1 0.01 84.67 100500 | 7 0.07 84.74 100800 | 3 0.03 84.77 100900 | 2 0.02 84.79 101000 | 11 0.11 84.90 101500 | 4 0.04 84.94 102000 | 24 0.24 85.18 102001 | 1 0.01 85.19 102145 | 5 0.05 85.24 102500 | 2 0.02 85.26 102501 | 3 0.03 85.29 102600 | 5 0.05 85.34 103000 | 8 0.08 85.42 103001 | 6 0.06 85.48 103500 | 4 0.04 85.52 103841 | 2 0.02 85.54 104000 | 16 0.16 85.70 104001 | 3 0.03 85.73 105000 | 20 0.20 85.93 105001 | 5 0.05 85.98 105500 | 3 0.03 86.01 105940 | 3 0.03 86.04 106000 | 6 0.06 86.10 106001 | 4 0.04 86.14 106500 | 6 0.06 86.20 106502 | 2 0.02 86.22 107000 | 14 0.14 86.36 107001 | 3 0.03 86.39 108000 | 12 0.12 86.51 108001 | 4 0.04 86.55 108465 | 5 0.05 86.60 108500 | 4 0.04 86.64 109000 | 18 0.18 86.82 109001 | 1 0.01 86.83 109002 | 2 0.02 86.85 110000 | 10 0.10 86.95 110001 | 5 0.05 87.00 110275 | 4 0.04 87.04 111000 | 6 0.06 87.10 111001 | 6 0.06 87.16 111600 | 1 0.01 87.17 112000 | 10 0.10 87.27 113000 | 22 0.22 87.49 113321 | 4 0.04 87.53 113350 | 5 0.05 87.58 113500 | 13 0.13 87.71 113800 | 2 0.02 87.73 114000 | 13 0.13 87.86 114600 | 4 0.04 87.90 115000 | 5 0.05 87.95 115001 | 6 0.06 88.01 115696 | 3 0.03 88.04 116000 | 8 0.08 88.12 116100 | 3 0.03 88.15 116301 | 4 0.04 88.19 116500 | 2 0.02 88.21 116600 | 4 0.04 88.25 116900 | 7 0.07 88.32 117000 | 10 0.10 88.42 117381 | 3 0.03 88.45 117700 | 1 0.01 88.46 117850 | 2 0.02 88.48 118000 | 7 0.07 88.55 119000 | 11 0.11 88.66 119001 | 3 0.03 88.69 119201 | 3 0.03 88.72 119500 | 4 0.04 88.76 120000 | 36 0.36 89.12 120001 | 4 0.04 89.16 120500 | 2 0.02 89.18 121550 | 4 0.04 89.22 122000 | 6 0.06 89.28 123000 | 10 0.10 89.38 123001 | 3 0.03 89.41 123500 | 2 0.02 89.43 123985 | 2 0.02 89.45 124000 | 4 0.04 89.49 124001 | 9 0.09 89.58 125000 | 24 0.24 89.82 125001 | 3 0.03 89.85 125381 | 2 0.02 89.87 126000 | 3 0.03 89.90 126500 | 4 0.04 89.94 126693 | 2 0.02 89.96 126900 | 3 0.03 89.99 127000 | 3 0.03 90.02 127002 | 3 0.03 90.05 127501 | 2 0.02 90.07 127800 | 3 0.03 90.10 127801 | 8 0.08 90.18 128000 | 6 0.06 90.24 128001 | 4 0.04 90.28 128800 | 4 0.04 90.32 129000 | 18 0.18 90.50 129001 | 11 0.11 90.61 129500 | 4 0.04 90.65 130000 | 32 0.32 90.97 130700 | 3 0.03 91.00 131801 | 6 0.06 91.06 132000 | 16 0.16 91.22 132400 | 5 0.05 91.27 132500 | 2 0.02 91.29 133000 | 4 0.04 91.33 133500 | 3 0.03 91.36 133750 | 2 0.02 91.38 134000 | 28 0.28 91.66 134638 | 6 0.06 91.72 135000 | 14 0.14 91.86 136000 | 4 0.04 91.90 136324 | 2 0.02 91.92 137000 | 13 0.13 92.05 137001 | 5 0.05 92.10 138000 | 8 0.08 92.18 138151 | 3 0.03 92.21 138500 | 4 0.04 92.25 139600 | 4 0.04 92.29 140000 | 34 0.34 92.63 141001 | 6 0.06 92.69 141440 | 5 0.05 92.74 142000 | 16 0.16 92.90 142001 | 4 0.04 92.94 143000 | 9 0.09 93.03 143200 | 5 0.05 93.08 143250 | 3 0.03 93.11 144000 | 3 0.03 93.14 144001 | 7 0.07 93.21 144045 | 2 0.02 93.23 144601 | 4 0.04 93.27 145000 | 1 0.01 93.28 145001 | 4 0.04 93.32 147000 | 10 0.10 93.42 147001 | 3 0.03 93.45 147500 | 4 0.04 93.49 148000 | 4 0.04 93.53 148361 | 3 0.03 93.56 149000 | 2 0.02 93.58 149001 | 4 0.04 93.62 149500 | 5 0.05 93.67 150000 | 17 0.17 93.84 150201 | 4 0.04 93.88 151000 | 3 0.03 93.91 151400 | 3 0.03 93.94 152000 | 2 0.02 93.96 152580 | 4 0.04 94.00 153000 | 2 0.02 94.02 154000 | 4 0.04 94.06 154990 | 2 0.02 94.08 155000 | 6 0.06 94.14 155001 | 5 0.05 94.19 155201 | 2 0.02 94.21 155500 | 2 0.02 94.23 156000 | 11 0.11 94.34 157000 | 7 0.07 94.41 157001 | 6 0.06 94.47 158000 | 8 0.08 94.55 158500 | 6 0.06 94.61 159001 | 6 0.06 94.67 160000 | 18 0.18 94.85 160860 | 5 0.05 94.90 161000 | 14 0.14 95.04 161001 | 2 0.02 95.06 162000 | 6 0.06 95.12 162500 | 6 0.06 95.18 163000 | 3 0.03 95.21 164000 | 5 0.05 95.26 165000 | 4 0.04 95.30 166000 | 3 0.03 95.33 167501 | 2 0.02 95.35 169001 | 2 0.02 95.37 170001 | 6 0.06 95.43 171680 | 4 0.04 95.47 172000 | 11 0.11 95.58 173000 | 3 0.03 95.61 175000 | 7 0.07 95.68 175001 | 4 0.04 95.72 177000 | 2 0.02 95.74 178000 | 5 0.05 95.79 179000 | 5 0.05 95.84 180000 | 5 0.05 95.89 180001 | 5 0.05 95.94 184600 | 2 0.02 95.96 185001 | 4 0.04 96.00 185052 | 5 0.05 96.05 186001 | 2 0.02 96.07 188501 | 5 0.05 96.12 190000 | 7 0.07 96.19 190220 | 2 0.02 96.21 192500 | 4 0.04 96.25 193001 | 4 0.04 96.29 196000 | 14 0.14 96.43 197880 | 4 0.04 96.47 198000 | 11 0.11 96.58 200000 | 7 0.07 96.65 200001 | 7 0.07 96.72 201000 | 8 0.08 96.80 202000 | 5 0.05 96.85 203000 | 7 0.07 96.92 205200 | 4 0.04 96.96 206500 | 5 0.05 97.01 207000 | 5 0.05 97.06 207500 | 4 0.04 97.10 208000 | 2 0.02 97.12 210000 | 3 0.03 97.15 212000 | 3 0.03 97.18 213000 | 4 0.04 97.22 214660 | 1 0.01 97.23 215000 | 2 0.02 97.25 217301 | 5 0.05 97.30 218000 | 2 0.02 97.32 220000 | 1 0.01 97.33 222000 | 4 0.04 97.37 222001 | 4 0.04 97.41 223000 | 5 0.05 97.46 223200 | 4 0.04 97.50 224731 | 1 0.01 97.51 225000 | 7 0.07 97.58 225001 | 2 0.02 97.60 227000 | 3 0.03 97.63 227001 | 4 0.04 97.67 227150 | 4 0.04 97.71 228000 | 4 0.04 97.75 230000 | 3 0.03 97.78 233000 | 2 0.02 97.80 234800 | 4 0.04 97.84 236000 | 3 0.03 97.87 238000 | 5 0.05 97.92 239000 | 5 0.05 97.97 239500 | 1 0.01 97.98 246000 | 1 0.01 97.99 247000 | 5 0.05 98.04 248000 | 1 0.01 98.05 250000 | 10 0.10 98.15 250001 | 4 0.04 98.19 251780 | 4 0.04 98.23 257001 | 2 0.02 98.25 260501 | 3 0.03 98.28 262550 | 2 0.02 98.30 264401 | 2 0.02 98.32 266000 | 5 0.05 98.37 270000 | 4 0.04 98.41 279000 | 2 0.02 98.43 280000 | 3 0.03 98.46 280401 | 5 0.05 98.51 287200 | 4 0.04 98.55 290000 | 19 0.19 98.74 292499 | 4 0.04 98.78 293000 | 4 0.04 98.82 294000 | 3 0.03 98.85 295000 | 4 0.04 98.89 296000 | 3 0.03 98.92 305001 | 2 0.02 98.94 308500 | 1 0.01 98.95 309000 | 4 0.04 98.99 310857 | 3 0.03 99.02 319001 | 4 0.04 99.06 328000 | 4 0.04 99.10 331000 | 4 0.04 99.14 337000 | 6 0.06 99.20 339000 | 4 0.04 99.24 340000 | 5 0.05 99.29 347000 | 1 0.01 99.30 357630 | 2 0.02 99.32 366000 | 2 0.02 99.34 375000 | 5 0.05 99.39 378000 | 5 0.05 99.44 413000 | 14 0.14 99.58 414000 | 6 0.06 99.64 417000 | 2 0.02 99.66 427200 | 3 0.03 99.69 437042 | 3 0.03 99.72 448000 | 3 0.03 99.75 465000 | 3 0.03 99.78 468000 | 2 0.02 99.80 472000 | 5 0.05 99.85 505000 | 1 0.01 99.86 566000 | 2 0.02 99.88 580000 | 5 0.05 99.93 623411 | 4 0.04 99.97 715001 | 3 0.03 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of rhhuscbt variable in sipp1996tm96puw9 dataset : RE: Total Unsecured | Debt | Freq. Percent Cum. ------------------------+----------------------------------- None or Not in universe | 3,675 36.75 36.75 1 | 2 0.02 36.77 2 | 24 0.24 37.01 4 | 4 0.04 37.05 6 | 2 0.02 37.07 9 | 1 0.01 37.08 10 | 2 0.02 37.10 19 | 5 0.05 37.15 28 | 2 0.02 37.17 30 | 14 0.14 37.31 40 | 4 0.04 37.35 50 | 2 0.02 37.37 52 | 2 0.02 37.39 58 | 1 0.01 37.40 62 | 5 0.05 37.45 69 | 1 0.01 37.46 70 | 9 0.09 37.55 72 | 4 0.04 37.59 80 | 14 0.14 37.73 83 | 2 0.02 37.75 100 | 53 0.53 38.28 102 | 1 0.01 38.29 105 | 2 0.02 38.31 106 | 1 0.01 38.32 108 | 6 0.06 38.38 110 | 2 0.02 38.40 114 | 1 0.01 38.41 120 | 7 0.07 38.48 124 | 4 0.04 38.52 130 | 1 0.01 38.53 134 | 2 0.02 38.55 148 | 6 0.06 38.61 150 | 21 0.21 38.82 159 | 1 0.01 38.83 160 | 2 0.02 38.85 176 | 4 0.04 38.89 180 | 2 0.02 38.91 182 | 1 0.01 38.92 194 | 2 0.02 38.94 200 | 108 1.08 40.02 210 | 2 0.02 40.04 220 | 5 0.05 40.09 246 | 6 0.06 40.15 250 | 38 0.38 40.53 260 | 4 0.04 40.57 280 | 2 0.02 40.59 300 | 100 1.00 41.59 301 | 1 0.01 41.60 325 | 2 0.02 41.62 350 | 11 0.11 41.73 360 | 4 0.04 41.77 370 | 3 0.03 41.80 374 | 2 0.02 41.82 398 | 2 0.02 41.84 400 | 109 1.09 42.93 420 | 3 0.03 42.96 424 | 2 0.02 42.98 430 | 1 0.01 42.99 440 | 2 0.02 43.01 441 | 1 0.01 43.02 450 | 22 0.22 43.24 469 | 1 0.01 43.25 500 | 200 2.00 45.25 525 | 3 0.03 45.28 532 | 4 0.04 45.32 544 | 2 0.02 45.34 550 | 3 0.03 45.37 560 | 8 0.08 45.45 600 | 91 0.91 46.36 640 | 3 0.03 46.39 650 | 19 0.19 46.58 652 | 3 0.03 46.61 697 | 8 0.08 46.69 700 | 48 0.48 47.17 706 | 3 0.03 47.20 722 | 1 0.01 47.21 730 | 2 0.02 47.23 734 | 2 0.02 47.25 750 | 25 0.25 47.50 760 | 5 0.05 47.55 800 | 129 1.29 48.84 826 | 5 0.05 48.89 830 | 8 0.08 48.97 850 | 3 0.03 49.00 884 | 3 0.03 49.03 890 | 2 0.02 49.05 900 | 51 0.51 49.56 930 | 1 0.01 49.57 950 | 6 0.06 49.63 970 | 2 0.02 49.65 1000 | 198 1.98 51.63 1002 | 3 0.03 51.66 1013 | 2 0.02 51.68 1050 | 4 0.04 51.72 1077 | 3 0.03 51.75 1080 | 5 0.05 51.80 1088 | 2 0.02 51.82 1100 | 43 0.43 52.25 1102 | 2 0.02 52.27 1116 | 2 0.02 52.29 1148 | 2 0.02 52.31 1150 | 7 0.07 52.38 1160 | 5 0.05 52.43 1180 | 3 0.03 52.46 1186 | 4 0.04 52.50 1200 | 69 0.69 53.19 1201 | 4 0.04 53.23 1240 | 2 0.02 53.25 1245 | 3 0.03 53.28 1270 | 4 0.04 53.32 1278 | 2 0.02 53.34 1300 | 40 0.40 53.74 1313 | 4 0.04 53.78 1364 | 3 0.03 53.81 1370 | 4 0.04 53.85 1400 | 22 0.22 54.07 1405 | 2 0.02 54.09 1430 | 4 0.04 54.13 1500 | 145 1.45 55.58 1501 | 2 0.02 55.60 1529 | 2 0.02 55.62 1550 | 2 0.02 55.64 1584 | 4 0.04 55.68 1600 | 42 0.42 56.10 1684 | 3 0.03 56.13 1700 | 45 0.45 56.58 1701 | 4 0.04 56.62 1718 | 2 0.02 56.64 1750 | 11 0.11 56.75 1760 | 4 0.04 56.79 1800 | 45 0.45 57.24 1825 | 2 0.02 57.26 1880 | 4 0.04 57.30 1900 | 21 0.21 57.51 2000 | 231 2.31 59.82 2001 | 2 0.02 59.84 2002 | 4 0.04 59.88 2050 | 1 0.01 59.89 2060 | 2 0.02 59.91 2100 | 11 0.11 60.02 2110 | 2 0.02 60.04 2150 | 6 0.06 60.10 2200 | 24 0.24 60.34 2250 | 2 0.02 60.36 2258 | 4 0.04 60.40 2280 | 3 0.03 60.43 2300 | 38 0.38 60.81 2308 | 2 0.02 60.83 2350 | 9 0.09 60.92 2400 | 32 0.32 61.24 2420 | 4 0.04 61.28 2500 | 135 1.35 62.63 2550 | 3 0.03 62.66 2600 | 22 0.22 62.88 2650 | 4 0.04 62.92 2666 | 4 0.04 62.96 2680 | 1 0.01 62.97 2700 | 9 0.09 63.06 2750 | 6 0.06 63.12 2800 | 19 0.19 63.31 2900 | 5 0.05 63.36 2912 | 2 0.02 63.38 2960 | 4 0.04 63.42 3000 | 135 1.35 64.77 3002 | 3 0.03 64.80 3024 | 4 0.04 64.84 3050 | 6 0.06 64.90 3075 | 3 0.03 64.93 3100 | 31 0.31 65.24 3120 | 4 0.04 65.28 3184 | 2 0.02 65.30 3200 | 13 0.13 65.43 3211 | 5 0.05 65.48 3250 | 2 0.02 65.50 3275 | 7 0.07 65.57 3279 | 5 0.05 65.62 3300 | 9 0.09 65.71 3344 | 9 0.09 65.80 3400 | 10 0.10 65.90 3450 | 6 0.06 65.96 3490 | 5 0.05 66.01 3500 | 73 0.73 66.74 3550 | 2 0.02 66.76 3600 | 11 0.11 66.87 3627 | 10 0.10 66.97 3650 | 4 0.04 67.01 3700 | 13 0.13 67.14 3730 | 4 0.04 67.18 3750 | 5 0.05 67.23 3800 | 29 0.29 67.52 3833 | 1 0.01 67.53 3900 | 22 0.22 67.75 3923 | 3 0.03 67.78 4000 | 189 1.89 69.67 4024 | 4 0.04 69.71 4060 | 4 0.04 69.75 4086 | 2 0.02 69.77 4090 | 2 0.02 69.79 4100 | 12 0.12 69.91 4150 | 6 0.06 69.97 4200 | 18 0.18 70.15 4230 | 2 0.02 70.17 4300 | 16 0.16 70.33 4350 | 1 0.01 70.34 4387 | 1 0.01 70.35 4400 | 15 0.15 70.50 4412 | 3 0.03 70.53 4450 | 4 0.04 70.57 4500 | 40 0.40 70.97 4580 | 11 0.11 71.08 4600 | 17 0.17 71.25 4623 | 5 0.05 71.30 4626 | 1 0.01 71.31 4660 | 5 0.05 71.36 4700 | 9 0.09 71.45 4800 | 10 0.10 71.55 4820 | 3 0.03 71.58 4900 | 17 0.17 71.75 4950 | 5 0.05 71.80 5000 | 199 1.99 73.79 5050 | 2 0.02 73.81 5054 | 2 0.02 73.83 5100 | 8 0.08 73.91 5149 | 4 0.04 73.95 5200 | 23 0.23 74.18 5208 | 2 0.02 74.20 5250 | 9 0.09 74.29 5278 | 6 0.06 74.35 5300 | 24 0.24 74.59 5302 | 5 0.05 74.64 5400 | 11 0.11 74.75 5500 | 60 0.60 75.35 5525 | 4 0.04 75.39 5600 | 11 0.11 75.50 5650 | 6 0.06 75.56 5700 | 19 0.19 75.75 5800 | 19 0.19 75.94 5820 | 4 0.04 75.98 5840 | 8 0.08 76.06 5900 | 3 0.03 76.09 5996 | 3 0.03 76.12 6000 | 123 1.23 77.35 6051 | 4 0.04 77.39 6090 | 2 0.02 77.41 6100 | 12 0.12 77.53 6120 | 4 0.04 77.57 6194 | 4 0.04 77.61 6200 | 8 0.08 77.69 6224 | 5 0.05 77.74 6250 | 4 0.04 77.78 6300 | 5 0.05 77.83 6348 | 3 0.03 77.86 6363 | 5 0.05 77.91 6400 | 6 0.06 77.97 6500 | 34 0.34 78.31 6590 | 3 0.03 78.34 6600 | 20 0.20 78.54 6700 | 7 0.07 78.61 6704 | 5 0.05 78.66 6750 | 4 0.04 78.70 6780 | 6 0.06 78.76 6800 | 21 0.21 78.97 6874 | 5 0.05 79.02 6927 | 3 0.03 79.05 7000 | 113 1.13 80.18 7001 | 1 0.01 80.19 7100 | 8 0.08 80.27 7125 | 2 0.02 80.29 7200 | 9 0.09 80.38 7204 | 5 0.05 80.43 7247 | 1 0.01 80.44 7250 | 5 0.05 80.49 7300 | 25 0.25 80.74 7324 | 5 0.05 80.79 7500 | 31 0.31 81.10 7600 | 8 0.08 81.18 7700 | 3 0.03 81.21 7800 | 9 0.09 81.30 7860 | 7 0.07 81.37 7900 | 3 0.03 81.40 7924 | 2 0.02 81.42 8000 | 133 1.33 82.75 8200 | 5 0.05 82.80 8250 | 2 0.02 82.82 8300 | 7 0.07 82.89 8400 | 5 0.05 82.94 8450 | 2 0.02 82.96 8500 | 18 0.18 83.14 8560 | 2 0.02 83.16 8600 | 3 0.03 83.19 8700 | 5 0.05 83.24 8831 | 1 0.01 83.25 9000 | 63 0.63 83.88 9063 | 2 0.02 83.90 9100 | 3 0.03 83.93 9200 | 9 0.09 84.02 9251 | 2 0.02 84.04 9400 | 12 0.12 84.16 9460 | 2 0.02 84.18 9500 | 24 0.24 84.42 9600 | 5 0.05 84.47 9685 | 3 0.03 84.50 9700 | 3 0.03 84.53 9708 | 3 0.03 84.56 9770 | 2 0.02 84.58 9800 | 10 0.10 84.68 9990 | 1 0.01 84.69 10000 | 103 1.03 85.72 10001 | 2 0.02 85.74 10200 | 7 0.07 85.81 10250 | 9 0.09 85.90 10251 | 3 0.03 85.93 10300 | 11 0.11 86.04 10350 | 2 0.02 86.06 10400 | 16 0.16 86.22 10500 | 23 0.23 86.45 10504 | 3 0.03 86.48 10600 | 5 0.05 86.53 10700 | 5 0.05 86.58 10730 | 2 0.02 86.60 10780 | 5 0.05 86.65 10794 | 2 0.02 86.67 10800 | 4 0.04 86.71 11000 | 38 0.38 87.09 11200 | 4 0.04 87.13 11220 | 3 0.03 87.16 11250 | 2 0.02 87.18 11300 | 11 0.11 87.29 11500 | 16 0.16 87.45 11578 | 3 0.03 87.48 11700 | 2 0.02 87.50 11900 | 4 0.04 87.54 11951 | 5 0.05 87.59 12000 | 34 0.34 87.93 12050 | 4 0.04 87.97 12100 | 4 0.04 88.01 12200 | 5 0.05 88.06 12240 | 5 0.05 88.11 12300 | 12 0.12 88.23 12360 | 3 0.03 88.26 12400 | 1 0.01 88.27 12500 | 15 0.15 88.42 12600 | 1 0.01 88.43 12625 | 4 0.04 88.47 12800 | 7 0.07 88.54 12900 | 4 0.04 88.58 13000 | 14 0.14 88.72 13002 | 4 0.04 88.76 13100 | 4 0.04 88.80 13122 | 2 0.02 88.82 13200 | 6 0.06 88.88 13300 | 5 0.05 88.93 13400 | 4 0.04 88.97 13500 | 8 0.08 89.05 13502 | 5 0.05 89.10 14000 | 30 0.30 89.40 14200 | 7 0.07 89.47 14250 | 2 0.02 89.49 14300 | 4 0.04 89.53 14400 | 7 0.07 89.60 14500 | 2 0.02 89.62 14600 | 3 0.03 89.65 14700 | 5 0.05 89.70 14750 | 3 0.03 89.73 14800 | 5 0.05 89.78 14860 | 4 0.04 89.82 14900 | 5 0.05 89.87 15000 | 56 0.56 90.43 15050 | 4 0.04 90.47 15100 | 3 0.03 90.50 15180 | 2 0.02 90.52 15200 | 6 0.06 90.58 15300 | 8 0.08 90.66 15400 | 4 0.04 90.70 15500 | 8 0.08 90.78 15600 | 4 0.04 90.82 15860 | 2 0.02 90.84 16000 | 35 0.35 91.19 16050 | 2 0.02 91.21 16200 | 2 0.02 91.23 16400 | 2 0.02 91.25 16500 | 14 0.14 91.39 16502 | 4 0.04 91.43 16600 | 6 0.06 91.49 16800 | 9 0.09 91.58 16900 | 5 0.05 91.63 17000 | 12 0.12 91.75 17200 | 6 0.06 91.81 17500 | 16 0.16 91.97 17600 | 14 0.14 92.11 17700 | 5 0.05 92.16 17750 | 5 0.05 92.21 17800 | 2 0.02 92.23 18000 | 40 0.40 92.63 18100 | 2 0.02 92.65 18350 | 3 0.03 92.68 18500 | 9 0.09 92.77 18600 | 3 0.03 92.80 18700 | 2 0.02 92.82 18900 | 3 0.03 92.85 18922 | 5 0.05 92.90 19000 | 31 0.31 93.21 19200 | 2 0.02 93.23 19500 | 7 0.07 93.30 19505 | 2 0.02 93.32 19768 | 2 0.02 93.34 20000 | 40 0.40 93.74 20200 | 5 0.05 93.79 20221 | 3 0.03 93.82 20700 | 3 0.03 93.85 20800 | 3 0.03 93.88 21000 | 5 0.05 93.93 21100 | 3 0.03 93.96 21400 | 3 0.03 93.99 21500 | 9 0.09 94.08 21800 | 1 0.01 94.09 22000 | 3 0.03 94.12 22300 | 2 0.02 94.14 22500 | 6 0.06 94.20 22950 | 4 0.04 94.24 23000 | 15 0.15 94.39 23300 | 9 0.09 94.48 23500 | 3 0.03 94.51 23700 | 2 0.02 94.53 23870 | 2 0.02 94.55 23900 | 5 0.05 94.60 24000 | 8 0.08 94.68 24400 | 3 0.03 94.71 24600 | 2 0.02 94.73 24800 | 3 0.03 94.76 25000 | 30 0.30 95.06 25001 | 4 0.04 95.10 25091 | 4 0.04 95.14 25200 | 2 0.02 95.16 25500 | 6 0.06 95.22 26000 | 3 0.03 95.25 26200 | 3 0.03 95.28 26300 | 5 0.05 95.33 26500 | 5 0.05 95.38 26700 | 2 0.02 95.40 26775 | 4 0.04 95.44 27000 | 3 0.03 95.47 27500 | 3 0.03 95.50 27690 | 8 0.08 95.58 28000 | 20 0.20 95.78 28150 | 1 0.01 95.79 28282 | 3 0.03 95.82 28500 | 9 0.09 95.91 28600 | 2 0.02 95.93 28900 | 3 0.03 95.96 29000 | 2 0.02 95.98 29500 | 11 0.11 96.09 29600 | 4 0.04 96.13 29700 | 4 0.04 96.17 29800 | 3 0.03 96.20 30000 | 19 0.19 96.39 30200 | 2 0.02 96.41 30400 | 3 0.03 96.44 30500 | 4 0.04 96.48 30700 | 1 0.01 96.49 30800 | 3 0.03 96.52 30900 | 4 0.04 96.56 31000 | 7 0.07 96.63 31400 | 2 0.02 96.65 32000 | 20 0.20 96.85 32300 | 5 0.05 96.90 32500 | 4 0.04 96.94 33000 | 3 0.03 96.97 33200 | 1 0.01 96.98 33300 | 3 0.03 97.01 33500 | 4 0.04 97.05 34000 | 11 0.11 97.16 34400 | 5 0.05 97.21 34500 | 5 0.05 97.26 35000 | 14 0.14 97.40 35600 | 2 0.02 97.42 35800 | 2 0.02 97.44 36687 | 2 0.02 97.46 37000 | 4 0.04 97.50 37044 | 7 0.07 97.57 38000 | 7 0.07 97.64 38300 | 2 0.02 97.66 39000 | 2 0.02 97.68 39800 | 3 0.03 97.71 40000 | 3 0.03 97.74 40625 | 2 0.02 97.76 41200 | 2 0.02 97.78 41500 | 6 0.06 97.84 42000 | 6 0.06 97.90 42500 | 6 0.06 97.96 43000 | 11 0.11 98.07 43500 | 4 0.04 98.11 43800 | 2 0.02 98.13 44000 | 3 0.03 98.16 45500 | 5 0.05 98.21 45800 | 2 0.02 98.23 46000 | 3 0.03 98.26 47000 | 2 0.02 98.28 47500 | 2 0.02 98.30 48000 | 8 0.08 98.38 49500 | 5 0.05 98.43 50000 | 8 0.08 98.51 50250 | 2 0.02 98.53 50498 | 4 0.04 98.57 51800 | 4 0.04 98.61 52001 | 2 0.02 98.63 53000 | 4 0.04 98.67 54000 | 4 0.04 98.71 54200 | 2 0.02 98.73 54400 | 4 0.04 98.77 55000 | 2 0.02 98.79 55500 | 2 0.02 98.81 56500 | 8 0.08 98.89 60000 | 1 0.01 98.90 61237 | 2 0.02 98.92 61500 | 2 0.02 98.94 61950 | 9 0.09 99.03 62250 | 2 0.02 99.05 63500 | 6 0.06 99.11 65000 | 5 0.05 99.16 66300 | 1 0.01 99.17 71500 | 3 0.03 99.20 73000 | 3 0.03 99.23 75000 | 2 0.02 99.25 80000 | 5 0.05 99.30 84000 | 3 0.03 99.33 88000 | 2 0.02 99.35 89000 | 2 0.02 99.37 91000 | 3 0.03 99.40 101200 | 1 0.01 99.41 101900 | 3 0.03 99.44 102300 | 2 0.02 99.46 105000 | 5 0.05 99.51 110600 | 3 0.03 99.54 116002 | 5 0.05 99.59 117000 | 5 0.05 99.64 124000 | 2 0.02 99.66 166000 | 2 0.02 99.68 177000 | 1 0.01 99.69 184402 | 5 0.05 99.74 189000 | 3 0.03 99.77 200000 | 4 0.04 99.81 220000 | 2 0.02 99.83 300000 | 2 0.02 99.85 305000 | 3 0.03 99.88 410000 | 3 0.03 99.91 520000 | 4 0.04 99.95 836000 | 5 0.05 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvunv variable in sipp1996tm96puw9 dataset : PV: Universe | indicator for | Work Related | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 2,157 21.57 21.57 In universe | 7,843 78.43 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvwk1 variable in sipp1996tm96puw9 dataset : PV: Work | related | expenses. Drive | own | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 4,879 48.79 48.79 Yes | 4,213 42.13 90.92 No | 908 9.08 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvwk2 variable in sipp1996tm96puw9 dataset : PV: Work | related | expenses. | Did...car/van | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 4,879 48.79 48.79 Yes | 340 3.40 52.19 No | 4,781 47.81 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvwk3 variable in sipp1996tm96puw9 dataset : PV: Work | related | expenses. | Did...use the | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 4,879 48.79 48.79 Yes | 186 1.86 50.65 No | 4,935 49.35 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvwk4 variable in sipp1996tm96puw9 dataset : PV: Work | related | expenses. | Did...bike/walk | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 4,879 48.79 48.79 Yes | 270 2.70 51.49 No | 4,851 48.51 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvwk5 variable in sipp1996tm96puw9 dataset : PV: Work | related | expenses. Get | to work some | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 4,879 48.79 48.79 Yes | 235 2.35 51.14 No | 4,886 48.86 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apvwk variable in sipp1996tm96puw9 dataset : PV: Allocation Flag for | EPVWK1-EPVWK5 | Freq. Percent Cum. --------------------------------+----------------------------------- No imputation | 9,229 92.29 92.29 Statistical imputation (hot | 771 7.71 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvmilwk variable in sipp1996tm96puw9 dataset : PV: How many | miles | did...drive to | work? | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,787 57.87 57.87 0 | 24 0.24 58.11 1 | 16 0.16 58.27 2 | 29 0.29 58.56 3 | 18 0.18 58.74 4 | 26 0.26 59.00 5 | 97 0.97 59.97 6 | 24 0.24 60.21 7 | 7 0.07 60.28 8 | 21 0.21 60.49 9 | 4 0.04 60.53 10 | 201 2.01 62.54 11 | 2 0.02 62.56 12 | 41 0.41 62.97 13 | 2 0.02 62.99 14 | 5 0.05 63.04 15 | 87 0.87 63.91 16 | 11 0.11 64.02 18 | 4 0.04 64.06 19 | 3 0.03 64.09 20 | 193 1.93 66.02 21 | 2 0.02 66.04 22 | 2 0.02 66.06 23 | 1 0.01 66.07 24 | 26 0.26 66.33 25 | 92 0.92 67.25 26 | 2 0.02 67.27 28 | 4 0.04 67.31 30 | 237 2.37 69.68 32 | 9 0.09 69.77 33 | 2 0.02 69.79 35 | 43 0.43 70.22 36 | 11 0.11 70.33 40 | 157 1.57 71.90 41 | 1 0.01 71.91 42 | 2 0.02 71.93 45 | 16 0.16 72.09 48 | 11 0.11 72.20 49 | 2 0.02 72.22 50 | 374 3.74 75.96 52 | 1 0.01 75.97 53 | 1 0.01 75.98 54 | 1 0.01 75.99 55 | 8 0.08 76.07 56 | 4 0.04 76.11 58 | 2 0.02 76.13 60 | 198 1.98 78.11 62 | 1 0.01 78.12 64 | 3 0.03 78.15 65 | 18 0.18 78.33 70 | 78 0.78 79.11 71 | 1 0.01 79.12 72 | 9 0.09 79.21 73 | 1 0.01 79.22 75 | 103 1.03 80.25 76 | 2 0.02 80.27 80 | 72 0.72 80.99 82 | 2 0.02 81.01 83 | 1 0.01 81.02 84 | 3 0.03 81.05 85 | 11 0.11 81.16 88 | 3 0.03 81.19 89 | 1 0.01 81.20 90 | 52 0.52 81.72 93 | 1 0.01 81.73 95 | 1 0.01 81.74 96 | 2 0.02 81.76 98 | 3 0.03 81.79 100 | 420 4.20 85.99 102 | 1 0.01 86.00 110 | 26 0.26 86.26 112 | 1 0.01 86.27 115 | 2 0.02 86.29 116 | 1 0.01 86.30 120 | 88 0.88 87.18 121 | 1 0.01 87.19 125 | 47 0.47 87.66 126 | 2 0.02 87.68 128 | 1 0.01 87.69 130 | 43 0.43 88.12 134 | 1 0.01 88.13 135 | 2 0.02 88.15 137 | 1 0.01 88.16 140 | 31 0.31 88.47 144 | 3 0.03 88.50 145 | 1 0.01 88.51 150 | 255 2.55 91.06 152 | 1 0.01 91.07 154 | 1 0.01 91.08 160 | 24 0.24 91.32 165 | 3 0.03 91.35 168 | 2 0.02 91.37 170 | 17 0.17 91.54 172 | 1 0.01 91.55 175 | 17 0.17 91.72 176 | 1 0.01 91.73 180 | 30 0.30 92.03 190 | 7 0.07 92.10 192 | 1 0.01 92.11 195 | 1 0.01 92.12 200 | 229 2.29 94.41 202 | 1 0.01 94.42 210 | 14 0.14 94.56 216 | 5 0.05 94.61 220 | 9 0.09 94.70 225 | 7 0.07 94.77 230 | 1 0.01 94.78 235 | 1 0.01 94.79 240 | 12 0.12 94.91 245 | 2 0.02 94.93 250 | 91 0.91 95.84 252 | 1 0.01 95.85 256 | 2 0.02 95.87 258 | 1 0.01 95.88 260 | 7 0.07 95.95 266 | 1 0.01 95.96 270 | 6 0.06 96.02 275 | 4 0.04 96.06 280 | 4 0.04 96.10 288 | 1 0.01 96.11 300 | 93 0.93 97.04 306 | 1 0.01 97.05 309 | 1 0.01 97.06 310 | 5 0.05 97.11 320 | 11 0.11 97.22 325 | 3 0.03 97.25 330 | 3 0.03 97.28 350 | 43 0.43 97.71 360 | 8 0.08 97.79 364 | 1 0.01 97.80 370 | 1 0.01 97.81 375 | 5 0.05 97.86 400 | 48 0.48 98.34 420 | 5 0.05 98.39 425 | 2 0.02 98.41 430 | 1 0.01 98.42 450 | 11 0.11 98.53 475 | 2 0.02 98.55 480 | 4 0.04 98.59 490 | 1 0.01 98.60 500 | 66 0.66 99.26 504 | 1 0.01 99.27 520 | 2 0.02 99.29 540 | 2 0.02 99.31 550 | 5 0.05 99.36 555 | 1 0.01 99.37 560 | 1 0.01 99.38 575 | 1 0.01 99.39 576 | 1 0.01 99.40 580 | 1 0.01 99.41 600 | 25 0.25 99.66 625 | 2 0.02 99.68 650 | 2 0.02 99.70 684 | 1 0.01 99.71 700 | 6 0.06 99.77 720 | 3 0.03 99.80 800 | 6 0.06 99.86 900 | 1 0.01 99.87 950 | 1 0.01 99.88 1000 | 10 0.10 99.98 1346 | 1 0.01 99.99 2000 | 1 0.01 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apvmilwk variable in sipp1996tm96puw9 dataset : PV: Allocation Flag for | EPVMILWK | Freq. Percent Cum. --------------------------------+----------------------------------- No imputation | 9,174 91.74 91.74 Statistical imputation (hot | 826 8.26 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvpaprk variable in sipp1996tm96puw9 dataset : PV: Did...work | related | expenses | include paid | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,787 57.87 57.87 Yes | 233 2.33 60.20 No | 3,980 39.80 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apvpaprk variable in sipp1996tm96puw9 dataset : PV: Allocation Flag for | EPVPAPRK | Freq. Percent Cum. --------------------------------+----------------------------------- No imputation | 9,391 93.91 93.91 Statistical imputation (hot | 609 6.09 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvpaywk variable in sipp1996tm96puw9 dataset : PV: How much | did...spend for | parking or | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,767 97.67 97.67 1 | 16 0.16 97.83 2 | 14 0.14 97.97 3 | 17 0.17 98.14 4 | 10 0.10 98.24 5 | 34 0.34 98.58 6 | 12 0.12 98.70 7 | 7 0.07 98.77 8 | 6 0.06 98.83 9 | 4 0.04 98.87 10 | 22 0.22 99.09 11 | 2 0.02 99.11 12 | 9 0.09 99.20 14 | 2 0.02 99.22 15 | 14 0.14 99.36 19 | 1 0.01 99.37 20 | 14 0.14 99.51 21 | 1 0.01 99.52 23 | 2 0.02 99.54 24 | 1 0.01 99.55 25 | 7 0.07 99.62 28 | 1 0.01 99.63 30 | 4 0.04 99.67 34 | 1 0.01 99.68 35 | 3 0.03 99.71 37 | 1 0.01 99.72 39 | 4 0.04 99.76 40 | 11 0.11 99.87 50 | 1 0.01 99.88 60 | 2 0.02 99.90 75 | 1 0.01 99.91 240 | 1 0.01 99.92 300 | 1 0.01 99.93 360 | 2 0.02 99.95 500 | 1 0.01 99.96 520 | 1 0.01 99.97 630 | 1 0.01 99.98 750 | 1 0.01 99.99 1100 | 1 0.01 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apvpaywk variable in sipp1996tm96puw9 dataset : PV: Allocation Flag for | EPVPAYWK | Freq. Percent Cum. --------------------------------+----------------------------------- No imputation | 9,942 99.42 99.42 Statistical imputation (hot | 58 0.58 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvcomut variable in sipp1996tm96puw9 dataset : PV: How much | were...'s | weekly commute | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,667 96.67 96.67 1 | 33 0.33 97.00 2 | 14 0.14 97.14 3 | 14 0.14 97.28 4 | 8 0.08 97.36 5 | 29 0.29 97.65 6 | 7 0.07 97.72 7 | 4 0.04 97.76 8 | 8 0.08 97.84 9 | 9 0.09 97.93 10 | 42 0.42 98.35 11 | 1 0.01 98.36 12 | 8 0.08 98.44 13 | 3 0.03 98.47 14 | 8 0.08 98.55 15 | 36 0.36 98.91 16 | 6 0.06 98.97 17 | 5 0.05 99.02 18 | 6 0.06 99.08 20 | 30 0.30 99.38 21 | 1 0.01 99.39 22 | 3 0.03 99.42 24 | 1 0.01 99.43 25 | 6 0.06 99.49 29 | 1 0.01 99.50 30 | 14 0.14 99.64 34 | 1 0.01 99.65 35 | 4 0.04 99.69 36 | 2 0.02 99.71 38 | 1 0.01 99.72 40 | 8 0.08 99.80 45 | 2 0.02 99.82 50 | 1 0.01 99.83 60 | 3 0.03 99.86 70 | 1 0.01 99.87 85 | 1 0.01 99.88 100 | 1 0.01 99.89 105 | 1 0.01 99.90 120 | 1 0.01 99.91 125 | 1 0.01 99.92 160 | 1 0.01 99.93 200 | 2 0.02 99.95 250 | 1 0.01 99.96 350 | 1 0.01 99.97 400 | 2 0.02 99.99 700 | 1 0.01 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apvcomut variable in sipp1996tm96puw9 dataset : PV: Allocation Flag for | EPVCOMUT | Freq. Percent Cum. --------------------------------+----------------------------------- No imputation | 9,788 97.88 97.88 Statistical imputation (hot | 212 2.12 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvwkexp variable in sipp1996tm96puw9 dataset : PV: Did...have | to pay for work | related | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 5,521 55.21 55.21 Yes | 926 9.26 64.47 No | 3,553 35.53 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apvwkexp variable in sipp1996tm96puw9 dataset : PV: Allocation Flag for | EPVWKEXP | Freq. Percent Cum. --------------------------------+----------------------------------- No imputation | 9,325 93.25 93.25 Statistical imputation (hot | 675 6.75 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvanexp variable in sipp1996tm96puw9 dataset : PV: How much | were annual | expenses for | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,074 90.74 90.74 5 | 6 0.06 90.80 6 | 1 0.01 90.81 7 | 1 0.01 90.82 10 | 6 0.06 90.88 12 | 2 0.02 90.90 13 | 1 0.01 90.91 15 | 6 0.06 90.97 16 | 2 0.02 90.99 18 | 1 0.01 91.00 20 | 9 0.09 91.09 23 | 1 0.01 91.10 24 | 1 0.01 91.11 25 | 8 0.08 91.19 28 | 1 0.01 91.20 29 | 1 0.01 91.21 30 | 15 0.15 91.36 32 | 3 0.03 91.39 35 | 3 0.03 91.42 36 | 3 0.03 91.45 40 | 12 0.12 91.57 45 | 3 0.03 91.60 46 | 1 0.01 91.61 50 | 30 0.30 91.91 55 | 3 0.03 91.94 56 | 1 0.01 91.95 60 | 11 0.11 92.06 65 | 5 0.05 92.11 70 | 7 0.07 92.18 72 | 3 0.03 92.21 73 | 1 0.01 92.22 75 | 8 0.08 92.30 80 | 6 0.06 92.36 84 | 1 0.01 92.37 85 | 1 0.01 92.38 100 | 59 0.59 92.97 108 | 1 0.01 92.98 110 | 1 0.01 92.99 112 | 2 0.02 93.01 115 | 2 0.02 93.03 120 | 14 0.14 93.17 124 | 1 0.01 93.18 125 | 6 0.06 93.24 136 | 1 0.01 93.25 140 | 4 0.04 93.29 144 | 2 0.02 93.31 145 | 1 0.01 93.32 150 | 34 0.34 93.66 156 | 2 0.02 93.68 157 | 1 0.01 93.69 160 | 3 0.03 93.72 162 | 1 0.01 93.73 164 | 1 0.01 93.74 165 | 1 0.01 93.75 166 | 1 0.01 93.76 168 | 1 0.01 93.77 169 | 1 0.01 93.78 175 | 2 0.02 93.80 178 | 1 0.01 93.81 180 | 6 0.06 93.87 188 | 1 0.01 93.88 192 | 1 0.01 93.89 193 | 1 0.01 93.90 197 | 1 0.01 93.91 200 | 76 0.76 94.67 206 | 1 0.01 94.68 210 | 3 0.03 94.71 216 | 3 0.03 94.74 218 | 1 0.01 94.75 220 | 4 0.04 94.79 222 | 1 0.01 94.80 225 | 3 0.03 94.83 228 | 1 0.01 94.84 234 | 1 0.01 94.85 235 | 1 0.01 94.86 239 | 1 0.01 94.87 240 | 12 0.12 94.99 244 | 1 0.01 95.00 250 | 34 0.34 95.34 252 | 1 0.01 95.35 253 | 1 0.01 95.36 254 | 1 0.01 95.37 259 | 2 0.02 95.39 260 | 8 0.08 95.47 261 | 1 0.01 95.48 264 | 3 0.03 95.51 266 | 1 0.01 95.52 268 | 1 0.01 95.53 270 | 2 0.02 95.55 273 | 1 0.01 95.56 275 | 1 0.01 95.57 276 | 2 0.02 95.59 280 | 3 0.03 95.62 284 | 1 0.01 95.63 285 | 1 0.01 95.64 286 | 1 0.01 95.65 287 | 1 0.01 95.66 288 | 3 0.03 95.69 294 | 2 0.02 95.71 295 | 1 0.01 95.72 299 | 1 0.01 95.73 300 | 75 0.75 96.48 302 | 1 0.01 96.49 304 | 1 0.01 96.50 312 | 10 0.10 96.60 315 | 2 0.02 96.62 316 | 1 0.01 96.63 318 | 2 0.02 96.65 320 | 3 0.03 96.68 324 | 1 0.01 96.69 325 | 3 0.03 96.72 330 | 1 0.01 96.73 340 | 2 0.02 96.75 350 | 8 0.08 96.83 351 | 2 0.02 96.85 360 | 11 0.11 96.96 362 | 1 0.01 96.97 364 | 2 0.02 96.99 372 | 1 0.01 97.00 375 | 1 0.01 97.01 378 | 1 0.01 97.02 380 | 2 0.02 97.04 381 | 1 0.01 97.05 384 | 3 0.03 97.08 389 | 1 0.01 97.09 395 | 1 0.01 97.10 396 | 1 0.01 97.11 398 | 1 0.01 97.12 400 | 37 0.37 97.49 405 | 1 0.01 97.50 406 | 1 0.01 97.51 410 | 2 0.02 97.53 420 | 1 0.01 97.54 427 | 1 0.01 97.55 430 | 1 0.01 97.56 431 | 1 0.01 97.57 432 | 2 0.02 97.59 436 | 2 0.02 97.61 446 | 2 0.02 97.63 450 | 10 0.10 97.73 452 | 1 0.01 97.74 456 | 1 0.01 97.75 460 | 2 0.02 97.77 468 | 1 0.01 97.78 470 | 1 0.01 97.79 475 | 1 0.01 97.80 480 | 8 0.08 97.88 483 | 1 0.01 97.89 485 | 1 0.01 97.90 490 | 1 0.01 97.91 492 | 3 0.03 97.94 500 | 42 0.42 98.36 501 | 1 0.01 98.37 504 | 2 0.02 98.39 520 | 5 0.05 98.44 525 | 2 0.02 98.46 528 | 1 0.01 98.47 530 | 2 0.02 98.49 534 | 1 0.01 98.50 537 | 1 0.01 98.51 540 | 4 0.04 98.55 550 | 7 0.07 98.62 560 | 1 0.01 98.63 573 | 1 0.01 98.64 574 | 1 0.01 98.65 575 | 1 0.01 98.66 588 | 1 0.01 98.67 600 | 24 0.24 98.91 618 | 1 0.01 98.92 650 | 3 0.03 98.95 660 | 2 0.02 98.97 688 | 1 0.01 98.98 700 | 10 0.10 99.08 725 | 2 0.02 99.10 745 | 1 0.01 99.11 749 | 1 0.01 99.12 750 | 5 0.05 99.17 768 | 1 0.01 99.18 770 | 1 0.01 99.19 800 | 6 0.06 99.25 812 | 2 0.02 99.27 850 | 1 0.01 99.28 854 | 1 0.01 99.29 884 | 1 0.01 99.30 900 | 8 0.08 99.38 904 | 1 0.01 99.39 910 | 1 0.01 99.40 920 | 1 0.01 99.41 960 | 1 0.01 99.42 970 | 1 0.01 99.43 999 | 1 0.01 99.44 1000 | 19 0.19 99.63 1200 | 4 0.04 99.67 1240 | 1 0.01 99.68 1252 | 1 0.01 99.69 1300 | 3 0.03 99.72 1400 | 1 0.01 99.73 1500 | 5 0.05 99.78 1700 | 1 0.01 99.79 1800 | 2 0.02 99.81 2000 | 4 0.04 99.85 2300 | 1 0.01 99.86 2800 | 1 0.01 99.87 3000 | 3 0.03 99.90 3500 | 2 0.02 99.92 4000 | 4 0.04 99.96 5000 | 1 0.01 99.97 5200 | 1 0.01 99.98 6500 | 2 0.02 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apvanexp variable in sipp1996tm96puw9 dataset : PV: Allocation Flag for | EPVANEXP | Freq. Percent Cum. --------------------------------+----------------------------------- No imputation | 9,766 97.66 97.66 Statistical imputation (hot | 234 2.34 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvchild variable in sipp1996tm96puw9 dataset : PV: Do you have | any children | who lived | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 2,157 21.57 21.57 Yes | 268 2.68 24.25 No | 7,575 75.75 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apvchild variable in sipp1996tm96puw9 dataset : PV: Allocation Flag for | EPVCHILD | Freq. Percent Cum. --------------------------------+----------------------------------- no imputation | 9,005 90.05 90.05 Statistical imputation (hot | 995 9.95 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvmancd variable in sipp1996tm96puw9 dataset : PV: How many | children lived | elsewhere? | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,732 97.32 97.32 1 | 171 1.71 99.03 2 | 76 0.76 99.79 3 | 17 0.17 99.96 4 | 4 0.04 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apvmancd variable in sipp1996tm96puw9 dataset : PV: Allocation Flag for | EPVMANCD | Freq. Percent Cum. --------------------------------+----------------------------------- no imputation | 9,963 99.63 99.63 Statistical imputation (hot | 37 0.37 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epvmosup variable in sipp1996tm96puw9 dataset : PV: | Was...required | to pay child | support? | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,732 97.32 97.32 Yes | 165 1.65 98.97 No | 103 1.03 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apvmosup variable in sipp1996tm96puw9 dataset : PV: Allocation Flag for | EPVMOSUP. | Freq. Percent Cum. --------------------------------+----------------------------------- no imputation | 9,959 99.59 99.59 Statistical imputation (hot | 41 0.41 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tpvchpa1 variable in sipp1996tm96puw9 dataset : PV: How much did ... | pay in child support | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,845 98.45 98.45 50 | 1 0.01 98.46 75 | 1 0.01 98.47 100 | 8 0.08 98.55 109 | 1 0.01 98.56 110 | 1 0.01 98.57 112 | 1 0.01 98.58 120 | 3 0.03 98.61 123 | 1 0.01 98.62 150 | 1 0.01 98.63 152 | 1 0.01 98.64 160 | 2 0.02 98.66 168 | 1 0.01 98.67 176 | 1 0.01 98.68 180 | 2 0.02 98.70 185 | 1 0.01 98.71 200 | 8 0.08 98.79 205 | 1 0.01 98.80 208 | 1 0.01 98.81 212 | 1 0.01 98.82 214 | 2 0.02 98.84 220 | 1 0.01 98.85 225 | 3 0.03 98.88 240 | 2 0.02 98.90 250 | 7 0.07 98.97 260 | 1 0.01 98.98 264 | 1 0.01 98.99 268 | 1 0.01 99.00 270 | 2 0.02 99.02 272 | 1 0.01 99.03 276 | 1 0.01 99.04 280 | 1 0.01 99.05 286 | 1 0.01 99.06 298 | 1 0.01 99.07 300 | 10 0.10 99.17 310 | 1 0.01 99.18 315 | 1 0.01 99.19 325 | 2 0.02 99.21 333 | 2 0.02 99.23 336 | 1 0.01 99.24 337 | 2 0.02 99.26 340 | 1 0.01 99.27 342 | 2 0.02 99.29 344 | 1 0.01 99.30 350 | 4 0.04 99.34 352 | 1 0.01 99.35 368 | 1 0.01 99.36 370 | 1 0.01 99.37 376 | 1 0.01 99.38 390 | 1 0.01 99.39 400 | 5 0.05 99.44 405 | 1 0.01 99.45 410 | 1 0.01 99.46 424 | 1 0.01 99.47 440 | 2 0.02 99.49 453 | 1 0.01 99.50 457 | 1 0.01 99.51 465 | 3 0.03 99.54 480 | 2 0.02 99.56 500 | 9 0.09 99.65 504 | 2 0.02 99.67 510 | 1 0.01 99.68 520 | 1 0.01 99.69 535 | 1 0.01 99.70 550 | 3 0.03 99.73 565 | 2 0.02 99.75 577 | 1 0.01 99.76 600 | 5 0.05 99.81 620 | 1 0.01 99.82 640 | 1 0.01 99.83 685 | 1 0.01 99.84 700 | 4 0.04 99.88 720 | 1 0.01 99.89 764 | 1 0.01 99.90 796 | 1 0.01 99.91 800 | 4 0.04 99.95 825 | 1 0.01 99.96 1000 | 2 0.02 99.98 1077 | 1 0.01 99.99 1100 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tpvchpa2 variable in sipp1996tm96puw9 dataset : PV: How much did ... | pay in child support | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,844 98.44 98.44 50 | 1 0.01 98.45 75 | 1 0.01 98.46 100 | 6 0.06 98.52 109 | 1 0.01 98.53 110 | 1 0.01 98.54 112 | 1 0.01 98.55 120 | 3 0.03 98.58 123 | 1 0.01 98.59 150 | 3 0.03 98.62 160 | 2 0.02 98.64 180 | 2 0.02 98.66 185 | 1 0.01 98.67 190 | 1 0.01 98.68 200 | 10 0.10 98.78 205 | 1 0.01 98.79 208 | 1 0.01 98.80 210 | 1 0.01 98.81 212 | 1 0.01 98.82 214 | 2 0.02 98.84 216 | 2 0.02 98.86 220 | 2 0.02 98.88 225 | 3 0.03 98.91 238 | 1 0.01 98.92 240 | 2 0.02 98.94 250 | 6 0.06 99.00 252 | 1 0.01 99.01 260 | 2 0.02 99.03 264 | 1 0.01 99.04 268 | 1 0.01 99.05 272 | 1 0.01 99.06 276 | 1 0.01 99.07 280 | 1 0.01 99.08 286 | 1 0.01 99.09 300 | 11 0.11 99.20 310 | 1 0.01 99.21 325 | 1 0.01 99.22 333 | 2 0.02 99.24 336 | 1 0.01 99.25 337 | 2 0.02 99.27 340 | 1 0.01 99.28 342 | 2 0.02 99.30 344 | 1 0.01 99.31 350 | 4 0.04 99.35 352 | 1 0.01 99.36 368 | 1 0.01 99.37 370 | 1 0.01 99.38 372 | 3 0.03 99.41 390 | 1 0.01 99.42 400 | 4 0.04 99.46 405 | 1 0.01 99.47 408 | 1 0.01 99.48 410 | 1 0.01 99.49 424 | 1 0.01 99.50 440 | 2 0.02 99.52 453 | 1 0.01 99.53 457 | 1 0.01 99.54 480 | 2 0.02 99.56 500 | 9 0.09 99.65 504 | 2 0.02 99.67 520 | 1 0.01 99.68 535 | 1 0.01 99.69 550 | 3 0.03 99.72 565 | 2 0.02 99.74 577 | 1 0.01 99.75 600 | 6 0.06 99.81 620 | 1 0.01 99.82 640 | 1 0.01 99.83 660 | 1 0.01 99.84 685 | 1 0.01 99.85 700 | 4 0.04 99.89 720 | 1 0.01 99.90 764 | 1 0.01 99.91 796 | 1 0.01 99.92 800 | 4 0.04 99.96 1000 | 2 0.02 99.98 1077 | 1 0.01 99.99 1100 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tpvchpa3 variable in sipp1996tm96puw9 dataset : PV: How much did ... | pay in child support | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,844 98.44 98.44 50 | 1 0.01 98.45 75 | 1 0.01 98.46 100 | 8 0.08 98.54 109 | 1 0.01 98.55 110 | 1 0.01 98.56 112 | 1 0.01 98.57 120 | 3 0.03 98.60 123 | 1 0.01 98.61 150 | 1 0.01 98.62 152 | 1 0.01 98.63 160 | 2 0.02 98.65 168 | 1 0.01 98.66 176 | 1 0.01 98.67 180 | 2 0.02 98.69 185 | 1 0.01 98.70 200 | 11 0.11 98.81 205 | 1 0.01 98.82 208 | 1 0.01 98.83 212 | 1 0.01 98.84 214 | 2 0.02 98.86 216 | 2 0.02 98.88 220 | 1 0.01 98.89 225 | 3 0.03 98.92 240 | 2 0.02 98.94 250 | 6 0.06 99.00 252 | 1 0.01 99.01 260 | 2 0.02 99.03 264 | 1 0.01 99.04 268 | 1 0.01 99.05 272 | 1 0.01 99.06 276 | 1 0.01 99.07 280 | 1 0.01 99.08 286 | 1 0.01 99.09 298 | 1 0.01 99.10 300 | 11 0.11 99.21 310 | 1 0.01 99.22 325 | 1 0.01 99.23 333 | 2 0.02 99.25 336 | 1 0.01 99.26 337 | 2 0.02 99.28 340 | 1 0.01 99.29 342 | 2 0.02 99.31 344 | 1 0.01 99.32 350 | 5 0.05 99.37 352 | 1 0.01 99.38 368 | 1 0.01 99.39 370 | 1 0.01 99.40 390 | 1 0.01 99.41 400 | 4 0.04 99.45 405 | 1 0.01 99.46 410 | 1 0.01 99.47 424 | 1 0.01 99.48 440 | 2 0.02 99.50 453 | 1 0.01 99.51 457 | 1 0.01 99.52 465 | 3 0.03 99.55 480 | 1 0.01 99.56 500 | 9 0.09 99.65 510 | 1 0.01 99.66 520 | 1 0.01 99.67 535 | 1 0.01 99.68 550 | 2 0.02 99.70 565 | 2 0.02 99.72 577 | 1 0.01 99.73 600 | 6 0.06 99.79 620 | 1 0.01 99.80 630 | 2 0.02 99.82 640 | 1 0.01 99.83 660 | 1 0.01 99.84 685 | 1 0.01 99.85 700 | 4 0.04 99.89 720 | 1 0.01 99.90 764 | 1 0.01 99.91 796 | 1 0.01 99.92 800 | 4 0.04 99.96 1000 | 2 0.02 99.98 1077 | 1 0.01 99.99 1100 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tpvchpa4 variable in sipp1996tm96puw9 dataset : PV: How much did ... | pay in child support | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,845 98.45 98.45 50 | 1 0.01 98.46 75 | 1 0.01 98.47 100 | 8 0.08 98.55 109 | 1 0.01 98.56 110 | 1 0.01 98.57 112 | 1 0.01 98.58 120 | 3 0.03 98.61 123 | 1 0.01 98.62 150 | 2 0.02 98.64 152 | 1 0.01 98.65 160 | 1 0.01 98.66 168 | 1 0.01 98.67 176 | 1 0.01 98.68 180 | 2 0.02 98.70 185 | 1 0.01 98.71 200 | 10 0.10 98.81 205 | 1 0.01 98.82 208 | 1 0.01 98.83 212 | 1 0.01 98.84 214 | 2 0.02 98.86 216 | 2 0.02 98.88 220 | 1 0.01 98.89 225 | 3 0.03 98.92 238 | 1 0.01 98.93 240 | 2 0.02 98.95 250 | 6 0.06 99.01 260 | 2 0.02 99.03 264 | 1 0.01 99.04 268 | 1 0.01 99.05 272 | 1 0.01 99.06 276 | 1 0.01 99.07 280 | 1 0.01 99.08 286 | 1 0.01 99.09 300 | 9 0.09 99.18 310 | 1 0.01 99.19 315 | 1 0.01 99.20 325 | 2 0.02 99.22 333 | 2 0.02 99.24 336 | 1 0.01 99.25 337 | 2 0.02 99.27 340 | 1 0.01 99.28 342 | 1 0.01 99.29 344 | 1 0.01 99.30 350 | 5 0.05 99.35 352 | 1 0.01 99.36 368 | 1 0.01 99.37 370 | 1 0.01 99.38 372 | 3 0.03 99.41 390 | 1 0.01 99.42 400 | 4 0.04 99.46 402 | 1 0.01 99.47 405 | 1 0.01 99.48 410 | 1 0.01 99.49 424 | 1 0.01 99.50 440 | 2 0.02 99.52 453 | 1 0.01 99.53 457 | 1 0.01 99.54 480 | 2 0.02 99.56 500 | 9 0.09 99.65 504 | 2 0.02 99.67 510 | 1 0.01 99.68 520 | 1 0.01 99.69 535 | 1 0.01 99.70 550 | 2 0.02 99.72 565 | 2 0.02 99.74 577 | 1 0.01 99.75 600 | 4 0.04 99.79 620 | 1 0.01 99.80 640 | 1 0.01 99.81 685 | 1 0.01 99.82 700 | 5 0.05 99.87 720 | 1 0.01 99.88 750 | 1 0.01 99.89 764 | 1 0.01 99.90 796 | 1 0.01 99.91 800 | 4 0.04 99.95 825 | 1 0.01 99.96 1000 | 2 0.02 99.98 1077 | 1 0.01 99.99 1100 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apvchpa variable in sipp1996tm96puw9 dataset : PV: Allocation Flag for | TPVCHPA1 - TPVCHPA4 | Freq. Percent Cum. --------------------------------+----------------------------------- No imputation | 9,961 99.61 99.61 Statistical imputation (hot | 39 0.39 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emdunv variable in sipp1996tm96puw9 dataset : MG: Universe | Indicator for | Medical | Expenses | Freq. Percent Cum. ----------------+----------------------------------- In universe | 10,000 100.00 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tdonorid variable in sipp1996tm96puw9 dataset : MG: The owner of this | data. | Freq. Percent Cum. ---------------------------+----------------------------------- Not in universe or did not | 8,990 89.90 89.90 Received data from a donor | 1,010 10.10 100.00 ---------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehltstat variable in sipp1996tm96puw9 dataset : ME: Report of | current health | status | Freq. Percent Cum. ----------------+----------------------------------- Excellent | 3,333 33.33 33.33 Very Good | 3,222 32.22 65.55 Good | 2,235 22.35 87.90 Fair | 839 8.39 96.29 Poor | 371 3.71 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahltstat variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EHLTSTAT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,770 97.70 97.70 Cold deck imputation | 230 2.30 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehospsta variable in sipp1996tm96puw9 dataset : ME: Hospital | stays in past | 12 months | Freq. Percent Cum. ----------------+----------------------------------- Yes | 869 8.69 8.69 No | 9,131 91.31 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahospsta variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EHOSPSTA / EHSPSTAS | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,699 96.99 96.99 Statistical imputation (hot | 281 2.81 99.80 Logical imputation (derivation) | 20 0.20 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehospnit variable in sipp1996tm96puw9 dataset : ME: Number of nights | spent in hospital | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,131 91.31 91.31 1 | 191 1.91 93.22 2 | 145 1.45 94.67 3 | 108 1.08 95.75 4 | 66 0.66 96.41 5 | 58 0.58 96.99 6 | 29 0.29 97.28 7 | 55 0.55 97.83 8 | 19 0.19 98.02 9 | 19 0.19 98.21 10 | 26 0.26 98.47 11 | 4 0.04 98.51 12 | 11 0.11 98.62 13 | 8 0.08 98.70 14 | 21 0.21 98.91 15 | 9 0.09 99.00 16 | 7 0.07 99.07 17 | 2 0.02 99.09 18 | 2 0.02 99.11 19 | 1 0.01 99.12 20 | 10 0.10 99.22 21 | 22 0.22 99.44 22 | 2 0.02 99.46 23 | 4 0.04 99.50 25 | 6 0.06 99.56 26 | 1 0.01 99.57 27 | 1 0.01 99.58 28 | 1 0.01 99.59 29 | 1 0.01 99.60 30 | 8 0.08 99.68 32 | 2 0.02 99.70 35 | 3 0.03 99.73 38 | 1 0.01 99.74 39 | 1 0.01 99.75 40 | 3 0.03 99.78 42 | 1 0.01 99.79 45 | 2 0.02 99.81 50 | 3 0.03 99.84 56 | 1 0.01 99.85 60 | 4 0.04 99.89 69 | 1 0.01 99.90 70 | 3 0.03 99.93 75 | 2 0.02 99.95 90 | 2 0.02 99.97 118 | 1 0.01 99.98 120 | 2 0.02 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahospnit variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EHOSPNIT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,935 99.35 99.35 Statistical imputation (hot | 65 0.65 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehreas1 variable in sipp1996tm96puw9 dataset : ME: Most recent | hospital stay | for | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,131 91.31 91.31 Yes | 340 3.40 94.71 No | 529 5.29 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahreas1 variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EHREAS1 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,952 99.52 99.52 Statistical imputation (hot | 48 0.48 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehreas2 variable in sipp1996tm96puw9 dataset : ME: Most recent | hospital stay | for | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,131 91.31 91.31 Yes | 348 3.48 94.79 No | 521 5.21 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahreas2 variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EHREAS2 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,952 99.52 99.52 Statistical imputation (hot | 48 0.48 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehreas3 variable in sipp1996tm96puw9 dataset : ME: Most recent | hospital stay | for diagnostic | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,131 91.31 91.31 Yes | 316 3.16 94.47 No | 553 5.53 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahreas3 variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EHREAS3 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,952 99.52 99.52 Statistical imputation (hot | 48 0.48 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehreas4 variable in sipp1996tm96puw9 dataset : ME: Most recent | hospital stay | for giving | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,711 97.11 97.11 Yes | 108 1.08 98.19 No | 181 1.81 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahreas4 variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EHREAS4 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,964 99.64 99.64 Statistical imputation (hot | 36 0.36 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehreas5 variable in sipp1996tm96puw9 dataset : ME: Most recent | hospital stay | for person's | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,938 99.38 99.38 Yes | 48 0.48 99.86 No | 14 0.14 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahreas5 variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EHREAS5 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,992 99.92 99.92 Statistical imputation (hot | 8 0.08 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehreas6 variable in sipp1996tm96puw9 dataset : ME: Most recent | hospital stay | for other | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,131 91.31 91.31 Yes | 49 0.49 91.80 No | 820 8.20 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahreas6 variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EHREAS6 | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,950 99.50 99.50 Statistical imputation (hot | 46 0.46 99.96 Cold deck imputation | 4 0.04 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of edocnum variable in sipp1996tm96puw9 dataset : ME: Frequency of | physician contact | during | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 2,324 23.24 23.24 1 | 1,849 18.49 41.73 2 | 1,729 17.29 59.02 3 | 960 9.60 68.62 4 | 850 8.50 77.12 5 | 379 3.79 80.91 6 | 460 4.60 85.51 7 | 142 1.42 86.93 8 | 170 1.70 88.63 9 | 51 0.51 89.14 10 | 278 2.78 91.92 11 | 11 0.11 92.03 12 | 300 3.00 95.03 13 | 15 0.15 95.18 14 | 20 0.20 95.38 15 | 104 1.04 96.42 16 | 24 0.24 96.66 17 | 12 0.12 96.78 18 | 12 0.12 96.90 19 | 6 0.06 96.96 20 | 80 0.80 97.76 21 | 2 0.02 97.78 22 | 7 0.07 97.85 23 | 1 0.01 97.86 24 | 31 0.31 98.17 25 | 38 0.38 98.55 26 | 11 0.11 98.66 28 | 4 0.04 98.70 29 | 1 0.01 98.71 30 | 38 0.38 99.09 32 | 3 0.03 99.12 33 | 2 0.02 99.14 34 | 2 0.02 99.16 35 | 10 0.10 99.26 36 | 7 0.07 99.33 40 | 16 0.16 99.49 45 | 5 0.05 99.54 48 | 2 0.02 99.56 50 | 15 0.15 99.71 52 | 4 0.04 99.75 56 | 2 0.02 99.77 60 | 2 0.02 99.79 64 | 1 0.01 99.80 68 | 1 0.01 99.81 70 | 1 0.01 99.82 75 | 3 0.03 99.85 79 | 1 0.01 99.86 90 | 1 0.01 99.87 100 | 3 0.03 99.90 120 | 2 0.02 99.92 144 | 1 0.01 99.93 150 | 1 0.01 99.94 156 | 2 0.02 99.96 165 | 1 0.01 99.97 200 | 1 0.01 99.98 250 | 1 0.01 99.99 300 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of adocnum variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EDOCNUM | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,449 94.49 94.49 Statistical imputation (hot | 549 5.49 99.98 Logical imputation (derivation) | 2 0.02 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of thipay variable in sipp1996tm96puw9 dataset : ME: Amount paid for | health insurance in | past | Freq. Percent Cum. ------------------------+----------------------------------- Not in universe or none | 7,028 70.28 70.28 1 | 6 0.06 70.34 2 | 13 0.13 70.47 5 | 1 0.01 70.48 9 | 1 0.01 70.49 10 | 1 0.01 70.50 12 | 1 0.01 70.51 15 | 1 0.01 70.52 17 | 1 0.01 70.53 18 | 1 0.01 70.54 20 | 9 0.09 70.63 23 | 1 0.01 70.64 25 | 5 0.05 70.69 26 | 3 0.03 70.72 30 | 1 0.01 70.73 31 | 1 0.01 70.74 32 | 1 0.01 70.75 37 | 1 0.01 70.76 40 | 4 0.04 70.80 41 | 2 0.02 70.82 45 | 2 0.02 70.84 48 | 4 0.04 70.88 50 | 3 0.03 70.91 52 | 7 0.07 70.98 54 | 1 0.01 70.99 55 | 1 0.01 71.00 56 | 1 0.01 71.01 57 | 2 0.02 71.03 58 | 2 0.02 71.05 60 | 8 0.08 71.13 66 | 2 0.02 71.15 68 | 2 0.02 71.17 70 | 1 0.01 71.18 71 | 1 0.01 71.19 72 | 5 0.05 71.24 75 | 8 0.08 71.32 76 | 1 0.01 71.33 80 | 2 0.02 71.35 81 | 1 0.01 71.36 85 | 1 0.01 71.37 90 | 8 0.08 71.45 92 | 1 0.01 71.46 94 | 1 0.01 71.47 96 | 5 0.05 71.52 100 | 18 0.18 71.70 104 | 11 0.11 71.81 105 | 2 0.02 71.83 108 | 4 0.04 71.87 110 | 1 0.01 71.88 111 | 2 0.02 71.90 112 | 1 0.01 71.91 114 | 1 0.01 71.92 116 | 1 0.01 71.93 120 | 28 0.28 72.21 121 | 1 0.01 72.22 124 | 1 0.01 72.23 127 | 1 0.01 72.24 128 | 1 0.01 72.25 130 | 7 0.07 72.32 132 | 3 0.03 72.35 133 | 1 0.01 72.36 136 | 2 0.02 72.38 138 | 1 0.01 72.39 140 | 2 0.02 72.41 142 | 1 0.01 72.42 144 | 10 0.10 72.52 149 | 1 0.01 72.53 150 | 14 0.14 72.67 156 | 5 0.05 72.72 159 | 1 0.01 72.73 160 | 3 0.03 72.76 161 | 1 0.01 72.77 168 | 5 0.05 72.82 180 | 18 0.18 73.00 182 | 1 0.01 73.01 188 | 2 0.02 73.03 190 | 1 0.01 73.04 192 | 5 0.05 73.09 198 | 1 0.01 73.10 200 | 41 0.41 73.51 204 | 2 0.02 73.53 208 | 11 0.11 73.64 210 | 1 0.01 73.65 212 | 1 0.01 73.66 216 | 1 0.01 73.67 220 | 2 0.02 73.69 222 | 1 0.01 73.70 225 | 1 0.01 73.71 231 | 1 0.01 73.72 240 | 39 0.39 74.11 242 | 2 0.02 74.13 244 | 1 0.01 74.14 248 | 1 0.01 74.15 250 | 13 0.13 74.28 252 | 1 0.01 74.29 253 | 1 0.01 74.30 255 | 3 0.03 74.33 256 | 1 0.01 74.34 260 | 9 0.09 74.43 264 | 1 0.01 74.44 269 | 1 0.01 74.45 270 | 7 0.07 74.52 272 | 1 0.01 74.53 275 | 2 0.02 74.55 276 | 1 0.01 74.56 280 | 1 0.01 74.57 281 | 2 0.02 74.59 286 | 3 0.03 74.62 287 | 1 0.01 74.63 288 | 4 0.04 74.67 298 | 1 0.01 74.68 300 | 50 0.50 75.18 307 | 1 0.01 75.19 310 | 1 0.01 75.20 312 | 7 0.07 75.27 318 | 1 0.01 75.28 319 | 2 0.02 75.30 320 | 11 0.11 75.41 325 | 1 0.01 75.42 327 | 3 0.03 75.45 336 | 2 0.02 75.47 338 | 1 0.01 75.48 339 | 2 0.02 75.50 340 | 1 0.01 75.51 344 | 2 0.02 75.53 345 | 1 0.01 75.54 347 | 1 0.01 75.55 350 | 17 0.17 75.72 355 | 1 0.01 75.73 356 | 1 0.01 75.74 360 | 47 0.47 76.21 364 | 6 0.06 76.27 365 | 3 0.03 76.30 370 | 2 0.02 76.32 376 | 2 0.02 76.34 377 | 1 0.01 76.35 378 | 1 0.01 76.36 382 | 1 0.01 76.37 384 | 7 0.07 76.44 385 | 1 0.01 76.45 390 | 7 0.07 76.52 393 | 1 0.01 76.53 399 | 1 0.01 76.54 400 | 43 0.43 76.97 408 | 2 0.02 76.99 414 | 1 0.01 77.00 416 | 4 0.04 77.04 420 | 4 0.04 77.08 424 | 1 0.01 77.09 430 | 1 0.01 77.10 432 | 3 0.03 77.13 440 | 4 0.04 77.17 442 | 3 0.03 77.20 444 | 1 0.01 77.21 445 | 2 0.02 77.23 446 | 1 0.01 77.24 450 | 11 0.11 77.35 456 | 5 0.05 77.40 457 | 1 0.01 77.41 460 | 5 0.05 77.46 464 | 1 0.01 77.47 468 | 6 0.06 77.53 472 | 1 0.01 77.54 474 | 1 0.01 77.55 476 | 1 0.01 77.56 477 | 1 0.01 77.57 480 | 43 0.43 78.00 481 | 2 0.02 78.02 482 | 1 0.01 78.03 484 | 4 0.04 78.07 490 | 4 0.04 78.11 491 | 1 0.01 78.12 492 | 3 0.03 78.15 494 | 3 0.03 78.18 495 | 1 0.01 78.19 498 | 2 0.02 78.21 500 | 102 1.02 79.23 504 | 17 0.17 79.40 505 | 1 0.01 79.41 506 | 1 0.01 79.42 516 | 10 0.10 79.52 520 | 27 0.27 79.79 522 | 1 0.01 79.80 523 | 3 0.03 79.83 524 | 2 0.02 79.85 525 | 10 0.10 79.95 526 | 12 0.12 80.07 528 | 5 0.05 80.12 534 | 1 0.01 80.13 535 | 1 0.01 80.14 536 | 1 0.01 80.15 538 | 1 0.01 80.16 539 | 1 0.01 80.17 540 | 17 0.17 80.34 545 | 1 0.01 80.35 546 | 1 0.01 80.36 547 | 1 0.01 80.37 550 | 18 0.18 80.55 552 | 7 0.07 80.62 556 | 1 0.01 80.63 558 | 1 0.01 80.64 560 | 1 0.01 80.65 561 | 3 0.03 80.68 562 | 1 0.01 80.69 564 | 10 0.10 80.79 565 | 1 0.01 80.80 569 | 4 0.04 80.84 570 | 3 0.03 80.87 572 | 3 0.03 80.90 575 | 1 0.01 80.91 576 | 7 0.07 80.98 578 | 1 0.01 80.99 580 | 2 0.02 81.01 582 | 1 0.01 81.02 583 | 1 0.01 81.03 588 | 1 0.01 81.04 590 | 1 0.01 81.05 598 | 3 0.03 81.08 600 | 97 0.97 82.05 601 | 3 0.03 82.08 603 | 1 0.01 82.09 604 | 1 0.01 82.10 605 | 1 0.01 82.11 606 | 1 0.01 82.12 610 | 1 0.01 82.13 612 | 1 0.01 82.14 614 | 1 0.01 82.15 620 | 1 0.01 82.16 621 | 1 0.01 82.17 622 | 1 0.01 82.18 624 | 14 0.14 82.32 625 | 2 0.02 82.34 631 | 2 0.02 82.36 636 | 2 0.02 82.38 637 | 1 0.01 82.39 640 | 5 0.05 82.44 648 | 9 0.09 82.53 650 | 10 0.10 82.63 651 | 1 0.01 82.64 654 | 1 0.01 82.65 660 | 5 0.05 82.70 668 | 1 0.01 82.71 672 | 5 0.05 82.76 676 | 1 0.01 82.77 679 | 3 0.03 82.80 684 | 1 0.01 82.81 685 | 2 0.02 82.83 686 | 2 0.02 82.85 690 | 1 0.01 82.86 696 | 3 0.03 82.89 700 | 36 0.36 83.25 702 | 2 0.02 83.27 708 | 4 0.04 83.31 720 | 42 0.42 83.73 728 | 3 0.03 83.76 730 | 2 0.02 83.78 732 | 1 0.01 83.79 736 | 1 0.01 83.80 738 | 1 0.01 83.81 740 | 6 0.06 83.87 744 | 6 0.06 83.93 748 | 1 0.01 83.94 749 | 2 0.02 83.96 750 | 11 0.11 84.07 751 | 1 0.01 84.08 752 | 1 0.01 84.09 755 | 2 0.02 84.11 756 | 1 0.01 84.12 767 | 1 0.01 84.13 768 | 3 0.03 84.16 770 | 2 0.02 84.18 776 | 2 0.02 84.20 779 | 1 0.01 84.21 780 | 35 0.35 84.56 783 | 1 0.01 84.57 790 | 1 0.01 84.58 792 | 4 0.04 84.62 800 | 27 0.27 84.89 807 | 3 0.03 84.92 810 | 2 0.02 84.94 814 | 1 0.01 84.95 816 | 7 0.07 85.02 818 | 5 0.05 85.07 820 | 3 0.03 85.10 824 | 1 0.01 85.11 825 | 6 0.06 85.17 832 | 12 0.12 85.29 840 | 14 0.14 85.43 850 | 7 0.07 85.50 856 | 1 0.01 85.51 858 | 4 0.04 85.55 860 | 1 0.01 85.56 864 | 6 0.06 85.62 865 | 1 0.01 85.63 871 | 1 0.01 85.64 872 | 1 0.01 85.65 876 | 2 0.02 85.67 882 | 1 0.01 85.68 884 | 2 0.02 85.70 888 | 2 0.02 85.72 890 | 3 0.03 85.75 895 | 2 0.02 85.77 898 | 1 0.01 85.78 900 | 28 0.28 86.06 910 | 2 0.02 86.08 912 | 4 0.04 86.12 920 | 1 0.01 86.13 923 | 2 0.02 86.15 930 | 1 0.01 86.16 936 | 7 0.07 86.23 937 | 2 0.02 86.25 938 | 1 0.01 86.26 948 | 4 0.04 86.30 950 | 5 0.05 86.35 951 | 1 0.01 86.36 955 | 1 0.01 86.37 960 | 48 0.48 86.85 962 | 2 0.02 86.87 964 | 1 0.01 86.88 972 | 5 0.05 86.93 974 | 1 0.01 86.94 976 | 1 0.01 86.95 980 | 1 0.01 86.96 984 | 4 0.04 87.00 987 | 1 0.01 87.01 988 | 3 0.03 87.04 990 | 1 0.01 87.05 992 | 2 0.02 87.07 996 | 2 0.02 87.09 998 | 1 0.01 87.10 1000 | 49 0.49 87.59 1008 | 2 0.02 87.61 1010 | 1 0.01 87.62 1012 | 1 0.01 87.63 1013 | 1 0.01 87.64 1020 | 8 0.08 87.72 1025 | 1 0.01 87.73 1026 | 1 0.01 87.74 1032 | 1 0.01 87.75 1037 | 1 0.01 87.76 1040 | 10 0.10 87.86 1044 | 2 0.02 87.88 1047 | 1 0.01 87.89 1050 | 4 0.04 87.93 1056 | 7 0.07 88.00 1060 | 1 0.01 88.01 1061 | 1 0.01 88.02 1062 | 2 0.02 88.04 1065 | 1 0.01 88.05 1066 | 1 0.01 88.06 1068 | 1 0.01 88.07 1076 | 1 0.01 88.08 1078 | 1 0.01 88.09 1080 | 24 0.24 88.33 1092 | 4 0.04 88.37 1100 | 15 0.15 88.52 1107 | 2 0.02 88.54 1108 | 1 0.01 88.55 1110 | 1 0.01 88.56 1112 | 2 0.02 88.58 1116 | 1 0.01 88.59 1118 | 3 0.03 88.62 1120 | 1 0.01 88.63 1125 | 1 0.01 88.64 1140 | 3 0.03 88.67 1143 | 1 0.01 88.68 1144 | 1 0.01 88.69 1150 | 4 0.04 88.73 1152 | 1 0.01 88.74 1153 | 1 0.01 88.75 1156 | 1 0.01 88.76 1158 | 1 0.01 88.77 1162 | 2 0.02 88.79 1170 | 5 0.05 88.84 1176 | 3 0.03 88.87 1178 | 3 0.03 88.90 1180 | 3 0.03 88.93 1188 | 1 0.01 88.94 1193 | 1 0.01 88.95 1196 | 1 0.01 88.96 1200 | 134 1.34 90.30 1204 | 1 0.01 90.31 1212 | 3 0.03 90.34 1214 | 1 0.01 90.35 1215 | 3 0.03 90.38 1216 | 1 0.01 90.39 1224 | 2 0.02 90.41 1235 | 1 0.01 90.42 1236 | 1 0.01 90.43 1240 | 4 0.04 90.47 1244 | 1 0.01 90.48 1245 | 2 0.02 90.50 1248 | 4 0.04 90.54 1250 | 4 0.04 90.58 1255 | 1 0.01 90.59 1260 | 3 0.03 90.62 1268 | 3 0.03 90.65 1272 | 5 0.05 90.70 1274 | 1 0.01 90.71 1275 | 1 0.01 90.72 1288 | 1 0.01 90.73 1294 | 2 0.02 90.75 1296 | 3 0.03 90.78 1300 | 34 0.34 91.12 1308 | 3 0.03 91.15 1319 | 4 0.04 91.19 1320 | 9 0.09 91.28 1322 | 1 0.01 91.29 1324 | 1 0.01 91.30 1325 | 1 0.01 91.31 1326 | 1 0.01 91.32 1328 | 2 0.02 91.34 1340 | 4 0.04 91.38 1344 | 1 0.01 91.39 1350 | 3 0.03 91.42 1352 | 2 0.02 91.44 1356 | 1 0.01 91.45 1360 | 1 0.01 91.46 1368 | 4 0.04 91.50 1370 | 1 0.01 91.51 1378 | 2 0.02 91.53 1379 | 2 0.02 91.55 1380 | 1 0.01 91.56 1384 | 1 0.01 91.57 1388 | 1 0.01 91.58 1395 | 1 0.01 91.59 1400 | 20 0.20 91.79 1402 | 1 0.01 91.80 1404 | 2 0.02 91.82 1408 | 1 0.01 91.83 1410 | 1 0.01 91.84 1416 | 5 0.05 91.89 1420 | 1 0.01 91.90 1426 | 1 0.01 91.91 1430 | 1 0.01 91.92 1438 | 1 0.01 91.93 1440 | 17 0.17 92.10 1443 | 2 0.02 92.12 1444 | 1 0.01 92.13 1445 | 1 0.01 92.14 1450 | 6 0.06 92.20 1452 | 2 0.02 92.22 1455 | 1 0.01 92.23 1456 | 2 0.02 92.25 1460 | 2 0.02 92.27 1461 | 1 0.01 92.28 1464 | 1 0.01 92.29 1465 | 1 0.01 92.30 1469 | 3 0.03 92.33 1470 | 1 0.01 92.34 1471 | 1 0.01 92.35 1476 | 1 0.01 92.36 1479 | 1 0.01 92.37 1486 | 1 0.01 92.38 1488 | 2 0.02 92.40 1500 | 47 0.47 92.87 1502 | 1 0.01 92.88 1505 | 1 0.01 92.89 1508 | 2 0.02 92.91 1512 | 1 0.01 92.92 1522 | 1 0.01 92.93 1524 | 1 0.01 92.94 1529 | 2 0.02 92.96 1536 | 3 0.03 92.99 1550 | 1 0.01 93.00 1557 | 1 0.01 93.01 1560 | 16 0.16 93.17 1562 | 2 0.02 93.19 1571 | 2 0.02 93.21 1572 | 1 0.01 93.22 1576 | 3 0.03 93.25 1584 | 5 0.05 93.30 1590 | 1 0.01 93.31 1600 | 20 0.20 93.51 1606 | 2 0.02 93.53 1608 | 1 0.01 93.54 1610 | 1 0.01 93.55 1612 | 1 0.01 93.56 1620 | 1 0.01 93.57 1621 | 1 0.01 93.58 1640 | 2 0.02 93.60 1644 | 2 0.02 93.62 1650 | 4 0.04 93.66 1656 | 5 0.05 93.71 1664 | 2 0.02 93.73 1668 | 4 0.04 93.77 1674 | 1 0.01 93.78 1680 | 9 0.09 93.87 1682 | 1 0.01 93.88 1690 | 2 0.02 93.90 1696 | 1 0.01 93.91 1700 | 11 0.11 94.02 1704 | 2 0.02 94.04 1706 | 1 0.01 94.05 1717 | 1 0.01 94.06 1722 | 1 0.01 94.07 1725 | 3 0.03 94.10 1728 | 1 0.01 94.11 1740 | 3 0.03 94.14 1752 | 1 0.01 94.15 1761 | 1 0.01 94.16 1763 | 1 0.01 94.17 1764 | 2 0.02 94.19 1768 | 1 0.01 94.20 1770 | 3 0.03 94.23 1776 | 6 0.06 94.29 1782 | 1 0.01 94.30 1788 | 1 0.01 94.31 1792 | 1 0.01 94.32 1794 | 1 0.01 94.33 1795 | 1 0.01 94.34 1798 | 1 0.01 94.35 1800 | 41 0.41 94.76 1804 | 1 0.01 94.77 1818 | 1 0.01 94.78 1820 | 6 0.06 94.84 1824 | 1 0.01 94.85 1825 | 1 0.01 94.86 1826 | 1 0.01 94.87 1836 | 2 0.02 94.89 1840 | 1 0.01 94.90 1860 | 1 0.01 94.91 1864 | 1 0.01 94.92 1865 | 2 0.02 94.94 1868 | 1 0.01 94.95 1872 | 5 0.05 95.00 1880 | 1 0.01 95.01 1898 | 1 0.01 95.02 1900 | 6 0.06 95.08 1901 | 1 0.01 95.09 1911 | 1 0.01 95.10 1920 | 6 0.06 95.16 1926 | 1 0.01 95.17 1950 | 2 0.02 95.19 1956 | 2 0.02 95.21 1962 | 1 0.01 95.22 1968 | 1 0.01 95.23 1976 | 1 0.01 95.24 1980 | 2 0.02 95.26 1981 | 1 0.01 95.27 2000 | 28 0.28 95.55 2002 | 2 0.02 95.57 2009 | 1 0.01 95.58 2020 | 1 0.01 95.59 2027 | 1 0.01 95.60 2028 | 1 0.01 95.61 2030 | 1 0.01 95.62 2040 | 2 0.02 95.64 2050 | 1 0.01 95.65 2052 | 2 0.02 95.67 2054 | 1 0.01 95.68 2064 | 1 0.01 95.69 2072 | 1 0.01 95.70 2076 | 1 0.01 95.71 2080 | 5 0.05 95.76 2091 | 1 0.01 95.77 2093 | 1 0.01 95.78 2100 | 13 0.13 95.91 2112 | 1 0.01 95.92 2116 | 2 0.02 95.94 2124 | 1 0.01 95.95 2125 | 1 0.01 95.96 2130 | 1 0.01 95.97 2136 | 2 0.02 95.99 2140 | 1 0.01 96.00 2146 | 1 0.01 96.01 2160 | 6 0.06 96.07 2196 | 1 0.01 96.08 2200 | 10 0.10 96.18 2210 | 2 0.02 96.20 2219 | 1 0.01 96.21 2220 | 4 0.04 96.25 2230 | 2 0.02 96.27 2232 | 1 0.01 96.28 2244 | 4 0.04 96.32 2258 | 4 0.04 96.36 2277 | 1 0.01 96.37 2280 | 2 0.02 96.39 2288 | 2 0.02 96.41 2300 | 6 0.06 96.47 2304 | 1 0.01 96.48 2318 | 1 0.01 96.49 2320 | 1 0.01 96.50 2325 | 1 0.01 96.51 2332 | 1 0.01 96.52 2337 | 1 0.01 96.53 2343 | 1 0.01 96.54 2352 | 1 0.01 96.55 2392 | 1 0.01 96.56 2400 | 35 0.35 96.91 2402 | 1 0.01 96.92 2420 | 2 0.02 96.94 2444 | 1 0.01 96.95 2448 | 2 0.02 96.97 2450 | 3 0.03 97.00 2464 | 1 0.01 97.01 2472 | 1 0.01 97.02 2475 | 1 0.01 97.03 2478 | 1 0.01 97.04 2480 | 1 0.01 97.05 2481 | 1 0.01 97.06 2495 | 1 0.01 97.07 2496 | 3 0.03 97.10 2500 | 13 0.13 97.23 2548 | 1 0.01 97.24 2576 | 1 0.01 97.25 2580 | 3 0.03 97.28 2600 | 7 0.07 97.35 2601 | 1 0.01 97.36 2607 | 4 0.04 97.40 2628 | 1 0.01 97.41 2640 | 3 0.03 97.44 2643 | 1 0.01 97.45 2652 | 1 0.01 97.46 2666 | 1 0.01 97.47 2676 | 2 0.02 97.49 2680 | 1 0.01 97.50 2700 | 7 0.07 97.57 2703 | 1 0.01 97.58 2736 | 1 0.01 97.59 2758 | 1 0.01 97.60 2764 | 1 0.01 97.61 2771 | 2 0.02 97.63 2780 | 1 0.01 97.64 2800 | 3 0.03 97.67 2810 | 1 0.01 97.68 2816 | 1 0.01 97.69 2838 | 1 0.01 97.70 2840 | 1 0.01 97.71 2868 | 2 0.02 97.73 2880 | 4 0.04 97.77 2900 | 4 0.04 97.81 2903 | 1 0.01 97.82 2925 | 1 0.01 97.83 2964 | 2 0.02 97.85 2972 | 1 0.01 97.86 3000 | 26 0.26 98.12 3024 | 1 0.01 98.13 3036 | 1 0.01 98.14 3068 | 2 0.02 98.16 3084 | 1 0.01 98.17 3100 | 1 0.01 98.18 3120 | 4 0.04 98.22 3192 | 1 0.01 98.23 3200 | 1 0.01 98.24 3228 | 1 0.01 98.25 3250 | 1 0.01 98.26 3264 | 1 0.01 98.27 3300 | 2 0.02 98.29 3320 | 1 0.01 98.30 3340 | 1 0.01 98.31 3360 | 3 0.03 98.34 3380 | 2 0.02 98.36 3396 | 2 0.02 98.38 3400 | 1 0.01 98.39 3406 | 1 0.01 98.40 3449 | 1 0.01 98.41 3470 | 2 0.02 98.43 3480 | 1 0.01 98.44 3500 | 4 0.04 98.48 3504 | 3 0.03 98.51 3600 | 23 0.23 98.74 3624 | 2 0.02 98.76 3640 | 1 0.01 98.77 3644 | 1 0.01 98.78 3650 | 1 0.01 98.79 3672 | 1 0.01 98.80 3700 | 3 0.03 98.83 3750 | 1 0.01 98.84 3795 | 1 0.01 98.85 3840 | 5 0.05 98.90 3900 | 3 0.03 98.93 3936 | 1 0.01 98.94 3960 | 1 0.01 98.95 4000 | 6 0.06 99.01 4010 | 2 0.02 99.03 4056 | 5 0.05 99.08 4058 | 1 0.01 99.09 4149 | 1 0.01 99.10 4160 | 1 0.01 99.11 4200 | 3 0.03 99.14 4272 | 1 0.01 99.15 4300 | 2 0.02 99.17 4311 | 1 0.01 99.18 4316 | 1 0.01 99.19 4364 | 1 0.01 99.20 4400 | 1 0.01 99.21 4428 | 1 0.01 99.22 4500 | 10 0.10 99.32 4533 | 1 0.01 99.33 4620 | 1 0.01 99.34 4680 | 1 0.01 99.35 4740 | 1 0.01 99.36 4800 | 7 0.07 99.43 4811 | 2 0.02 99.45 4830 | 1 0.01 99.46 4942 | 1 0.01 99.47 5000 | 53 0.53 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahipay variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EHIPAY | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,836 88.36 88.36 Statistical imputation (hot | 710 7.10 95.46 Logical imputation (derivation) | 454 4.54 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of epresdrg variable in sipp1996tm96puw9 dataset : ME: | Prescription | medication use | in the last | Freq. Percent Cum. ----------------+----------------------------------- Yes | 5,166 51.66 51.66 No | 4,834 48.34 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of apresdrg variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EPRESDRG / EPRSDRGS | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,437 94.37 94.37 Statistical imputation (hot | 11 0.11 94.48 Logical imputation (derivation) | 552 5.52 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of edalydrg variable in sipp1996tm96puw9 dataset : ME: Report of | daily | prescription | medicine | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 4,834 48.34 48.34 Yes | 3,148 31.48 79.82 No | 2,018 20.18 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of adalydrg variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EDALYDRG | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,982 99.82 99.82 Cold deck imputation | 18 0.18 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eflshyn variable in sipp1996tm96puw9 dataset : ME: Report of | flashcard | pamphlet usage | Freq. Percent Cum. ----------------+----------------------------------- Refused | 130 1.30 1.30 Don't know | 27 0.27 1.57 Not in universe | 4,629 46.29 47.86 Yes | 1,054 10.54 58.40 No | 4,160 41.60 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of evisdent variable in sipp1996tm96puw9 dataset : ME: Frequency of dental | visits in past 12 | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 4,030 40.30 40.30 1 | 1,884 18.84 59.14 2 | 2,724 27.24 86.38 3 | 523 5.23 91.61 4 | 324 3.24 94.85 5 | 131 1.31 96.16 6 | 123 1.23 97.39 7 | 31 0.31 97.70 8 | 51 0.51 98.21 9 | 12 0.12 98.33 10 | 52 0.52 98.85 11 | 4 0.04 98.89 12 | 65 0.65 99.54 13 | 3 0.03 99.57 14 | 14 0.14 99.71 15 | 18 0.18 99.89 16 | 2 0.02 99.91 20 | 5 0.05 99.96 24 | 1 0.01 99.97 30 | 1 0.01 99.98 35 | 1 0.01 99.99 100 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of avisdent variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EVISDENT | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,481 94.81 94.81 Statistical imputation (hot | 519 5.19 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of edenseal variable in sipp1996tm96puw9 dataset : ME: Report of | child's dental | sealant use | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,773 87.73 87.73 Yes | 547 5.47 93.20 No | 680 6.80 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of adenseal variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EDENSEAL | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,945 99.45 99.45 Statistical imputation (hot | 55 0.55 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of elostth variable in sipp1996tm96puw9 dataset : ME: Report of | adult tooth | loss (yes/no) | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 2,157 21.57 21.57 Yes | 3,965 39.65 61.22 No | 3,878 38.78 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of alostth variable in sipp1996tm96puw9 dataset : ME: Allocation flag for ELOSTTH | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,522 95.22 95.22 Statistical imputation (hot | 478 4.78 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eallth variable in sipp1996tm96puw9 dataset : ME: Report of | complete adult | tooth loss | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 6,035 60.35 60.35 Yes | 702 7.02 67.37 No | 3,263 32.63 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aallth variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EALLTH | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,745 97.45 97.45 Statistical imputation (hot | 255 2.55 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of evisdoc variable in sipp1996tm96puw9 dataset : ME: Frequency of | medical provider | visits, | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 2,202 22.02 22.02 1 | 1,783 17.83 39.85 2 | 1,685 16.85 56.70 3 | 946 9.46 66.16 4 | 881 8.81 74.97 5 | 396 3.96 78.93 6 | 486 4.86 83.79 7 | 128 1.28 85.07 8 | 180 1.80 86.87 9 | 50 0.50 87.37 10 | 280 2.80 90.17 11 | 13 0.13 90.30 12 | 334 3.34 93.64 13 | 16 0.16 93.80 14 | 24 0.24 94.04 15 | 120 1.20 95.24 16 | 27 0.27 95.51 17 | 9 0.09 95.60 18 | 19 0.19 95.79 19 | 9 0.09 95.88 20 | 101 1.01 96.89 21 | 6 0.06 96.95 22 | 5 0.05 97.00 23 | 1 0.01 97.01 24 | 28 0.28 97.29 25 | 44 0.44 97.73 26 | 15 0.15 97.88 27 | 1 0.01 97.89 28 | 5 0.05 97.94 29 | 3 0.03 97.97 30 | 56 0.56 98.53 31 | 1 0.01 98.54 32 | 7 0.07 98.61 33 | 2 0.02 98.63 34 | 4 0.04 98.67 35 | 11 0.11 98.78 36 | 8 0.08 98.86 40 | 27 0.27 99.13 44 | 1 0.01 99.14 45 | 4 0.04 99.18 48 | 5 0.05 99.23 49 | 1 0.01 99.24 50 | 24 0.24 99.48 52 | 6 0.06 99.54 55 | 5 0.05 99.59 56 | 2 0.02 99.61 60 | 4 0.04 99.65 62 | 1 0.01 99.66 64 | 1 0.01 99.67 67 | 2 0.02 99.69 68 | 1 0.01 99.70 70 | 2 0.02 99.72 73 | 1 0.01 99.73 75 | 3 0.03 99.76 80 | 1 0.01 99.77 100 | 4 0.04 99.81 104 | 1 0.01 99.82 116 | 1 0.01 99.83 120 | 2 0.02 99.85 144 | 1 0.01 99.86 150 | 2 0.02 99.88 156 | 2 0.02 99.90 172 | 1 0.01 99.91 175 | 1 0.01 99.92 176 | 1 0.01 99.93 180 | 1 0.01 99.94 181 | 1 0.01 99.95 200 | 1 0.01 99.96 213 | 1 0.01 99.97 250 | 1 0.01 99.98 300 | 1 0.01 99.99 365 | 1 0.01 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of avisdoc variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EVISDOC | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,345 93.45 93.45 Statistical imputation (hot | 655 6.55 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emdspnd variable in sipp1996tm96puw9 dataset : ME: Did | respondent buy | medical | supplies in | Freq. Percent Cum. ----------------+----------------------------------- Yes | 5,901 59.01 59.01 No | 4,099 40.99 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amdspnd variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EMDSPND | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,478 94.78 94.78 Statistical imputation (hot | 11 0.11 94.89 Cold deck imputation | 511 5.11 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of emdspnds variable in sipp1996tm96puw9 dataset : ME: Did | respondent buy | medical | supplies for | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,776 87.76 87.76 Yes | 739 7.39 95.15 No | 485 4.85 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amdspnds variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EMDSPNDS | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,765 97.65 97.65 Statistical imputation (hot | 235 2.35 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of edaysick variable in sipp1996tm96puw9 dataset : ME: Number of sickdays | in past 12 months | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 6,755 67.55 67.55 1 | 604 6.04 73.59 2 | 854 8.54 82.13 3 | 397 3.97 86.10 4 | 197 1.97 88.07 5 | 206 2.06 90.13 6 | 69 0.69 90.82 7 | 181 1.81 92.63 8 | 27 0.27 92.90 9 | 13 0.13 93.03 10 | 115 1.15 94.18 11 | 5 0.05 94.23 12 | 53 0.53 94.76 13 | 4 0.04 94.80 14 | 68 0.68 95.48 15 | 45 0.45 95.93 16 | 7 0.07 96.00 17 | 5 0.05 96.05 18 | 1 0.01 96.06 19 | 2 0.02 96.08 20 | 46 0.46 96.54 21 | 37 0.37 96.91 22 | 5 0.05 96.96 23 | 3 0.03 96.99 24 | 6 0.06 97.05 25 | 10 0.10 97.15 26 | 3 0.03 97.18 27 | 3 0.03 97.21 28 | 11 0.11 97.32 29 | 1 0.01 97.33 30 | 63 0.63 97.96 32 | 3 0.03 97.99 34 | 2 0.02 98.01 35 | 10 0.10 98.11 36 | 1 0.01 98.12 38 | 2 0.02 98.14 40 | 13 0.13 98.27 42 | 2 0.02 98.29 45 | 7 0.07 98.36 48 | 1 0.01 98.37 49 | 4 0.04 98.41 50 | 7 0.07 98.48 55 | 1 0.01 98.49 56 | 1 0.01 98.50 60 | 21 0.21 98.71 63 | 1 0.01 98.72 67 | 2 0.02 98.74 70 | 2 0.02 98.76 72 | 1 0.01 98.77 75 | 2 0.02 98.79 77 | 1 0.01 98.80 80 | 1 0.01 98.81 90 | 9 0.09 98.90 95 | 1 0.01 98.91 99 | 2 0.02 98.93 100 | 14 0.14 99.07 104 | 1 0.01 99.08 110 | 1 0.01 99.09 112 | 1 0.01 99.10 120 | 9 0.09 99.19 125 | 2 0.02 99.21 140 | 2 0.02 99.23 150 | 12 0.12 99.35 156 | 3 0.03 99.38 160 | 1 0.01 99.39 175 | 1 0.01 99.40 180 | 4 0.04 99.44 182 | 1 0.01 99.45 185 | 1 0.01 99.46 200 | 9 0.09 99.55 250 | 1 0.01 99.56 275 | 2 0.02 99.58 300 | 8 0.08 99.66 350 | 1 0.01 99.67 351 | 1 0.01 99.68 360 | 2 0.02 99.70 365 | 30 0.30 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of adaysick variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EDAYSICK | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,415 94.15 94.15 Statistical imputation (hot | 585 5.85 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of tmdpay variable in sipp1996tm96puw9 dataset : ME: Cost of respondent | medical care in past | Freq. Percent Cum. ------------------------+----------------------------------- Not in universe or none | 5,160 51.60 51.60 1 | 7 0.07 51.67 2 | 19 0.19 51.86 3 | 1 0.01 51.87 4 | 5 0.05 51.92 5 | 18 0.18 52.10 6 | 4 0.04 52.14 7 | 4 0.04 52.18 10 | 85 0.85 53.03 12 | 8 0.08 53.11 14 | 3 0.03 53.14 15 | 51 0.51 53.65 16 | 6 0.06 53.71 18 | 2 0.02 53.73 20 | 150 1.50 55.23 21 | 1 0.01 55.24 22 | 1 0.01 55.25 24 | 4 0.04 55.29 25 | 52 0.52 55.81 26 | 3 0.03 55.84 27 | 2 0.02 55.86 28 | 2 0.02 55.88 30 | 91 0.91 56.79 32 | 2 0.02 56.81 34 | 1 0.01 56.82 35 | 16 0.16 56.98 36 | 3 0.03 57.01 38 | 3 0.03 57.04 39 | 1 0.01 57.05 40 | 72 0.72 57.77 41 | 1 0.01 57.78 42 | 1 0.01 57.79 44 | 3 0.03 57.82 45 | 14 0.14 57.96 47 | 1 0.01 57.97 48 | 2 0.02 57.99 49 | 2 0.02 58.01 50 | 228 2.28 60.29 53 | 3 0.03 60.32 55 | 10 0.10 60.42 56 | 2 0.02 60.44 57 | 2 0.02 60.46 58 | 1 0.01 60.47 59 | 1 0.01 60.48 60 | 65 0.65 61.13 61 | 2 0.02 61.15 63 | 1 0.01 61.16 65 | 5 0.05 61.21 66 | 1 0.01 61.22 70 | 31 0.31 61.53 72 | 1 0.01 61.54 73 | 2 0.02 61.56 75 | 49 0.49 62.05 76 | 1 0.01 62.06 78 | 1 0.01 62.07 79 | 3 0.03 62.10 80 | 49 0.49 62.59 82 | 1 0.01 62.60 84 | 5 0.05 62.65 85 | 3 0.03 62.68 86 | 2 0.02 62.70 90 | 22 0.22 62.92 92 | 2 0.02 62.94 94 | 1 0.01 62.95 95 | 4 0.04 62.99 96 | 2 0.02 63.01 100 | 375 3.75 66.76 105 | 4 0.04 66.80 109 | 1 0.01 66.81 110 | 9 0.09 66.90 113 | 1 0.01 66.91 115 | 2 0.02 66.93 117 | 1 0.01 66.94 118 | 1 0.01 66.95 120 | 43 0.43 67.38 121 | 1 0.01 67.39 123 | 1 0.01 67.40 125 | 14 0.14 67.54 127 | 1 0.01 67.55 130 | 13 0.13 67.68 131 | 1 0.01 67.69 132 | 1 0.01 67.70 135 | 6 0.06 67.76 140 | 17 0.17 67.93 142 | 1 0.01 67.94 144 | 2 0.02 67.96 145 | 1 0.01 67.97 150 | 134 1.34 69.31 151 | 1 0.01 69.32 152 | 1 0.01 69.33 153 | 2 0.02 69.35 155 | 1 0.01 69.36 158 | 1 0.01 69.37 160 | 21 0.21 69.58 161 | 4 0.04 69.62 164 | 2 0.02 69.64 165 | 3 0.03 69.67 167 | 1 0.01 69.68 168 | 2 0.02 69.70 169 | 1 0.01 69.71 170 | 1 0.01 69.72 173 | 4 0.04 69.76 175 | 14 0.14 69.90 179 | 1 0.01 69.91 180 | 13 0.13 70.04 182 | 1 0.01 70.05 183 | 1 0.01 70.06 185 | 3 0.03 70.09 190 | 6 0.06 70.15 192 | 1 0.01 70.16 196 | 1 0.01 70.17 200 | 370 3.70 73.87 202 | 1 0.01 73.88 204 | 1 0.01 73.89 205 | 1 0.01 73.90 210 | 6 0.06 73.96 212 | 1 0.01 73.97 214 | 1 0.01 73.98 218 | 1 0.01 73.99 219 | 1 0.01 74.00 220 | 11 0.11 74.11 223 | 1 0.01 74.12 225 | 8 0.08 74.20 228 | 1 0.01 74.21 230 | 6 0.06 74.27 236 | 1 0.01 74.28 240 | 15 0.15 74.43 246 | 1 0.01 74.44 247 | 1 0.01 74.45 248 | 4 0.04 74.49 249 | 1 0.01 74.50 250 | 121 1.21 75.71 252 | 1 0.01 75.72 254 | 1 0.01 75.73 256 | 1 0.01 75.74 260 | 8 0.08 75.82 264 | 2 0.02 75.84 267 | 1 0.01 75.85 268 | 1 0.01 75.86 269 | 1 0.01 75.87 270 | 10 0.10 75.97 272 | 1 0.01 75.98 275 | 3 0.03 76.01 279 | 1 0.01 76.02 280 | 3 0.03 76.05 282 | 1 0.01 76.06 284 | 1 0.01 76.07 285 | 4 0.04 76.11 288 | 2 0.02 76.13 290 | 4 0.04 76.17 291 | 1 0.01 76.18 295 | 1 0.01 76.19 299 | 3 0.03 76.22 300 | 297 2.97 79.19 309 | 1 0.01 79.20 310 | 3 0.03 79.23 312 | 1 0.01 79.24 320 | 6 0.06 79.30 324 | 2 0.02 79.32 325 | 8 0.08 79.40 328 | 1 0.01 79.41 329 | 1 0.01 79.42 330 | 6 0.06 79.48 335 | 1 0.01 79.49 340 | 2 0.02 79.51 348 | 1 0.01 79.52 350 | 71 0.71 80.23 354 | 1 0.01 80.24 360 | 16 0.16 80.40 366 | 3 0.03 80.43 367 | 1 0.01 80.44 368 | 1 0.01 80.45 370 | 4 0.04 80.49 373 | 2 0.02 80.51 375 | 1 0.01 80.52 379 | 1 0.01 80.53 380 | 12 0.12 80.65 382 | 11 0.11 80.76 384 | 1 0.01 80.77 385 | 1 0.01 80.78 396 | 1 0.01 80.79 400 | 153 1.53 82.32 405 | 1 0.01 82.33 408 | 2 0.02 82.35 409 | 4 0.04 82.39 410 | 1 0.01 82.40 411 | 1 0.01 82.41 415 | 4 0.04 82.45 418 | 3 0.03 82.48 420 | 5 0.05 82.53 425 | 3 0.03 82.56 427 | 2 0.02 82.58 428 | 1 0.01 82.59 430 | 5 0.05 82.64 435 | 9 0.09 82.73 438 | 1 0.01 82.74 440 | 2 0.02 82.76 442 | 1 0.01 82.77 444 | 2 0.02 82.79 450 | 35 0.35 83.14 460 | 1 0.01 83.15 470 | 3 0.03 83.18 474 | 1 0.01 83.19 475 | 2 0.02 83.21 480 | 5 0.05 83.26 487 | 1 0.01 83.27 490 | 5 0.05 83.32 495 | 3 0.03 83.35 498 | 1 0.01 83.36 500 | 303 3.03 86.39 504 | 1 0.01 86.40 509 | 1 0.01 86.41 510 | 2 0.02 86.43 515 | 1 0.01 86.44 520 | 1 0.01 86.45 530 | 1 0.01 86.46 534 | 2 0.02 86.48 535 | 2 0.02 86.50 536 | 1 0.01 86.51 540 | 6 0.06 86.57 547 | 1 0.01 86.58 550 | 11 0.11 86.69 553 | 1 0.01 86.70 560 | 3 0.03 86.73 564 | 1 0.01 86.74 570 | 1 0.01 86.75 574 | 1 0.01 86.76 576 | 1 0.01 86.77 580 | 5 0.05 86.82 588 | 1 0.01 86.83 595 | 3 0.03 86.86 599 | 1 0.01 86.87 600 | 105 1.05 87.92 609 | 1 0.01 87.93 610 | 2 0.02 87.95 615 | 1 0.01 87.96 622 | 1 0.01 87.97 624 | 1 0.01 87.98 640 | 3 0.03 88.01 642 | 1 0.01 88.02 650 | 19 0.19 88.21 652 | 1 0.01 88.22 655 | 2 0.02 88.24 657 | 1 0.01 88.25 658 | 1 0.01 88.26 660 | 2 0.02 88.28 662 | 1 0.01 88.29 678 | 1 0.01 88.30 682 | 2 0.02 88.32 684 | 2 0.02 88.34 690 | 2 0.02 88.36 693 | 2 0.02 88.38 700 | 59 0.59 88.97 701 | 2 0.02 88.99 720 | 7 0.07 89.06 725 | 2 0.02 89.08 730 | 1 0.01 89.09 731 | 1 0.01 89.10 736 | 1 0.01 89.11 740 | 1 0.01 89.12 745 | 1 0.01 89.13 747 | 2 0.02 89.15 750 | 13 0.13 89.28 760 | 3 0.03 89.31 764 | 2 0.02 89.33 767 | 7 0.07 89.40 780 | 2 0.02 89.42 784 | 2 0.02 89.44 786 | 1 0.01 89.45 790 | 1 0.01 89.46 792 | 1 0.01 89.47 800 | 93 0.93 90.40 801 | 1 0.01 90.41 805 | 2 0.02 90.43 810 | 2 0.02 90.45 812 | 1 0.01 90.46 816 | 2 0.02 90.48 819 | 1 0.01 90.49 820 | 2 0.02 90.51 825 | 2 0.02 90.53 836 | 2 0.02 90.55 838 | 1 0.01 90.56 840 | 2 0.02 90.58 842 | 1 0.01 90.59 850 | 7 0.07 90.66 855 | 2 0.02 90.68 856 | 2 0.02 90.70 860 | 2 0.02 90.72 870 | 2 0.02 90.74 875 | 1 0.01 90.75 881 | 1 0.01 90.76 888 | 1 0.01 90.77 900 | 37 0.37 91.14 911 | 1 0.01 91.15 912 | 1 0.01 91.16 920 | 1 0.01 91.17 930 | 1 0.01 91.18 933 | 1 0.01 91.19 943 | 1 0.01 91.20 945 | 1 0.01 91.21 950 | 3 0.03 91.24 954 | 1 0.01 91.25 960 | 1 0.01 91.26 970 | 1 0.01 91.27 973 | 2 0.02 91.29 982 | 2 0.02 91.31 1000 | 176 1.76 93.07 1005 | 2 0.02 93.09 1023 | 1 0.01 93.10 1025 | 1 0.01 93.11 1026 | 1 0.01 93.12 1035 | 1 0.01 93.13 1050 | 3 0.03 93.16 1055 | 1 0.01 93.17 1073 | 2 0.02 93.19 1080 | 4 0.04 93.23 1082 | 1 0.01 93.24 1099 | 1 0.01 93.25 1100 | 17 0.17 93.42 1110 | 1 0.01 93.43 1120 | 1 0.01 93.44 1126 | 1 0.01 93.45 1130 | 2 0.02 93.47 1139 | 2 0.02 93.49 1160 | 1 0.01 93.50 1168 | 3 0.03 93.53 1173 | 2 0.02 93.55 1200 | 73 0.73 94.28 1223 | 1 0.01 94.29 1230 | 1 0.01 94.30 1235 | 1 0.01 94.31 1250 | 4 0.04 94.35 1272 | 1 0.01 94.36 1300 | 12 0.12 94.48 1330 | 1 0.01 94.49 1345 | 1 0.01 94.50 1350 | 1 0.01 94.51 1360 | 1 0.01 94.52 1362 | 1 0.01 94.53 1366 | 1 0.01 94.54 1368 | 2 0.02 94.56 1370 | 1 0.01 94.57 1375 | 1 0.01 94.58 1380 | 3 0.03 94.61 1400 | 8 0.08 94.69 1425 | 3 0.03 94.72 1431 | 1 0.01 94.73 1432 | 1 0.01 94.74 1452 | 1 0.01 94.75 1460 | 1 0.01 94.76 1480 | 1 0.01 94.77 1482 | 1 0.01 94.78 1500 | 48 0.48 95.26 1502 | 1 0.01 95.27 1512 | 1 0.01 95.28 1520 | 5 0.05 95.33 1536 | 1 0.01 95.34 1547 | 1 0.01 95.35 1548 | 1 0.01 95.36 1560 | 1 0.01 95.37 1579 | 2 0.02 95.39 1600 | 7 0.07 95.46 1605 | 1 0.01 95.47 1610 | 1 0.01 95.48 1624 | 1 0.01 95.49 1626 | 1 0.01 95.50 1630 | 1 0.01 95.51 1650 | 1 0.01 95.52 1684 | 2 0.02 95.54 1694 | 2 0.02 95.56 1700 | 7 0.07 95.63 1750 | 1 0.01 95.64 1764 | 1 0.01 95.65 1800 | 11 0.11 95.76 1820 | 1 0.01 95.77 1839 | 1 0.01 95.78 1841 | 1 0.01 95.79 1848 | 1 0.01 95.80 1877 | 1 0.01 95.81 1900 | 2 0.02 95.83 1920 | 2 0.02 95.85 1935 | 3 0.03 95.88 1938 | 1 0.01 95.89 1950 | 3 0.03 95.92 2000 | 79 0.79 96.71 2100 | 2 0.02 96.73 2165 | 1 0.01 96.74 2200 | 9 0.09 96.83 2240 | 1 0.01 96.84 2268 | 1 0.01 96.85 2300 | 4 0.04 96.89 2320 | 2 0.02 96.91 2325 | 1 0.01 96.92 2400 | 13 0.13 97.05 2500 | 38 0.38 97.43 2600 | 3 0.03 97.46 2640 | 1 0.01 97.47 2700 | 4 0.04 97.51 2720 | 1 0.01 97.52 2733 | 5 0.05 97.57 2775 | 1 0.01 97.58 2800 | 1 0.01 97.59 2815 | 1 0.01 97.60 2830 | 1 0.01 97.61 3000 | 41 0.41 98.02 3040 | 1 0.01 98.03 3070 | 2 0.02 98.05 3078 | 1 0.01 98.06 3100 | 2 0.02 98.08 3200 | 1 0.01 98.09 3500 | 8 0.08 98.17 3565 | 1 0.01 98.18 3600 | 5 0.05 98.23 3700 | 1 0.01 98.24 3800 | 1 0.01 98.25 4000 | 17 0.17 98.42 4005 | 1 0.01 98.43 4163 | 1 0.01 98.44 4200 | 1 0.01 98.45 4306 | 1 0.01 98.46 4500 | 4 0.04 98.50 4800 | 1 0.01 98.51 4875 | 1 0.01 98.52 5000 | 31 0.31 98.83 5028 | 2 0.02 98.85 5030 | 1 0.01 98.86 5100 | 1 0.01 98.87 5150 | 2 0.02 98.89 5385 | 1 0.01 98.90 5500 | 7 0.07 98.97 5510 | 2 0.02 98.99 5600 | 1 0.01 99.00 5760 | 1 0.01 99.01 5858 | 1 0.01 99.02 6000 | 2 0.02 99.04 6694 | 2 0.02 99.06 7000 | 2 0.02 99.08 7105 | 1 0.01 99.09 7200 | 1 0.01 99.10 7500 | 3 0.03 99.13 8000 | 4 0.04 99.17 8400 | 1 0.01 99.18 8500 | 1 0.01 99.19 8880 | 1 0.01 99.20 9000 | 5 0.05 99.25 9600 | 1 0.01 99.26 9750 | 1 0.01 99.27 10000 | 73 0.73 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of amdpay variable in sipp1996tm96puw9 dataset : ME: Allocation flag for TMDPAY | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 8,320 83.20 83.20 Statistical imputation (hot | 776 7.76 90.96 Logical imputation (derivation) | 904 9.04 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ereimb variable in sipp1996tm96puw9 dataset : ME:Was HH reimbursed for | health insurance | Freq. Percent Cum. ------------------------------+----------------------------------- Not in universe | 4,466 44.66 44.66 Total Cost | 5,116 51.16 95.82 Got Reimbursed | 382 3.82 99.64 Expects to get reimbursed but | 36 0.36 100.00 ------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of areimb variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EREIMB | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,481 94.81 94.81 Statistical imputation (hot | 519 5.19 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of treimbur variable in sipp1996tm96puw9 dataset : ME: Edited variable for | reimbursed medical | Freq. Percent Cum. ------------------------+----------------------------------- None or not in universe | 9,714 97.14 97.14 1 | 1 0.01 97.15 2 | 1 0.01 97.16 10 | 2 0.02 97.18 20 | 1 0.01 97.19 30 | 1 0.01 97.20 35 | 1 0.01 97.21 40 | 3 0.03 97.24 50 | 5 0.05 97.29 55 | 1 0.01 97.30 60 | 4 0.04 97.34 70 | 4 0.04 97.38 75 | 2 0.02 97.40 80 | 2 0.02 97.42 90 | 2 0.02 97.44 96 | 1 0.01 97.45 98 | 1 0.01 97.46 100 | 6 0.06 97.52 105 | 1 0.01 97.53 120 | 2 0.02 97.55 140 | 1 0.01 97.56 150 | 2 0.02 97.58 153 | 1 0.01 97.59 160 | 2 0.02 97.61 161 | 1 0.01 97.62 166 | 1 0.01 97.63 174 | 1 0.01 97.64 175 | 1 0.01 97.65 180 | 1 0.01 97.66 200 | 12 0.12 97.78 205 | 1 0.01 97.79 220 | 1 0.01 97.80 230 | 5 0.05 97.85 240 | 10 0.10 97.95 250 | 4 0.04 97.99 264 | 1 0.01 98.00 284 | 1 0.01 98.01 300 | 12 0.12 98.13 310 | 1 0.01 98.14 350 | 1 0.01 98.15 360 | 2 0.02 98.17 382 | 3 0.03 98.20 400 | 6 0.06 98.26 420 | 3 0.03 98.29 425 | 1 0.01 98.30 440 | 1 0.01 98.31 450 | 5 0.05 98.36 475 | 1 0.01 98.37 480 | 2 0.02 98.39 488 | 1 0.01 98.40 500 | 13 0.13 98.53 504 | 1 0.01 98.54 540 | 3 0.03 98.57 600 | 3 0.03 98.60 606 | 1 0.01 98.61 612 | 1 0.01 98.62 640 | 1 0.01 98.63 650 | 1 0.01 98.64 660 | 1 0.01 98.65 700 | 2 0.02 98.67 705 | 1 0.01 98.68 738 | 1 0.01 98.69 800 | 9 0.09 98.78 850 | 1 0.01 98.79 900 | 3 0.03 98.82 960 | 1 0.01 98.83 992 | 1 0.01 98.84 1000 | 8 0.08 98.92 1040 | 2 0.02 98.94 1060 | 1 0.01 98.95 1080 | 1 0.01 98.96 1094 | 1 0.01 98.97 1100 | 1 0.01 98.98 1200 | 4 0.04 99.02 1300 | 1 0.01 99.03 1400 | 1 0.01 99.04 1440 | 1 0.01 99.05 1500 | 3 0.03 99.08 1600 | 1 0.01 99.09 1694 | 1 0.01 99.10 1700 | 1 0.01 99.11 1800 | 3 0.03 99.14 1870 | 1 0.01 99.15 1912 | 1 0.01 99.16 2000 | 6 0.06 99.22 2100 | 1 0.01 99.23 2200 | 2 0.02 99.25 2400 | 1 0.01 99.26 2430 | 1 0.01 99.27 2500 | 1 0.01 99.28 2600 | 1 0.01 99.29 2650 | 1 0.01 99.30 2733 | 1 0.01 99.31 2751 | 1 0.01 99.32 3000 | 5 0.05 99.37 3160 | 1 0.01 99.38 3200 | 1 0.01 99.39 3236 | 1 0.01 99.40 3600 | 1 0.01 99.41 3850 | 1 0.01 99.42 4000 | 3 0.03 99.45 4500 | 2 0.02 99.47 4700 | 1 0.01 99.48 4716 | 1 0.01 99.49 4776 | 1 0.01 99.50 4900 | 1 0.01 99.51 5000 | 6 0.06 99.57 7000 | 2 0.02 99.59 7148 | 1 0.01 99.60 7400 | 1 0.01 99.61 7524 | 2 0.02 99.63 8000 | 1 0.01 99.64 8120 | 1 0.01 99.65 8124 | 1 0.01 99.66 8217 | 1 0.01 99.67 8500 | 1 0.01 99.68 9500 | 1 0.01 99.69 9600 | 1 0.01 99.70 9900 | 1 0.01 99.71 10000 | 2 0.02 99.73 10020 | 1 0.01 99.74 10080 | 1 0.01 99.75 11400 | 1 0.01 99.76 11542 | 1 0.01 99.77 11880 | 1 0.01 99.78 12000 | 6 0.06 99.84 12940 | 1 0.01 99.85 13000 | 1 0.01 99.86 14250 | 1 0.01 99.87 14850 | 1 0.01 99.88 15000 | 3 0.03 99.91 16614 | 1 0.01 99.92 16660 | 8 0.08 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of areimbur variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | TREIMBUR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,998 99.98 99.98 Logical imputation (derivation) | 2 0.02 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ehspstas variable in sipp1996tm96puw9 dataset : ME: Hospital | stays in past | 12 months | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,776 87.76 87.76 Yes | 102 1.02 88.78 No | 1,122 11.22 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ahspstas variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EHSPSTAS | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,783 97.83 97.83 Statistical imputation (hot | 27 0.27 98.10 Logical imputation (derivation) | 190 1.90 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of eprsdrgs variable in sipp1996tm96puw9 dataset : ME: | Prescription | medication use | in the last | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,776 87.76 87.76 Yes | 642 6.42 94.18 No | 582 5.82 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of aprsdrgs variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EPRSDRGS | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,769 97.69 97.69 Statistical imputation (hot | 41 0.41 98.10 Logical imputation (derivation) | 190 1.90 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of evsdents variable in sipp1996tm96puw9 dataset : ME: Children's | dentist visits | in the past 12 | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,776 87.76 87.76 Yes | 780 7.80 95.56 No | 444 4.44 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of avsdents variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EVSDENTS | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,675 96.75 96.75 Statistical imputation (hot | 33 0.33 97.08 Logical imputation (derivation) | 292 2.92 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of evsdocs variable in sipp1996tm96puw9 dataset : ME: | Doctor/medical | provider | contacted for | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 8,776 87.76 87.76 Yes | 990 9.90 97.66 No | 234 2.34 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of avsdocs variable in sipp1996tm96puw9 dataset : ME: Allocation flag for | EVSDOCS. | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,773 97.73 97.73 Statistical imputation (hot | 37 0.37 98.10 Logical imputation (derivation) | 190 1.90 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of enowkyr variable in sipp1996tm96puw9 dataset : ME: Length of | time not worked | due to health | Freq. Percent Cum. -----------------+----------------------------------- Not in universe | 9,517 95.17 95.17 A year or longer | 452 4.52 99.69 less than a year | 31 0.31 100.00 -----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of anowkyr variable in sipp1996tm96puw9 dataset : ME: Allocation flag for ENOWKYR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,957 99.57 99.57 Cold deck imputation | 43 0.43 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ewkfutr variable in sipp1996tm96puw9 dataset : ME: Respondent | able to work | during the next | Freq. Percent Cum. ----------------+----------------------------------- Not in universe | 9,969 99.69 99.69 Yes | 11 0.11 99.80 No | 20 0.20 100.00 ----------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of awkfutr variable in sipp1996tm96puw9 dataset : ME: Allocation flag for EWKFUTR | Freq. Percent Cum. --------------------------------+----------------------------------- Not imputed | 9,992 99.92 99.92 Statistical imputation (hot | 8 0.08 100.00 --------------------------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of trmoops variable in sipp1996tm96puw9 dataset : ME: Edited variable for | out of pocket | Freq. Percent Cum. ------------------------+----------------------------------- -6660 | 4 0.04 0.04 -5654 | 1 0.01 0.05 -5160 | 1 0.01 0.06 -5000 | 2 0.02 0.08 -4850 | 1 0.01 0.09 -4840 | 1 0.01 0.10 -4660 | 1 0.01 0.11 -4360 | 1 0.01 0.12 -4250 | 1 0.01 0.13 -3800 | 1 0.01 0.14 -3000 | 1 0.01 0.15 -2940 | 1 0.01 0.16 -2000 | 6 0.06 0.22 -1400 | 1 0.01 0.23 -717 | 1 0.01 0.24 -680 | 1 0.01 0.25 None or not in universe | 4,530 45.30 45.55 1 | 9 0.09 45.64 2 | 23 0.23 45.87 4 | 7 0.07 45.94 5 | 16 0.16 46.10 6 | 4 0.04 46.14 7 | 3 0.03 46.17 9 | 2 0.02 46.19 10 | 51 0.51 46.70 12 | 6 0.06 46.76 14 | 1 0.01 46.77 15 | 40 0.40 47.17 16 | 5 0.05 47.22 17 | 1 0.01 47.23 20 | 84 0.84 48.07 21 | 1 0.01 48.08 22 | 1 0.01 48.09 24 | 3 0.03 48.12 25 | 32 0.32 48.44 26 | 3 0.03 48.47 27 | 2 0.02 48.49 28 | 1 0.01 48.50 30 | 65 0.65 49.15 32 | 1 0.01 49.16 35 | 10 0.10 49.26 36 | 3 0.03 49.29 38 | 1 0.01 49.30 39 | 1 0.01 49.31 40 | 48 0.48 49.79 41 | 2 0.02 49.81 42 | 2 0.02 49.83 43 | 1 0.01 49.84 44 | 1 0.01 49.85 45 | 7 0.07 49.92 48 | 2 0.02 49.94 49 | 2 0.02 49.96 50 | 150 1.50 51.46 52 | 6 0.06 51.52 53 | 3 0.03 51.55 54 | 1 0.01 51.56 55 | 11 0.11 51.67 56 | 1 0.01 51.68 57 | 2 0.02 51.70 58 | 1 0.01 51.71 59 | 1 0.01 51.72 60 | 48 0.48 52.20 63 | 1 0.01 52.21 65 | 3 0.03 52.24 68 | 4 0.04 52.28 70 | 21 0.21 52.49 72 | 3 0.03 52.52 75 | 27 0.27 52.79 79 | 3 0.03 52.82 80 | 31 0.31 53.13 82 | 1 0.01 53.14 83 | 1 0.01 53.15 84 | 4 0.04 53.19 85 | 1 0.01 53.20 90 | 19 0.19 53.39 92 | 4 0.04 53.43 95 | 3 0.03 53.46 96 | 6 0.06 53.52 100 | 217 2.17 55.69 104 | 1 0.01 55.70 105 | 5 0.05 55.75 109 | 1 0.01 55.76 110 | 3 0.03 55.79 111 | 2 0.02 55.81 112 | 2 0.02 55.83 114 | 1 0.01 55.84 115 | 2 0.02 55.86 117 | 1 0.01 55.87 118 | 1 0.01 55.88 120 | 27 0.27 56.15 121 | 4 0.04 56.19 124 | 1 0.01 56.20 125 | 7 0.07 56.27 128 | 2 0.02 56.29 130 | 9 0.09 56.38 131 | 1 0.01 56.39 135 | 2 0.02 56.41 136 | 2 0.02 56.43 140 | 19 0.19 56.62 142 | 1 0.01 56.63 143 | 2 0.02 56.65 144 | 3 0.03 56.68 150 | 72 0.72 57.40 152 | 2 0.02 57.42 153 | 2 0.02 57.44 156 | 2 0.02 57.46 159 | 1 0.01 57.47 160 | 17 0.17 57.64 161 | 2 0.02 57.66 164 | 1 0.01 57.67 165 | 1 0.01 57.68 168 | 2 0.02 57.70 171 | 1 0.01 57.71 173 | 4 0.04 57.75 175 | 7 0.07 57.82 176 | 1 0.01 57.83 177 | 1 0.01 57.84 180 | 11 0.11 57.95 182 | 1 0.01 57.96 183 | 2 0.02 57.98 185 | 1 0.01 57.99 188 | 1 0.01 58.00 189 | 1 0.01 58.01 190 | 6 0.06 58.07 192 | 1 0.01 58.08 193 | 2 0.02 58.10 196 | 1 0.01 58.11 200 | 208 2.08 60.19 201 | 1 0.01 60.20 204 | 1 0.01 60.21 208 | 1 0.01 60.22 210 | 5 0.05 60.27 211 | 1 0.01 60.28 212 | 2 0.02 60.30 214 | 1 0.01 60.31 218 | 3 0.03 60.34 219 | 1 0.01 60.35 220 | 13 0.13 60.48 222 | 1 0.01 60.49 225 | 9 0.09 60.58 226 | 1 0.01 60.59 230 | 3 0.03 60.62 231 | 1 0.01 60.63 232 | 1 0.01 60.64 236 | 1 0.01 60.65 240 | 22 0.22 60.87 244 | 1 0.01 60.88 246 | 1 0.01 60.89 247 | 1 0.01 60.90 248 | 2 0.02 60.92 249 | 1 0.01 60.93 250 | 61 0.61 61.54 252 | 1 0.01 61.55 253 | 1 0.01 61.56 254 | 2 0.02 61.58 255 | 2 0.02 61.60 260 | 4 0.04 61.64 264 | 1 0.01 61.65 267 | 1 0.01 61.66 268 | 3 0.03 61.69 270 | 9 0.09 61.78 274 | 1 0.01 61.79 275 | 3 0.03 61.82 276 | 1 0.01 61.83 280 | 2 0.02 61.85 282 | 1 0.01 61.86 284 | 1 0.01 61.87 285 | 2 0.02 61.89 286 | 2 0.02 61.91 288 | 2 0.02 61.93 290 | 5 0.05 61.98 291 | 1 0.01 61.99 294 | 1 0.01 62.00 296 | 1 0.01 62.01 299 | 1 0.01 62.02 300 | 165 1.65 63.67 307 | 1 0.01 63.68 308 | 2 0.02 63.70 309 | 2 0.02 63.72 310 | 2 0.02 63.74 312 | 4 0.04 63.78 315 | 2 0.02 63.80 316 | 1 0.01 63.81 318 | 1 0.01 63.82 320 | 7 0.07 63.89 323 | 1 0.01 63.90 324 | 2 0.02 63.92 325 | 4 0.04 63.96 326 | 1 0.01 63.97 327 | 2 0.02 63.99 329 | 1 0.01 64.00 330 | 4 0.04 64.04 332 | 1 0.01 64.05 335 | 1 0.01 64.06 338 | 2 0.02 64.08 340 | 6 0.06 64.14 344 | 1 0.01 64.15 345 | 1 0.01 64.16 347 | 1 0.01 64.17 350 | 49 0.49 64.66 354 | 4 0.04 64.70 356 | 1 0.01 64.71 360 | 29 0.29 65.00 364 | 1 0.01 65.01 366 | 1 0.01 65.02 367 | 1 0.01 65.03 368 | 3 0.03 65.06 369 | 1 0.01 65.07 370 | 5 0.05 65.12 373 | 1 0.01 65.13 375 | 2 0.02 65.15 376 | 1 0.01 65.16 377 | 2 0.02 65.18 379 | 1 0.01 65.19 380 | 11 0.11 65.30 381 | 2 0.02 65.32 382 | 7 0.07 65.39 384 | 1 0.01 65.40 386 | 2 0.02 65.42 389 | 1 0.01 65.43 390 | 5 0.05 65.48 392 | 1 0.01 65.49 393 | 1 0.01 65.50 395 | 3 0.03 65.53 400 | 109 1.09 66.62 402 | 1 0.01 66.63 404 | 2 0.02 66.65 405 | 1 0.01 66.66 408 | 6 0.06 66.72 409 | 4 0.04 66.76 410 | 4 0.04 66.80 411 | 1 0.01 66.81 415 | 1 0.01 66.82 418 | 1 0.01 66.83 420 | 6 0.06 66.89 422 | 2 0.02 66.91 423 | 1 0.01 66.92 425 | 1 0.01 66.93 427 | 2 0.02 66.95 430 | 7 0.07 67.02 432 | 1 0.01 67.03 433 | 1 0.01 67.04 435 | 2 0.02 67.06 436 | 2 0.02 67.08 437 | 1 0.01 67.09 438 | 1 0.01 67.10 440 | 9 0.09 67.19 442 | 2 0.02 67.21 444 | 2 0.02 67.23 450 | 25 0.25 67.48 451 | 1 0.01 67.49 455 | 1 0.01 67.50 456 | 3 0.03 67.53 457 | 1 0.01 67.54 458 | 1 0.01 67.55 460 | 1 0.01 67.56 462 | 1 0.01 67.57 464 | 1 0.01 67.58 465 | 1 0.01 67.59 466 | 1 0.01 67.60 468 | 3 0.03 67.63 469 | 1 0.01 67.64 470 | 1 0.01 67.65 474 | 1 0.01 67.66 475 | 2 0.02 67.68 477 | 1 0.01 67.69 480 | 13 0.13 67.82 482 | 1 0.01 67.83 487 | 1 0.01 67.84 490 | 7 0.07 67.91 491 | 1 0.01 67.92 492 | 1 0.01 67.93 493 | 1 0.01 67.94 495 | 1 0.01 67.95 498 | 1 0.01 67.96 500 | 177 1.77 69.73 504 | 5 0.05 69.78 505 | 1 0.01 69.79 508 | 2 0.02 69.81 509 | 2 0.02 69.83 510 | 5 0.05 69.88 512 | 1 0.01 69.89 514 | 1 0.01 69.90 515 | 2 0.02 69.92 516 | 8 0.08 70.00 517 | 1 0.01 70.01 520 | 11 0.11 70.12 523 | 2 0.02 70.14 524 | 1 0.01 70.15 525 | 8 0.08 70.23 526 | 2 0.02 70.25 528 | 2 0.02 70.27 529 | 1 0.01 70.28 534 | 2 0.02 70.30 540 | 18 0.18 70.48 543 | 2 0.02 70.50 545 | 2 0.02 70.52 550 | 17 0.17 70.69 552 | 2 0.02 70.71 553 | 1 0.01 70.72 560 | 9 0.09 70.81 561 | 2 0.02 70.83 563 | 1 0.01 70.84 564 | 3 0.03 70.87 565 | 4 0.04 70.91 566 | 1 0.01 70.92 567 | 1 0.01 70.93 569 | 3 0.03 70.96 570 | 7 0.07 71.03 573 | 1 0.01 71.04 574 | 2 0.02 71.06 575 | 4 0.04 71.10 576 | 3 0.03 71.13 580 | 3 0.03 71.16 582 | 1 0.01 71.17 584 | 8 0.08 71.25 588 | 1 0.01 71.26 590 | 5 0.05 71.31 595 | 1 0.01 71.32 596 | 1 0.01 71.33 597 | 1 0.01 71.34 600 | 94 0.94 72.28 602 | 3 0.03 72.31 604 | 1 0.01 72.32 605 | 1 0.01 72.33 609 | 1 0.01 72.34 610 | 14 0.14 72.48 612 | 2 0.02 72.50 614 | 3 0.03 72.53 620 | 8 0.08 72.61 624 | 10 0.10 72.71 625 | 3 0.03 72.74 626 | 2 0.02 72.76 628 | 1 0.01 72.77 630 | 4 0.04 72.81 632 | 1 0.01 72.82 633 | 1 0.01 72.83 637 | 1 0.01 72.84 638 | 1 0.01 72.85 639 | 1 0.01 72.86 640 | 5 0.05 72.91 641 | 1 0.01 72.92 642 | 1 0.01 72.93 644 | 1 0.01 72.94 645 | 2 0.02 72.96 646 | 1 0.01 72.97 647 | 1 0.01 72.98 650 | 31 0.31 73.29 651 | 1 0.01 73.30 652 | 1 0.01 73.31 660 | 7 0.07 73.38 661 | 2 0.02 73.40 662 | 2 0.02 73.42 664 | 1 0.01 73.43 667 | 1 0.01 73.44 668 | 3 0.03 73.47 670 | 2 0.02 73.49 674 | 3 0.03 73.52 675 | 3 0.03 73.55 680 | 9 0.09 73.64 682 | 2 0.02 73.66 683 | 1 0.01 73.67 684 | 4 0.04 73.71 690 | 3 0.03 73.74 692 | 1 0.01 73.75 696 | 2 0.02 73.77 698 | 2 0.02 73.79 699 | 1 0.01 73.80 700 | 68 0.68 74.48 701 | 3 0.03 74.51 702 | 1 0.01 74.52 704 | 5 0.05 74.57 708 | 1 0.01 74.58 710 | 2 0.02 74.60 715 | 2 0.02 74.62 716 | 2 0.02 74.64 720 | 10 0.10 74.74 725 | 3 0.03 74.77 726 | 1 0.01 74.78 728 | 1 0.01 74.79 730 | 2 0.02 74.81 731 | 3 0.03 74.84 735 | 1 0.01 74.85 736 | 4 0.04 74.89 740 | 10 0.10 74.99 744 | 2 0.02 75.01 745 | 1 0.01 75.02 746 | 1 0.01 75.03 747 | 1 0.01 75.04 748 | 1 0.01 75.05 750 | 18 0.18 75.23 755 | 1 0.01 75.24 758 | 2 0.02 75.26 760 | 7 0.07 75.33 764 | 1 0.01 75.34 767 | 4 0.04 75.38 770 | 2 0.02 75.40 773 | 1 0.01 75.41 774 | 1 0.01 75.42 775 | 1 0.01 75.43 776 | 3 0.03 75.46 778 | 1 0.01 75.47 779 | 4 0.04 75.51 780 | 9 0.09 75.60 784 | 2 0.02 75.62 788 | 1 0.01 75.63 790 | 1 0.01 75.64 791 | 1 0.01 75.65 792 | 2 0.02 75.67 794 | 1 0.01 75.68 795 | 2 0.02 75.70 799 | 1 0.01 75.71 800 | 67 0.67 76.38 801 | 2 0.02 76.40 802 | 1 0.01 76.41 804 | 3 0.03 76.44 805 | 2 0.02 76.46 808 | 1 0.01 76.47 811 | 1 0.01 76.48 814 | 2 0.02 76.50 816 | 2 0.02 76.52 818 | 4 0.04 76.56 820 | 15 0.15 76.71 823 | 1 0.01 76.72 825 | 3 0.03 76.75 826 | 4 0.04 76.79 828 | 2 0.02 76.81 830 | 3 0.03 76.84 832 | 1 0.01 76.85 834 | 1 0.01 76.86 836 | 8 0.08 76.94 840 | 10 0.10 77.04 842 | 1 0.01 77.05 844 | 1 0.01 77.06 848 | 1 0.01 77.07 850 | 22 0.22 77.29 851 | 1 0.01 77.30 852 | 1 0.01 77.31 855 | 1 0.01 77.32 858 | 1 0.01 77.33 860 | 8 0.08 77.41 862 | 2 0.02 77.43 864 | 2 0.02 77.45 866 | 1 0.01 77.46 870 | 3 0.03 77.49 874 | 5 0.05 77.54 875 | 1 0.01 77.55 876 | 1 0.01 77.56 878 | 1 0.01 77.57 880 | 4 0.04 77.61 882 | 3 0.03 77.64 888 | 1 0.01 77.65 889 | 1 0.01 77.66 890 | 6 0.06 77.72 896 | 1 0.01 77.73 898 | 1 0.01 77.74 899 | 1 0.01 77.75 900 | 43 0.43 78.18 904 | 2 0.02 78.20 906 | 1 0.01 78.21 910 | 1 0.01 78.22 912 | 4 0.04 78.26 919 | 3 0.03 78.29 920 | 6 0.06 78.35 922 | 3 0.03 78.38 923 | 2 0.02 78.40 925 | 1 0.01 78.41 928 | 1 0.01 78.42 930 | 1 0.01 78.43 932 | 2 0.02 78.45 940 | 4 0.04 78.49 941 | 1 0.01 78.50 942 | 2 0.02 78.52 944 | 1 0.01 78.53 945 | 1 0.01 78.54 948 | 3 0.03 78.57 950 | 8 0.08 78.65 952 | 1 0.01 78.66 954 | 2 0.02 78.68 956 | 1 0.01 78.69 960 | 18 0.18 78.87 964 | 1 0.01 78.88 965 | 1 0.01 78.89 966 | 1 0.01 78.90 968 | 4 0.04 78.94 970 | 1 0.01 78.95 971 | 1 0.01 78.96 972 | 1 0.01 78.97 973 | 2 0.02 78.99 976 | 1 0.01 79.00 977 | 1 0.01 79.01 980 | 10 0.10 79.11 982 | 2 0.02 79.13 984 | 4 0.04 79.17 985 | 1 0.01 79.18 986 | 2 0.02 79.20 987 | 1 0.01 79.21 988 | 1 0.01 79.22 990 | 2 0.02 79.24 995 | 1 0.01 79.25 996 | 1 0.01 79.26 999 | 1 0.01 79.27 1000 | 108 1.08 80.35 1005 | 1 0.01 80.36 1006 | 1 0.01 80.37 1010 | 5 0.05 80.42 1011 | 1 0.01 80.43 1012 | 1 0.01 80.44 1014 | 1 0.01 80.45 1016 | 3 0.03 80.48 1018 | 2 0.02 80.50 1020 | 15 0.15 80.65 1025 | 2 0.02 80.67 1030 | 1 0.01 80.68 1032 | 1 0.01 80.69 1040 | 9 0.09 80.78 1048 | 2 0.02 80.80 1050 | 9 0.09 80.89 1055 | 1 0.01 80.90 1057 | 3 0.03 80.93 1060 | 3 0.03 80.96 1061 | 1 0.01 80.97 1062 | 3 0.03 81.00 1064 | 2 0.02 81.02 1065 | 1 0.01 81.03 1070 | 6 0.06 81.09 1075 | 1 0.01 81.10 1076 | 3 0.03 81.13 1078 | 2 0.02 81.15 1080 | 11 0.11 81.26 1086 | 2 0.02 81.28 1088 | 1 0.01 81.29 1090 | 4 0.04 81.33 1092 | 1 0.01 81.34 1099 | 1 0.01 81.35 1100 | 39 0.39 81.74 1102 | 4 0.04 81.78 1103 | 1 0.01 81.79 1109 | 1 0.01 81.80 1110 | 4 0.04 81.84 1112 | 1 0.01 81.85 1114 | 1 0.01 81.86 1116 | 2 0.02 81.88 1120 | 7 0.07 81.95 1121 | 1 0.01 81.96 1122 | 1 0.01 81.97 1128 | 1 0.01 81.98 1130 | 2 0.02 82.00 1138 | 1 0.01 82.01 1139 | 2 0.02 82.03 1140 | 8 0.08 82.11 1146 | 1 0.01 82.12 1148 | 1 0.01 82.13 1150 | 5 0.05 82.18 1151 | 1 0.01 82.19 1153 | 1 0.01 82.20 1154 | 1 0.01 82.21 1156 | 1 0.01 82.22 1159 | 1 0.01 82.23 1160 | 3 0.03 82.26 1162 | 2 0.02 82.28 1167 | 1 0.01 82.29 1168 | 1 0.01 82.30 1170 | 5 0.05 82.35 1172 | 1 0.01 82.36 1173 | 2 0.02 82.38 1175 | 1 0.01 82.39 1176 | 1 0.01 82.40 1179 | 2 0.02 82.42 1180 | 8 0.08 82.50 1187 | 1 0.01 82.51 1188 | 1 0.01 82.52 1190 | 3 0.03 82.55 1193 | 1 0.01 82.56 1195 | 1 0.01 82.57 1198 | 1 0.01 82.58 1200 | 87 0.87 83.45 1202 | 2 0.02 83.47 1206 | 1 0.01 83.48 1208 | 2 0.02 83.50 1210 | 4 0.04 83.54 1211 | 1 0.01 83.55 1212 | 2 0.02 83.57 1214 | 1 0.01 83.58 1216 | 1 0.01 83.59 1220 | 6 0.06 83.65 1221 | 2 0.02 83.67 1222 | 1 0.01 83.68 1224 | 3 0.03 83.71 1225 | 1 0.01 83.72 1230 | 4 0.04 83.76 1233 | 1 0.01 83.77 1235 | 1 0.01 83.78 1240 | 6 0.06 83.84 1242 | 3 0.03 83.87 1248 | 2 0.02 83.89 1250 | 4 0.04 83.93 1256 | 4 0.04 83.97 1260 | 10 0.10 84.07 1262 | 1 0.01 84.08 1266 | 1 0.01 84.09 1267 | 2 0.02 84.11 1268 | 1 0.01 84.12 1270 | 1 0.01 84.13 1272 | 3 0.03 84.16 1276 | 1 0.01 84.17 1280 | 7 0.07 84.24 1287 | 1 0.01 84.25 1290 | 1 0.01 84.26 1292 | 1 0.01 84.27 1293 | 1 0.01 84.28 1295 | 1 0.01 84.29 1300 | 43 0.43 84.72 1303 | 1 0.01 84.73 1306 | 1 0.01 84.74 1307 | 2 0.02 84.76 1308 | 2 0.02 84.78 1310 | 3 0.03 84.81 1312 | 1 0.01 84.82 1318 | 1 0.01 84.83 1319 | 4 0.04 84.87 1320 | 5 0.05 84.92 1322 | 1 0.01 84.93 1324 | 1 0.01 84.94 1325 | 1 0.01 84.95 1328 | 5 0.05 85.00 1333 | 3 0.03 85.03 1336 | 2 0.02 85.05 1340 | 4 0.04 85.09 1344 | 1 0.01 85.10 1345 | 2 0.02 85.12 1349 | 1 0.01 85.13 1350 | 14 0.14 85.27 1352 | 2 0.02 85.29 1355 | 1 0.01 85.30 1356 | 1 0.01 85.31 1360 | 4 0.04 85.35 1362 | 1 0.01 85.36 1366 | 1 0.01 85.37 1368 | 6 0.06 85.43 1370 | 4 0.04 85.47 1375 | 4 0.04 85.51 1376 | 1 0.01 85.52 1378 | 1 0.01 85.53 1380 | 3 0.03 85.56 1382 | 1 0.01 85.57 1383 | 1 0.01 85.58 1390 | 1 0.01 85.59 1392 | 1 0.01 85.60 1393 | 1 0.01 85.61 1396 | 1 0.01 85.62 1399 | 3 0.03 85.65 1400 | 25 0.25 85.90 1406 | 1 0.01 85.91 1408 | 1 0.01 85.92 1412 | 1 0.01 85.93 1414 | 1 0.01 85.94 1416 | 3 0.03 85.97 1417 | 2 0.02 85.99 1419 | 2 0.02 86.01 1420 | 4 0.04 86.05 1425 | 1 0.01 86.06 1426 | 1 0.01 86.07 1428 | 1 0.01 86.08 1430 | 1 0.01 86.09 1432 | 1 0.01 86.10 1437 | 1 0.01 86.11 1440 | 9 0.09 86.20 1448 | 2 0.02 86.22 1450 | 13 0.13 86.35 1455 | 1 0.01 86.36 1456 | 1 0.01 86.37 1460 | 5 0.05 86.42 1462 | 1 0.01 86.43 1469 | 2 0.02 86.45 1470 | 3 0.03 86.48 1478 | 1 0.01 86.49 1480 | 3 0.03 86.52 1488 | 1 0.01 86.53 1489 | 1 0.01 86.54 1490 | 1 0.01 86.55 1495 | 1 0.01 86.56 1496 | 1 0.01 86.57 1500 | 67 0.67 87.24 1502 | 1 0.01 87.25 1505 | 1 0.01 87.26 1508 | 2 0.02 87.28 1510 | 2 0.02 87.30 1512 | 1 0.01 87.31 1518 | 2 0.02 87.33 1519 | 1 0.01 87.34 1520 | 10 0.10 87.44 1522 | 2 0.02 87.46 1528 | 1 0.01 87.47 1529 | 1 0.01 87.48 1534 | 1 0.01 87.49 1536 | 2 0.02 87.51 1538 | 1 0.01 87.52 1539 | 1 0.01 87.53 1540 | 4 0.04 87.57 1544 | 1 0.01 87.58 1550 | 12 0.12 87.70 1551 | 1 0.01 87.71 1555 | 1 0.01 87.72 1556 | 1 0.01 87.73 1560 | 6 0.06 87.79 1563 | 2 0.02 87.81 1574 | 1 0.01 87.82 1575 | 3 0.03 87.85 1579 | 1 0.01 87.86 1580 | 3 0.03 87.89 1586 | 1 0.01 87.90 1589 | 1 0.01 87.91 1598 | 1 0.01 87.92 1600 | 30 0.30 88.22 1605 | 1 0.01 88.23 1606 | 1 0.01 88.24 1607 | 1 0.01 88.25 1608 | 1 0.01 88.26 1610 | 4 0.04 88.30 1620 | 4 0.04 88.34 1630 | 1 0.01 88.35 1631 | 1 0.01 88.36 1635 | 1 0.01 88.37 1636 | 1 0.01 88.38 1638 | 1 0.01 88.39 1640 | 2 0.02 88.41 1645 | 1 0.01 88.42 1650 | 4 0.04 88.46 1652 | 1 0.01 88.47 1656 | 2 0.02 88.49 1657 | 1 0.01 88.50 1660 | 4 0.04 88.54 1664 | 1 0.01 88.55 1668 | 2 0.02 88.57 1671 | 1 0.01 88.58 1675 | 3 0.03 88.61 1678 | 2 0.02 88.63 1680 | 7 0.07 88.70 1684 | 2 0.02 88.72 1690 | 3 0.03 88.75 1696 | 1 0.01 88.76 1700 | 23 0.23 88.99 1706 | 2 0.02 89.01 1712 | 2 0.02 89.03 1720 | 4 0.04 89.07 1722 | 1 0.01 89.08 1724 | 1 0.01 89.09 1734 | 1 0.01 89.10 1740 | 5 0.05 89.15 1750 | 6 0.06 89.21 1752 | 2 0.02 89.23 1755 | 1 0.01 89.24 1757 | 1 0.01 89.25 1760 | 2 0.02 89.27 1762 | 1 0.01 89.28 1764 | 1 0.01 89.29 1765 | 1 0.01 89.30 1766 | 2 0.02 89.32 1768 | 1 0.01 89.33 1774 | 3 0.03 89.36 1776 | 3 0.03 89.39 1780 | 3 0.03 89.42 1782 | 1 0.01 89.43 1784 | 1 0.01 89.44 1792 | 2 0.02 89.46 1795 | 2 0.02 89.48 1800 | 26 0.26 89.74 1804 | 2 0.02 89.76 1806 | 1 0.01 89.77 1808 | 2 0.02 89.79 1810 | 2 0.02 89.81 1815 | 1 0.01 89.82 1820 | 5 0.05 89.87 1824 | 1 0.01 89.88 1825 | 1 0.01 89.89 1826 | 2 0.02 89.91 1829 | 1 0.01 89.92 1836 | 2 0.02 89.94 1839 | 1 0.01 89.95 1840 | 2 0.02 89.97 1848 | 1 0.01 89.98 1850 | 4 0.04 90.02 1858 | 1 0.01 90.03 1860 | 2 0.02 90.05 1866 | 3 0.03 90.08 1870 | 1 0.01 90.09 1872 | 2 0.02 90.11 1876 | 1 0.01 90.12 1890 | 1 0.01 90.13 1892 | 1 0.01 90.14 1898 | 1 0.01 90.15 1900 | 15 0.15 90.30 1901 | 1 0.01 90.31 1902 | 1 0.01 90.32 1905 | 3 0.03 90.35 1917 | 1 0.01 90.36 1918 | 1 0.01 90.37 1920 | 5 0.05 90.42 1929 | 1 0.01 90.43 1930 | 1 0.01 90.44 1935 | 1 0.01 90.45 1936 | 1 0.01 90.46 1940 | 2 0.02 90.48 1950 | 6 0.06 90.54 1952 | 2 0.02 90.56 1960 | 2 0.02 90.58 1971 | 1 0.01 90.59 1972 | 1 0.01 90.60 1980 | 5 0.05 90.65 1983 | 1 0.01 90.66 1986 | 1 0.01 90.67 1988 | 1 0.01 90.68 1998 | 2 0.02 90.70 2000 | 53 0.53 91.23 2011 | 1 0.01 91.24 2012 | 3 0.03 91.27 2020 | 1 0.01 91.28 2025 | 2 0.02 91.30 2028 | 2 0.02 91.32 2030 | 3 0.03 91.35 2035 | 1 0.01 91.36 2039 | 1 0.01 91.37 2040 | 4 0.04 91.41 2044 | 3 0.03 91.44 2048 | 2 0.02 91.46 2050 | 5 0.05 91.51 2052 | 3 0.03 91.54 2053 | 2 0.02 91.56 2054 | 1 0.01 91.57 2055 | 1 0.01 91.58 2056 | 2 0.02 91.60 2061 | 1 0.01 91.61 2065 | 2 0.02 91.63 2067 | 1 0.01 91.64 2070 | 1 0.01 91.65 2080 | 1 0.01 91.66 2081 | 1 0.01 91.67 2100 | 16 0.16 91.83 2103 | 1 0.01 91.84 2105 | 1 0.01 91.85 2110 | 1 0.01 91.86 2112 | 1 0.01 91.87 2120 | 1 0.01 91.88 2143 | 1 0.01 91.89 2144 | 1 0.01 91.90 2146 | 1 0.01 91.91 2148 | 2 0.02 91.93 2150 | 4 0.04 91.97 2160 | 2 0.02 91.99 2165 | 1 0.01 92.00 2166 | 1 0.01 92.01 2172 | 1 0.01 92.02 2178 | 1 0.01 92.03 2179 | 1 0.01 92.04 2180 | 2 0.02 92.06 2182 | 1 0.01 92.07 2195 | 1 0.01 92.08 2196 | 1 0.01 92.09 2200 | 19 0.19 92.28 2204 | 1 0.01 92.29 2208 | 2 0.02 92.31 2210 | 1 0.01 92.32 2216 | 1 0.01 92.33 2220 | 4 0.04 92.37 2224 | 1 0.01 92.38 2226 | 3 0.03 92.41 2230 | 2 0.02 92.43 2232 | 1 0.01 92.44 2240 | 2 0.02 92.46 2244 | 1 0.01 92.47 2245 | 1 0.01 92.48 2251 | 1 0.01 92.49 2256 | 2 0.02 92.51 2260 | 1 0.01 92.52 2262 | 1 0.01 92.53 2268 | 1 0.01 92.54 2276 | 1 0.01 92.55 2278 | 1 0.01 92.56 2280 | 4 0.04 92.60 2281 | 1 0.01 92.61 2283 | 1 0.01 92.62 2288 | 3 0.03 92.65 2300 | 10 0.10 92.75 2309 | 1 0.01 92.76 2320 | 1 0.01 92.77 2325 | 2 0.02 92.79 2350 | 5 0.05 92.84 2351 | 1 0.01 92.85 2358 | 2 0.02 92.87 2366 | 1 0.01 92.88 2376 | 2 0.02 92.90 2380 | 1 0.01 92.91 2385 | 1 0.01 92.92 2387 | 1 0.01 92.93 2388 | 1 0.01 92.94 2400 | 24 0.24 93.18 2402 | 1 0.01 93.19 2407 | 1 0.01 93.20 2412 | 2 0.02 93.22 2420 | 4 0.04 93.26 2421 | 1 0.01 93.27 2428 | 1 0.01 93.28 2429 | 1 0.01 93.29 2430 | 1 0.01 93.30 2434 | 1 0.01 93.31 2436 | 1 0.01 93.32 2440 | 2 0.02 93.34 2444 | 1 0.01 93.35 2448 | 1 0.01 93.36 2450 | 5 0.05 93.41 2456 | 1 0.01 93.42 2475 | 2 0.02 93.44 2480 | 2 0.02 93.46 2494 | 1 0.01 93.47 2496 | 1 0.01 93.48 2500 | 24 0.24 93.72 2518 | 1 0.01 93.73 2519 | 1 0.01 93.74 2520 | 1 0.01 93.75 2525 | 1 0.01 93.76 2527 | 1 0.01 93.77 2530 | 1 0.01 93.78 2533 | 1 0.01 93.79 2535 | 2 0.02 93.81 2537 | 1 0.01 93.82 2543 | 1 0.01 93.83 2544 | 3 0.03 93.86 2562 | 1 0.01 93.87 2571 | 2 0.02 93.89 2576 | 1 0.01 93.90 2582 | 2 0.02 93.92 2584 | 1 0.01 93.93 2595 | 2 0.02 93.95 2600 | 11 0.11 94.06 2603 | 3 0.03 94.09 2604 | 1 0.01 94.10 2612 | 1 0.01 94.11 2618 | 1 0.01 94.12 2620 | 2 0.02 94.14 2623 | 1 0.01 94.15 2626 | 1 0.01 94.16 2640 | 1 0.01 94.17 2643 | 1 0.01 94.18 2644 | 1 0.01 94.19 2650 | 3 0.03 94.22 2672 | 1 0.01 94.23 2675 | 1 0.01 94.24 2696 | 1 0.01 94.25 2698 | 1 0.01 94.26 2699 | 1 0.01 94.27 2700 | 13 0.13 94.40 2702 | 1 0.01 94.41 2704 | 2 0.02 94.43 2705 | 1 0.01 94.44 2717 | 4 0.04 94.48 2720 | 3 0.03 94.51 2730 | 1 0.01 94.52 2733 | 2 0.02 94.54 2734 | 1 0.01 94.55 2736 | 1 0.01 94.56 2737 | 1 0.01 94.57 2770 | 1 0.01 94.58 2780 | 2 0.02 94.60 2795 | 1 0.01 94.61 2800 | 10 0.10 94.71 2810 | 1 0.01 94.72 2815 | 1 0.01 94.73 2825 | 1 0.01 94.74 2840 | 3 0.03 94.77 2856 | 2 0.02 94.79 2868 | 1 0.01 94.80 2873 | 1 0.01 94.81 2876 | 2 0.02 94.83 2877 | 1 0.01 94.84 2878 | 1 0.01 94.85 2900 | 4 0.04 94.89 2902 | 1 0.01 94.90 2904 | 1 0.01 94.91 2914 | 1 0.01 94.92 2948 | 1 0.01 94.93 2960 | 1 0.01 94.94 2964 | 2 0.02 94.96 2966 | 1 0.01 94.97 2967 | 1 0.01 94.98 2968 | 2 0.02 95.00 2970 | 1 0.01 95.01 2976 | 1 0.01 95.02 2980 | 1 0.01 95.03 2981 | 1 0.01 95.04 2984 | 5 0.05 95.09 2996 | 1 0.01 95.10 3000 | 34 0.34 95.44 3004 | 1 0.01 95.45 3005 | 1 0.01 95.46 3011 | 1 0.01 95.47 3013 | 1 0.01 95.48 3018 | 1 0.01 95.49 3022 | 1 0.01 95.50 3040 | 2 0.02 95.52 3060 | 1 0.01 95.53 3063 | 1 0.01 95.54 3070 | 2 0.02 95.56 3078 | 1 0.01 95.57 3095 | 1 0.01 95.58 3100 | 7 0.07 95.65 3101 | 1 0.01 95.66 3120 | 4 0.04 95.70 3137 | 2 0.02 95.72 3140 | 1 0.01 95.73 3150 | 3 0.03 95.76 3160 | 1 0.01 95.77 3178 | 1 0.01 95.78 3188 | 2 0.02 95.80 3200 | 8 0.08 95.88 3220 | 1 0.01 95.89 3240 | 2 0.02 95.91 3241 | 1 0.01 95.92 3248 | 1 0.01 95.93 3250 | 2 0.02 95.95 3280 | 1 0.01 95.96 3300 | 3 0.03 95.99 3320 | 3 0.03 96.02 3330 | 1 0.01 96.03 3336 | 1 0.01 96.04 3340 | 1 0.01 96.05 3350 | 2 0.02 96.07 3364 | 1 0.01 96.08 3368 | 1 0.01 96.09 3384 | 1 0.01 96.10 3400 | 7 0.07 96.17 3420 | 1 0.01 96.18 3432 | 1 0.01 96.19 3440 | 1 0.01 96.20 3450 | 1 0.01 96.21 3452 | 1 0.01 96.22 3464 | 2 0.02 96.24 3470 | 1 0.01 96.25 3480 | 2 0.02 96.27 3484 | 1 0.01 96.28 3500 | 10 0.10 96.38 3504 | 4 0.04 96.42 3505 | 1 0.01 96.43 3523 | 1 0.01 96.44 3532 | 1 0.01 96.45 3565 | 1 0.01 96.46 3570 | 4 0.04 96.50 3583 | 1 0.01 96.51 3600 | 13 0.13 96.64 3612 | 1 0.01 96.65 3620 | 1 0.01 96.66 3640 | 1 0.01 96.67 3649 | 1 0.01 96.68 3650 | 1 0.01 96.69 3660 | 1 0.01 96.70 3668 | 1 0.01 96.71 3700 | 3 0.03 96.74 3720 | 2 0.02 96.76 3729 | 1 0.01 96.77 3750 | 2 0.02 96.79 3764 | 1 0.01 96.80 3766 | 1 0.01 96.81 3786 | 1 0.01 96.82 3800 | 7 0.07 96.89 3820 | 1 0.01 96.90 3840 | 2 0.02 96.92 3844 | 1 0.01 96.93 3850 | 1 0.01 96.94 3885 | 2 0.02 96.96 3900 | 6 0.06 97.02 3910 | 1 0.01 97.03 3940 | 1 0.01 97.04 3970 | 1 0.01 97.05 3972 | 2 0.02 97.07 3982 | 1 0.01 97.08 4000 | 11 0.11 97.19 4005 | 1 0.01 97.20 4008 | 1 0.01 97.21 4010 | 2 0.02 97.23 4024 | 1 0.01 97.24 4036 | 1 0.01 97.25 4050 | 2 0.02 97.27 4058 | 2 0.02 97.29 4064 | 1 0.01 97.30 4072 | 1 0.01 97.31 4075 | 2 0.02 97.33 4080 | 2 0.02 97.35 4091 | 1 0.01 97.36 4100 | 2 0.02 97.38 4103 | 1 0.01 97.39 4172 | 1 0.01 97.40 4200 | 7 0.07 97.47 4206 | 1 0.01 97.48 4210 | 1 0.01 97.49 4215 | 1 0.01 97.50 4220 | 1 0.01 97.51 4240 | 1 0.01 97.52 4250 | 1 0.01 97.53 4258 | 1 0.01 97.54 4268 | 2 0.02 97.56 4287 | 1 0.01 97.57 4300 | 1 0.01 97.58 4310 | 1 0.01 97.59 4325 | 1 0.01 97.60 4336 | 1 0.01 97.61 4341 | 1 0.01 97.62 4343 | 1 0.01 97.63 4360 | 1 0.01 97.64 4376 | 1 0.01 97.65 4378 | 1 0.01 97.66 4380 | 1 0.01 97.67 4395 | 1 0.01 97.68 4398 | 1 0.01 97.69 4400 | 2 0.02 97.71 4450 | 1 0.01 97.72 4458 | 1 0.01 97.73 4500 | 5 0.05 97.78 4506 | 2 0.02 97.80 4525 | 1 0.01 97.81 4530 | 1 0.01 97.82 4536 | 1 0.01 97.83 4560 | 1 0.01 97.84 4576 | 1 0.01 97.85 4600 | 3 0.03 97.88 4640 | 2 0.02 97.90 4653 | 1 0.01 97.91 4660 | 3 0.03 97.94 4668 | 1 0.01 97.95 4700 | 1 0.01 97.96 4738 | 1 0.01 97.97 4755 | 1 0.01 97.98 4770 | 1 0.01 97.99 4799 | 1 0.01 98.00 4800 | 4 0.04 98.04 4825 | 1 0.01 98.05 4840 | 2 0.02 98.07 4846 | 1 0.01 98.08 4850 | 2 0.02 98.10 4875 | 1 0.01 98.11 4896 | 2 0.02 98.13 4900 | 3 0.03 98.16 4911 | 1 0.01 98.17 4956 | 1 0.01 98.18 4970 | 1 0.01 98.19 4990 | 2 0.02 98.21 4992 | 1 0.01 98.22 5000 | 30 0.30 98.52 5028 | 1 0.01 98.53 5035 | 1 0.01 98.54 5061 | 2 0.02 98.56 5100 | 6 0.06 98.62 5120 | 1 0.01 98.63 5140 | 1 0.01 98.64 5144 | 1 0.01 98.65 5172 | 2 0.02 98.67 5192 | 1 0.01 98.68 5200 | 9 0.09 98.77 5225 | 2 0.02 98.79 5250 | 1 0.01 98.80 5260 | 1 0.01 98.81 5279 | 1 0.01 98.82 5300 | 4 0.04 98.86 5320 | 1 0.01 98.87 5364 | 1 0.01 98.88 5366 | 1 0.01 98.89 5400 | 3 0.03 98.92 5500 | 2 0.02 98.94 5510 | 3 0.03 98.97 5526 | 1 0.01 98.98 5549 | 1 0.01 98.99 5600 | 3 0.03 99.02 5631 | 1 0.01 99.03 5703 | 1 0.01 99.04 5766 | 1 0.01 99.05 5810 | 1 0.01 99.06 5840 | 1 0.01 99.07 5872 | 1 0.01 99.08 5900 | 1 0.01 99.09 5964 | 1 0.01 99.10 6000 | 9 0.09 99.19 6050 | 1 0.01 99.20 6073 | 1 0.01 99.21 6200 | 1 0.01 99.22 6240 | 1 0.01 99.23 6333 | 1 0.01 99.24 6400 | 1 0.01 99.25 6500 | 1 0.01 99.26 6606 | 1 0.01 99.27 6735 | 1 0.01 99.28 6800 | 1 0.01 99.29 6806 | 1 0.01 99.30 7000 | 4 0.04 99.34 7200 | 1 0.01 99.35 7258 | 1 0.01 99.36 7300 | 1 0.01 99.37 7400 | 1 0.01 99.38 7500 | 3 0.03 99.41 8000 | 3 0.03 99.44 8360 | 1 0.01 99.45 8502 | 1 0.01 99.46 8750 | 2 0.02 99.48 8774 | 2 0.02 99.50 9000 | 5 0.05 99.55 9150 | 1 0.01 99.56 9224 | 1 0.01 99.57 10000 | 23 0.23 99.80 10075 | 1 0.01 99.81 10200 | 1 0.01 99.82 10350 | 1 0.01 99.83 10500 | 2 0.02 99.85 10545 | 1 0.01 99.86 10600 | 1 0.01 99.87 10900 | 1 0.01 99.88 10996 | 1 0.01 99.89 11200 | 1 0.01 99.90 11572 | 1 0.01 99.91 11761 | 1 0.01 99.92 11776 | 2 0.02 99.94 11800 | 1 0.01 99.95 12246 | 1 0.01 99.96 12652 | 1 0.01 99.97 15000 | 3 0.03 100.00 ------------------------+----------------------------------- Total | 10,000 100.00 by Jean Roth , jroth@nber.org , 2 Jan 2016