Frequencies for PC_HSA_rates_0307 dataset : by Jean Roth , jroth@nber.org , 14 Mar 2018 Frequencies for stateid variable in PC_HSA_rates_0307 dataset : State ID | Freq. Percent Cum. ------------+----------------------------------- 1001 | 1 0.03 0.03 1002 | 1 0.03 0.06 1003 | 1 0.03 0.09 1004 | 1 0.03 0.12 1006 | 1 0.03 0.15 1007 | 1 0.03 0.17 1008 | 1 0.03 0.20 1010 | 1 0.03 0.23 1011 | 1 0.03 0.26 1012 | 1 0.03 0.29 1013 | 1 0.03 0.32 1014 | 1 0.03 0.35 1016 | 1 0.03 0.38 1017 | 1 0.03 0.41 1018 | 1 0.03 0.44 1019 | 1 0.03 0.47 1022 | 1 0.03 0.49 1023 | 1 0.03 0.52 1024 | 1 0.03 0.55 1025 | 1 0.03 0.58 1026 | 1 0.03 0.61 1027 | 1 0.03 0.64 1028 | 1 0.03 0.67 1029 | 1 0.03 0.70 1031 | 1 0.03 0.73 1032 | 1 0.03 0.76 1033 | 1 0.03 0.79 1035 | 1 0.03 0.81 1036 | 1 0.03 0.84 1037 | 1 0.03 0.87 1038 | 1 0.03 0.90 1039 | 1 0.03 0.93 1040 | 1 0.03 0.96 1044 | 1 0.03 0.99 1045 | 1 0.03 1.02 1046 | 1 0.03 1.05 1047 | 1 0.03 1.08 1048 | 1 0.03 1.11 1049 | 1 0.03 1.13 1051 | 1 0.03 1.16 1053 | 1 0.03 1.19 1054 | 1 0.03 1.22 1056 | 1 0.03 1.25 1057 | 1 0.03 1.28 1058 | 1 0.03 1.31 1059 | 1 0.03 1.34 1060 | 1 0.03 1.37 1061 | 1 0.03 1.40 1063 | 1 0.03 1.43 1064 | 1 0.03 1.45 1065 | 1 0.03 1.48 1066 | 1 0.03 1.51 1068 | 1 0.03 1.54 1070 | 1 0.03 1.57 1071 | 1 0.03 1.60 1072 | 1 0.03 1.63 1073 | 1 0.03 1.66 1074 | 1 0.03 1.69 1075 | 1 0.03 1.72 1077 | 1 0.03 1.75 1078 | 1 0.03 1.77 1079 | 1 0.03 1.80 1080 | 1 0.03 1.83 1081 | 1 0.03 1.86 1082 | 1 0.03 1.89 1083 | 1 0.03 1.92 1084 | 1 0.03 1.95 1085 | 1 0.03 1.98 1086 | 1 0.03 2.01 1088 | 1 0.03 2.04 2001 | 1 0.03 2.07 2002 | 1 0.03 2.09 2003 | 1 0.03 2.12 2004 | 1 0.03 2.15 2005 | 1 0.03 2.18 2006 | 1 0.03 2.21 2007 | 1 0.03 2.24 2008 | 1 0.03 2.27 2009 | 1 0.03 2.30 2010 | 1 0.03 2.33 2011 | 1 0.03 2.36 2012 | 1 0.03 2.39 2013 | 1 0.03 2.41 2014 | 1 0.03 2.44 2015 | 1 0.03 2.47 2016 | 1 0.03 2.50 2017 | 1 0.03 2.53 2018 | 1 0.03 2.56 2019 | 1 0.03 2.59 3002 | 1 0.03 2.62 3003 | 1 0.03 2.65 3004 | 1 0.03 2.68 3005 | 1 0.03 2.71 3006 | 1 0.03 2.73 3007 | 1 0.03 2.76 3008 | 1 0.03 2.79 3009 | 1 0.03 2.82 3010 | 1 0.03 2.85 3014 | 1 0.03 2.88 3015 | 1 0.03 2.91 3016 | 1 0.03 2.94 3019 | 1 0.03 2.97 3020 | 1 0.03 3.00 3021 | 1 0.03 3.03 3022 | 1 0.03 3.05 3023 | 1 0.03 3.08 3024 | 1 0.03 3.11 3025 | 1 0.03 3.14 3026 | 1 0.03 3.17 3027 | 1 0.03 3.20 3028 | 1 0.03 3.23 3029 | 1 0.03 3.26 3032 | 1 0.03 3.29 3033 | 1 0.03 3.32 3034 | 1 0.03 3.35 3035 | 1 0.03 3.38 3037 | 1 0.03 3.40 3038 | 1 0.03 3.43 3040 | 1 0.03 3.46 3042 | 1 0.03 3.49 3044 | 1 0.03 3.52 3047 | 1 0.03 3.55 4001 | 1 0.03 3.58 4002 | 1 0.03 3.61 4003 | 1 0.03 3.64 4004 | 1 0.03 3.67 4005 | 1 0.03 3.70 4006 | 1 0.03 3.72 4007 | 1 0.03 3.75 4008 | 1 0.03 3.78 4010 | 1 0.03 3.81 4011 | 1 0.03 3.84 4012 | 1 0.03 3.87 4013 | 1 0.03 3.90 4015 | 1 0.03 3.93 4017 | 1 0.03 3.96 4018 | 1 0.03 3.99 4019 | 1 0.03 4.02 4020 | 1 0.03 4.04 4021 | 1 0.03 4.07 4023 | 1 0.03 4.10 4024 | 1 0.03 4.13 4025 | 1 0.03 4.16 4026 | 1 0.03 4.19 4027 | 1 0.03 4.22 4028 | 1 0.03 4.25 4029 | 1 0.03 4.28 4030 | 1 0.03 4.31 4031 | 1 0.03 4.34 4032 | 1 0.03 4.36 4033 | 1 0.03 4.39 4034 | 1 0.03 4.42 4035 | 1 0.03 4.45 4038 | 1 0.03 4.48 4039 | 1 0.03 4.51 4040 | 1 0.03 4.54 4041 | 1 0.03 4.57 4042 | 1 0.03 4.60 4043 | 1 0.03 4.63 4045 | 1 0.03 4.66 4046 | 1 0.03 4.68 4047 | 1 0.03 4.71 4048 | 1 0.03 4.74 4049 | 1 0.03 4.77 4050 | 1 0.03 4.80 4051 | 1 0.03 4.83 4052 | 1 0.03 4.86 4053 | 1 0.03 4.89 4054 | 1 0.03 4.92 4055 | 1 0.03 4.95 4056 | 1 0.03 4.98 4057 | 1 0.03 5.00 4059 | 1 0.03 5.03 4060 | 1 0.03 5.06 4061 | 1 0.03 5.09 4062 | 1 0.03 5.12 4063 | 1 0.03 5.15 4064 | 1 0.03 5.18 4065 | 1 0.03 5.21 4066 | 1 0.03 5.24 4067 | 1 0.03 5.27 4068 | 1 0.03 5.30 4069 | 1 0.03 5.32 4070 | 1 0.03 5.35 4072 | 1 0.03 5.38 4074 | 1 0.03 5.41 4075 | 1 0.03 5.44 4076 | 1 0.03 5.47 5001 | 1 0.03 5.50 5003 | 1 0.03 5.53 5004 | 1 0.03 5.56 5005 | 1 0.03 5.59 5006 | 1 0.03 5.62 5007 | 1 0.03 5.64 5008 | 1 0.03 5.67 5009 | 1 0.03 5.70 5012 | 1 0.03 5.73 5013 | 1 0.03 5.76 5015 | 1 0.03 5.79 5017 | 1 0.03 5.82 5018 | 1 0.03 5.85 5019 | 1 0.03 5.88 5020 | 1 0.03 5.91 5021 | 1 0.03 5.94 5022 | 1 0.03 5.96 5023 | 1 0.03 5.99 5024 | 1 0.03 6.02 5028 | 1 0.03 6.05 5029 | 1 0.03 6.08 5031 | 1 0.03 6.11 5032 | 1 0.03 6.14 5033 | 1 0.03 6.17 5034 | 1 0.03 6.20 5035 | 1 0.03 6.23 5036 | 1 0.03 6.26 5037 | 1 0.03 6.28 5038 | 1 0.03 6.31 5040 | 1 0.03 6.34 5041 | 1 0.03 6.37 5043 | 1 0.03 6.40 5044 | 1 0.03 6.43 5045 | 1 0.03 6.46 5046 | 1 0.03 6.49 5047 | 1 0.03 6.52 5048 | 1 0.03 6.55 5050 | 1 0.03 6.58 5051 | 1 0.03 6.60 5052 | 1 0.03 6.63 5053 | 1 0.03 6.66 5054 | 1 0.03 6.69 5055 | 1 0.03 6.72 5056 | 1 0.03 6.75 5057 | 1 0.03 6.78 5059 | 1 0.03 6.81 5060 | 1 0.03 6.84 5062 | 1 0.03 6.87 5063 | 1 0.03 6.90 5064 | 1 0.03 6.92 5065 | 1 0.03 6.95 5066 | 1 0.03 6.98 5068 | 1 0.03 7.01 5069 | 1 0.03 7.04 5070 | 1 0.03 7.07 5071 | 1 0.03 7.10 5072 | 1 0.03 7.13 5073 | 1 0.03 7.16 5074 | 1 0.03 7.19 5075 | 1 0.03 7.22 5077 | 1 0.03 7.24 5078 | 1 0.03 7.27 5079 | 1 0.03 7.30 5080 | 1 0.03 7.33 5081 | 1 0.03 7.36 5082 | 1 0.03 7.39 5083 | 1 0.03 7.42 5084 | 1 0.03 7.45 5085 | 1 0.03 7.48 5086 | 1 0.03 7.51 5087 | 1 0.03 7.54 5088 | 1 0.03 7.56 5089 | 1 0.03 7.59 5090 | 1 0.03 7.62 5091 | 1 0.03 7.65 5092 | 1 0.03 7.68 5094 | 1 0.03 7.71 5095 | 1 0.03 7.74 5096 | 1 0.03 7.77 5097 | 1 0.03 7.80 5098 | 1 0.03 7.83 5100 | 1 0.03 7.86 5102 | 1 0.03 7.88 5103 | 1 0.03 7.91 5104 | 1 0.03 7.94 5105 | 1 0.03 7.97 5106 | 1 0.03 8.00 5108 | 1 0.03 8.03 5109 | 1 0.03 8.06 5112 | 1 0.03 8.09 5114 | 1 0.03 8.12 5115 | 1 0.03 8.15 5116 | 1 0.03 8.18 5117 | 1 0.03 8.20 5118 | 1 0.03 8.23 5119 | 1 0.03 8.26 5120 | 1 0.03 8.29 5121 | 1 0.03 8.32 5122 | 1 0.03 8.35 5123 | 1 0.03 8.38 5124 | 1 0.03 8.41 5125 | 1 0.03 8.44 5126 | 1 0.03 8.47 5127 | 1 0.03 8.50 5130 | 1 0.03 8.52 5131 | 1 0.03 8.55 5132 | 1 0.03 8.58 5133 | 1 0.03 8.61 5136 | 1 0.03 8.64 5137 | 1 0.03 8.67 5138 | 1 0.03 8.70 5139 | 1 0.03 8.73 5140 | 1 0.03 8.76 5141 | 1 0.03 8.79 5144 | 1 0.03 8.82 5145 | 1 0.03 8.84 5146 | 1 0.03 8.87 5148 | 1 0.03 8.90 5149 | 1 0.03 8.93 5150 | 1 0.03 8.96 5151 | 1 0.03 8.99 5152 | 1 0.03 9.02 5155 | 1 0.03 9.05 5157 | 1 0.03 9.08 5158 | 1 0.03 9.11 5159 | 1 0.03 9.14 5160 | 1 0.03 9.16 5161 | 1 0.03 9.19 5162 | 1 0.03 9.22 5163 | 1 0.03 9.25 5165 | 1 0.03 9.28 5166 | 1 0.03 9.31 5167 | 1 0.03 9.34 5168 | 1 0.03 9.37 5171 | 1 0.03 9.40 5172 | 1 0.03 9.43 5173 | 1 0.03 9.46 5174 | 1 0.03 9.49 5177 | 1 0.03 9.51 5179 | 1 0.03 9.54 5180 | 1 0.03 9.57 5182 | 1 0.03 9.60 5183 | 1 0.03 9.63 5185 | 1 0.03 9.66 5186 | 1 0.03 9.69 5187 | 1 0.03 9.72 5188 | 1 0.03 9.75 5189 | 1 0.03 9.78 5190 | 1 0.03 9.81 5191 | 1 0.03 9.83 5192 | 1 0.03 9.86 5194 | 1 0.03 9.89 5197 | 1 0.03 9.92 5198 | 1 0.03 9.95 5199 | 1 0.03 9.98 5200 | 1 0.03 10.01 5201 | 1 0.03 10.04 5202 | 1 0.03 10.07 5203 | 1 0.03 10.10 5204 | 1 0.03 10.13 5205 | 1 0.03 10.15 5206 | 1 0.03 10.18 5208 | 1 0.03 10.21 5209 | 1 0.03 10.24 5210 | 1 0.03 10.27 5211 | 1 0.03 10.30 5212 | 1 0.03 10.33 5213 | 1 0.03 10.36 5214 | 1 0.03 10.39 5215 | 1 0.03 10.42 5218 | 1 0.03 10.45 5219 | 1 0.03 10.47 5221 | 1 0.03 10.50 5222 | 1 0.03 10.53 5223 | 1 0.03 10.56 5224 | 1 0.03 10.59 5225 | 1 0.03 10.62 5226 | 1 0.03 10.65 5227 | 1 0.03 10.68 5229 | 1 0.03 10.71 5230 | 1 0.03 10.74 5231 | 1 0.03 10.77 5232 | 1 0.03 10.79 5233 | 1 0.03 10.82 5234 | 1 0.03 10.85 5235 | 1 0.03 10.88 5236 | 1 0.03 10.91 5237 | 1 0.03 10.94 5239 | 1 0.03 10.97 5241 | 1 0.03 11.00 5244 | 1 0.03 11.03 5246 | 1 0.03 11.06 5247 | 1 0.03 11.09 5248 | 1 0.03 11.11 5249 | 1 0.03 11.14 5250 | 1 0.03 11.17 5251 | 1 0.03 11.20 5252 | 1 0.03 11.23 5253 | 1 0.03 11.26 5254 | 1 0.03 11.29 5255 | 1 0.03 11.32 5256 | 1 0.03 11.35 5257 | 1 0.03 11.38 5258 | 1 0.03 11.41 5259 | 1 0.03 11.43 5260 | 1 0.03 11.46 5261 | 1 0.03 11.49 5262 | 1 0.03 11.52 5263 | 1 0.03 11.55 5264 | 1 0.03 11.58 5265 | 1 0.03 11.61 5270 | 1 0.03 11.64 5271 | 1 0.03 11.67 5272 | 1 0.03 11.70 5274 | 1 0.03 11.73 5277 | 1 0.03 11.75 5278 | 1 0.03 11.78 5282 | 1 0.03 11.81 5285 | 1 0.03 11.84 5287 | 1 0.03 11.87 5288 | 1 0.03 11.90 5289 | 1 0.03 11.93 6002 | 1 0.03 11.96 6003 | 1 0.03 11.99 6004 | 1 0.03 12.02 6005 | 1 0.03 12.05 6006 | 1 0.03 12.07 6007 | 1 0.03 12.10 6008 | 1 0.03 12.13 6009 | 1 0.03 12.16 6010 | 1 0.03 12.19 6011 | 1 0.03 12.22 6012 | 1 0.03 12.25 6013 | 1 0.03 12.28 6015 | 1 0.03 12.31 6016 | 1 0.03 12.34 6017 | 1 0.03 12.37 6018 | 1 0.03 12.39 6020 | 1 0.03 12.42 6022 | 1 0.03 12.45 6023 | 1 0.03 12.48 6025 | 1 0.03 12.51 6026 | 1 0.03 12.54 6027 | 1 0.03 12.57 6028 | 1 0.03 12.60 6029 | 1 0.03 12.63 6030 | 1 0.03 12.66 6031 | 1 0.03 12.69 6032 | 1 0.03 12.71 6033 | 1 0.03 12.74 6034 | 1 0.03 12.77 6035 | 1 0.03 12.80 6036 | 1 0.03 12.83 6037 | 1 0.03 12.86 6038 | 1 0.03 12.89 6039 | 1 0.03 12.92 6040 | 1 0.03 12.95 6041 | 1 0.03 12.98 6042 | 1 0.03 13.01 6043 | 1 0.03 13.03 6045 | 1 0.03 13.06 6046 | 1 0.03 13.09 6047 | 1 0.03 13.12 6048 | 1 0.03 13.15 6049 | 1 0.03 13.18 6050 | 1 0.03 13.21 6051 | 1 0.03 13.24 6052 | 1 0.03 13.27 6053 | 1 0.03 13.30 6054 | 1 0.03 13.33 6055 | 1 0.03 13.35 7001 | 1 0.03 13.38 7002 | 1 0.03 13.41 7003 | 1 0.03 13.44 7004 | 1 0.03 13.47 7006 | 1 0.03 13.50 7007 | 1 0.03 13.53 7008 | 1 0.03 13.56 7009 | 1 0.03 13.59 7010 | 1 0.03 13.62 7011 | 1 0.03 13.65 7012 | 1 0.03 13.67 7013 | 1 0.03 13.70 7014 | 1 0.03 13.73 7015 | 1 0.03 13.76 7017 | 1 0.03 13.79 7018 | 1 0.03 13.82 7019 | 1 0.03 13.85 7020 | 1 0.03 13.88 7021 | 1 0.03 13.91 7022 | 1 0.03 13.94 7023 | 1 0.03 13.97 7024 | 1 0.03 13.99 7025 | 1 0.03 14.02 7026 | 1 0.03 14.05 7027 | 1 0.03 14.08 7028 | 1 0.03 14.11 8001 | 1 0.03 14.14 8002 | 1 0.03 14.17 8003 | 1 0.03 14.20 8004 | 1 0.03 14.23 8005 | 1 0.03 14.26 9001 | 1 0.03 14.29 10001 | 1 0.03 14.31 10002 | 1 0.03 14.34 10003 | 1 0.03 14.37 10005 | 1 0.03 14.40 10006 | 1 0.03 14.43 10007 | 1 0.03 14.46 10008 | 1 0.03 14.49 10009 | 1 0.03 14.52 10011 | 1 0.03 14.55 10012 | 1 0.03 14.58 10013 | 1 0.03 14.61 10014 | 1 0.03 14.63 10015 | 1 0.03 14.66 10016 | 1 0.03 14.69 10017 | 1 0.03 14.72 10018 | 1 0.03 14.75 10019 | 1 0.03 14.78 10020 | 1 0.03 14.81 10021 | 1 0.03 14.84 10022 | 1 0.03 14.87 10023 | 1 0.03 14.90 10024 | 1 0.03 14.93 10025 | 1 0.03 14.95 10026 | 1 0.03 14.98 10027 | 1 0.03 15.01 10028 | 1 0.03 15.04 10029 | 1 0.03 15.07 10030 | 1 0.03 15.10 10031 | 1 0.03 15.13 10032 | 1 0.03 15.16 10033 | 1 0.03 15.19 10034 | 1 0.03 15.22 10035 | 1 0.03 15.25 10036 | 1 0.03 15.27 10037 | 1 0.03 15.30 10038 | 1 0.03 15.33 10039 | 1 0.03 15.36 10040 | 1 0.03 15.39 10041 | 1 0.03 15.42 10043 | 1 0.03 15.45 10045 | 1 0.03 15.48 10046 | 1 0.03 15.51 10047 | 1 0.03 15.54 10048 | 1 0.03 15.57 10049 | 1 0.03 15.59 10050 | 1 0.03 15.62 10051 | 1 0.03 15.65 10052 | 1 0.03 15.68 10053 | 1 0.03 15.71 10054 | 1 0.03 15.74 10055 | 1 0.03 15.77 10056 | 1 0.03 15.80 10058 | 1 0.03 15.83 10059 | 1 0.03 15.86 10061 | 1 0.03 15.89 10062 | 1 0.03 15.92 10063 | 1 0.03 15.94 10064 | 1 0.03 15.97 10069 | 1 0.03 16.00 10070 | 1 0.03 16.03 10071 | 1 0.03 16.06 10072 | 1 0.03 16.09 10073 | 1 0.03 16.12 10074 | 1 0.03 16.15 10075 | 1 0.03 16.18 10076 | 1 0.03 16.21 10077 | 1 0.03 16.24 10078 | 1 0.03 16.26 10079 | 1 0.03 16.29 10080 | 1 0.03 16.32 10083 | 1 0.03 16.35 10084 | 1 0.03 16.38 10085 | 1 0.03 16.41 10086 | 1 0.03 16.44 10087 | 1 0.03 16.47 10088 | 1 0.03 16.50 10089 | 1 0.03 16.53 10090 | 1 0.03 16.56 10091 | 1 0.03 16.58 10092 | 1 0.03 16.61 10093 | 1 0.03 16.64 10096 | 1 0.03 16.67 10097 | 1 0.03 16.70 10098 | 1 0.03 16.73 10099 | 1 0.03 16.76 10100 | 1 0.03 16.79 10101 | 1 0.03 16.82 10102 | 1 0.03 16.85 10104 | 1 0.03 16.88 10105 | 1 0.03 16.90 10106 | 1 0.03 16.93 10107 | 1 0.03 16.96 10108 | 1 0.03 16.99 10109 | 1 0.03 17.02 10111 | 1 0.03 17.05 10112 | 1 0.03 17.08 10113 | 1 0.03 17.11 10114 | 1 0.03 17.14 10115 | 1 0.03 17.17 10117 | 1 0.03 17.20 10118 | 1 0.03 17.22 10119 | 1 0.03 17.25 10120 | 1 0.03 17.28 10121 | 1 0.03 17.31 10122 | 1 0.03 17.34 10123 | 1 0.03 17.37 10124 | 1 0.03 17.40 10125 | 1 0.03 17.43 10126 | 1 0.03 17.46 10128 | 1 0.03 17.49 10131 | 1 0.03 17.52 10132 | 1 0.03 17.54 10133 | 1 0.03 17.57 10135 | 1 0.03 17.60 11001 | 1 0.03 17.63 11002 | 1 0.03 17.66 11003 | 1 0.03 17.69 11004 | 1 0.03 17.72 11005 | 1 0.03 17.75 11006 | 1 0.03 17.78 11007 | 1 0.03 17.81 11008 | 1 0.03 17.84 11009 | 1 0.03 17.86 11010 | 1 0.03 17.89 11011 | 1 0.03 17.92 11013 | 1 0.03 17.95 11014 | 1 0.03 17.98 11015 | 1 0.03 18.01 11017 | 1 0.03 18.04 11018 | 1 0.03 18.07 11020 | 1 0.03 18.10 11021 | 1 0.03 18.13 11023 | 1 0.03 18.16 11024 | 1 0.03 18.18 11025 | 1 0.03 18.21 11028 | 1 0.03 18.24 11029 | 1 0.03 18.27 11030 | 1 0.03 18.30 11031 | 1 0.03 18.33 11032 | 1 0.03 18.36 11033 | 1 0.03 18.39 11034 | 1 0.03 18.42 11035 | 1 0.03 18.45 11036 | 1 0.03 18.48 11038 | 1 0.03 18.50 11039 | 1 0.03 18.53 11040 | 1 0.03 18.56 11041 | 1 0.03 18.59 11043 | 1 0.03 18.62 11044 | 1 0.03 18.65 11045 | 1 0.03 18.68 11046 | 1 0.03 18.71 11047 | 1 0.03 18.74 11048 | 1 0.03 18.77 11049 | 1 0.03 18.80 11050 | 1 0.03 18.82 11051 | 1 0.03 18.85 11052 | 1 0.03 18.88 11053 | 1 0.03 18.91 11054 | 1 0.03 18.94 11055 | 1 0.03 18.97 11056 | 1 0.03 19.00 11057 | 1 0.03 19.03 11058 | 1 0.03 19.06 11059 | 1 0.03 19.09 11060 | 1 0.03 19.12 11061 | 1 0.03 19.14 11062 | 1 0.03 19.17 11063 | 1 0.03 19.20 11064 | 1 0.03 19.23 11065 | 1 0.03 19.26 11066 | 1 0.03 19.29 11067 | 1 0.03 19.32 11068 | 1 0.03 19.35 11069 | 1 0.03 19.38 11070 | 1 0.03 19.41 11071 | 1 0.03 19.44 11072 | 1 0.03 19.46 11073 | 1 0.03 19.49 11074 | 1 0.03 19.52 11075 | 1 0.03 19.55 11077 | 1 0.03 19.58 11078 | 1 0.03 19.61 11080 | 1 0.03 19.64 11081 | 1 0.03 19.67 11082 | 1 0.03 19.70 11083 | 1 0.03 19.73 11084 | 1 0.03 19.76 11085 | 1 0.03 19.78 11086 | 1 0.03 19.81 11088 | 1 0.03 19.84 11089 | 1 0.03 19.87 11090 | 1 0.03 19.90 11091 | 1 0.03 19.93 11092 | 1 0.03 19.96 11093 | 1 0.03 19.99 11094 | 1 0.03 20.02 11095 | 1 0.03 20.05 11096 | 1 0.03 20.08 11098 | 1 0.03 20.10 11099 | 1 0.03 20.13 11100 | 1 0.03 20.16 11101 | 1 0.03 20.19 11102 | 1 0.03 20.22 11103 | 1 0.03 20.25 11104 | 1 0.03 20.28 11105 | 1 0.03 20.31 11107 | 1 0.03 20.34 11108 | 1 0.03 20.37 11109 | 1 0.03 20.40 11111 | 1 0.03 20.42 11112 | 1 0.03 20.45 11114 | 1 0.03 20.48 11115 | 1 0.03 20.51 11116 | 1 0.03 20.54 11117 | 1 0.03 20.57 11118 | 1 0.03 20.60 11119 | 1 0.03 20.63 11120 | 1 0.03 20.66 11121 | 1 0.03 20.69 11122 | 1 0.03 20.72 11124 | 1 0.03 20.74 11125 | 1 0.03 20.77 11126 | 1 0.03 20.80 11127 | 1 0.03 20.83 11128 | 1 0.03 20.86 12001 | 1 0.03 20.89 12003 | 1 0.03 20.92 12005 | 1 0.03 20.95 12007 | 1 0.03 20.98 12008 | 1 0.03 21.01 12010 | 1 0.03 21.04 12012 | 1 0.03 21.06 12013 | 1 0.03 21.09 12014 | 1 0.03 21.12 13003 | 1 0.03 21.15 13004 | 1 0.03 21.18 13005 | 1 0.03 21.21 13006 | 1 0.03 21.24 13007 | 1 0.03 21.27 13009 | 1 0.03 21.30 13010 | 1 0.03 21.33 13012 | 1 0.03 21.36 13015 | 1 0.03 21.38 13017 | 1 0.03 21.41 13019 | 1 0.03 21.44 13020 | 1 0.03 21.47 13021 | 1 0.03 21.50 13022 | 1 0.03 21.53 13023 | 1 0.03 21.56 13024 | 1 0.03 21.59 13025 | 1 0.03 21.62 13026 | 1 0.03 21.65 13027 | 1 0.03 21.68 13028 | 1 0.03 21.70 13029 | 1 0.03 21.73 13030 | 1 0.03 21.76 13031 | 1 0.03 21.79 13032 | 1 0.03 21.82 13033 | 1 0.03 21.85 13035 | 1 0.03 21.88 13036 | 1 0.03 21.91 13037 | 1 0.03 21.94 13038 | 1 0.03 21.97 13039 | 1 0.03 22.00 14001 | 1 0.03 22.03 14002 | 1 0.03 22.05 14003 | 1 0.03 22.08 14004 | 1 0.03 22.11 14005 | 1 0.03 22.14 14006 | 1 0.03 22.17 14007 | 1 0.03 22.20 14008 | 1 0.03 22.23 14009 | 1 0.03 22.26 14010 | 1 0.03 22.29 14011 | 1 0.03 22.32 14012 | 1 0.03 22.35 14013 | 1 0.03 22.37 14014 | 1 0.03 22.40 14015 | 1 0.03 22.43 14016 | 1 0.03 22.46 14017 | 1 0.03 22.49 14018 | 1 0.03 22.52 14019 | 1 0.03 22.55 14020 | 1 0.03 22.58 14022 | 1 0.03 22.61 14023 | 1 0.03 22.64 14024 | 1 0.03 22.67 14026 | 1 0.03 22.69 14027 | 1 0.03 22.72 14028 | 1 0.03 22.75 14029 | 1 0.03 22.78 14031 | 1 0.03 22.81 14032 | 1 0.03 22.84 14033 | 1 0.03 22.87 14035 | 1 0.03 22.90 14036 | 1 0.03 22.93 14037 | 1 0.03 22.96 14038 | 1 0.03 22.99 14039 | 1 0.03 23.01 14040 | 1 0.03 23.04 14043 | 1 0.03 23.07 14044 | 1 0.03 23.10 14045 | 1 0.03 23.13 14047 | 1 0.03 23.16 14048 | 1 0.03 23.19 14049 | 1 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44037 | 1 0.03 82.66 44038 | 1 0.03 82.69 44039 | 1 0.03 82.72 44040 | 1 0.03 82.75 44041 | 1 0.03 82.78 44042 | 1 0.03 82.80 44043 | 1 0.03 82.83 44044 | 1 0.03 82.86 44045 | 1 0.03 82.89 44046 | 1 0.03 82.92 44047 | 1 0.03 82.95 44048 | 1 0.03 82.98 44049 | 1 0.03 83.01 44050 | 1 0.03 83.04 44051 | 1 0.03 83.07 44053 | 1 0.03 83.10 44054 | 1 0.03 83.12 44055 | 1 0.03 83.15 44056 | 1 0.03 83.18 44057 | 1 0.03 83.21 44058 | 1 0.03 83.24 44059 | 1 0.03 83.27 44060 | 1 0.03 83.30 44061 | 1 0.03 83.33 44062 | 1 0.03 83.36 44063 | 1 0.03 83.39 44064 | 1 0.03 83.42 44065 | 1 0.03 83.44 44066 | 1 0.03 83.47 44067 | 1 0.03 83.50 44068 | 1 0.03 83.53 44069 | 1 0.03 83.56 44070 | 1 0.03 83.59 44071 | 1 0.03 83.62 44072 | 1 0.03 83.65 44073 | 1 0.03 83.68 44074 | 1 0.03 83.71 44075 | 1 0.03 83.74 44076 | 1 0.03 83.76 44077 | 1 0.03 83.79 44078 | 1 0.03 83.82 44079 | 1 0.03 83.85 44082 | 1 0.03 83.88 44083 | 1 0.03 83.91 44084 | 1 0.03 83.94 44085 | 1 0.03 83.97 44086 | 1 0.03 84.00 44088 | 1 0.03 84.03 44089 | 1 0.03 84.06 44090 | 1 0.03 84.08 44091 | 1 0.03 84.11 44093 | 1 0.03 84.14 44094 | 1 0.03 84.17 44096 | 1 0.03 84.20 45001 | 1 0.03 84.23 45003 | 1 0.03 84.26 45004 | 1 0.03 84.29 45005 | 1 0.03 84.32 45006 | 1 0.03 84.35 45007 | 1 0.03 84.38 45008 | 1 0.03 84.41 45009 | 1 0.03 84.43 45010 | 1 0.03 84.46 45011 | 1 0.03 84.49 45012 | 1 0.03 84.52 45013 | 1 0.03 84.55 45014 | 1 0.03 84.58 45015 | 1 0.03 84.61 45016 | 1 0.03 84.64 45017 | 1 0.03 84.67 45019 | 1 0.03 84.70 45020 | 1 0.03 84.73 45021 | 1 0.03 84.75 45022 | 1 0.03 84.78 45023 | 1 0.03 84.81 45024 | 1 0.03 84.84 45026 | 1 0.03 84.87 45027 | 1 0.03 84.90 45028 | 1 0.03 84.93 45029 | 1 0.03 84.96 45030 | 1 0.03 84.99 45031 | 1 0.03 85.02 45034 | 1 0.03 85.05 45035 | 1 0.03 85.07 45036 | 1 0.03 85.10 45038 | 1 0.03 85.13 45039 | 1 0.03 85.16 45040 | 1 0.03 85.19 45041 | 1 0.03 85.22 45042 | 1 0.03 85.25 45043 | 1 0.03 85.28 45045 | 1 0.03 85.31 45048 | 1 0.03 85.34 45049 | 1 0.03 85.37 45051 | 1 0.03 85.39 45052 | 1 0.03 85.42 45053 | 1 0.03 85.45 45054 | 1 0.03 85.48 45055 | 1 0.03 85.51 45057 | 1 0.03 85.54 45058 | 1 0.03 85.57 45059 | 1 0.03 85.60 45060 | 1 0.03 85.63 45061 | 1 0.03 85.66 45062 | 1 0.03 85.69 45064 | 1 0.03 85.71 45065 | 1 0.03 85.74 45066 | 1 0.03 85.77 45068 | 1 0.03 85.80 45069 | 1 0.03 85.83 45070 | 1 0.03 85.86 45071 | 1 0.03 85.89 45072 | 1 0.03 85.92 45073 | 1 0.03 85.95 45076 | 1 0.03 85.98 45078 | 1 0.03 86.01 45079 | 1 0.03 86.03 45080 | 1 0.03 86.06 45081 | 1 0.03 86.09 45083 | 1 0.03 86.12 45085 | 1 0.03 86.15 45086 | 1 0.03 86.18 45088 | 1 0.03 86.21 45089 | 1 0.03 86.24 45090 | 1 0.03 86.27 45091 | 1 0.03 86.30 45094 | 1 0.03 86.33 45095 | 1 0.03 86.35 45096 | 1 0.03 86.38 45097 | 1 0.03 86.41 45098 | 1 0.03 86.44 45099 | 1 0.03 86.47 45100 | 1 0.03 86.50 45101 | 1 0.03 86.53 45102 | 1 0.03 86.56 45104 | 1 0.03 86.59 45106 | 1 0.03 86.62 45109 | 1 0.03 86.65 45110 | 1 0.03 86.67 45111 | 1 0.03 86.70 45112 | 1 0.03 86.73 45114 | 1 0.03 86.76 45115 | 1 0.03 86.79 45116 | 1 0.03 86.82 45119 | 1 0.03 86.85 45120 | 1 0.03 86.88 45121 | 1 0.03 86.91 45122 | 1 0.03 86.94 45123 | 1 0.03 86.97 45124 | 1 0.03 86.99 45125 | 1 0.03 87.02 45129 | 1 0.03 87.05 45131 | 1 0.03 87.08 45133 | 1 0.03 87.11 45134 | 1 0.03 87.14 45135 | 1 0.03 87.17 45136 | 1 0.03 87.20 45138 | 1 0.03 87.23 45139 | 1 0.03 87.26 45140 | 1 0.03 87.29 45141 | 1 0.03 87.31 45142 | 1 0.03 87.34 45143 | 1 0.03 87.37 45144 | 1 0.03 87.40 45145 | 1 0.03 87.43 45146 | 1 0.03 87.46 45147 | 1 0.03 87.49 45148 | 1 0.03 87.52 45149 | 1 0.03 87.55 45150 | 1 0.03 87.58 45151 | 1 0.03 87.61 45152 | 1 0.03 87.63 45155 | 1 0.03 87.66 45156 | 1 0.03 87.69 45158 | 1 0.03 87.72 45159 | 1 0.03 87.75 45160 | 1 0.03 87.78 45163 | 1 0.03 87.81 45167 | 1 0.03 87.84 45168 | 1 0.03 87.87 45169 | 1 0.03 87.90 45170 | 1 0.03 87.93 45171 | 1 0.03 87.95 45173 | 1 0.03 87.98 45174 | 1 0.03 88.01 45175 | 1 0.03 88.04 45176 | 1 0.03 88.07 45177 | 1 0.03 88.10 45178 | 1 0.03 88.13 45180 | 1 0.03 88.16 45181 | 1 0.03 88.19 45182 | 1 0.03 88.22 45185 | 1 0.03 88.25 45187 | 1 0.03 88.27 45188 | 1 0.03 88.30 45189 | 1 0.03 88.33 45191 | 1 0.03 88.36 45194 | 1 0.03 88.39 45196 | 1 0.03 88.42 45197 | 1 0.03 88.45 45198 | 1 0.03 88.48 45199 | 1 0.03 88.51 45200 | 1 0.03 88.54 45201 | 1 0.03 88.57 45202 | 1 0.03 88.59 45203 | 1 0.03 88.62 45204 | 1 0.03 88.65 45205 | 1 0.03 88.68 45207 | 1 0.03 88.71 45208 | 1 0.03 88.74 45209 | 1 0.03 88.77 45211 | 1 0.03 88.80 45212 | 1 0.03 88.83 45213 | 1 0.03 88.86 45215 | 1 0.03 88.89 45216 | 1 0.03 88.91 45218 | 1 0.03 88.94 45219 | 1 0.03 88.97 45221 | 1 0.03 89.00 45223 | 1 0.03 89.03 45224 | 1 0.03 89.06 45225 | 1 0.03 89.09 45226 | 1 0.03 89.12 45228 | 1 0.03 89.15 45229 | 1 0.03 89.18 45232 | 1 0.03 89.21 45233 | 1 0.03 89.23 45235 | 1 0.03 89.26 45236 | 1 0.03 89.29 45237 | 1 0.03 89.32 45240 | 1 0.03 89.35 45241 | 1 0.03 89.38 45245 | 1 0.03 89.41 45246 | 1 0.03 89.44 45248 | 1 0.03 89.47 45250 | 1 0.03 89.50 45251 | 1 0.03 89.53 45252 | 1 0.03 89.55 45253 | 1 0.03 89.58 45254 | 1 0.03 89.61 45257 | 1 0.03 89.64 45258 | 1 0.03 89.67 45260 | 1 0.03 89.70 45261 | 1 0.03 89.73 45263 | 1 0.03 89.76 45264 | 1 0.03 89.79 45265 | 1 0.03 89.82 45266 | 1 0.03 89.85 45267 | 1 0.03 89.87 45268 | 1 0.03 89.90 45269 | 1 0.03 89.93 45270 | 1 0.03 89.96 45271 | 1 0.03 89.99 45273 | 1 0.03 90.02 45274 | 1 0.03 90.05 45275 | 1 0.03 90.08 45276 | 1 0.03 90.11 45277 | 1 0.03 90.14 45278 | 1 0.03 90.17 45279 | 1 0.03 90.19 45280 | 1 0.03 90.22 45281 | 1 0.03 90.25 46001 | 1 0.03 90.28 46002 | 1 0.03 90.31 46003 | 1 0.03 90.34 46004 | 1 0.03 90.37 46005 | 1 0.03 90.40 46006 | 1 0.03 90.43 46007 | 1 0.03 90.46 46008 | 1 0.03 90.49 46010 | 1 0.03 90.51 46011 | 1 0.03 90.54 46012 | 1 0.03 90.57 46013 | 1 0.03 90.60 46014 | 1 0.03 90.63 46015 | 1 0.03 90.66 46016 | 1 0.03 90.69 46017 | 1 0.03 90.72 46019 | 1 0.03 90.75 46020 | 1 0.03 90.78 46022 | 1 0.03 90.81 46023 | 1 0.03 90.84 46024 | 1 0.03 90.86 46025 | 1 0.03 90.89 46026 | 1 0.03 90.92 46027 | 1 0.03 90.95 46028 | 1 0.03 90.98 46030 | 1 0.03 91.01 46032 | 1 0.03 91.04 46033 | 1 0.03 91.07 47002 | 1 0.03 91.10 47003 | 1 0.03 91.13 47004 | 1 0.03 91.16 47005 | 1 0.03 91.18 47006 | 1 0.03 91.21 47007 | 1 0.03 91.24 47008 | 1 0.03 91.27 47009 | 1 0.03 91.30 47010 | 1 0.03 91.33 47011 | 1 0.03 91.36 47012 | 1 0.03 91.39 47013 | 1 0.03 91.42 47014 | 1 0.03 91.45 47015 | 1 0.03 91.48 49001 | 1 0.03 91.50 49002 | 1 0.03 91.53 49003 | 1 0.03 91.56 49004 | 1 0.03 91.59 49005 | 1 0.03 91.62 49006 | 1 0.03 91.65 49007 | 1 0.03 91.68 49008 | 1 0.03 91.71 49009 | 1 0.03 91.74 49010 | 1 0.03 91.77 49011 | 1 0.03 91.80 49012 | 1 0.03 91.82 49013 | 1 0.03 91.85 49014 | 1 0.03 91.88 49015 | 1 0.03 91.91 49016 | 1 0.03 91.94 49017 | 1 0.03 91.97 49018 | 1 0.03 92.00 49019 | 1 0.03 92.03 49020 | 1 0.03 92.06 49021 | 1 0.03 92.09 49022 | 1 0.03 92.12 49023 | 1 0.03 92.14 49024 | 1 0.03 92.17 49025 | 1 0.03 92.20 49026 | 1 0.03 92.23 49027 | 1 0.03 92.26 49028 | 1 0.03 92.29 49029 | 1 0.03 92.32 49030 | 1 0.03 92.35 49031 | 1 0.03 92.38 49032 | 1 0.03 92.41 49033 | 1 0.03 92.44 49034 | 1 0.03 92.46 49035 | 1 0.03 92.49 49036 | 1 0.03 92.52 49037 | 1 0.03 92.55 49038 | 1 0.03 92.58 49039 | 1 0.03 92.61 49040 | 1 0.03 92.64 49041 | 1 0.03 92.67 49042 | 1 0.03 92.70 49043 | 1 0.03 92.73 49044 | 1 0.03 92.76 49045 | 1 0.03 92.78 49046 | 1 0.03 92.81 49047 | 1 0.03 92.84 49048 | 1 0.03 92.87 49049 | 1 0.03 92.90 49050 | 1 0.03 92.93 49051 | 1 0.03 92.96 49052 | 1 0.03 92.99 49053 | 1 0.03 93.02 49054 | 1 0.03 93.05 49055 | 1 0.03 93.08 49056 | 1 0.03 93.10 49057 | 1 0.03 93.13 49058 | 1 0.03 93.16 49059 | 1 0.03 93.19 49060 | 1 0.03 93.22 49062 | 1 0.03 93.25 49063 | 1 0.03 93.28 49065 | 1 0.03 93.31 49066 | 1 0.03 93.34 49067 | 1 0.03 93.37 50001 | 1 0.03 93.40 50002 | 1 0.03 93.42 50003 | 1 0.03 93.45 50004 | 1 0.03 93.48 50005 | 1 0.03 93.51 50006 | 1 0.03 93.54 50007 | 1 0.03 93.57 50008 | 1 0.03 93.60 50009 | 1 0.03 93.63 50010 | 1 0.03 93.66 50011 | 1 0.03 93.69 50012 | 1 0.03 93.72 50013 | 1 0.03 93.74 50014 | 1 0.03 93.77 50015 | 1 0.03 93.80 50016 | 1 0.03 93.83 50017 | 1 0.03 93.86 50018 | 1 0.03 93.89 50019 | 1 0.03 93.92 50020 | 1 0.03 93.95 50022 | 1 0.03 93.98 50023 | 1 0.03 94.01 50024 | 1 0.03 94.04 50025 | 1 0.03 94.06 50026 | 1 0.03 94.09 50027 | 1 0.03 94.12 50028 | 1 0.03 94.15 50029 | 1 0.03 94.18 50031 | 1 0.03 94.21 50033 | 1 0.03 94.24 50034 | 1 0.03 94.27 50035 | 1 0.03 94.30 50036 | 1 0.03 94.33 50039 | 1 0.03 94.36 50040 | 1 0.03 94.38 50041 | 1 0.03 94.41 50042 | 1 0.03 94.44 50044 | 1 0.03 94.47 50045 | 1 0.03 94.50 50046 | 1 0.03 94.53 50047 | 1 0.03 94.56 50048 | 1 0.03 94.59 50050 | 1 0.03 94.62 50051 | 1 0.03 94.65 50052 | 1 0.03 94.68 50053 | 1 0.03 94.70 50054 | 1 0.03 94.73 50056 | 1 0.03 94.76 50058 | 1 0.03 94.79 50059 | 1 0.03 94.82 50060 | 1 0.03 94.85 50061 | 1 0.03 94.88 50062 | 1 0.03 94.91 50063 | 1 0.03 94.94 50064 | 1 0.03 94.97 50065 | 1 0.03 95.00 50066 | 1 0.03 95.02 50067 | 1 0.03 95.05 50068 | 1 0.03 95.08 51001 | 1 0.03 95.11 51002 | 1 0.03 95.14 51003 | 1 0.03 95.17 51004 | 1 0.03 95.20 51005 | 1 0.03 95.23 51006 | 1 0.03 95.26 51007 | 1 0.03 95.29 51008 | 1 0.03 95.32 51009 | 1 0.03 95.34 51010 | 1 0.03 95.37 51011 | 1 0.03 95.40 51012 | 1 0.03 95.43 51013 | 1 0.03 95.46 51014 | 1 0.03 95.49 51015 | 1 0.03 95.52 51017 | 1 0.03 95.55 51018 | 1 0.03 95.58 51020 | 1 0.03 95.61 51021 | 1 0.03 95.64 51022 | 1 0.03 95.66 51023 | 1 0.03 95.69 51024 | 1 0.03 95.72 51025 | 1 0.03 95.75 51026 | 1 0.03 95.78 51027 | 1 0.03 95.81 51028 | 1 0.03 95.84 51029 | 1 0.03 95.87 51030 | 1 0.03 95.90 51031 | 1 0.03 95.93 51032 | 1 0.03 95.96 51033 | 1 0.03 95.98 51034 | 1 0.03 96.01 51035 | 1 0.03 96.04 51036 | 1 0.03 96.07 51037 | 1 0.03 96.10 51038 | 1 0.03 96.13 51039 | 1 0.03 96.16 51040 | 1 0.03 96.19 51041 | 1 0.03 96.22 51042 | 1 0.03 96.25 51043 | 1 0.03 96.28 51044 | 1 0.03 96.30 51045 | 1 0.03 96.33 52001 | 1 0.03 96.36 52002 | 1 0.03 96.39 52003 | 1 0.03 96.42 52004 | 1 0.03 96.45 52005 | 1 0.03 96.48 52006 | 1 0.03 96.51 52007 | 1 0.03 96.54 52008 | 1 0.03 96.57 52009 | 1 0.03 96.60 52010 | 1 0.03 96.62 52011 | 1 0.03 96.65 52012 | 1 0.03 96.68 52013 | 1 0.03 96.71 52014 | 1 0.03 96.74 52015 | 1 0.03 96.77 52016 | 1 0.03 96.80 52017 | 1 0.03 96.83 52018 | 1 0.03 96.86 52020 | 1 0.03 96.89 52021 | 1 0.03 96.92 52022 | 1 0.03 96.95 52023 | 1 0.03 96.97 52024 | 1 0.03 97.00 52025 | 1 0.03 97.03 52026 | 1 0.03 97.06 52027 | 1 0.03 97.09 52028 | 1 0.03 97.12 52029 | 1 0.03 97.15 52030 | 1 0.03 97.18 52031 | 1 0.03 97.21 52033 | 1 0.03 97.24 52034 | 1 0.03 97.27 52035 | 1 0.03 97.29 52036 | 1 0.03 97.32 52037 | 1 0.03 97.35 52038 | 1 0.03 97.38 52039 | 1 0.03 97.41 52041 | 1 0.03 97.44 52043 | 1 0.03 97.47 52044 | 1 0.03 97.50 52045 | 1 0.03 97.53 52046 | 1 0.03 97.56 52047 | 1 0.03 97.59 52048 | 1 0.03 97.61 52049 | 1 0.03 97.64 52050 | 1 0.03 97.67 52051 | 1 0.03 97.70 52052 | 1 0.03 97.73 52053 | 1 0.03 97.76 52054 | 1 0.03 97.79 52055 | 1 0.03 97.82 52056 | 1 0.03 97.85 52057 | 1 0.03 97.88 52058 | 1 0.03 97.91 52059 | 1 0.03 97.93 52060 | 1 0.03 97.96 52061 | 1 0.03 97.99 52062 | 1 0.03 98.02 52063 | 1 0.03 98.05 52065 | 1 0.03 98.08 52066 | 1 0.03 98.11 52067 | 1 0.03 98.14 52069 | 1 0.03 98.17 52070 | 1 0.03 98.20 52071 | 1 0.03 98.23 52072 | 1 0.03 98.25 52073 | 1 0.03 98.28 52074 | 1 0.03 98.31 52075 | 1 0.03 98.34 52076 | 1 0.03 98.37 52077 | 1 0.03 98.40 52078 | 1 0.03 98.43 52079 | 1 0.03 98.46 52080 | 1 0.03 98.49 52081 | 1 0.03 98.52 52082 | 1 0.03 98.55 52083 | 1 0.03 98.57 52084 | 1 0.03 98.60 52085 | 1 0.03 98.63 52086 | 1 0.03 98.66 52088 | 1 0.03 98.69 52089 | 1 0.03 98.72 52090 | 1 0.03 98.75 52091 | 1 0.03 98.78 52092 | 1 0.03 98.81 52093 | 1 0.03 98.84 52095 | 1 0.03 98.87 52096 | 1 0.03 98.89 52097 | 1 0.03 98.92 52098 | 1 0.03 98.95 52099 | 1 0.03 98.98 52100 | 1 0.03 99.01 52101 | 1 0.03 99.04 52102 | 1 0.03 99.07 52103 | 1 0.03 99.10 52104 | 1 0.03 99.13 52105 | 1 0.03 99.16 52106 | 1 0.03 99.19 52107 | 1 0.03 99.21 52108 | 1 0.03 99.24 53001 | 1 0.03 99.27 53002 | 1 0.03 99.30 53003 | 1 0.03 99.33 53004 | 1 0.03 99.36 53005 | 1 0.03 99.39 53006 | 1 0.03 99.42 53007 | 1 0.03 99.45 53008 | 1 0.03 99.48 53010 | 1 0.03 99.51 53011 | 1 0.03 99.53 53012 | 1 0.03 99.56 53013 | 1 0.03 99.59 53014 | 1 0.03 99.62 53015 | 1 0.03 99.65 53016 | 1 0.03 99.68 53017 | 1 0.03 99.71 53018 | 1 0.03 99.74 53019 | 1 0.03 99.77 53020 | 1 0.03 99.80 53021 | 1 0.03 99.83 53022 | 1 0.03 99.85 53023 | 1 0.03 99.88 53024 | 1 0.03 99.91 53025 | 1 0.03 99.94 53026 | 1 0.03 99.97 99999 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for statename variable in PC_HSA_rates_0307 dataset : State Name | Freq. Percent Cum. ----------------------------+----------------------------------- AK-Anchorage | 1 0.03 0.03 AK-Barrow | 1 0.03 0.06 AK-Bethel | 1 0.03 0.09 AK-Cordova | 1 0.03 0.12 AK-Dillingham | 1 0.03 0.15 AK-Fairbanks | 1 0.03 0.17 AK-Homer | 1 0.03 0.20 AK-Juneau | 1 0.03 0.23 AK-Ketchikan | 1 0.03 0.26 AK-Kodiak | 1 0.03 0.29 AK-Kotzebue | 1 0.03 0.32 AK-Nome | 1 0.03 0.35 AK-Palmer | 1 0.03 0.38 AK-Petersburg | 1 0.03 0.41 AK-Seward | 1 0.03 0.44 AK-Sitka | 1 0.03 0.47 AK-Soldotna | 1 0.03 0.49 AK-Valdez | 1 0.03 0.52 AK-Wrangell | 1 0.03 0.55 AL Alabaster | 1 0.03 0.58 AL-Alexander City | 1 0.03 0.61 AL-Andalusia | 1 0.03 0.64 AL-Anniston | 1 0.03 0.67 AL-Ashland | 1 0.03 0.70 AL-Athens | 1 0.03 0.73 AL-Atmore | 1 0.03 0.76 AL-Bessemer | 1 0.03 0.79 AL-Birmingham | 1 0.03 0.81 AL-Boaz | 1 0.03 0.84 AL-Brewton | 1 0.03 0.87 AL-Bridgeport | 1 0.03 0.90 AL-Camden | 1 0.03 0.93 AL-Carrollton | 1 0.03 0.96 AL-Centre | 1 0.03 0.99 AL-Centreville | 1 0.03 1.02 AL-Cullman | 1 0.03 1.05 AL-Dadeville | 1 0.03 1.08 AL-Decatur | 1 0.03 1.11 AL-Demopolis | 1 0.03 1.13 AL-Dothan | 1 0.03 1.16 AL-Elba | 1 0.03 1.19 AL-Enterprise | 1 0.03 1.22 AL-Eufaula | 1 0.03 1.25 AL-Evergreen | 1 0.03 1.28 AL-Fairhope | 1 0.03 1.31 AL-Fayette | 1 0.03 1.34 AL-Florala | 1 0.03 1.37 AL-Florence | 1 0.03 1.40 AL-Foley | 1 0.03 1.43 AL-Fort Payne | 1 0.03 1.45 AL-Gadsden | 1 0.03 1.48 AL-Geneva | 1 0.03 1.51 AL-Greenville | 1 0.03 1.54 AL-Grove Hill | 1 0.03 1.57 AL-Guntersville | 1 0.03 1.60 AL-Haleyville | 1 0.03 1.63 AL-Hamilton | 1 0.03 1.66 AL-Hartselle | 1 0.03 1.69 AL-Huntsville | 1 0.03 1.72 AL-Jacksonville | 1 0.03 1.75 AL-Jasper | 1 0.03 1.77 AL-Luverne | 1 0.03 1.80 AL-Mobile | 1 0.03 1.83 AL-Monroeville | 1 0.03 1.86 AL-Montgomery | 1 0.03 1.89 AL-Moulton | 1 0.03 1.92 AL-Muscle Shoals/Sheffield | 1 0.03 1.95 AL-Oneonta | 1 0.03 1.98 AL-Opelika | 1 0.03 2.01 AL-Opp | 1 0.03 2.04 AL-Ozark | 1 0.03 2.07 AL-Phenix City | 1 0.03 2.09 AL-Prattville | 1 0.03 2.12 AL-Red Bay | 1 0.03 2.15 AL-Roanoke | 1 0.03 2.18 AL-Russellville | 1 0.03 2.21 AL-Scottsboro | 1 0.03 2.24 AL-Selma | 1 0.03 2.27 AL-Sylacauga | 1 0.03 2.30 AL-Talladega | 1 0.03 2.33 AL-Tallassee | 1 0.03 2.36 AL-Thomasville | 1 0.03 2.39 AL-Troy | 1 0.03 2.41 AL-Tuscaloosa | 1 0.03 2.44 AL-Union Springs | 1 0.03 2.47 AL-Valley | 1 0.03 2.50 AL-Vernon | 1 0.03 2.53 AL-Wedowee | 1 0.03 2.56 AL-Winfield | 1 0.03 2.59 AR-Arkadelphia | 1 0.03 2.62 AR-Ashdown | 1 0.03 2.65 AR-Batesville | 1 0.03 2.68 AR-Benton | 1 0.03 2.71 AR-Bentonville | 1 0.03 2.73 AR-Berryville | 1 0.03 2.76 AR-Blytheville | 1 0.03 2.79 AR-Booneville | 1 0.03 2.82 AR-Calico Rock | 1 0.03 2.85 AR-Camden | 1 0.03 2.88 AR-Cherokee Village | 1 0.03 2.91 AR-Clarksville | 1 0.03 2.94 AR-Conway | 1 0.03 2.97 AR-Crossett | 1 0.03 3.00 AR-Danville | 1 0.03 3.03 AR-Dardanelle | 1 0.03 3.05 AR-De Queen | 1 0.03 3.08 AR-De Witt | 1 0.03 3.11 AR-Dumas | 1 0.03 3.14 AR-El Dorado | 1 0.03 3.17 AR-Eureka Springs | 1 0.03 3.20 AR-Fayetteville | 1 0.03 3.23 AR-Fordyce | 1 0.03 3.26 AR-Forrest City | 1 0.03 3.29 AR-Fort Smith | 1 0.03 3.32 AR-Gravette | 1 0.03 3.35 AR-Harrison | 1 0.03 3.38 AR-Heber Springs | 1 0.03 3.40 AR-Helena | 1 0.03 3.43 AR-Hope | 1 0.03 3.46 AR-Hot Springs | 1 0.03 3.49 AR-Jacksonville | 1 0.03 3.52 AR-Jonesboro | 1 0.03 3.55 AR-Lake Village | 1 0.03 3.58 AR-Little Rock | 1 0.03 3.61 AR-Magnolia | 1 0.03 3.64 AR-Malvern | 1 0.03 3.67 AR-McGehee | 1 0.03 3.70 AR-Mena | 1 0.03 3.72 AR-Monticello | 1 0.03 3.75 AR-Morrilton | 1 0.03 3.78 AR-Mountain Home | 1 0.03 3.81 AR-Mountain View | 1 0.03 3.84 AR-Murfreesboro | 1 0.03 3.87 AR-Nashville | 1 0.03 3.90 AR-Newport | 1 0.03 3.93 AR-North Little Rock | 1 0.03 3.96 AR-Osceola | 1 0.03 3.99 AR-Ozark | 1 0.03 4.02 AR-Paragould | 1 0.03 4.04 AR-Piggott | 1 0.03 4.07 AR-Pine Bluff | 1 0.03 4.10 AR-Pocahontas | 1 0.03 4.13 AR-Prescott | 1 0.03 4.16 AR-Rogers | 1 0.03 4.19 AR-Russellville | 1 0.03 4.22 AR-Salem | 1 0.03 4.25 AR-Searcy | 1 0.03 4.28 AR-Siloam Springs | 1 0.03 4.31 AR-Springdale | 1 0.03 4.34 AR-Stuttgart | 1 0.03 4.36 AR-Texarkana | 1 0.03 4.39 AR-Waldron | 1 0.03 4.42 AR-Warren | 1 0.03 4.45 AR-West Memphis | 1 0.03 4.48 AR-Wynne | 1 0.03 4.51 AZ-Bisbee | 1 0.03 4.54 AZ-Bullhead City | 1 0.03 4.57 AZ-Casa Grande | 1 0.03 4.60 AZ-Chandler | 1 0.03 4.63 AZ-Chinle | 1 0.03 4.66 AZ-Claypool | 1 0.03 4.68 AZ-Cottonwood | 1 0.03 4.71 AZ-Douglas | 1 0.03 4.74 AZ-Flagstaff | 1 0.03 4.77 AZ-Florence | 1 0.03 4.80 AZ-Ganado | 1 0.03 4.83 AZ-Keams Canyon | 1 0.03 4.86 AZ-Kingman | 1 0.03 4.89 AZ-Lake Havasu City | 1 0.03 4.92 AZ-Mesa | 1 0.03 4.95 AZ-Page | 1 0.03 4.98 AZ-Parker | 1 0.03 5.00 AZ-Payson | 1 0.03 5.03 AZ-Phoenix | 1 0.03 5.06 AZ-Prescott | 1 0.03 5.09 AZ-Safford | 1 0.03 5.12 AZ-San Carlos | 1 0.03 5.15 AZ-Scottsdale | 1 0.03 5.18 AZ-Show Low | 1 0.03 5.21 AZ-Sierra Vista | 1 0.03 5.24 AZ-Springerville | 1 0.03 5.27 AZ-Sun City | 1 0.03 5.30 AZ-Tuba City | 1 0.03 5.32 AZ-Tucson | 1 0.03 5.35 AZ-Wickenburg | 1 0.03 5.38 AZ-Willcox | 1 0.03 5.41 AZ-Winslow | 1 0.03 5.44 AZ-Yuma | 1 0.03 5.47 CA-Alameda | 1 0.03 5.50 CA-Alturas | 1 0.03 5.53 CA-Anaheim | 1 0.03 5.56 CA-Antioch | 1 0.03 5.59 CA-Apple Valley | 1 0.03 5.62 CA-Arcadia | 1 0.03 5.64 CA-Arcata | 1 0.03 5.67 CA-Arroyo Grande | 1 0.03 5.70 CA-Auburn | 1 0.03 5.73 CA-Avalon | 1 0.03 5.76 CA-Bakersfield | 1 0.03 5.79 CA-Banning | 1 0.03 5.82 CA-Barstow | 1 0.03 5.85 CA-Bellflower | 1 0.03 5.88 CA-Berkeley | 1 0.03 5.91 CA-Big Bear Lake | 1 0.03 5.94 CA-Bishop | 1 0.03 5.96 CA-Blythe | 1 0.03 5.99 CA-Brawley | 1 0.03 6.02 CA-Burbank | 1 0.03 6.05 CA-Burlingame | 1 0.03 6.08 CA-Camarillo | 1 0.03 6.11 CA-Canoga Park | 1 0.03 6.14 CA-Carmichael | 1 0.03 6.17 CA-Castro Valley | 1 0.03 6.20 CA-Cedarville | 1 0.03 6.23 CA-Chester | 1 0.03 6.26 CA-Chico | 1 0.03 6.28 CA-Chino | 1 0.03 6.31 CA-Chula Vista | 1 0.03 6.34 CA-Clearlake | 1 0.03 6.37 CA-Coalinga | 1 0.03 6.40 CA-Colusa | 1 0.03 6.43 CA-Concord | 1 0.03 6.46 CA-Corcoran | 1 0.03 6.49 CA-Corona | 1 0.03 6.52 CA-Coronado | 1 0.03 6.55 CA-Covina | 1 0.03 6.58 CA-Crescent City | 1 0.03 6.60 CA-Culver City | 1 0.03 6.63 CA-Daly City | 1 0.03 6.66 CA-Davis | 1 0.03 6.69 CA-Deer Park | 1 0.03 6.72 CA-Delano | 1 0.03 6.75 CA-Dinuba | 1 0.03 6.78 CA-Downey | 1 0.03 6.81 CA-Duarte | 1 0.03 6.84 CA-El Centro | 1 0.03 6.87 CA-Encinitas | 1 0.03 6.90 CA-Encino | 1 0.03 6.92 CA-Escondido | 1 0.03 6.95 CA-Eureka | 1 0.03 6.98 CA-Fairfield | 1 0.03 7.01 CA-Fall River Mills | 1 0.03 7.04 CA-Fallbrook | 1 0.03 7.07 CA-Folsom | 1 0.03 7.10 CA-Fontana | 1 0.03 7.13 CA-Fort Bragg | 1 0.03 7.16 CA-Fortuna | 1 0.03 7.19 CA-Fountain Valley | 1 0.03 7.22 CA-Fremont | 1 0.03 7.24 CA-Fresno | 1 0.03 7.27 CA-Fullerton | 1 0.03 7.30 CA-Garberville | 1 0.03 7.33 CA-Garden Grove | 1 0.03 7.36 CA-Gardena | 1 0.03 7.39 CA-Gilroy | 1 0.03 7.42 CA-Glendale | 1 0.03 7.45 CA-Glendora | 1 0.03 7.48 CA-Granada Hills | 1 0.03 7.51 CA-Grass Valley | 1 0.03 7.54 CA-Greenbrae | 1 0.03 7.56 CA-Greenville | 1 0.03 7.59 CA-Gridley | 1 0.03 7.62 CA-Hanford | 1 0.03 7.65 CA-Harbor City | 1 0.03 7.68 CA-Hawthorne | 1 0.03 7.71 CA-Hayward | 1 0.03 7.74 CA-Healdsburg | 1 0.03 7.77 CA-Hemet | 1 0.03 7.80 CA-Hollister | 1 0.03 7.83 CA-Huntington Beach | 1 0.03 7.86 CA-Indio | 1 0.03 7.88 CA-Inglewood | 1 0.03 7.91 CA-Irvine | 1 0.03 7.94 CA-Jackson | 1 0.03 7.97 CA-Joshua Tree | 1 0.03 8.00 CA-King City | 1 0.03 8.03 CA-La Jolla | 1 0.03 8.06 CA-La Mesa | 1 0.03 8.09 CA-Laguna Hills | 1 0.03 8.12 CA-Lake Isabella | 1 0.03 8.15 CA-Lakeport | 1 0.03 8.18 CA-Lakewood | 1 0.03 8.20 CA-Lancaster | 1 0.03 8.23 CA-Lindsay | 1 0.03 8.26 CA-Livermore | 1 0.03 8.29 CA-Lodi | 1 0.03 8.32 CA-Loma Linda | 1 0.03 8.35 CA-Lompoc | 1 0.03 8.38 CA-Lone Pine | 1 0.03 8.41 CA-Long Beach | 1 0.03 8.44 CA-Los Alamitos | 1 0.03 8.47 CA-Los Angeles | 1 0.03 8.50 CA-Los Banos | 1 0.03 8.52 CA-Lynwood | 1 0.03 8.55 CA-Madera | 1 0.03 8.58 CA-Mammoth Lakes | 1 0.03 8.61 CA-Manteca | 1 0.03 8.64 CA-Martinez | 1 0.03 8.67 CA-Marysville | 1 0.03 8.70 CA-Merced | 1 0.03 8.73 CA-Mission Hills | 1 0.03 8.76 CA-Mission Viejo | 1 0.03 8.79 CA-Modesto | 1 0.03 8.82 CA-Montebello | 1 0.03 8.84 CA-Monterey | 1 0.03 8.87 CA-Monterey Park | 1 0.03 8.90 CA-Morgan Hill | 1 0.03 8.93 CA-Mount Shasta | 1 0.03 8.96 CA-Mountain View | 1 0.03 8.99 CA-Napa | 1 0.03 9.02 CA-National City | 1 0.03 9.05 CA-Needles | 1 0.03 9.08 CA-Newport Beach | 1 0.03 9.11 CA-Northridge | 1 0.03 9.14 CA-Norwalk | 1 0.03 9.16 CA-Novato | 1 0.03 9.19 CA-Oakdale | 1 0.03 9.22 CA-Oakland | 1 0.03 9.25 CA-Oceanside | 1 0.03 9.28 CA-Ojai | 1 0.03 9.31 CA-Orange | 1 0.03 9.34 CA-Oroville | 1 0.03 9.37 CA-Oxnard | 1 0.03 9.40 CA-Palm Springs | 1 0.03 9.43 CA-Panorama City | 1 0.03 9.46 CA-Paradise | 1 0.03 9.49 CA-Paramount | 1 0.03 9.51 CA-Pasadena | 1 0.03 9.54 CA-Petaluma | 1 0.03 9.57 CA-Pinole | 1 0.03 9.60 CA-Pittsburg | 1 0.03 9.63 CA-Placerville | 1 0.03 9.66 CA-Pleasanton | 1 0.03 9.69 CA-Pomona | 1 0.03 9.72 CA-Porterville | 1 0.03 9.75 CA-Portola | 1 0.03 9.78 CA-Poway | 1 0.03 9.81 CA-Quincy | 1 0.03 9.83 CA-Rancho Mirage | 1 0.03 9.86 CA-Red Bluff | 1 0.03 9.89 CA-Redding | 1 0.03 9.92 CA-Redlands | 1 0.03 9.95 CA-Redwood City | 1 0.03 9.98 CA-Ridgecrest | 1 0.03 10.01 CA-Riverside | 1 0.03 10.04 CA-Roseville | 1 0.03 10.07 CA-Sacramento | 1 0.03 10.10 CA-Salinas | 1 0.03 10.13 CA-San Andreas | 1 0.03 10.15 CA-San Bernardino | 1 0.03 10.18 CA-San Clemente | 1 0.03 10.21 CA-San Diego | 1 0.03 10.24 CA-San Dimas | 1 0.03 10.27 CA-San Francisco | 1 0.03 10.30 CA-San Gabriel | 1 0.03 10.33 CA-San Jose | 1 0.03 10.36 CA-San Leandro | 1 0.03 10.39 CA-San Luis Obispo | 1 0.03 10.42 CA-San Mateo | 1 0.03 10.45 CA-San Pablo | 1 0.03 10.47 CA-San Pedro | 1 0.03 10.50 CA-San Ramon | 1 0.03 10.53 CA-Santa Ana | 1 0.03 10.56 CA-Santa Barbara | 1 0.03 10.59 CA-Santa Cruz | 1 0.03 10.62 CA-Santa Maria | 1 0.03 10.65 CA-Santa Monica | 1 0.03 10.68 CA-Santa Paula | 1 0.03 10.71 CA-Santa Rosa | 1 0.03 10.74 CA-Sebastopol | 1 0.03 10.77 CA-Selma | 1 0.03 10.79 CA-Simi Valley | 1 0.03 10.82 CA-Solvang | 1 0.03 10.85 CA-Sonoma | 1 0.03 10.88 CA-Sonora | 1 0.03 10.91 CA-South El Monte | 1 0.03 10.94 CA-South Laguna | 1 0.03 10.97 CA-South Lake Tahoe | 1 0.03 11.00 CA-South San Francisco | 1 0.03 11.03 CA-Stanford | 1 0.03 11.06 CA-Stockton | 1 0.03 11.09 CA-Sun City | 1 0.03 11.11 CA-Susanville | 1 0.03 11.14 CA-Tarzana | 1 0.03 11.17 CA-Templeton | 1 0.03 11.20 CA-Thousand Oaks | 1 0.03 11.23 CA-Torrance | 1 0.03 11.26 CA-Tracy | 1 0.03 11.29 CA-Truckee | 1 0.03 11.32 CA-Tulare | 1 0.03 11.35 CA-Turlock | 1 0.03 11.38 CA-Ukiah | 1 0.03 11.41 CA-Upland | 1 0.03 11.43 CA-Vacaville | 1 0.03 11.46 CA-Valencia | 1 0.03 11.49 CA-Vallejo | 1 0.03 11.52 CA-Van Nuys | 1 0.03 11.55 CA-Ventura | 1 0.03 11.58 CA-Victorville | 1 0.03 11.61 CA-Visalia | 1 0.03 11.64 CA-Walnut Creek | 1 0.03 11.67 CA-Watsonville | 1 0.03 11.70 CA-Weaverville | 1 0.03 11.73 CA-West Covina | 1 0.03 11.75 CA-Whittier | 1 0.03 11.78 CA-Wildomar/Murrieta | 1 0.03 11.81 CA-Willits | 1 0.03 11.84 CA-Woodland | 1 0.03 11.87 CA-Yreka | 1 0.03 11.90 CA-Yuba City | 1 0.03 11.93 CO-Alamosa | 1 0.03 11.96 CO-Aspen | 1 0.03 11.99 CO-Aurora | 1 0.03 12.02 CO-Boulder | 1 0.03 12.05 CO-Brighton | 1 0.03 12.07 CO-Brush | 1 0.03 12.10 CO-Burlington | 1 0.03 12.13 CO-Canon City | 1 0.03 12.16 CO-Cheyenne Wells | 1 0.03 12.19 CO-Colorado Springs | 1 0.03 12.22 CO-Cortez | 1 0.03 12.25 CO-Craig | 1 0.03 12.28 CO-Delta | 1 0.03 12.31 CO-Denver | 1 0.03 12.34 CO-Durango | 1 0.03 12.37 CO-Eads | 1 0.03 12.39 CO-Estes Park | 1 0.03 12.42 CO-Fort Collins | 1 0.03 12.45 CO-Fort Morgan | 1 0.03 12.48 CO-Glenwood Springs | 1 0.03 12.51 CO-Grand Junction | 1 0.03 12.54 CO-Greeley | 1 0.03 12.57 CO-Gunnison | 1 0.03 12.60 CO-Haxtun | 1 0.03 12.63 CO-Holyoke | 1 0.03 12.66 CO-Hugo | 1 0.03 12.69 CO-Julesburg | 1 0.03 12.71 CO-Kremmling | 1 0.03 12.74 CO-La Jara | 1 0.03 12.77 CO-La Junta | 1 0.03 12.80 CO-Lamar | 1 0.03 12.83 CO-Leadville | 1 0.03 12.86 CO-Longmont | 1 0.03 12.89 CO-Loveland | 1 0.03 12.92 CO-Meeker | 1 0.03 12.95 CO-Montrose | 1 0.03 12.98 CO-Pueblo | 1 0.03 13.01 CO-Rangely | 1 0.03 13.03 CO-Salida | 1 0.03 13.06 CO-Springfield | 1 0.03 13.09 CO-Steamboat Springs | 1 0.03 13.12 CO-Sterling | 1 0.03 13.15 CO-Thornton | 1 0.03 13.18 CO-Trinidad | 1 0.03 13.21 CO-Vail | 1 0.03 13.24 CO-Walsenburg | 1 0.03 13.27 CO-Wheat Ridge | 1 0.03 13.30 CO-Wray | 1 0.03 13.33 CO-Yuma | 1 0.03 13.35 CT-Bridgeport | 1 0.03 13.38 CT-Bristol | 1 0.03 13.41 CT-Danbury | 1 0.03 13.44 CT-Derby | 1 0.03 13.47 CT-Greenwich | 1 0.03 13.50 CT-Hartford | 1 0.03 13.53 CT-Manchester | 1 0.03 13.56 CT-Meriden | 1 0.03 13.59 CT-Middletown | 1 0.03 13.62 CT-Milford | 1 0.03 13.65 CT-New Britain | 1 0.03 13.67 CT-New Haven | 1 0.03 13.70 CT-New London | 1 0.03 13.73 CT-New Milford | 1 0.03 13.76 CT-Norwalk | 1 0.03 13.79 CT-Norwich | 1 0.03 13.82 CT-Putnam | 1 0.03 13.85 CT-Rockville | 1 0.03 13.88 CT-Sharon | 1 0.03 13.91 CT-Southington | 1 0.03 13.94 CT-Stafford Springs | 1 0.03 13.97 CT-Stamford | 1 0.03 13.99 CT-Torrington | 1 0.03 14.02 CT-Waterbury | 1 0.03 14.05 CT-Willimantic | 1 0.03 14.08 CT-Winsted | 1 0.03 14.11 DC-Washington | 1 0.03 14.14 DE-Dover | 1 0.03 14.17 DE-Lewes | 1 0.03 14.20 DE-Milford | 1 0.03 14.23 DE-Seaford | 1 0.03 14.26 DE-Wilmington | 1 0.03 14.29 FL-Apalachicola | 1 0.03 14.31 FL-Arcadia | 1 0.03 14.34 FL-Atlantis | 1 0.03 14.37 FL-Avon Park | 1 0.03 14.40 FL-Bartow | 1 0.03 14.43 FL-Belle Glade | 1 0.03 14.46 FL-Blountstown | 1 0.03 14.49 FL-Boca Raton | 1 0.03 14.52 FL-Boynton Beach | 1 0.03 14.55 FL-Bradenton | 1 0.03 14.58 FL-Brandon | 1 0.03 14.61 FL-Brooksville | 1 0.03 14.63 FL-Bunnell | 1 0.03 14.66 FL-Cape Coral | 1 0.03 14.69 FL-Chipley | 1 0.03 14.72 FL-Clearwater | 1 0.03 14.75 FL-Clermont | 1 0.03 14.78 FL-Clewiston | 1 0.03 14.81 FL-Cocoa Beach | 1 0.03 14.84 FL-Coral Gables | 1 0.03 14.87 FL-Coral Springs | 1 0.03 14.90 FL-Crestview | 1 0.03 14.93 FL-Crystal River | 1 0.03 14.95 FL-Dade City | 1 0.03 14.98 FL-Daytona Beach | 1 0.03 15.01 FL-De Funiak Springs | 1 0.03 15.04 FL-De Land | 1 0.03 15.07 FL-Delray Beach | 1 0.03 15.10 FL-Destin | 1 0.03 15.13 FL-Dunedin | 1 0.03 15.16 FL-Englewood | 1 0.03 15.19 FL-Eustis | 1 0.03 15.22 FL-Fernandina Beach | 1 0.03 15.25 FL-Fort Lauderdale | 1 0.03 15.27 FL-Fort Myers | 1 0.03 15.30 FL-Fort Pierce | 1 0.03 15.33 FL-Fort Walton Beach | 1 0.03 15.36 FL-Gainesville | 1 0.03 15.39 FL-Graceville | 1 0.03 15.42 FL-Gulf Breeze | 1 0.03 15.45 FL-Hialeah | 1 0.03 15.48 FL-Hollywood | 1 0.03 15.51 FL-Homestead | 1 0.03 15.54 FL-Hudson | 1 0.03 15.57 FL-Inverness | 1 0.03 15.59 FL-Jacksonville | 1 0.03 15.62 FL-Jacksonville Beach | 1 0.03 15.65 FL-Jasper | 1 0.03 15.68 FL-Jay | 1 0.03 15.71 FL-Jupiter | 1 0.03 15.74 FL-Key West | 1 0.03 15.77 FL-Kissimmee | 1 0.03 15.80 FL-Lake City | 1 0.03 15.83 FL-Lake Wales | 1 0.03 15.86 FL-Lakeland | 1 0.03 15.89 FL-Largo | 1 0.03 15.92 FL-Leesburg | 1 0.03 15.94 FL-Lehigh Acres | 1 0.03 15.97 FL-Madison | 1 0.03 16.00 FL-Marathon | 1 0.03 16.03 FL-Margate | 1 0.03 16.06 FL-Marianna | 1 0.03 16.09 FL-Melbourne | 1 0.03 16.12 FL-Miami | 1 0.03 16.15 FL-Miami Beach | 1 0.03 16.18 FL-Milton | 1 0.03 16.21 FL-Naples | 1 0.03 16.24 FL-New Port Richey | 1 0.03 16.26 FL-New Smyrna Beach | 1 0.03 16.29 FL-Niceville | 1 0.03 16.32 FL-Ocala | 1 0.03 16.35 FL-Ocoee | 1 0.03 16.38 FL-Okeechobee | 1 0.03 16.41 FL-Orange Park | 1 0.03 16.44 FL-Orlando | 1 0.03 16.47 FL-Ormond Beach | 1 0.03 16.50 FL-Pahokee | 1 0.03 16.53 FL-Palatka | 1 0.03 16.56 FL-Palm Beach Gardens | 1 0.03 16.58 FL-Panama City | 1 0.03 16.61 FL-Pembroke Pines | 1 0.03 16.64 FL-Pensacola | 1 0.03 16.67 FL-Plant City | 1 0.03 16.70 FL-Plantation | 1 0.03 16.73 FL-Pompano Beach | 1 0.03 16.76 FL-Port Charlotte | 1 0.03 16.79 FL-Port St. Joe | 1 0.03 16.82 FL-Port St. Lucie | 1 0.03 16.85 FL-Punta Gorda | 1 0.03 16.88 FL-Rockledge | 1 0.03 16.90 FL-Safety Harbor | 1 0.03 16.93 FL-Sanford | 1 0.03 16.96 FL-Sarasota | 1 0.03 16.99 FL-Sebastian | 1 0.03 17.02 FL-Sebring | 1 0.03 17.05 FL-South Miami | 1 0.03 17.08 FL-Spring Hill | 1 0.03 17.11 FL-St. Augustine | 1 0.03 17.14 FL-St. Cloud | 1 0.03 17.17 FL-St. Petersburg | 1 0.03 17.20 FL-Stuart | 1 0.03 17.22 FL-Sun City Center | 1 0.03 17.25 FL-Tallahassee | 1 0.03 17.28 FL-Tamarac | 1 0.03 17.31 FL-Tampa | 1 0.03 17.34 FL-Tarpon Springs | 1 0.03 17.37 FL-Tavernier | 1 0.03 17.40 FL-Titusville | 1 0.03 17.43 FL-Venice | 1 0.03 17.46 FL-Vero Beach | 1 0.03 17.49 FL-West Palm Beach | 1 0.03 17.52 FL-Winter Haven | 1 0.03 17.54 FL-Winter Park | 1 0.03 17.57 FL-Zephyrhills | 1 0.03 17.60 GA-Adel | 1 0.03 17.63 GA-Albany | 1 0.03 17.66 GA-Alma | 1 0.03 17.69 GA-Americus | 1 0.03 17.72 GA-Arlington | 1 0.03 17.75 GA-Athens | 1 0.03 17.78 GA-Atlanta | 1 0.03 17.81 GA-Augusta | 1 0.03 17.84 GA-Austell | 1 0.03 17.86 GA-Bainbridge | 1 0.03 17.89 GA-Baxley | 1 0.03 17.92 GA-Blairsville | 1 0.03 17.95 GA-Blakely | 1 0.03 17.98 GA-Blue Ridge | 1 0.03 18.01 GA-Bremen | 1 0.03 18.04 GA-Brunswick | 1 0.03 18.07 GA-Cairo | 1 0.03 18.10 GA-Calhoun | 1 0.03 18.13 GA-Canton | 1 0.03 18.16 GA-Carrollton | 1 0.03 18.18 GA-Cartersville | 1 0.03 18.21 GA-Claxton | 1 0.03 18.24 GA-Clayton | 1 0.03 18.27 GA-Cochran | 1 0.03 18.30 GA-Colquitt | 1 0.03 18.33 GA-Columbus | 1 0.03 18.36 GA-Commerce | 1 0.03 18.39 GA-Conyers | 1 0.03 18.42 GA-Cordele | 1 0.03 18.45 GA-Covington | 1 0.03 18.48 GA-Cuthbert | 1 0.03 18.50 GA-Dahlonega | 1 0.03 18.53 GA-Dallas | 1 0.03 18.56 GA-Dalton | 1 0.03 18.59 GA-Decatur | 1 0.03 18.62 GA-Demorest | 1 0.03 18.65 GA-Donalsonville | 1 0.03 18.68 GA-Douglas | 1 0.03 18.71 GA-Douglasville | 1 0.03 18.74 GA-Dublin | 1 0.03 18.77 GA-East Point | 1 0.03 18.80 GA-Eastman | 1 0.03 18.82 GA-Eatonton | 1 0.03 18.85 GA-Elberton | 1 0.03 18.88 GA-Ellijay | 1 0.03 18.91 GA-Fitzgerald | 1 0.03 18.94 GA-Folkston | 1 0.03 18.97 GA-Forsyth | 1 0.03 19.00 GA-Fort Oglethorpe | 1 0.03 19.03 GA-Fort Valley | 1 0.03 19.06 GA-Gainesville | 1 0.03 19.09 GA-Glenwood | 1 0.03 19.12 GA-Greensboro | 1 0.03 19.14 GA-Griffin | 1 0.03 19.17 GA-Hahira | 1 0.03 19.20 GA-Hartwell | 1 0.03 19.23 GA-Hawkinsville | 1 0.03 19.26 GA-Hazlehurst | 1 0.03 19.29 GA-Hiawassee | 1 0.03 19.32 GA-Hinesville | 1 0.03 19.35 GA-Homerville | 1 0.03 19.38 GA-Jackson | 1 0.03 19.41 GA-Jasper | 1 0.03 19.44 GA-Jesup | 1 0.03 19.46 GA-La Grange | 1 0.03 19.49 GA-Lakeland | 1 0.03 19.52 GA-Lawrenceville | 1 0.03 19.55 GA-Louisville | 1 0.03 19.58 GA-Macon | 1 0.03 19.61 GA-Marietta | 1 0.03 19.64 GA-McRae | 1 0.03 19.67 GA-Metter | 1 0.03 19.70 GA-Milledgeville | 1 0.03 19.73 GA-Millen | 1 0.03 19.76 GA-Monroe | 1 0.03 19.78 GA-Montezuma | 1 0.03 19.81 GA-Moultrie | 1 0.03 19.84 GA-Nashville | 1 0.03 19.87 GA-Newnan | 1 0.03 19.90 GA-Ocilla | 1 0.03 19.93 GA-Perry | 1 0.03 19.96 GA-Quitman | 1 0.03 19.99 GA-Reidsville | 1 0.03 20.02 GA-Richland | 1 0.03 20.05 GA-Riverdale | 1 0.03 20.08 GA-Rome | 1 0.03 20.10 GA-Roswell | 1 0.03 20.13 GA-Royston | 1 0.03 20.16 GA-Sandersville | 1 0.03 20.19 GA-Savannah | 1 0.03 20.22 GA-Smyrna | 1 0.03 20.25 GA-Snellville | 1 0.03 20.28 GA-Sparta | 1 0.03 20.31 GA-St. Marys | 1 0.03 20.34 GA-Statesboro | 1 0.03 20.37 GA-Stockbridge | 1 0.03 20.40 GA-Swainsboro | 1 0.03 20.42 GA-Sylvania | 1 0.03 20.45 GA-Thomaston | 1 0.03 20.48 GA-Thomasville | 1 0.03 20.51 GA-Thomson | 1 0.03 20.54 GA-Tifton | 1 0.03 20.57 GA-Toccoa | 1 0.03 20.60 GA-Valdosta | 1 0.03 20.63 GA-Vidalia | 1 0.03 20.66 GA-Vienna | 1 0.03 20.69 GA-Villa Rica | 1 0.03 20.72 GA-Warner Robins | 1 0.03 20.74 GA-Washington | 1 0.03 20.77 GA-Waycross | 1 0.03 20.80 GA-Waynesboro | 1 0.03 20.83 GA-Winder | 1 0.03 20.86 HI-Hilo | 1 0.03 20.89 HI-Honolulu | 1 0.03 20.92 HI-Kailua | 1 0.03 20.95 HI-Kealakekua | 1 0.03 20.98 HI-Kohala | 1 0.03 21.01 HI-Lihue | 1 0.03 21.04 HI-Wahiawa | 1 0.03 21.06 HI-Wailuku | 1 0.03 21.09 HI-Waimea | 1 0.03 21.12 IA-Albia | 1 0.03 21.15 IA-Algona | 1 0.03 21.18 IA-Ames | 1 0.03 21.21 IA-Atlantic | 1 0.03 21.24 IA-Audubon | 1 0.03 21.27 IA-Bloomfield | 1 0.03 21.30 IA-Boone | 1 0.03 21.33 IA-Britt | 1 0.03 21.36 IA-Burlington | 1 0.03 21.38 IA-Carroll | 1 0.03 21.41 IA-Cedar Falls | 1 0.03 21.44 IA-Cedar Rapids | 1 0.03 21.47 IA-Centerville | 1 0.03 21.50 IA-Charles City | 1 0.03 21.53 IA-Cherokee | 1 0.03 21.56 IA-Clarinda | 1 0.03 21.59 IA-Clarion | 1 0.03 21.62 IA-Clinton | 1 0.03 21.65 IA-Corning | 1 0.03 21.68 IA-Corydon | 1 0.03 21.70 IA-Council Bluffs | 1 0.03 21.73 IA-Cresco | 1 0.03 21.76 IA-Creston | 1 0.03 21.79 IA-Davenport | 1 0.03 21.82 IA-Decorah | 1 0.03 21.85 IA-Denison | 1 0.03 21.88 IA-Des Moines | 1 0.03 21.91 IA-Dubuque | 1 0.03 21.94 IA-Eldora | 1 0.03 21.97 IA-Elkader | 1 0.03 22.00 IA-Emmetsburg | 1 0.03 22.03 IA-Estherville | 1 0.03 22.05 IA-Fairfield | 1 0.03 22.08 IA-Fort Dodge | 1 0.03 22.11 IA-Fort Madison | 1 0.03 22.14 IA-Greenfield | 1 0.03 22.17 IA-Grinnell | 1 0.03 22.20 IA-Guthrie Center | 1 0.03 22.23 IA-Guttenberg | 1 0.03 22.26 IA-Hamburg | 1 0.03 22.29 IA-Hampton | 1 0.03 22.32 IA-Harlan | 1 0.03 22.35 IA-Hawarden | 1 0.03 22.37 IA-Humboldt | 1 0.03 22.40 IA-Ida Grove | 1 0.03 22.43 IA-Independence | 1 0.03 22.46 IA-Iowa City | 1 0.03 22.49 IA-Iowa Falls | 1 0.03 22.52 IA-Jefferson | 1 0.03 22.55 IA-Keokuk | 1 0.03 22.58 IA-Keosauqua | 1 0.03 22.61 IA-Knoxville | 1 0.03 22.64 IA-Lake City | 1 0.03 22.67 IA-Le Mars | 1 0.03 22.69 IA-Leon | 1 0.03 22.72 IA-Manchester | 1 0.03 22.75 IA-Manning | 1 0.03 22.78 IA-Maquoketa | 1 0.03 22.81 IA-Marshalltown | 1 0.03 22.84 IA-Mason City | 1 0.03 22.87 IA-Missouri Valley | 1 0.03 22.90 IA-Mount Pleasant | 1 0.03 22.93 IA-Muscatine | 1 0.03 22.96 IA-New Hampton | 1 0.03 22.99 IA-Newton | 1 0.03 23.01 IA-Oelwein | 1 0.03 23.04 IA-Onawa | 1 0.03 23.07 IA-Orange City | 1 0.03 23.10 IA-Osage | 1 0.03 23.13 IA-Osceola | 1 0.03 23.16 IA-Oskaloosa | 1 0.03 23.19 IA-Ottumwa | 1 0.03 23.22 IA-Pella | 1 0.03 23.25 IA-Perry | 1 0.03 23.28 IA-Pocahontas | 1 0.03 23.31 IA-Primghar | 1 0.03 23.33 IA-Red Oak | 1 0.03 23.36 IA-Rock Valley | 1 0.03 23.39 IA-Sac City | 1 0.03 23.42 IA-Sheldon | 1 0.03 23.45 IA-Shenandoah | 1 0.03 23.48 IA-Sibley | 1 0.03 23.51 IA-Sioux Center | 1 0.03 23.54 IA-Sioux City | 1 0.03 23.57 IA-Spencer | 1 0.03 23.60 IA-Spirit Lake | 1 0.03 23.63 IA-Storm Lake | 1 0.03 23.65 IA-Sumner | 1 0.03 23.68 IA-Washington | 1 0.03 23.71 IA-Waterloo | 1 0.03 23.74 IA-Waukon | 1 0.03 23.77 IA-Waverly | 1 0.03 23.80 IA-Webster City | 1 0.03 23.83 IA-West Union | 1 0.03 23.86 ID-Blackfoot | 1 0.03 23.89 ID-Boise | 1 0.03 23.92 ID-Bonners Ferry | 1 0.03 23.95 ID-Burley | 1 0.03 23.97 ID-Caldwell | 1 0.03 24.00 ID-Coeur D'Alene | 1 0.03 24.03 ID-Cottonwood | 1 0.03 24.06 ID-Driggs | 1 0.03 24.09 ID-Grangeville | 1 0.03 24.12 ID-Idaho Falls | 1 0.03 24.15 ID-Kellogg | 1 0.03 24.18 ID-Lewiston | 1 0.03 24.21 ID-Malad City | 1 0.03 24.24 ID-McCall | 1 0.03 24.27 ID-Montpelier | 1 0.03 24.29 ID-Moscow | 1 0.03 24.32 ID-Mountain Home | 1 0.03 24.35 ID-Nampa | 1 0.03 24.38 ID-Orofino | 1 0.03 24.41 ID-Pocatello | 1 0.03 24.44 ID-Preston | 1 0.03 24.47 ID-Rexburg | 1 0.03 24.50 ID-Rupert | 1 0.03 24.53 ID-Salmon | 1 0.03 24.56 ID-Sandpoint | 1 0.03 24.59 ID-Soda Springs | 1 0.03 24.61 ID-St. Maries | 1 0.03 24.64 ID-Sun Valley | 1 0.03 24.67 ID-Twin Falls | 1 0.03 24.70 ID-Weiser | 1 0.03 24.73 IL-Aledo | 1 0.03 24.76 IL-Alton | 1 0.03 24.79 IL-Anna | 1 0.03 24.82 IL-Arlington Heights | 1 0.03 24.85 IL-Aurora | 1 0.03 24.88 IL-Barrington | 1 0.03 24.91 IL-Belleville | 1 0.03 24.93 IL-Belvidere | 1 0.03 24.96 IL-Benton | 1 0.03 24.99 IL-Berwyn | 1 0.03 25.02 IL-Bloomington | 1 0.03 25.05 IL-Blue Island | 1 0.03 25.08 IL-Breese | 1 0.03 25.11 IL-Canton | 1 0.03 25.14 IL-Carbondale | 1 0.03 25.17 IL-Carlinville | 1 0.03 25.20 IL-Carmi | 1 0.03 25.23 IL-Carrollton | 1 0.03 25.25 IL-Carthage | 1 0.03 25.28 IL-Centralia | 1 0.03 25.31 IL-Chester | 1 0.03 25.34 IL-Chicago | 1 0.03 25.37 IL-Chicago Heights | 1 0.03 25.40 IL-Clinton | 1 0.03 25.43 IL-Danville | 1 0.03 25.46 IL-De Kalb | 1 0.03 25.49 IL-Decatur | 1 0.03 25.52 IL-Dixon | 1 0.03 25.55 IL-Downers Grove | 1 0.03 25.57 IL-Du Quoin | 1 0.03 25.60 IL-Effingham | 1 0.03 25.63 IL-Eldorado | 1 0.03 25.66 IL-Elgin | 1 0.03 25.69 IL-Elk Grove Village | 1 0.03 25.72 IL-Elmhurst | 1 0.03 25.75 IL-Eureka | 1 0.03 25.78 IL-Evanston | 1 0.03 25.81 IL-Fairfield | 1 0.03 25.84 IL-Flora | 1 0.03 25.87 IL-Freeport | 1 0.03 25.89 IL-Galesburg | 1 0.03 25.92 IL-Geneseo | 1 0.03 25.95 IL-Geneva | 1 0.03 25.98 IL-Gibson City | 1 0.03 26.01 IL-Glendale Heights | 1 0.03 26.04 IL-Granite City | 1 0.03 26.07 IL-Greenville | 1 0.03 26.10 IL-Harrisburg | 1 0.03 26.13 IL-Harvard | 1 0.03 26.16 IL-Harvey | 1 0.03 26.19 IL-Havana | 1 0.03 26.21 IL-Hazel Crest | 1 0.03 26.24 IL-Herrin | 1 0.03 26.27 IL-Highland | 1 0.03 26.30 IL-Highland Park | 1 0.03 26.33 IL-Hillsboro | 1 0.03 26.36 IL-Hinsdale | 1 0.03 26.39 IL-Hoffman Estates | 1 0.03 26.42 IL-Hoopeston | 1 0.03 26.45 IL-Hopedale | 1 0.03 26.48 IL-Jacksonville | 1 0.03 26.51 IL-Jerseyville | 1 0.03 26.53 IL-Joliet | 1 0.03 26.56 IL-Kankakee | 1 0.03 26.59 IL-Kewanee | 1 0.03 26.62 IL-La Grange | 1 0.03 26.65 IL-Lake Forest | 1 0.03 26.68 IL-Lawrenceville | 1 0.03 26.71 IL-Libertyville | 1 0.03 26.74 IL-Lincoln | 1 0.03 26.77 IL-Litchfield | 1 0.03 26.80 IL-Macomb | 1 0.03 26.83 IL-Marion | 1 0.03 26.85 IL-Maryville | 1 0.03 26.88 IL-Mattoon | 1 0.03 26.91 IL-McHenry | 1 0.03 26.94 IL-McLeansboro | 1 0.03 26.97 IL-Melrose Park | 1 0.03 27.00 IL-Mendota | 1 0.03 27.03 IL-Metropolis | 1 0.03 27.06 IL-Monmouth | 1 0.03 27.09 IL-Monticello | 1 0.03 27.12 IL-Morris | 1 0.03 27.15 IL-Mount Carmel | 1 0.03 27.17 IL-Mount Vernon | 1 0.03 27.20 IL-Murphysboro | 1 0.03 27.23 IL-Naperville | 1 0.03 27.26 IL-Nashville | 1 0.03 27.29 IL-Oak Lawn | 1 0.03 27.32 IL-Oak Park | 1 0.03 27.35 IL-Olney | 1 0.03 27.38 IL-Ottawa | 1 0.03 27.41 IL-Palos Heights | 1 0.03 27.44 IL-Pana | 1 0.03 27.47 IL-Paris | 1 0.03 27.49 IL-Park Ridge | 1 0.03 27.52 IL-Pekin | 1 0.03 27.55 IL-Peoria | 1 0.03 27.58 IL-Peru | 1 0.03 27.61 IL-Pinckneyville | 1 0.03 27.64 IL-Pittsfield | 1 0.03 27.67 IL-Pontiac | 1 0.03 27.70 IL-Princeton | 1 0.03 27.73 IL-Quincy | 1 0.03 27.76 IL-Red Bud | 1 0.03 27.79 IL-Robinson | 1 0.03 27.81 IL-Rochelle | 1 0.03 27.84 IL-Rock Island | 1 0.03 27.87 IL-Rockford | 1 0.03 27.90 IL-Rosiclare | 1 0.03 27.93 IL-Rushville | 1 0.03 27.96 IL-Salem | 1 0.03 27.99 IL-Sandwich | 1 0.03 28.02 IL-Shelbyville | 1 0.03 28.05 IL-Silvis | 1 0.03 28.08 IL-Skokie | 1 0.03 28.11 IL-Sparta | 1 0.03 28.14 IL-Spring Valley | 1 0.03 28.16 IL-Springfield | 1 0.03 28.19 IL-Staunton | 1 0.03 28.22 IL-Sterling | 1 0.03 28.25 IL-Streator | 1 0.03 28.28 IL-Taylorville | 1 0.03 28.31 IL-Urbana | 1 0.03 28.34 IL-Vandalia | 1 0.03 28.37 IL-Watseka | 1 0.03 28.40 IL-Waukegan | 1 0.03 28.43 IL-West Frankfort | 1 0.03 28.46 IL-Winfield | 1 0.03 28.48 IL-Woodstock | 1 0.03 28.51 IN-Anderson | 1 0.03 28.54 IN-Angola | 1 0.03 28.57 IN-Auburn | 1 0.03 28.60 IN-Batesville | 1 0.03 28.63 IN-Bedford | 1 0.03 28.66 IN-Beech Grove | 1 0.03 28.69 IN-Bloomington | 1 0.03 28.72 IN-Bluffton | 1 0.03 28.75 IN-Boonville | 1 0.03 28.78 IN-Brazil | 1 0.03 28.80 IN-Bremen | 1 0.03 28.83 IN-Charlestown | 1 0.03 28.86 IN-Clinton | 1 0.03 28.89 IN-Columbia City | 1 0.03 28.92 IN-Columbus | 1 0.03 28.95 IN-Connersville | 1 0.03 28.98 IN-Corydon | 1 0.03 29.01 IN-Crawfordsville | 1 0.03 29.04 IN-Crown Point | 1 0.03 29.07 IN-Danville | 1 0.03 29.10 IN-Decatur | 1 0.03 29.12 IN-Dyer | 1 0.03 29.15 IN-East Chicago | 1 0.03 29.18 IN-Elkhart | 1 0.03 29.21 IN-Elwood | 1 0.03 29.24 IN-Evansville | 1 0.03 29.27 IN-Fort Wayne | 1 0.03 29.30 IN-Frankfort | 1 0.03 29.33 IN-Franklin | 1 0.03 29.36 IN-Gary | 1 0.03 29.39 IN-Goshen | 1 0.03 29.42 IN-Greencastle | 1 0.03 29.44 IN-Greenfield | 1 0.03 29.47 IN-Greensburg | 1 0.03 29.50 IN-Hammond | 1 0.03 29.53 IN-Hartford City | 1 0.03 29.56 IN-Huntingburg | 1 0.03 29.59 IN-Huntington | 1 0.03 29.62 IN-Indianapolis | 1 0.03 29.65 IN-Jasper | 1 0.03 29.68 IN-Jeffersonville | 1 0.03 29.71 IN-Kendallville | 1 0.03 29.74 IN-Knox | 1 0.03 29.76 IN-Kokomo | 1 0.03 29.79 IN-Lafayette | 1 0.03 29.82 IN-Lagrange | 1 0.03 29.85 IN-Laporte | 1 0.03 29.88 IN-Lawrenceburg | 1 0.03 29.91 IN-Lebanon | 1 0.03 29.94 IN-Linton | 1 0.03 29.97 IN-Logansport | 1 0.03 30.00 IN-Madison | 1 0.03 30.03 IN-Marion | 1 0.03 30.06 IN-Martinsville | 1 0.03 30.08 IN-Michigan City | 1 0.03 30.11 IN-Mishawaka | 1 0.03 30.14 IN-Monticello | 1 0.03 30.17 IN-Muncie | 1 0.03 30.20 IN-Munster | 1 0.03 30.23 IN-New Albany | 1 0.03 30.26 IN-New Castle | 1 0.03 30.29 IN-Noblesville | 1 0.03 30.32 IN-North Vernon | 1 0.03 30.35 IN-Paoli | 1 0.03 30.38 IN-Peru | 1 0.03 30.40 IN-Plymouth | 1 0.03 30.43 IN-Portland | 1 0.03 30.46 IN-Princeton | 1 0.03 30.49 IN-Rensselaer | 1 0.03 30.52 IN-Richmond | 1 0.03 30.55 IN-Rochester | 1 0.03 30.58 IN-Rushville | 1 0.03 30.61 IN-Salem | 1 0.03 30.64 IN-Scottsburg | 1 0.03 30.67 IN-Seymour | 1 0.03 30.70 IN-Shelbyville | 1 0.03 30.72 IN-South Bend | 1 0.03 30.75 IN-Sullivan | 1 0.03 30.78 IN-Tell City | 1 0.03 30.81 IN-Terre Haute | 1 0.03 30.84 IN-Tipton | 1 0.03 30.87 IN-Valparaiso | 1 0.03 30.90 IN-Vincennes | 1 0.03 30.93 IN-Wabash | 1 0.03 30.96 IN-Warsaw | 1 0.03 30.99 IN-Washington | 1 0.03 31.02 IN-Williamsport | 1 0.03 31.04 IN-Winamac | 1 0.03 31.07 IN-Winchester | 1 0.03 31.10 KS-Abilene | 1 0.03 31.13 KS-Anthony | 1 0.03 31.16 KS-Arkansas City | 1 0.03 31.19 KS-Ashland | 1 0.03 31.22 KS-Atchison | 1 0.03 31.25 KS-Atwood | 1 0.03 31.28 KS-Belleville | 1 0.03 31.31 KS-Beloit | 1 0.03 31.34 KS-Burlington | 1 0.03 31.36 KS-Caldwell | 1 0.03 31.39 KS-Cedar Vale | 1 0.03 31.42 KS-Chanute | 1 0.03 31.45 KS-Clay Center | 1 0.03 31.48 KS-Coffeyville | 1 0.03 31.51 KS-Colby | 1 0.03 31.54 KS-Coldwater | 1 0.03 31.57 KS-Concordia | 1 0.03 31.60 KS-Council Grove | 1 0.03 31.63 KS-Dighton | 1 0.03 31.66 KS-Dodge City | 1 0.03 31.68 KS-El Dorado | 1 0.03 31.71 KS-Elkhart | 1 0.03 31.74 KS-Ellinwood | 1 0.03 31.77 KS-Ellsworth | 1 0.03 31.80 KS-Emporia | 1 0.03 31.83 KS-Eureka | 1 0.03 31.86 KS-Fort Scott | 1 0.03 31.89 KS-Fredonia | 1 0.03 31.92 KS-Garden City | 1 0.03 31.95 KS-Garnett | 1 0.03 31.98 KS-Girard | 1 0.03 32.00 KS-Goodland | 1 0.03 32.03 KS-Great Bend | 1 0.03 32.06 KS-Greensburg | 1 0.03 32.09 KS-Halstead | 1 0.03 32.12 KS-Hanover | 1 0.03 32.15 KS-Harper | 1 0.03 32.18 KS-Hays | 1 0.03 32.21 KS-Herington | 1 0.03 32.24 KS-Hiawatha | 1 0.03 32.27 KS-Hill City | 1 0.03 32.30 KS-Hillsboro | 1 0.03 32.32 KS-Hoisington | 1 0.03 32.35 KS-Horton | 1 0.03 32.38 KS-Hoxie | 1 0.03 32.41 KS-Hugoton | 1 0.03 32.44 KS-Hutchinson | 1 0.03 32.47 KS-Independence | 1 0.03 32.50 KS-Iola | 1 0.03 32.53 KS-Jetmore | 1 0.03 32.56 KS-Johnson | 1 0.03 32.59 KS-Junction City | 1 0.03 32.62 KS-Kansas City | 1 0.03 32.64 KS-Kingman | 1 0.03 32.67 KS-Kinsley | 1 0.03 32.70 KS-Kiowa | 1 0.03 32.73 KS-La Crosse | 1 0.03 32.76 KS-Lakin | 1 0.03 32.79 KS-Lawrence | 1 0.03 32.82 KS-Leavenworth | 1 0.03 32.85 KS-Leoti | 1 0.03 32.88 KS-Liberal | 1 0.03 32.91 KS-Lincoln | 1 0.03 32.94 KS-Lindsborg | 1 0.03 32.96 KS-Lyons | 1 0.03 32.99 KS-Manhattan | 1 0.03 33.02 KS-Marion | 1 0.03 33.05 KS-Marysville | 1 0.03 33.08 KS-McPherson | 1 0.03 33.11 KS-Meade | 1 0.03 33.14 KS-Medicine Lodge | 1 0.03 33.17 KS-Minneapolis | 1 0.03 33.20 KS-Minneola | 1 0.03 33.23 KS-Moundridge | 1 0.03 33.26 KS-Neodesha | 1 0.03 33.28 KS-Ness City | 1 0.03 33.31 KS-Newton | 1 0.03 33.34 KS-Norton | 1 0.03 33.37 KS-Oakley | 1 0.03 33.40 KS-Oberlin | 1 0.03 33.43 KS-Olathe | 1 0.03 33.46 KS-Onaga | 1 0.03 33.49 KS-Osborne | 1 0.03 33.52 KS-Ottawa | 1 0.03 33.55 KS-Parsons | 1 0.03 33.58 KS-Phillipsburg | 1 0.03 33.60 KS-Pittsburg | 1 0.03 33.63 KS-Plainville | 1 0.03 33.66 KS-Pratt | 1 0.03 33.69 KS-Quinter | 1 0.03 33.72 KS-Ransom | 1 0.03 33.75 KS-Russell | 1 0.03 33.78 KS-Sabetha | 1 0.03 33.81 KS-Salina | 1 0.03 33.84 KS-Satanta | 1 0.03 33.87 KS-Scott City | 1 0.03 33.90 KS-Sedan | 1 0.03 33.92 KS-Seneca | 1 0.03 33.95 KS-Shawnee Mission/Overland | 1 0.03 33.98 KS-Smith Center | 1 0.03 34.01 KS-St. Francis | 1 0.03 34.04 KS-Stafford | 1 0.03 34.07 KS-Syracuse | 1 0.03 34.10 KS-Topeka | 1 0.03 34.13 KS-Tribune | 1 0.03 34.16 KS-Ulysses | 1 0.03 34.19 KS-Wakeeney | 1 0.03 34.22 KS-Wamego | 1 0.03 34.24 KS-Washington | 1 0.03 34.27 KS-Wellington | 1 0.03 34.30 KS-Westmoreland | 1 0.03 34.33 KS-Wichita | 1 0.03 34.36 KS-Winchester | 1 0.03 34.39 KS-Winfield | 1 0.03 34.42 KY-Albany | 1 0.03 34.45 KY-Ashland | 1 0.03 34.48 KY-Barbourville | 1 0.03 34.51 KY-Bardstown | 1 0.03 34.54 KY-Berea | 1 0.03 34.57 KY-Bowling Green | 1 0.03 34.59 KY-Burkesville | 1 0.03 34.62 KY-Cadiz | 1 0.03 34.65 KY-Campbellsville | 1 0.03 34.68 KY-Carlisle | 1 0.03 34.71 KY-Carrollton | 1 0.03 34.74 KY-Columbia | 1 0.03 34.77 KY-Corbin | 1 0.03 34.80 KY-Covington | 1 0.03 34.83 KY-Cynthiana | 1 0.03 34.86 KY-Danville | 1 0.03 34.89 KY-Elizabethtown | 1 0.03 34.91 KY-Flemingsburg | 1 0.03 34.94 KY-Florence | 1 0.03 34.97 KY-Fort Thomas | 1 0.03 35.00 KY-Frankfort | 1 0.03 35.03 KY-Franklin | 1 0.03 35.06 KY-Fulton | 1 0.03 35.09 KY-Georgetown | 1 0.03 35.12 KY-Glasgow | 1 0.03 35.15 KY-Greensburg | 1 0.03 35.18 KY-Greenville | 1 0.03 35.21 KY-Hardinsburg | 1 0.03 35.23 KY-Harlan | 1 0.03 35.26 KY-Harrodsburg | 1 0.03 35.29 KY-Hartford | 1 0.03 35.32 KY-Hazard | 1 0.03 35.35 KY-Henderson | 1 0.03 35.38 KY-Hopkinsville | 1 0.03 35.41 KY-Hyden | 1 0.03 35.44 KY-Irvine | 1 0.03 35.47 KY-Jackson | 1 0.03 35.50 KY-Jenkins | 1 0.03 35.53 KY-La Grange | 1 0.03 35.55 KY-Lancaster | 1 0.03 35.58 KY-Lebanon | 1 0.03 35.61 KY-Leitchfield | 1 0.03 35.64 KY-Lexington | 1 0.03 35.67 KY-London | 1 0.03 35.70 KY-Louisa | 1 0.03 35.73 KY-Louisville | 1 0.03 35.76 KY-Madisonville | 1 0.03 35.79 KY-Manchester | 1 0.03 35.82 KY-Marion | 1 0.03 35.85 KY-Mayfield | 1 0.03 35.87 KY-Maysville | 1 0.03 35.90 KY-McDowell | 1 0.03 35.93 KY-Middlesboro | 1 0.03 35.96 KY-Monticello | 1 0.03 35.99 KY-Morehead | 1 0.03 36.02 KY-Morganfield | 1 0.03 36.05 KY-Mount Sterling | 1 0.03 36.08 KY-Mount Vernon | 1 0.03 36.11 KY-Murray | 1 0.03 36.14 KY-Owensboro | 1 0.03 36.17 KY-Owenton | 1 0.03 36.19 KY-Paducah | 1 0.03 36.22 KY-Paintsville | 1 0.03 36.25 KY-Paris | 1 0.03 36.28 KY-Pikeville | 1 0.03 36.31 KY-Pineville | 1 0.03 36.34 KY-Prestonsburg | 1 0.03 36.37 KY-Princeton | 1 0.03 36.40 KY-Richmond | 1 0.03 36.43 KY-Russell Springs | 1 0.03 36.46 KY-Russellville | 1 0.03 36.49 KY-Salem | 1 0.03 36.51 KY-Shelbyville | 1 0.03 36.54 KY-Somerset | 1 0.03 36.57 KY-South Williamson | 1 0.03 36.60 KY-Stanford | 1 0.03 36.63 KY-Tompkinsville | 1 0.03 36.66 KY-Versailles | 1 0.03 36.69 KY-West Liberty | 1 0.03 36.72 KY-Whitesburg | 1 0.03 36.75 KY-Williamstown | 1 0.03 36.78 KY-Winchester | 1 0.03 36.81 LA-Abbeville | 1 0.03 36.83 LA-Alexandria | 1 0.03 36.86 LA-Amite | 1 0.03 36.89 LA-Bastrop | 1 0.03 36.92 LA-Baton Rouge | 1 0.03 36.95 LA-Bernice | 1 0.03 36.98 LA-Bogalusa | 1 0.03 37.01 LA-Bunkie | 1 0.03 37.04 LA-Chalmette | 1 0.03 37.07 LA-Columbia | 1 0.03 37.10 LA-Covington | 1 0.03 37.13 LA-Crowley | 1 0.03 37.15 LA-De Quincy | 1 0.03 37.18 LA-De Ridder | 1 0.03 37.21 LA-Delhi | 1 0.03 37.24 LA-Eunice | 1 0.03 37.27 LA-Ferriday | 1 0.03 37.30 LA-Franklin | 1 0.03 37.33 LA-Franklinton | 1 0.03 37.36 LA-Galliano | 1 0.03 37.39 LA-Gonzales | 1 0.03 37.42 LA-Greensburg | 1 0.03 37.45 LA-Hammond | 1 0.03 37.47 LA-Homer | 1 0.03 37.50 LA-Houma | 1 0.03 37.53 LA-Jena | 1 0.03 37.56 LA-Jennings | 1 0.03 37.59 LA-Kaplan | 1 0.03 37.62 LA-Lafayette | 1 0.03 37.65 LA-Lake Charles | 1 0.03 37.68 LA-Laplace | 1 0.03 37.71 LA-Leesville | 1 0.03 37.74 LA-Luling | 1 0.03 37.77 LA-Lutcher | 1 0.03 37.79 LA-Mamou | 1 0.03 37.82 LA-Mansfield | 1 0.03 37.85 LA-Many | 1 0.03 37.88 LA-Marrero | 1 0.03 37.91 LA-Merryville | 1 0.03 37.94 LA-Metairie | 1 0.03 37.97 LA-Minden | 1 0.03 38.00 LA-Monroe | 1 0.03 38.03 LA-Morgan City | 1 0.03 38.06 LA-Napoleonville | 1 0.03 38.09 LA-Natchitoches | 1 0.03 38.11 LA-New Iberia | 1 0.03 38.14 LA-New Orleans | 1 0.03 38.17 LA-New Roads | 1 0.03 38.20 LA-Oakdale | 1 0.03 38.23 LA-Olla | 1 0.03 38.26 LA-Opelousas | 1 0.03 38.29 LA-Plaquemine | 1 0.03 38.32 LA-Raceland | 1 0.03 38.35 LA-Rayville | 1 0.03 38.38 LA-Ruston | 1 0.03 38.41 LA-Shreveport | 1 0.03 38.43 LA-Slidell | 1 0.03 38.46 LA-Springhill | 1 0.03 38.49 LA-Sulphur | 1 0.03 38.52 LA-Tallulah | 1 0.03 38.55 LA-Thibodaux | 1 0.03 38.58 LA-Ville Platte | 1 0.03 38.61 LA-Vivian | 1 0.03 38.64 LA-West Monroe | 1 0.03 38.67 LA-Winnfield | 1 0.03 38.70 LA-Winnsboro | 1 0.03 38.73 LA-Zachary | 1 0.03 38.75 MA-Arlington | 1 0.03 38.78 MA-Athol | 1 0.03 38.81 MA-Attleboro | 1 0.03 38.84 MA-Ayer | 1 0.03 38.87 MA-Beverly | 1 0.03 38.90 MA-Boston | 1 0.03 38.93 MA-Brockton | 1 0.03 38.96 MA-Burlington | 1 0.03 38.99 MA-Cambridge | 1 0.03 39.02 MA-Clinton | 1 0.03 39.05 MA-Concord | 1 0.03 39.07 MA-Everett | 1 0.03 39.10 MA-Fall River | 1 0.03 39.13 MA-Falmouth | 1 0.03 39.16 MA-Fitchburg | 1 0.03 39.19 MA-Gardner | 1 0.03 39.22 MA-Gloucester | 1 0.03 39.25 MA-Great Barrington | 1 0.03 39.28 MA-Greenfield | 1 0.03 39.31 MA-Haverhill | 1 0.03 39.34 MA-Holyoke | 1 0.03 39.37 MA-Hyannis | 1 0.03 39.39 MA-Lawrence | 1 0.03 39.42 MA-Leominster | 1 0.03 39.45 MA-Lowell | 1 0.03 39.48 MA-Ludlow | 1 0.03 39.51 MA-Lynn | 1 0.03 39.54 MA-Malden | 1 0.03 39.57 MA-Marlborough | 1 0.03 39.60 MA-Medford | 1 0.03 39.63 MA-Melrose | 1 0.03 39.66 MA-Methuen | 1 0.03 39.69 MA-Milton | 1 0.03 39.71 MA-Nantucket | 1 0.03 39.74 MA-Natick | 1 0.03 39.77 MA-Needham | 1 0.03 39.80 MA-New Bedford | 1 0.03 39.83 MA-Newburyport | 1 0.03 39.86 MA-Newton | 1 0.03 39.89 MA-Norfolk | 1 0.03 39.92 MA-North Adams | 1 0.03 39.95 MA-Northampton | 1 0.03 39.98 MA-Norwood | 1 0.03 40.01 MA-Oak Bluffs | 1 0.03 40.03 MA-Palmer | 1 0.03 40.06 MA-Pittsfield | 1 0.03 40.09 MA-Plymouth | 1 0.03 40.12 MA-Quincy | 1 0.03 40.15 MA-Salem | 1 0.03 40.18 MA-Somerville | 1 0.03 40.21 MA-South Weymouth | 1 0.03 40.24 MA-Southbridge | 1 0.03 40.27 MA-Springfield | 1 0.03 40.30 MA-Stoneham | 1 0.03 40.33 MA-Stoughton | 1 0.03 40.35 MA-Taunton | 1 0.03 40.38 MA-Waltham | 1 0.03 40.41 MA-Ware | 1 0.03 40.44 MA-Wareham | 1 0.03 40.47 MA-Webster | 1 0.03 40.50 MA-Westfield | 1 0.03 40.53 MA-Winchester | 1 0.03 40.56 MA-Winthrop | 1 0.03 40.59 MA-Worcester | 1 0.03 40.62 MD-Annapolis | 1 0.03 40.65 MD-Baltimore | 1 0.03 40.68 MD-Bethesda | 1 0.03 40.70 MD-Cambridge | 1 0.03 40.73 MD-Chestertown | 1 0.03 40.76 MD-Cheverly | 1 0.03 40.79 MD-Clinton | 1 0.03 40.82 MD-Columbia | 1 0.03 40.85 MD-Crisfield | 1 0.03 40.88 MD-Cumberland | 1 0.03 40.91 MD-Easton | 1 0.03 40.94 MD-Elkton | 1 0.03 40.97 MD-Fallston | 1 0.03 41.00 MD-Frederick | 1 0.03 41.02 MD-Glen Burnie | 1 0.03 41.05 MD-Hagerstown | 1 0.03 41.08 MD-Havre De Grace | 1 0.03 41.11 MD-La Plata | 1 0.03 41.14 MD-Lanham | 1 0.03 41.17 MD-Laurel | 1 0.03 41.20 MD-Leonardtown | 1 0.03 41.23 MD-Oakland | 1 0.03 41.26 MD-Olney | 1 0.03 41.29 MD-Prince Frederick | 1 0.03 41.32 MD-Randallstown | 1 0.03 41.34 MD-Rockville | 1 0.03 41.37 MD-Salisbury | 1 0.03 41.40 MD-Silver Spring | 1 0.03 41.43 MD-Takoma Park | 1 0.03 41.46 MD-Westminster | 1 0.03 41.49 ME-Augusta | 1 0.03 41.52 ME-Bangor | 1 0.03 41.55 ME-Bar Harbor | 1 0.03 41.58 ME-Belfast | 1 0.03 41.61 ME-Biddeford | 1 0.03 41.64 ME-Blue Hill | 1 0.03 41.66 ME-Boothbay Harbor | 1 0.03 41.69 ME-Bridgton | 1 0.03 41.72 ME-Brunswick | 1 0.03 41.75 ME-Calais | 1 0.03 41.78 ME-Caribou | 1 0.03 41.81 ME-Damariscotta | 1 0.03 41.84 ME-Dover-Foxcroft | 1 0.03 41.87 ME-Ellsworth | 1 0.03 41.90 ME-Farmington | 1 0.03 41.93 ME-Fort Kent | 1 0.03 41.96 ME-Greenville | 1 0.03 41.98 ME-Houlton | 1 0.03 42.01 ME-Lewiston | 1 0.03 42.04 ME-Lincoln | 1 0.03 42.07 ME-Machias | 1 0.03 42.10 ME-Millinocket | 1 0.03 42.13 ME-Norway | 1 0.03 42.16 ME-Pittsfield | 1 0.03 42.19 ME-Portland | 1 0.03 42.22 ME-Presque Isle | 1 0.03 42.25 ME-Rockland | 1 0.03 42.28 ME-Rumford | 1 0.03 42.30 ME-Sanford | 1 0.03 42.33 ME-Skowhegan | 1 0.03 42.36 ME-Waterville | 1 0.03 42.39 ME-York | 1 0.03 42.42 MI-Adrian | 1 0.03 42.45 MI-Albion | 1 0.03 42.48 MI-Allegan | 1 0.03 42.51 MI-Alma | 1 0.03 42.54 MI-Alpena | 1 0.03 42.57 MI-Ann Arbor | 1 0.03 42.60 MI-Bad Axe | 1 0.03 42.62 MI-Battle Creek | 1 0.03 42.65 MI-Bay City | 1 0.03 42.68 MI-Berrien Center | 1 0.03 42.71 MI-Big Rapids | 1 0.03 42.74 MI-Cadillac | 1 0.03 42.77 MI-Caro | 1 0.03 42.80 MI-Carson City | 1 0.03 42.83 MI-Cass City | 1 0.03 42.86 MI-Charlevoix | 1 0.03 42.89 MI-Charlotte | 1 0.03 42.92 MI-Cheboygan | 1 0.03 42.94 MI-Chelsea | 1 0.03 42.97 MI-Clare | 1 0.03 43.00 MI-Coldwater | 1 0.03 43.03 MI-Crystal Falls | 1 0.03 43.06 MI-Dearborn | 1 0.03 43.09 MI-Deckerville | 1 0.03 43.12 MI-Detroit | 1 0.03 43.15 MI-Dowagiac | 1 0.03 43.18 MI-Escanaba | 1 0.03 43.21 MI-Farmington Hills | 1 0.03 43.24 MI-Flint | 1 0.03 43.26 MI-Frankfort | 1 0.03 43.29 MI-Fremont | 1 0.03 43.32 MI-Garden City | 1 0.03 43.35 MI-Gaylord | 1 0.03 43.38 MI-Gladwin | 1 0.03 43.41 MI-Grand Haven | 1 0.03 43.44 MI-Grand Rapids | 1 0.03 43.47 MI-Grayling | 1 0.03 43.50 MI-Greenville | 1 0.03 43.53 MI-Grosse Pointe | 1 0.03 43.56 MI-Hancock | 1 0.03 43.58 MI-Harbor Beach | 1 0.03 43.61 MI-Hastings | 1 0.03 43.64 MI-Hillsdale | 1 0.03 43.67 MI-Holland | 1 0.03 43.70 MI-Howell | 1 0.03 43.73 MI-Ionia | 1 0.03 43.76 MI-Iron Mountain | 1 0.03 43.79 MI-Iron River | 1 0.03 43.82 MI-Ironwood | 1 0.03 43.85 MI-Ishpeming | 1 0.03 43.88 MI-Jackson | 1 0.03 43.90 MI-Kalamazoo | 1 0.03 43.93 MI-L'anse | 1 0.03 43.96 MI-Lakeview | 1 0.03 43.99 MI-Lansing | 1 0.03 44.02 MI-Lapeer | 1 0.03 44.05 MI-Laurium | 1 0.03 44.08 MI-Livonia | 1 0.03 44.11 MI-Ludington | 1 0.03 44.14 MI-Madison Heights | 1 0.03 44.17 MI-Manistee | 1 0.03 44.20 MI-Manistique | 1 0.03 44.22 MI-Marlette | 1 0.03 44.25 MI-Marquette | 1 0.03 44.28 MI-Marshall | 1 0.03 44.31 MI-Midland | 1 0.03 44.34 MI-Milford | 1 0.03 44.37 MI-Monroe | 1 0.03 44.40 MI-Mount Clemens | 1 0.03 44.43 MI-Mount Pleasant | 1 0.03 44.46 MI-Munising | 1 0.03 44.49 MI-Muskegon | 1 0.03 44.52 MI-Newberry | 1 0.03 44.54 MI-Niles | 1 0.03 44.57 MI-Northport | 1 0.03 44.60 MI-Ontonagon | 1 0.03 44.63 MI-Owosso | 1 0.03 44.66 MI-Paw Paw | 1 0.03 44.69 MI-Petoskey | 1 0.03 44.72 MI-Pigeon | 1 0.03 44.75 MI-Pontiac | 1 0.03 44.78 MI-Port Huron | 1 0.03 44.81 MI-Reed City | 1 0.03 44.84 MI-Rochester | 1 0.03 44.86 MI-Royal Oak | 1 0.03 44.89 MI-Saginaw | 1 0.03 44.92 MI-Saline | 1 0.03 44.95 MI-Sandusky | 1 0.03 44.98 MI-Sault Ste Marie | 1 0.03 45.01 MI-South Haven | 1 0.03 45.04 MI-Southfield | 1 0.03 45.07 MI-St. Clair | 1 0.03 45.10 MI-St. Johns | 1 0.03 45.13 MI-St. Joseph | 1 0.03 45.16 MI-Standish | 1 0.03 45.18 MI-Sturgis | 1 0.03 45.21 MI-Tawas City | 1 0.03 45.24 MI-Taylor | 1 0.03 45.27 MI-Tecumseh | 1 0.03 45.30 MI-Three Rivers | 1 0.03 45.33 MI-Traverse City | 1 0.03 45.36 MI-Trenton | 1 0.03 45.39 MI-Troy | 1 0.03 45.42 MI-Warren | 1 0.03 45.45 MI-Watervliet | 1 0.03 45.48 MI-Wayne | 1 0.03 45.50 MI-West Branch | 1 0.03 45.53 MI-Wyandotte | 1 0.03 45.56 MI-Zeeland | 1 0.03 45.59 MN-Ada | 1 0.03 45.62 MN-Aitkin | 1 0.03 45.65 MN-Albert Lea | 1 0.03 45.68 MN-Alexandria | 1 0.03 45.71 MN-Appleton | 1 0.03 45.74 MN-Arlington | 1 0.03 45.77 MN-Aurora | 1 0.03 45.80 MN-Austin | 1 0.03 45.82 MN-Bagley | 1 0.03 45.85 MN-Baudette | 1 0.03 45.88 MN-Bemidji | 1 0.03 45.91 MN-Benson | 1 0.03 45.94 MN-Bigfork | 1 0.03 45.97 MN-Blue Earth | 1 0.03 46.00 MN-Brainerd | 1 0.03 46.03 MN-Breckenridge | 1 0.03 46.06 MN-Buffalo | 1 0.03 46.09 MN-Burnsville | 1 0.03 46.12 MN-Cambridge | 1 0.03 46.14 MN-Canby | 1 0.03 46.17 MN-Cannon Falls | 1 0.03 46.20 MN-Chisago City | 1 0.03 46.23 MN-Cloquet | 1 0.03 46.26 MN-Cook | 1 0.03 46.29 MN-Crookston | 1 0.03 46.32 MN-Crosby | 1 0.03 46.35 MN-Dawson | 1 0.03 46.38 MN-Deer River | 1 0.03 46.41 MN-Detroit Lakes | 1 0.03 46.44 MN-Duluth | 1 0.03 46.46 MN-Elbow Lake | 1 0.03 46.49 MN-Ely | 1 0.03 46.52 MN-Fairmont | 1 0.03 46.55 MN-Faribault | 1 0.03 46.58 MN-Farmington | 1 0.03 46.61 MN-Fergus Falls | 1 0.03 46.64 MN-Forest Lake | 1 0.03 46.67 MN-Fosston | 1 0.03 46.70 MN-Glencoe | 1 0.03 46.73 MN-Glenwood | 1 0.03 46.76 MN-Graceville | 1 0.03 46.78 MN-Grand Marais | 1 0.03 46.81 MN-Grand Rapids | 1 0.03 46.84 MN-Granite Falls | 1 0.03 46.87 MN-Hallock | 1 0.03 46.90 MN-Hastings | 1 0.03 46.93 MN-Hendricks | 1 0.03 46.96 MN-Hibbing | 1 0.03 46.99 MN-Hutchinson | 1 0.03 47.02 MN-International Falls | 1 0.03 47.05 MN-Ivanhoe | 1 0.03 47.08 MN-Jackson | 1 0.03 47.11 MN-Karlstad | 1 0.03 47.13 MN-Lake City | 1 0.03 47.16 MN-Lakefield | 1 0.03 47.19 MN-Le Sueur | 1 0.03 47.22 MN-Litchfield | 1 0.03 47.25 MN-Little Falls | 1 0.03 47.28 MN-Long Prairie | 1 0.03 47.31 MN-Luverne | 1 0.03 47.34 MN-Madelia | 1 0.03 47.37 MN-Madison | 1 0.03 47.40 MN-Mankato | 1 0.03 47.43 MN-Maplewood | 1 0.03 47.45 MN-Marshall | 1 0.03 47.48 MN-Melrose | 1 0.03 47.51 MN-Minneapolis | 1 0.03 47.54 MN-Montevideo | 1 0.03 47.57 MN-Monticello | 1 0.03 47.60 MN-Moose Lake | 1 0.03 47.63 MN-Mora | 1 0.03 47.66 MN-Morris | 1 0.03 47.69 MN-New Prague | 1 0.03 47.72 MN-New Ulm | 1 0.03 47.75 MN-Northfield | 1 0.03 47.77 MN-Olivia | 1 0.03 47.80 MN-Onamia | 1 0.03 47.83 MN-Ortonville | 1 0.03 47.86 MN-Owatonna | 1 0.03 47.89 MN-Park Rapids | 1 0.03 47.92 MN-Paynesville | 1 0.03 47.95 MN-Perham | 1 0.03 47.98 MN-Pipestone | 1 0.03 48.01 MN-Princeton | 1 0.03 48.04 MN-Red Wing | 1 0.03 48.07 MN-Redlake | 1 0.03 48.09 MN-Redwood Falls | 1 0.03 48.12 MN-Robbinsdale | 1 0.03 48.15 MN-Rochester | 1 0.03 48.18 MN-Roseau | 1 0.03 48.21 MN-Rush City | 1 0.03 48.24 MN-Sandstone | 1 0.03 48.27 MN-Sauk Centre | 1 0.03 48.30 MN-Shakopee | 1 0.03 48.33 MN-Slayton | 1 0.03 48.36 MN-Sleepy Eye | 1 0.03 48.39 MN-Springfield | 1 0.03 48.41 MN-St. Cloud | 1 0.03 48.44 MN-St. James | 1 0.03 48.47 MN-St. Louis Park | 1 0.03 48.50 MN-St. Paul | 1 0.03 48.53 MN-St. Peter | 1 0.03 48.56 MN-Staples | 1 0.03 48.59 MN-Starbuck | 1 0.03 48.62 MN-Stillwater | 1 0.03 48.65 MN-Thief River Falls | 1 0.03 48.68 MN-Tracy | 1 0.03 48.71 MN-Two Harbors | 1 0.03 48.73 MN-Tyler | 1 0.03 48.76 MN-Virginia | 1 0.03 48.79 MN-Wabasha | 1 0.03 48.82 MN-Waconia | 1 0.03 48.85 MN-Wadena | 1 0.03 48.88 MN-Warren | 1 0.03 48.91 MN-Waseca | 1 0.03 48.94 MN-Westbrook | 1 0.03 48.97 MN-Wheaton | 1 0.03 49.00 MN-Willmar | 1 0.03 49.03 MN-Windom | 1 0.03 49.05 MN-Winona | 1 0.03 49.08 MN-Worthington | 1 0.03 49.11 MO-Albany | 1 0.03 49.14 MO-Appleton City | 1 0.03 49.17 MO-Aurora | 1 0.03 49.20 MO-Bethany | 1 0.03 49.23 MO-Blue Springs | 1 0.03 49.26 MO-Bolivar | 1 0.03 49.29 MO-Branson | 1 0.03 49.32 MO-Brookfield | 1 0.03 49.35 MO-Butler | 1 0.03 49.37 MO-Cameron | 1 0.03 49.40 MO-Cape Girardeau | 1 0.03 49.43 MO-Carrollton | 1 0.03 49.46 MO-Carthage | 1 0.03 49.49 MO-Chillicothe | 1 0.03 49.52 MO-Clinton | 1 0.03 49.55 MO-Columbia | 1 0.03 49.58 MO-Crystal City | 1 0.03 49.61 MO-Dexter | 1 0.03 49.64 MO-El Dorado Springs | 1 0.03 49.67 MO-Ellington | 1 0.03 49.69 MO-Excelsior Springs | 1 0.03 49.72 MO-Fairfax | 1 0.03 49.75 MO-Farmington | 1 0.03 49.78 MO-Fredericktown | 1 0.03 49.81 MO-Hannibal | 1 0.03 49.84 MO-Harrisonville | 1 0.03 49.87 MO-Hayti | 1 0.03 49.90 MO-Hermann | 1 0.03 49.93 MO-Houston | 1 0.03 49.96 MO-Independence | 1 0.03 49.99 MO-Jefferson City | 1 0.03 50.01 MO-Joplin | 1 0.03 50.04 MO-Kansas City | 1 0.03 50.07 MO-Kennett | 1 0.03 50.10 MO-Kirksville | 1 0.03 50.13 MO-Lake Saint Louis | 1 0.03 50.16 MO-Lamar | 1 0.03 50.19 MO-Lees Summit | 1 0.03 50.22 MO-Lexington | 1 0.03 50.25 MO-Liberty | 1 0.03 50.28 MO-Louisiana | 1 0.03 50.31 MO-Macon | 1 0.03 50.33 MO-Marshall | 1 0.03 50.36 MO-Maryville | 1 0.03 50.39 MO-Memphis | 1 0.03 50.42 MO-Mexico | 1 0.03 50.45 MO-Milan | 1 0.03 50.48 MO-Neosho | 1 0.03 50.51 MO-Nevada | 1 0.03 50.54 MO-North Kansas City | 1 0.03 50.57 MO-Osage Beach | 1 0.03 50.60 MO-Osceola | 1 0.03 50.63 MO-Perryville | 1 0.03 50.65 MO-Pilot Knob | 1 0.03 50.68 MO-Poplar Bluff | 1 0.03 50.71 MO-Potosi | 1 0.03 50.74 MO-Richmond | 1 0.03 50.77 MO-Rolla | 1 0.03 50.80 MO-Salem | 1 0.03 50.83 MO-Sedalia | 1 0.03 50.86 MO-Sikeston | 1 0.03 50.89 MO-Smithville | 1 0.03 50.92 MO-Springfield | 1 0.03 50.95 MO-St. Charles | 1 0.03 50.97 MO-St. Joseph | 1 0.03 51.00 MO-St. Louis | 1 0.03 51.03 MO-Ste. Genevieve | 1 0.03 51.06 MO-Trenton | 1 0.03 51.09 MO-Troy | 1 0.03 51.12 MO-Unionville | 1 0.03 51.15 MO-Warrensburg | 1 0.03 51.18 MO-West Plains | 1 0.03 51.21 MS-Ackerman | 1 0.03 51.24 MS-Amory | 1 0.03 51.27 MS-Batesville | 1 0.03 51.29 MS-Bay St. Louis | 1 0.03 51.32 MS-Belzoni | 1 0.03 51.35 MS-Biloxi | 1 0.03 51.38 MS-Booneville | 1 0.03 51.41 MS-Brookhaven | 1 0.03 51.44 MS-Calhoun City | 1 0.03 51.47 MS-Carthage | 1 0.03 51.50 MS-Centreville | 1 0.03 51.53 MS-Charleston | 1 0.03 51.56 MS-Clarksdale | 1 0.03 51.59 MS-Cleveland | 1 0.03 51.61 MS-Columbia | 1 0.03 51.64 MS-Columbus | 1 0.03 51.67 MS-Corinth | 1 0.03 51.70 MS-Eupora | 1 0.03 51.73 MS-Fayette | 1 0.03 51.76 MS-Forest | 1 0.03 51.79 MS-Greenville | 1 0.03 51.82 MS-Greenwood | 1 0.03 51.85 MS-Grenada | 1 0.03 51.88 MS-Gulfport | 1 0.03 51.91 MS-Hattiesburg | 1 0.03 51.93 MS-Hazlehurst | 1 0.03 51.96 MS-Houston | 1 0.03 51.99 MS-Indianola | 1 0.03 52.02 MS-Iuka | 1 0.03 52.05 MS-Jackson | 1 0.03 52.08 MS-Kilmichael | 1 0.03 52.11 MS-Kosciusko | 1 0.03 52.14 MS-Laurel | 1 0.03 52.17 MS-Lexington | 1 0.03 52.20 MS-Louisville | 1 0.03 52.23 MS-Lucedale | 1 0.03 52.25 MS-Macon | 1 0.03 52.28 MS-Magee | 1 0.03 52.31 MS-Magnolia | 1 0.03 52.34 MS-Marks | 1 0.03 52.37 MS-McComb | 1 0.03 52.40 MS-Meadville | 1 0.03 52.43 MS-Mendenhall | 1 0.03 52.46 MS-Meridian | 1 0.03 52.49 MS-Monticello | 1 0.03 52.52 MS-Natchez | 1 0.03 52.55 MS-New Albany | 1 0.03 52.57 MS-Oxford | 1 0.03 52.60 MS-Pascagoula | 1 0.03 52.63 MS-Picayune | 1 0.03 52.66 MS-Port Gibson | 1 0.03 52.69 MS-Prentiss | 1 0.03 52.72 MS-Quitman | 1 0.03 52.75 MS-Ripley | 1 0.03 52.78 MS-Rolling Fork | 1 0.03 52.81 MS-Ruleville | 1 0.03 52.84 MS-Starkville | 1 0.03 52.87 MS-Tupelo | 1 0.03 52.89 MS-Tylertown | 1 0.03 52.92 MS-Vicksburg | 1 0.03 52.95 MS-Waynesboro | 1 0.03 52.98 MS-West Point | 1 0.03 53.01 MS-Winona | 1 0.03 53.04 MS-Yazoo City | 1 0.03 53.07 MT-Anaconda | 1 0.03 53.10 MT-Baker | 1 0.03 53.13 MT-Billings | 1 0.03 53.16 MT-Bozeman | 1 0.03 53.19 MT-Browning | 1 0.03 53.22 MT-Butte | 1 0.03 53.24 MT-Chester | 1 0.03 53.27 MT-Conrad | 1 0.03 53.30 MT-Cut Bank/Browning | 1 0.03 53.33 MT-Deer Lodge | 1 0.03 53.36 MT-Dillon | 1 0.03 53.39 MT-Ennis | 1 0.03 53.42 MT-Glasgow | 1 0.03 53.45 MT-Glendive | 1 0.03 53.48 MT-Great Falls | 1 0.03 53.51 MT-Hamilton | 1 0.03 53.54 MT-Hardin | 1 0.03 53.56 MT-Havre | 1 0.03 53.59 MT-Helena | 1 0.03 53.62 MT-Kalispell | 1 0.03 53.65 MT-Lewistown | 1 0.03 53.68 MT-Libby | 1 0.03 53.71 MT-Livingston | 1 0.03 53.74 MT-Malta | 1 0.03 53.77 MT-Miles City | 1 0.03 53.80 MT-Missoula | 1 0.03 53.83 MT-Plains | 1 0.03 53.86 MT-Plentywood | 1 0.03 53.88 MT-Polson | 1 0.03 53.91 MT-Poplar | 1 0.03 53.94 MT-Red Lodge | 1 0.03 53.97 MT-Ronan | 1 0.03 54.00 MT-Scobey | 1 0.03 54.03 MT-Shelby | 1 0.03 54.06 MT-Sheridan | 1 0.03 54.09 MT-Sidney | 1 0.03 54.12 MT-Superior | 1 0.03 54.15 MT-Townsend | 1 0.03 54.18 MT-White Sulphur Springs | 1 0.03 54.20 MT-Whitefish | 1 0.03 54.23 MT-Wolf Point | 1 0.03 54.26 NC-Ahoskie | 1 0.03 54.29 NC-Albemarle | 1 0.03 54.32 NC-Andrews | 1 0.03 54.35 NC-Asheboro | 1 0.03 54.38 NC-Asheville | 1 0.03 54.41 NC-Banner Elk | 1 0.03 54.44 NC-Belhaven | 1 0.03 54.47 NC-Blowing Rock | 1 0.03 54.50 NC-Boone | 1 0.03 54.52 NC-Brevard | 1 0.03 54.55 NC-Bryson City | 1 0.03 54.58 NC-Burgaw | 1 0.03 54.61 NC-Burlington | 1 0.03 54.64 NC-Chapel Hill | 1 0.03 54.67 NC-Charlotte | 1 0.03 54.70 NC-Cherokee | 1 0.03 54.73 NC-Clinton | 1 0.03 54.76 NC-Clyde | 1 0.03 54.79 NC-Columbus | 1 0.03 54.82 NC-Concord | 1 0.03 54.84 NC-Crossnore | 1 0.03 54.87 NC-Dunn | 1 0.03 54.90 NC-Durham | 1 0.03 54.93 NC-Eden | 1 0.03 54.96 NC-Edenton | 1 0.03 54.99 NC-Elizabeth City | 1 0.03 55.02 NC-Elizabethtown | 1 0.03 55.05 NC-Elkin | 1 0.03 55.08 NC-Erwin | 1 0.03 55.11 NC-Fayetteville | 1 0.03 55.14 NC-Franklin | 1 0.03 55.16 NC-Gastonia | 1 0.03 55.19 NC-Goldsboro | 1 0.03 55.22 NC-Greensboro | 1 0.03 55.25 NC-Greenville | 1 0.03 55.28 NC-Hamlet | 1 0.03 55.31 NC-Henderson | 1 0.03 55.34 NC-Hendersonville | 1 0.03 55.37 NC-Hickory | 1 0.03 55.40 NC-High Point | 1 0.03 55.43 NC-Highlands | 1 0.03 55.46 NC-Jacksonville | 1 0.03 55.48 NC-Jefferson | 1 0.03 55.51 NC-Kenansville | 1 0.03 55.54 NC-Kings Mountain | 1 0.03 55.57 NC-Kinston | 1 0.03 55.60 NC-Laurinburg | 1 0.03 55.63 NC-Lenoir | 1 0.03 55.66 NC-Lexington | 1 0.03 55.69 NC-Lincolnton | 1 0.03 55.72 NC-Louisburg | 1 0.03 55.75 NC-Lumberton | 1 0.03 55.78 NC-Marion | 1 0.03 55.80 NC-Mocksville | 1 0.03 55.83 NC-Monroe | 1 0.03 55.86 NC-Mooresville | 1 0.03 55.89 NC-Morehead City | 1 0.03 55.92 NC-Morganton | 1 0.03 55.95 NC-Mount Airy | 1 0.03 55.98 NC-Murphy | 1 0.03 56.01 NC-New Bern | 1 0.03 56.04 NC-North Wilkesboro | 1 0.03 56.07 NC-Oxford | 1 0.03 56.10 NC-Pinehurst | 1 0.03 56.12 NC-Plymouth | 1 0.03 56.15 NC-Raleigh | 1 0.03 56.18 NC-Reidsville | 1 0.03 56.21 NC-Roanoke Rapids | 1 0.03 56.24 NC-Rockingham | 1 0.03 56.27 NC-Rocky Mount | 1 0.03 56.30 NC-Roxboro | 1 0.03 56.33 NC-Rutherfordton | 1 0.03 56.36 NC-Salisbury | 1 0.03 56.39 NC-Sanford | 1 0.03 56.42 NC-Shelby | 1 0.03 56.44 NC-Siler City | 1 0.03 56.47 NC-Smithfield | 1 0.03 56.50 NC-Southport | 1 0.03 56.53 NC-Sparta | 1 0.03 56.56 NC-Spruce Pine | 1 0.03 56.59 NC-Statesville | 1 0.03 56.62 NC-Supply | 1 0.03 56.65 NC-Sylva | 1 0.03 56.68 NC-Tarboro | 1 0.03 56.71 NC-Taylorsville | 1 0.03 56.74 NC-Thomasville | 1 0.03 56.76 NC-Troy | 1 0.03 56.79 NC-Valdese | 1 0.03 56.82 NC-Wadesboro | 1 0.03 56.85 NC-Washington | 1 0.03 56.88 NC-Whiteville | 1 0.03 56.91 NC-Williamston | 1 0.03 56.94 NC-Wilmington | 1 0.03 56.97 NC-Wilson | 1 0.03 57.00 NC-Windsor | 1 0.03 57.03 NC-Winston-Salem | 1 0.03 57.06 ND-Ashley | 1 0.03 57.08 ND-Bismarck | 1 0.03 57.11 ND-Bottineau | 1 0.03 57.14 ND-Bowman | 1 0.03 57.17 ND-Cando | 1 0.03 57.20 ND-Carrington | 1 0.03 57.23 ND-Cavalier | 1 0.03 57.26 ND-Cooperstown | 1 0.03 57.29 ND-Crosby | 1 0.03 57.32 ND-Devils Lake | 1 0.03 57.35 ND-Dickinson | 1 0.03 57.38 ND-Elgin | 1 0.03 57.40 ND-Fargo/Moorhead MN | 1 0.03 57.43 ND-Grand Forks | 1 0.03 57.46 ND-Harvey | 1 0.03 57.49 ND-Hazen | 1 0.03 57.52 ND-Hettinger | 1 0.03 57.55 ND-Hillsboro | 1 0.03 57.58 ND-Jamestown | 1 0.03 57.61 ND-Langdon | 1 0.03 57.64 ND-Linton | 1 0.03 57.67 ND-Lisbon | 1 0.03 57.70 ND-Mayville | 1 0.03 57.72 ND-McVille | 1 0.03 57.75 ND-Minot | 1 0.03 57.78 ND-Northwood | 1 0.03 57.81 ND-Oakes | 1 0.03 57.84 ND-Park River | 1 0.03 57.87 ND-Rolla | 1 0.03 57.90 ND-Rugby | 1 0.03 57.93 ND-Stanley | 1 0.03 57.96 ND-Tioga | 1 0.03 57.99 ND-Turtle Lake | 1 0.03 58.02 ND-Valley City | 1 0.03 58.04 ND-Watford City | 1 0.03 58.07 ND-Williston | 1 0.03 58.10 ND-Wishek | 1 0.03 58.13 NE-Ainsworth | 1 0.03 58.16 NE-Albion | 1 0.03 58.19 NE-Alliance | 1 0.03 58.22 NE-Alma | 1 0.03 58.25 NE-Atkinson | 1 0.03 58.28 NE-Auburn | 1 0.03 58.31 NE-Aurora | 1 0.03 58.34 NE-Bassett | 1 0.03 58.36 NE-Beatrice | 1 0.03 58.39 NE-Benkelman | 1 0.03 58.42 NE-Blair | 1 0.03 58.45 NE-Broken Bow | 1 0.03 58.48 NE-Callaway | 1 0.03 58.51 NE-Cambridge | 1 0.03 58.54 NE-Central City | 1 0.03 58.57 NE-Chadron | 1 0.03 58.60 NE-Columbus | 1 0.03 58.63 NE-Cozad | 1 0.03 58.66 NE-Crawford | 1 0.03 58.68 NE-Creighton | 1 0.03 58.71 NE-Crete | 1 0.03 58.74 NE-David City | 1 0.03 58.77 NE-Fairbury | 1 0.03 58.80 NE-Falls City | 1 0.03 58.83 NE-Franklin | 1 0.03 58.86 NE-Fremont | 1 0.03 58.89 NE-Geneva | 1 0.03 58.92 NE-Genoa | 1 0.03 58.95 NE-Gordon | 1 0.03 58.98 NE-Gothenburg | 1 0.03 59.00 NE-Grand Island | 1 0.03 59.03 NE-Grant | 1 0.03 59.06 NE-Hastings | 1 0.03 59.09 NE-Hebron | 1 0.03 59.12 NE-Henderson | 1 0.03 59.15 NE-Holdrege | 1 0.03 59.18 NE-Humboldt | 1 0.03 59.21 NE-Imperial | 1 0.03 59.24 NE-Kearney | 1 0.03 59.27 NE-Kimball | 1 0.03 59.30 NE-Lexington | 1 0.03 59.32 NE-Lincoln | 1 0.03 59.35 NE-Lynch | 1 0.03 59.38 NE-McCook | 1 0.03 59.41 NE-Minden | 1 0.03 59.44 NE-Nebraska City | 1 0.03 59.47 NE-Neligh | 1 0.03 59.50 NE-Norfolk | 1 0.03 59.53 NE-North Platte | 1 0.03 59.56 NE-O'Neill | 1 0.03 59.59 NE-Oakland | 1 0.03 59.62 NE-Ogallala | 1 0.03 59.65 NE-Omaha | 1 0.03 59.67 NE-Ord | 1 0.03 59.70 NE-Osceola | 1 0.03 59.73 NE-Oshkosh | 1 0.03 59.76 NE-Osmond | 1 0.03 59.79 NE-Pawnee City | 1 0.03 59.82 NE-Pender | 1 0.03 59.85 NE-Plainview | 1 0.03 59.88 NE-Red Cloud | 1 0.03 59.91 NE-Sargent | 1 0.03 59.94 NE-Schuyler | 1 0.03 59.97 NE-Scottsbluff | 1 0.03 59.99 NE-Seward | 1 0.03 60.02 NE-Sidney | 1 0.03 60.05 NE-St. Paul | 1 0.03 60.08 NE-Superior | 1 0.03 60.11 NE-Syracuse | 1 0.03 60.14 NE-Tecumseh | 1 0.03 60.17 NE-Valentine | 1 0.03 60.20 NE-Wahoo | 1 0.03 60.23 NE-Wayne | 1 0.03 60.26 NE-West Point | 1 0.03 60.29 NE-York | 1 0.03 60.31 NH-Berlin | 1 0.03 60.34 NH-Claremont | 1 0.03 60.37 NH-Colebrook | 1 0.03 60.40 NH-Concord | 1 0.03 60.43 NH-Derry | 1 0.03 60.46 NH-Dover | 1 0.03 60.49 NH-Exeter | 1 0.03 60.52 NH-Franklin | 1 0.03 60.55 NH-Keene | 1 0.03 60.58 NH-Laconia | 1 0.03 60.61 NH-Lancaster | 1 0.03 60.63 NH-Lebanon | 1 0.03 60.66 NH-Littleton | 1 0.03 60.69 NH-Manchester | 1 0.03 60.72 NH-Nashua | 1 0.03 60.75 NH-New London | 1 0.03 60.78 NH-North Conway | 1 0.03 60.81 NH-Peterborough | 1 0.03 60.84 NH-Plymouth | 1 0.03 60.87 NH-Portsmouth | 1 0.03 60.90 NH-Rochester | 1 0.03 60.93 NH-Wolfeboro | 1 0.03 60.95 NH-Woodsville | 1 0.03 60.98 NJ-Atlantic City | 1 0.03 61.01 NJ-Bayonne | 1 0.03 61.04 NJ-Belleville | 1 0.03 61.07 NJ-Bridgeton | 1 0.03 61.10 NJ-Camden | 1 0.03 61.13 NJ-Cape May Court House | 1 0.03 61.16 NJ-Denville | 1 0.03 61.19 NJ-Dover | 1 0.03 61.22 NJ-Edison | 1 0.03 61.25 NJ-Elizabeth | 1 0.03 61.27 NJ-Elmer | 1 0.03 61.30 NJ-Englewood | 1 0.03 61.33 NJ-Flemington | 1 0.03 61.36 NJ-Freehold | 1 0.03 61.39 NJ-Hackensack | 1 0.03 61.42 NJ-Hackettstown | 1 0.03 61.45 NJ-Hammonton | 1 0.03 61.48 NJ-Hoboken | 1 0.03 61.51 NJ-Holmdel | 1 0.03 61.54 NJ-Irvington | 1 0.03 61.57 NJ-Jersey City | 1 0.03 61.59 NJ-Kearny | 1 0.03 61.62 NJ-Lakewood | 1 0.03 61.65 NJ-Livingston | 1 0.03 61.68 NJ-Long Branch | 1 0.03 61.71 NJ-Manahawkin | 1 0.03 61.74 NJ-Montclair | 1 0.03 61.77 NJ-Morristown | 1 0.03 61.80 NJ-Mount Holly | 1 0.03 61.83 NJ-Neptune | 1 0.03 61.86 NJ-New Brunswick | 1 0.03 61.89 NJ-Newark | 1 0.03 61.91 NJ-Newton | 1 0.03 61.94 NJ-North Bergen | 1 0.03 61.97 NJ-Orange | 1 0.03 62.00 NJ-Paramus | 1 0.03 62.03 NJ-Passaic | 1 0.03 62.06 NJ-Paterson | 1 0.03 62.09 NJ-Perth Amboy | 1 0.03 62.12 NJ-Phillipsburg | 1 0.03 62.15 NJ-Plainfield | 1 0.03 62.18 NJ-Point Pleasant | 1 0.03 62.21 NJ-Pompton Plains | 1 0.03 62.23 NJ-Princeton | 1 0.03 62.26 NJ-Rahway | 1 0.03 62.29 NJ-Red Bank | 1 0.03 62.32 NJ-Ridgewood | 1 0.03 62.35 NJ-Riverside | 1 0.03 62.38 NJ-Salem | 1 0.03 62.41 NJ-Secaucus | 1 0.03 62.44 NJ-Somers Point | 1 0.03 62.47 NJ-Somerville | 1 0.03 62.50 NJ-South Amboy | 1 0.03 62.53 NJ-Stratford | 1 0.03 62.55 NJ-Summit | 1 0.03 62.58 NJ-Sussex | 1 0.03 62.61 NJ-Teaneck | 1 0.03 62.64 NJ-Toms River | 1 0.03 62.67 NJ-Trenton | 1 0.03 62.70 NJ-Union | 1 0.03 62.73 NJ-Vineland | 1 0.03 62.76 NJ-Wayne | 1 0.03 62.79 NJ-Westwood | 1 0.03 62.82 NJ-Willingboro | 1 0.03 62.85 NJ-Woodbury | 1 0.03 62.87 NM-Alamogordo | 1 0.03 62.90 NM-Albuquerque | 1 0.03 62.93 NM-Artesia | 1 0.03 62.96 NM-Carlsbad | 1 0.03 62.99 NM-Clayton | 1 0.03 63.02 NM-Clovis | 1 0.03 63.05 NM-Deming | 1 0.03 63.08 NM-Espanola | 1 0.03 63.11 NM-Farmington | 1 0.03 63.14 NM-Fort Sumner | 1 0.03 63.17 NM-Gallup/Crownpoint | 1 0.03 63.19 NM-Grants/San Fidel | 1 0.03 63.22 NM-Hobbs | 1 0.03 63.25 NM-Las Cruces | 1 0.03 63.28 NM-Las Vegas | 1 0.03 63.31 NM-Los Alamos | 1 0.03 63.34 NM-Mescalero | 1 0.03 63.37 NM-Portales | 1 0.03 63.40 NM-Raton | 1 0.03 63.43 NM-Roswell | 1 0.03 63.46 NM-Ruidoso | 1 0.03 63.49 NM-Santa Fe | 1 0.03 63.51 NM-Santa Rosa | 1 0.03 63.54 NM-Shiprock | 1 0.03 63.57 NM-Silver City | 1 0.03 63.60 NM-Socorro | 1 0.03 63.63 NM-Taos | 1 0.03 63.66 NM-Truth or Consequences | 1 0.03 63.69 NM-Tucumcari | 1 0.03 63.72 NM-Zuni | 1 0.03 63.75 NV-Battle Mountain | 1 0.03 63.78 NV-Boulder City | 1 0.03 63.81 NV-Carson City | 1 0.03 63.83 NV-Elko | 1 0.03 63.86 NV-Ely | 1 0.03 63.89 NV-Fallon | 1 0.03 63.92 NV-Hawthorne | 1 0.03 63.95 NV-Henderson | 1 0.03 63.98 NV-Las Vegas | 1 0.03 64.01 NV-Owyhee | 1 0.03 64.04 NV-Reno | 1 0.03 64.07 NV-Tonopah | 1 0.03 64.10 NV-Winnemucca | 1 0.03 64.13 NY-Albany | 1 0.03 64.15 NY-Alexandria Bay | 1 0.03 64.18 NY-Amityville | 1 0.03 64.21 NY-Amsterdam | 1 0.03 64.24 NY-Auburn | 1 0.03 64.27 NY-Batavia | 1 0.03 64.30 NY-Bath | 1 0.03 64.33 NY-Bay Shore | 1 0.03 64.36 NY-Bethpage | 1 0.03 64.39 NY-Binghamton | 1 0.03 64.42 NY-Brockport | 1 0.03 64.45 NY-Bronx | 1 0.03 64.47 NY-Bronxville | 1 0.03 64.50 NY-Brooklyn | 1 0.03 64.53 NY-Buffalo | 1 0.03 64.56 NY-Callicoon | 1 0.03 64.59 NY-Cambridge | 1 0.03 64.62 NY-Canandaigua | 1 0.03 64.65 NY-Carmel | 1 0.03 64.68 NY-Carthage | 1 0.03 64.71 NY-Catskill | 1 0.03 64.74 NY-Clifton Springs | 1 0.03 64.77 NY-Cobleskill | 1 0.03 64.79 NY-Cold Spring | 1 0.03 64.82 NY-Cooperstown | 1 0.03 64.85 NY-Corning | 1 0.03 64.88 NY-Cornwall | 1 0.03 64.91 NY-Cortland | 1 0.03 64.94 NY-Cuba | 1 0.03 64.97 NY-Dansville | 1 0.03 65.00 NY-Dobbs Ferry | 1 0.03 65.03 NY-Dunkirk | 1 0.03 65.06 NY-East Meadow | 1 0.03 65.09 NY-Elizabethtown | 1 0.03 65.11 NY-Ellenville | 1 0.03 65.14 NY-Elmira | 1 0.03 65.17 NY-Far Rockaway | 1 0.03 65.20 NY-Flushing | 1 0.03 65.23 NY-Fulton | 1 0.03 65.26 NY-Geneva | 1 0.03 65.29 NY-Glen Cove | 1 0.03 65.32 NY-Glens Falls | 1 0.03 65.35 NY-Gloversville | 1 0.03 65.38 NY-Goshen | 1 0.03 65.41 NY-Gouverneur | 1 0.03 65.43 NY-Gowanda | 1 0.03 65.46 NY-Greenport | 1 0.03 65.49 NY-Hamilton | 1 0.03 65.52 NY-Harris | 1 0.03 65.55 NY-Hornell | 1 0.03 65.58 NY-Huntington | 1 0.03 65.61 NY-Irving | 1 0.03 65.64 NY-Ithaca | 1 0.03 65.67 NY-Jamaica | 1 0.03 65.70 NY-Jamestown | 1 0.03 65.73 NY-Kenmore | 1 0.03 65.76 NY-Kingston | 1 0.03 65.78 NY-Lackawanna | 1 0.03 65.81 NY-Lewiston | 1 0.03 65.84 NY-Little Falls | 1 0.03 65.87 NY-Lockport | 1 0.03 65.90 NY-Long Beach | 1 0.03 65.93 NY-Long Island City | 1 0.03 65.96 NY-Lowville | 1 0.03 65.99 NY-Malone | 1 0.03 66.02 NY-Manhasset | 1 0.03 66.05 NY-Manhattan | 1 0.03 66.08 NY-Margaretville | 1 0.03 66.10 NY-Massena | 1 0.03 66.13 NY-Medina | 1 0.03 66.16 NY-Middletown | 1 0.03 66.19 NY-Mineola | 1 0.03 66.22 NY-Montour Falls | 1 0.03 66.25 NY-Mount Kisco | 1 0.03 66.28 NY-Mount Vernon | 1 0.03 66.31 NY-New Rochelle | 1 0.03 66.34 NY-Newark | 1 0.03 66.37 NY-Newburgh | 1 0.03 66.40 NY-Newfane | 1 0.03 66.42 NY-Niagara Falls | 1 0.03 66.45 NY-North Tarrytown | 1 0.03 66.48 NY-North Tonawanda | 1 0.03 66.51 NY-Norwich | 1 0.03 66.54 NY-Nyack | 1 0.03 66.57 NY-Oceanside | 1 0.03 66.60 NY-Ogdensburg | 1 0.03 66.63 NY-Olean | 1 0.03 66.66 NY-Oneida | 1 0.03 66.69 NY-Oneonta | 1 0.03 66.72 NY-Oswego | 1 0.03 66.74 NY-Patchogue | 1 0.03 66.77 NY-Peekskill | 1 0.03 66.80 NY-Penn Yan | 1 0.03 66.83 NY-Plainview | 1 0.03 66.86 NY-Plattsburgh | 1 0.03 66.89 NY-Port Chester | 1 0.03 66.92 NY-Port Jefferson | 1 0.03 66.95 NY-Port Jervis | 1 0.03 66.98 NY-Potsdam | 1 0.03 67.01 NY-Poughkeepsie | 1 0.03 67.04 NY-Rhinebeck | 1 0.03 67.06 NY-Riverhead | 1 0.03 67.09 NY-Rochester | 1 0.03 67.12 NY-Rockville Centre | 1 0.03 67.15 NY-Rome | 1 0.03 67.18 NY-Saranac Lake | 1 0.03 67.21 NY-Saratoga Springs | 1 0.03 67.24 NY-Schenectady | 1 0.03 67.27 NY-Seaford | 1 0.03 67.30 NY-Sidney | 1 0.03 67.33 NY-Smithtown | 1 0.03 67.36 NY-Sodus | 1 0.03 67.38 NY-Southampton | 1 0.03 67.41 NY-Springville | 1 0.03 67.44 NY-Star Lake | 1 0.03 67.47 NY-Staten Island | 1 0.03 67.50 NY-Stony Brook | 1 0.03 67.53 NY-Suffern | 1 0.03 67.56 NY-Syosset | 1 0.03 67.59 NY-Syracuse | 1 0.03 67.62 NY-Ticonderoga | 1 0.03 67.65 NY-Troy | 1 0.03 67.68 NY-Utica | 1 0.03 67.70 NY-Valley Stream | 1 0.03 67.73 NY-Walton | 1 0.03 67.76 NY-Warsaw | 1 0.03 67.79 NY-Warwick | 1 0.03 67.82 NY-Watertown | 1 0.03 67.85 NY-Wellsville | 1 0.03 67.88 NY-West Islip | 1 0.03 67.91 NY-Westfield | 1 0.03 67.94 NY-White Plains | 1 0.03 67.97 NY-Yonkers | 1 0.03 68.00 OH-Akron | 1 0.03 68.02 OH-Alliance | 1 0.03 68.05 OH-Ashland | 1 0.03 68.08 OH-Ashtabula | 1 0.03 68.11 OH-Athens | 1 0.03 68.14 OH-Barberton | 1 0.03 68.17 OH-Barnesville | 1 0.03 68.20 OH-Batavia | 1 0.03 68.23 OH-Bedford | 1 0.03 68.26 OH-Bellaire | 1 0.03 68.29 OH-Bellefontaine | 1 0.03 68.32 OH-Bellevue | 1 0.03 68.34 OH-Bluffton | 1 0.03 68.37 OH-Bowling Green | 1 0.03 68.40 OH-Bryan | 1 0.03 68.43 OH-Bucyrus | 1 0.03 68.46 OH-Cadiz | 1 0.03 68.49 OH-Cambridge | 1 0.03 68.52 OH-Canton | 1 0.03 68.55 OH-Chardon | 1 0.03 68.58 OH-Chillicothe | 1 0.03 68.61 OH-Cincinnati | 1 0.03 68.64 OH-Circleville | 1 0.03 68.66 OH-Cleveland | 1 0.03 68.69 OH-Coldwater | 1 0.03 68.72 OH-Columbus | 1 0.03 68.75 OH-Conneaut | 1 0.03 68.78 OH-Coshocton | 1 0.03 68.81 OH-Dayton | 1 0.03 68.84 OH-Defiance | 1 0.03 68.87 OH-Delaware | 1 0.03 68.90 OH-Dennison | 1 0.03 68.93 OH-Dover | 1 0.03 68.96 OH-East Liverpool | 1 0.03 68.98 OH-Elyria | 1 0.03 69.01 OH-Euclid | 1 0.03 69.04 OH-Findlay | 1 0.03 69.07 OH-Fostoria | 1 0.03 69.10 OH-Fremont | 1 0.03 69.13 OH-Galion | 1 0.03 69.16 OH-Gallipolis | 1 0.03 69.19 OH-Garfield Heights | 1 0.03 69.22 OH-Geneva | 1 0.03 69.25 OH-Georgetown | 1 0.03 69.28 OH-Greenfield | 1 0.03 69.30 OH-Greenville | 1 0.03 69.33 OH-Hamilton | 1 0.03 69.36 OH-Hicksville | 1 0.03 69.39 OH-Hillsboro | 1 0.03 69.42 OH-Ironton | 1 0.03 69.45 OH-Kenton | 1 0.03 69.48 OH-Kettering | 1 0.03 69.51 OH-Lakewood | 1 0.03 69.54 OH-Lancaster | 1 0.03 69.57 OH-Lima | 1 0.03 69.60 OH-Lodi | 1 0.03 69.62 OH-Logan | 1 0.03 69.65 OH-London | 1 0.03 69.68 OH-Lorain | 1 0.03 69.71 OH-Loudonville | 1 0.03 69.74 OH-Mansfield | 1 0.03 69.77 OH-Marietta | 1 0.03 69.80 OH-Marion | 1 0.03 69.83 OH-Martins Ferry | 1 0.03 69.86 OH-Marysville | 1 0.03 69.89 OH-Massillon | 1 0.03 69.92 OH-Maumee | 1 0.03 69.94 OH-Mayfield Heights | 1 0.03 69.97 OH-Medina | 1 0.03 70.00 OH-Middletown | 1 0.03 70.03 OH-Millersburg | 1 0.03 70.06 OH-Mount Gilead | 1 0.03 70.09 OH-Mount Vernon | 1 0.03 70.12 OH-Napoleon | 1 0.03 70.15 OH-Nelsonville | 1 0.03 70.18 OH-Newark | 1 0.03 70.21 OH-Norwalk | 1 0.03 70.24 OH-Oberlin | 1 0.03 70.26 OH-Oregon | 1 0.03 70.29 OH-Orrville | 1 0.03 70.32 OH-Oxford | 1 0.03 70.35 OH-Painesville | 1 0.03 70.38 OH-Parma/Middleburg Heights | 1 0.03 70.41 OH-Paulding | 1 0.03 70.44 OH-Piqua | 1 0.03 70.47 OH-Pomeroy | 1 0.03 70.50 OH-Port Clinton | 1 0.03 70.53 OH-Portsmouth | 1 0.03 70.56 OH-Ravenna | 1 0.03 70.58 OH-Salem | 1 0.03 70.61 OH-Sandusky | 1 0.03 70.64 OH-Shelby | 1 0.03 70.67 OH-Sidney | 1 0.03 70.70 OH-Springfield | 1 0.03 70.73 OH-St. Marys | 1 0.03 70.76 OH-Steubenville | 1 0.03 70.79 OH-Sylvania | 1 0.03 70.82 OH-Tiffin | 1 0.03 70.85 OH-Toledo | 1 0.03 70.88 OH-Troy | 1 0.03 70.90 OH-Upper Sandusky | 1 0.03 70.93 OH-Urbana | 1 0.03 70.96 OH-Van Wert | 1 0.03 70.99 OH-Wadsworth | 1 0.03 71.02 OH-Warren | 1 0.03 71.05 OH-Washington Court House | 1 0.03 71.08 OH-Wauseon | 1 0.03 71.11 OH-Waverly | 1 0.03 71.14 OH-West Union | 1 0.03 71.17 OH-Westlake | 1 0.03 71.20 OH-Willard | 1 0.03 71.22 OH-Wilmington | 1 0.03 71.25 OH-Wooster | 1 0.03 71.28 OH-Xenia | 1 0.03 71.31 OH-Youngstown | 1 0.03 71.34 OH-Zanesville | 1 0.03 71.37 OK-Ada | 1 0.03 71.40 OK-Altus | 1 0.03 71.43 OK-Alva | 1 0.03 71.46 OK-Anadarko | 1 0.03 71.49 OK-Antlers | 1 0.03 71.52 OK-Ardmore | 1 0.03 71.54 OK-Atoka | 1 0.03 71.57 OK-Bartlesville | 1 0.03 71.60 OK-Beaver | 1 0.03 71.63 OK-Blackwell | 1 0.03 71.66 OK-Buffalo | 1 0.03 71.69 OK-Carnegie | 1 0.03 71.72 OK-Cheyenne | 1 0.03 71.75 OK-Chickasha | 1 0.03 71.78 OK-Claremore | 1 0.03 71.81 OK-Clinton | 1 0.03 71.84 OK-Coalgate | 1 0.03 71.86 OK-Cordell | 1 0.03 71.89 OK-Cushing | 1 0.03 71.92 OK-Drumright | 1 0.03 71.95 OK-Duncan | 1 0.03 71.98 OK-Durant | 1 0.03 72.01 OK-Edmond | 1 0.03 72.04 OK-El Reno | 1 0.03 72.07 OK-Elk City | 1 0.03 72.10 OK-Enid | 1 0.03 72.13 OK-Eufaula | 1 0.03 72.16 OK-Fairfax | 1 0.03 72.19 OK-Fairview | 1 0.03 72.21 OK-Frederick | 1 0.03 72.24 OK-Grove | 1 0.03 72.27 OK-Guthrie | 1 0.03 72.30 OK-Guymon | 1 0.03 72.33 OK-Hobart | 1 0.03 72.36 OK-Holdenville | 1 0.03 72.39 OK-Hollis | 1 0.03 72.42 OK-Idabel | 1 0.03 72.45 OK-Kingfisher | 1 0.03 72.48 OK-Lawton | 1 0.03 72.51 OK-Lindsay | 1 0.03 72.53 OK-Madill | 1 0.03 72.56 OK-Mangum | 1 0.03 72.59 OK-Marietta | 1 0.03 72.62 OK-McAlester | 1 0.03 72.65 OK-Miami | 1 0.03 72.68 OK-Midwest City | 1 0.03 72.71 OK-Muskogee | 1 0.03 72.74 OK-Norman | 1 0.03 72.77 OK-Okeene | 1 0.03 72.80 OK-Oklahoma City | 1 0.03 72.83 OK-Okmulgee | 1 0.03 72.85 OK-Pauls Valley | 1 0.03 72.88 OK-Pawhuska | 1 0.03 72.91 OK-Pawnee | 1 0.03 72.94 OK-Perry | 1 0.03 72.97 OK-Ponca City | 1 0.03 73.00 OK-Poteau | 1 0.03 73.03 OK-Prague | 1 0.03 73.06 OK-Pryor | 1 0.03 73.09 OK-Purcell | 1 0.03 73.12 OK-Sallisaw | 1 0.03 73.15 OK-Sapulpa | 1 0.03 73.17 OK-Sayre | 1 0.03 73.20 OK-Seiling | 1 0.03 73.23 OK-Shattuck | 1 0.03 73.26 OK-Shawnee | 1 0.03 73.29 OK-Stigler | 1 0.03 73.32 OK-Stillwater | 1 0.03 73.35 OK-Stilwell | 1 0.03 73.38 OK-Stroud | 1 0.03 73.41 OK-Sulphur | 1 0.03 73.44 OK-Tahlequah | 1 0.03 73.47 OK-Tishomingo | 1 0.03 73.49 OK-Tulsa | 1 0.03 73.52 OK-Vinita | 1 0.03 73.55 OK-Wagoner | 1 0.03 73.58 OK-Watonga | 1 0.03 73.61 OK-Waurika | 1 0.03 73.64 OK-Weatherford | 1 0.03 73.67 OK-Wetumka | 1 0.03 73.70 OK-Wilburton | 1 0.03 73.73 OK-Woodward | 1 0.03 73.76 OR-Albany | 1 0.03 73.79 OR-Ashland | 1 0.03 73.81 OR-Astoria | 1 0.03 73.84 OR-Baker | 1 0.03 73.87 OR-Bend | 1 0.03 73.90 OR-Burns | 1 0.03 73.93 OR-Coos Bay | 1 0.03 73.96 OR-Corvallis | 1 0.03 73.99 OR-Cottage Grove | 1 0.03 74.02 OR-Dallas | 1 0.03 74.05 OR-Enterprise | 1 0.03 74.08 OR-Eugene | 1 0.03 74.11 OR-Florence | 1 0.03 74.13 OR-Gold Beach | 1 0.03 74.16 OR-Grants Pass | 1 0.03 74.19 OR-Heppner | 1 0.03 74.22 OR-Hermiston | 1 0.03 74.25 OR-Hillsboro | 1 0.03 74.28 OR-Hood River | 1 0.03 74.31 OR-John Day | 1 0.03 74.34 OR-Klamath Falls | 1 0.03 74.37 OR-La Grande | 1 0.03 74.40 OR-Lakeview | 1 0.03 74.43 OR-Lebanon | 1 0.03 74.45 OR-Lincoln City | 1 0.03 74.48 OR-Madras | 1 0.03 74.51 OR-McMinnville | 1 0.03 74.54 OR-Medford | 1 0.03 74.57 OR-Newberg | 1 0.03 74.60 OR-Newport | 1 0.03 74.63 OR-Ontario | 1 0.03 74.66 OR-Oregon City | 1 0.03 74.69 OR-Pendleton | 1 0.03 74.72 OR-Portland | 1 0.03 74.75 OR-Prineville | 1 0.03 74.77 OR-Redmond | 1 0.03 74.80 OR-Roseburg | 1 0.03 74.83 OR-Salem | 1 0.03 74.86 OR-Seaside | 1 0.03 74.89 OR-Silverton | 1 0.03 74.92 OR-Springfield | 1 0.03 74.95 OR-The Dalles | 1 0.03 74.98 OR-Tillamook/Wheeler | 1 0.03 75.01 OR-Tualatin | 1 0.03 75.04 PA-Abington | 1 0.03 75.07 PA-Aliquippa | 1 0.03 75.09 PA-Allentown | 1 0.03 75.12 PA-Altoona | 1 0.03 75.15 PA-Ashland | 1 0.03 75.18 PA-Beaver | 1 0.03 75.21 PA-Berwick | 1 0.03 75.24 PA-Bethlehem | 1 0.03 75.27 PA-Bloomsburg | 1 0.03 75.30 PA-Braddock | 1 0.03 75.33 PA-Bradford | 1 0.03 75.36 PA-Bristol | 1 0.03 75.39 PA-Brookville | 1 0.03 75.41 PA-Brownsville | 1 0.03 75.44 PA-Bryn Mawr | 1 0.03 75.47 PA-Butler | 1 0.03 75.50 PA-Camp Hill | 1 0.03 75.53 PA-Canonsburg | 1 0.03 75.56 PA-Carbondale | 1 0.03 75.59 PA-Carlisle | 1 0.03 75.62 PA-Chambersburg | 1 0.03 75.65 PA-Clarion | 1 0.03 75.68 PA-Clearfield | 1 0.03 75.71 PA-Coaldale | 1 0.03 75.73 PA-Coatesville | 1 0.03 75.76 PA-Connellsville | 1 0.03 75.79 PA-Corry | 1 0.03 75.82 PA-Coudersport | 1 0.03 75.85 PA-Danville | 1 0.03 75.88 PA-Darby | 1 0.03 75.91 PA-Doylestown | 1 0.03 75.94 PA-Drexel Hill | 1 0.03 75.97 PA-Dubois | 1 0.03 76.00 PA-East Stroudsburg | 1 0.03 76.03 PA-Easton | 1 0.03 76.05 PA-Ellwood City | 1 0.03 76.08 PA-Ephrata | 1 0.03 76.11 PA-Erie | 1 0.03 76.14 PA-Everett | 1 0.03 76.17 PA-Franklin | 1 0.03 76.20 PA-Gettysburg | 1 0.03 76.23 PA-Greensburg | 1 0.03 76.26 PA-Greenville | 1 0.03 76.29 PA-Grove City | 1 0.03 76.32 PA-Hanover | 1 0.03 76.35 PA-Harrisburg | 1 0.03 76.37 PA-Hazleton | 1 0.03 76.40 PA-Hershey | 1 0.03 76.43 PA-Honesdale | 1 0.03 76.46 PA-Huntingdon | 1 0.03 76.49 PA-Indiana | 1 0.03 76.52 PA-Jeannette | 1 0.03 76.55 PA-Jersey Shore | 1 0.03 76.58 PA-Johnstown | 1 0.03 76.61 PA-Kane | 1 0.03 76.64 PA-Kingston | 1 0.03 76.67 PA-Kittanning | 1 0.03 76.69 PA-Lancaster | 1 0.03 76.72 PA-Langhorne | 1 0.03 76.75 PA-Lansdale | 1 0.03 76.78 PA-Latrobe | 1 0.03 76.81 PA-Lebanon | 1 0.03 76.84 PA-Lehighton | 1 0.03 76.87 PA-Lewisburg | 1 0.03 76.90 PA-Lewistown | 1 0.03 76.93 PA-Lock Haven | 1 0.03 76.96 PA-McConnellsburg | 1 0.03 76.99 PA-McKees Rocks | 1 0.03 77.01 PA-McKeesport | 1 0.03 77.04 PA-Meadville | 1 0.03 77.07 PA-Media | 1 0.03 77.10 PA-Meyersdale | 1 0.03 77.13 PA-Monongahela | 1 0.03 77.16 PA-Monroeville | 1 0.03 77.19 PA-Montrose | 1 0.03 77.22 PA-Mount Pleasant | 1 0.03 77.25 PA-Muncy | 1 0.03 77.28 PA-Natrona Heights | 1 0.03 77.31 PA-New Castle | 1 0.03 77.33 PA-New Kensington | 1 0.03 77.36 PA-Norristown | 1 0.03 77.39 PA-Palmerton | 1 0.03 77.42 PA-Paoli | 1 0.03 77.45 PA-Peckville | 1 0.03 77.48 PA-Philadelphia | 1 0.03 77.51 PA-Philipsburg | 1 0.03 77.54 PA-Phoenixville | 1 0.03 77.57 PA-Pittsburgh | 1 0.03 77.60 PA-Pottstown | 1 0.03 77.63 PA-Pottsville | 1 0.03 77.65 PA-Punxsutawney | 1 0.03 77.68 PA-Quakertown | 1 0.03 77.71 PA-Reading | 1 0.03 77.74 PA-Renovo | 1 0.03 77.77 PA-Ridgway | 1 0.03 77.80 PA-Ridley Park | 1 0.03 77.83 PA-Roaring Spring | 1 0.03 77.86 PA-Sayre | 1 0.03 77.89 PA-Scranton | 1 0.03 77.92 PA-Sellersville | 1 0.03 77.95 PA-Sewickley | 1 0.03 77.97 PA-Shamokin | 1 0.03 78.00 PA-Sharon | 1 0.03 78.03 PA-Somerset | 1 0.03 78.06 PA-Spangler | 1 0.03 78.09 PA-St. Marys | 1 0.03 78.12 PA-State College | 1 0.03 78.15 PA-Sunbury | 1 0.03 78.18 PA-Susquehanna | 1 0.03 78.21 PA-Titusville | 1 0.03 78.24 PA-Towanda | 1 0.03 78.27 PA-Tunkhannock | 1 0.03 78.30 PA-Tyrone | 1 0.03 78.32 PA-Union City | 1 0.03 78.35 PA-Uniontown | 1 0.03 78.38 PA-Upland | 1 0.03 78.41 PA-Warminster | 1 0.03 78.44 PA-Warren | 1 0.03 78.47 PA-Washington | 1 0.03 78.50 PA-Waynesboro | 1 0.03 78.53 PA-Waynesburg | 1 0.03 78.56 PA-Wellsboro | 1 0.03 78.59 PA-West Chester | 1 0.03 78.62 PA-West Grove | 1 0.03 78.64 PA-Wilkes-Barre | 1 0.03 78.67 PA-Williamsport | 1 0.03 78.70 PA-Windber | 1 0.03 78.73 PA-York | 1 0.03 78.76 RI-Newport | 1 0.03 78.79 RI-Pawtucket | 1 0.03 78.82 RI-Providence | 1 0.03 78.85 RI-Wakefield | 1 0.03 78.88 RI-Warwick | 1 0.03 78.91 RI-Westerly | 1 0.03 78.94 RI-Woonsocket | 1 0.03 78.96 SC-Abbeville | 1 0.03 78.99 SC-Aiken | 1 0.03 79.02 SC-Anderson | 1 0.03 79.05 SC-Bamberg | 1 0.03 79.08 SC-Barnwell | 1 0.03 79.11 SC-Beaufort | 1 0.03 79.14 SC-Bennettsville | 1 0.03 79.17 SC-Bishopville | 1 0.03 79.20 SC-Camden | 1 0.03 79.23 SC-Charleston | 1 0.03 79.26 SC-Cheraw | 1 0.03 79.28 SC-Chester | 1 0.03 79.31 SC-Clinton | 1 0.03 79.34 SC-Columbia | 1 0.03 79.37 SC-Conway | 1 0.03 79.40 SC-Dillon | 1 0.03 79.43 SC-Easley | 1 0.03 79.46 SC-Edgefield | 1 0.03 79.49 SC-Fairfax | 1 0.03 79.52 SC-Florence | 1 0.03 79.55 SC-Gaffney | 1 0.03 79.58 SC-Georgetown | 1 0.03 79.60 SC-Greenville | 1 0.03 79.63 SC-Greenwood | 1 0.03 79.66 SC-Greer | 1 0.03 79.69 SC-Hartsville | 1 0.03 79.72 SC-Hilton Head Island | 1 0.03 79.75 SC-Kingstree | 1 0.03 79.78 SC-Lancaster | 1 0.03 79.81 SC-Loris | 1 0.03 79.84 SC-Manning | 1 0.03 79.87 SC-Marion | 1 0.03 79.90 SC-Mount Pleasant | 1 0.03 79.92 SC-Mullins | 1 0.03 79.95 SC-Myrtle Beach | 1 0.03 79.98 SC-Newberry | 1 0.03 80.01 SC-Orangeburg | 1 0.03 80.04 SC-Pickens | 1 0.03 80.07 SC-Ridgeland | 1 0.03 80.10 SC-Rock Hill | 1 0.03 80.13 SC-Seneca | 1 0.03 80.16 SC-Spartanburg | 1 0.03 80.19 SC-Sumter | 1 0.03 80.22 SC-Union | 1 0.03 80.24 SC-Varnville | 1 0.03 80.27 SC-Walterboro | 1 0.03 80.30 SC-West Columbia | 1 0.03 80.33 SC-Winnsboro | 1 0.03 80.36 SC-Woodruff | 1 0.03 80.39 SD-Aberdeen | 1 0.03 80.42 SD-Armour | 1 0.03 80.45 SD-Belle Fourche | 1 0.03 80.48 SD-Bowdle | 1 0.03 80.51 SD-Britton | 1 0.03 80.54 SD-Brookings | 1 0.03 80.56 SD-Burke | 1 0.03 80.59 SD-Chamberlain | 1 0.03 80.62 SD-Clear Lake | 1 0.03 80.65 SD-Deadwood | 1 0.03 80.68 SD-Dell Rapids | 1 0.03 80.71 SD-Eagle Butte | 1 0.03 80.74 SD-Eureka | 1 0.03 80.77 SD-Faulkton | 1 0.03 80.80 SD-Freeman | 1 0.03 80.83 SD-Gettysburg | 1 0.03 80.86 SD-Gregory | 1 0.03 80.88 SD-Hoven | 1 0.03 80.91 SD-Huron | 1 0.03 80.94 SD-Madison | 1 0.03 80.97 SD-Martin | 1 0.03 81.00 SD-Milbank | 1 0.03 81.03 SD-Miller | 1 0.03 81.06 SD-Mitchell | 1 0.03 81.09 SD-Mobridge | 1 0.03 81.12 SD-Parkston | 1 0.03 81.15 SD-Philip | 1 0.03 81.18 SD-Pierre | 1 0.03 81.20 SD-Pine Ridge | 1 0.03 81.23 SD-Platte | 1 0.03 81.26 SD-Rapid City | 1 0.03 81.29 SD-Redfield | 1 0.03 81.32 SD-Rosebud | 1 0.03 81.35 SD-Scotland | 1 0.03 81.38 SD-Sioux Falls | 1 0.03 81.41 SD-Sisseton | 1 0.03 81.44 SD-Spearfish | 1 0.03 81.47 SD-Sturgis | 1 0.03 81.50 SD-Tyndall | 1 0.03 81.52 SD-Vermillion | 1 0.03 81.55 SD-Viborg | 1 0.03 81.58 SD-Wagner | 1 0.03 81.61 SD-Watertown | 1 0.03 81.64 SD-Webster | 1 0.03 81.67 SD-Wessington Springs | 1 0.03 81.70 SD-Winner | 1 0.03 81.73 SD-Yankton | 1 0.03 81.76 TN-Ashland City | 1 0.03 81.79 TN-Athens | 1 0.03 81.82 TN-Bristol | 1 0.03 81.84 TN-Brownsville | 1 0.03 81.87 TN-Camden | 1 0.03 81.90 TN-Carthage | 1 0.03 81.93 TN-Celina | 1 0.03 81.96 TN-Centerville | 1 0.03 81.99 TN-Chattanooga | 1 0.03 82.02 TN-Clarksville | 1 0.03 82.05 TN-Cleveland | 1 0.03 82.08 TN-Columbia | 1 0.03 82.11 TN-Cookeville | 1 0.03 82.14 TN-Copperhill | 1 0.03 82.16 TN-Covington | 1 0.03 82.19 TN-Crossville | 1 0.03 82.22 TN-Dayton | 1 0.03 82.25 TN-Dickson | 1 0.03 82.28 TN-Dyersburg | 1 0.03 82.31 TN-Erin | 1 0.03 82.34 TN-Erwin | 1 0.03 82.37 TN-Etowah | 1 0.03 82.40 TN-Fayetteville | 1 0.03 82.43 TN-Franklin | 1 0.03 82.46 TN-Gainesboro | 1 0.03 82.48 TN-Gallatin | 1 0.03 82.51 TN-Greeneville | 1 0.03 82.54 TN-Harriman | 1 0.03 82.57 TN-Hartsville | 1 0.03 82.60 TN-Hendersonville | 1 0.03 82.63 TN-Huntingdon | 1 0.03 82.66 TN-Jackson | 1 0.03 82.69 TN-Jamestown | 1 0.03 82.72 TN-Jefferson City | 1 0.03 82.75 TN-Jellico | 1 0.03 82.78 TN-Johnson City | 1 0.03 82.80 TN-Kingsport | 1 0.03 82.83 TN-Knoxville | 1 0.03 82.86 TN-La Follette | 1 0.03 82.89 TN-Lafayette | 1 0.03 82.92 TN-Lawrenceburg | 1 0.03 82.95 TN-Lebanon | 1 0.03 82.98 TN-Lewisburg | 1 0.03 83.01 TN-Lexington | 1 0.03 83.04 TN-Linden | 1 0.03 83.07 TN-Livingston | 1 0.03 83.10 TN-Madison | 1 0.03 83.12 TN-Manchester | 1 0.03 83.15 TN-Martin | 1 0.03 83.18 TN-Maryville | 1 0.03 83.21 TN-McKenzie | 1 0.03 83.24 TN-McMinnville | 1 0.03 83.27 TN-Memphis | 1 0.03 83.30 TN-Milan | 1 0.03 83.33 TN-Morristown | 1 0.03 83.36 TN-Murfreesboro | 1 0.03 83.39 TN-Nashville | 1 0.03 83.42 TN-Newport | 1 0.03 83.44 TN-Oak Ridge | 1 0.03 83.47 TN-Oneida | 1 0.03 83.50 TN-Paris | 1 0.03 83.53 TN-Parsons | 1 0.03 83.56 TN-Pikeville | 1 0.03 83.59 TN-Portland | 1 0.03 83.62 TN-Pulaski | 1 0.03 83.65 TN-Ripley | 1 0.03 83.68 TN-Rockwood | 1 0.03 83.71 TN-Rogersville | 1 0.03 83.74 TN-Savannah | 1 0.03 83.76 TN-Selmer | 1 0.03 83.79 TN-Sevierville | 1 0.03 83.82 TN-Shelbyville | 1 0.03 83.85 TN-Smithville | 1 0.03 83.88 TN-South Pittsburg | 1 0.03 83.91 TN-Sparta | 1 0.03 83.94 TN-Springfield | 1 0.03 83.97 TN-Sweetwater | 1 0.03 84.00 TN-Tazewell | 1 0.03 84.03 TN-Tullahoma | 1 0.03 84.06 TN-Union City | 1 0.03 84.08 TN-Waverly | 1 0.03 84.11 TN-Waynesboro | 1 0.03 84.14 TN-Winchester | 1 0.03 84.17 TN-Woodbury | 1 0.03 84.20 TX-Abilene | 1 0.03 84.23 TX-Alice | 1 0.03 84.26 TX-Alpine | 1 0.03 84.29 TX-Alvin | 1 0.03 84.32 TX-Amarillo | 1 0.03 84.35 TX-Anahuac | 1 0.03 84.38 TX-Andrews | 1 0.03 84.41 TX-Angleton | 1 0.03 84.43 TX-Anson | 1 0.03 84.46 TX-Aransas Pass | 1 0.03 84.49 TX-Arlington | 1 0.03 84.52 TX-Aspermont | 1 0.03 84.55 TX-Athens | 1 0.03 84.58 TX-Atlanta | 1 0.03 84.61 TX-Austin | 1 0.03 84.64 TX-Azle | 1 0.03 84.67 TX-Bay City | 1 0.03 84.70 TX-Baytown | 1 0.03 84.73 TX-Beaumont | 1 0.03 84.75 TX-Bedford | 1 0.03 84.78 TX-Beeville | 1 0.03 84.81 TX-Bellville | 1 0.03 84.84 TX-Big Spring | 1 0.03 84.87 TX-Bonham | 1 0.03 84.90 TX-Bowie | 1 0.03 84.93 TX-Brady | 1 0.03 84.96 TX-Breckenridge | 1 0.03 84.99 TX-Brenham | 1 0.03 85.02 TX-Brownsville | 1 0.03 85.05 TX-Brownwood | 1 0.03 85.07 TX-Bryan | 1 0.03 85.10 TX-Burnet | 1 0.03 85.13 TX-Caldwell | 1 0.03 85.16 TX-Cameron | 1 0.03 85.19 TX-Canadian | 1 0.03 85.22 TX-Canyon | 1 0.03 85.25 TX-Carrizo Springs | 1 0.03 85.28 TX-Carthage | 1 0.03 85.31 TX-Childress | 1 0.03 85.34 TX-Chillicothe | 1 0.03 85.37 TX-Clarksville | 1 0.03 85.39 TX-Cleburne | 1 0.03 85.42 TX-Cleveland | 1 0.03 85.45 TX-Clifton | 1 0.03 85.48 TX-Coleman | 1 0.03 85.51 TX-Colorado City | 1 0.03 85.54 TX-Columbus | 1 0.03 85.57 TX-Comanche | 1 0.03 85.60 TX-Conroe | 1 0.03 85.63 TX-Corpus Christi | 1 0.03 85.66 TX-Corsicana | 1 0.03 85.69 TX-Crockett | 1 0.03 85.71 TX-Crosbyton | 1 0.03 85.74 TX-Cuero | 1 0.03 85.77 TX-Dallas | 1 0.03 85.80 TX-De Leon | 1 0.03 85.83 TX-Decatur | 1 0.03 85.86 TX-Del Rio | 1 0.03 85.89 TX-Denison | 1 0.03 85.92 TX-Denton | 1 0.03 85.95 TX-Dimmitt | 1 0.03 85.98 TX-Dumas | 1 0.03 86.01 TX-Eagle Lake | 1 0.03 86.03 TX-Eagle Pass | 1 0.03 86.06 TX-Eastland | 1 0.03 86.09 TX-Edinburg | 1 0.03 86.12 TX-El Campo | 1 0.03 86.15 TX-El Paso | 1 0.03 86.18 TX-Electra | 1 0.03 86.21 TX-Ennis | 1 0.03 86.24 TX-Fairfield | 1 0.03 86.27 TX-Falfurrias | 1 0.03 86.30 TX-Fort Stockton | 1 0.03 86.33 TX-Fort Worth | 1 0.03 86.35 TX-Fredericksburg | 1 0.03 86.38 TX-Friona | 1 0.03 86.41 TX-Gainesville | 1 0.03 86.44 TX-Galveston | 1 0.03 86.47 TX-Garland | 1 0.03 86.50 TX-Gatesville | 1 0.03 86.53 TX-Georgetown | 1 0.03 86.56 TX-Gilmer | 1 0.03 86.59 TX-Glen Rose | 1 0.03 86.62 TX-Gonzales | 1 0.03 86.65 TX-Graham | 1 0.03 86.67 TX-Granbury | 1 0.03 86.70 TX-Grand Prairie | 1 0.03 86.73 TX-Grapevine | 1 0.03 86.76 TX-Greenville | 1 0.03 86.79 TX-Groesbeck | 1 0.03 86.82 TX-Hallettsville | 1 0.03 86.85 TX-Hamilton | 1 0.03 86.88 TX-Hamlin | 1 0.03 86.91 TX-Harlingen | 1 0.03 86.94 TX-Haskell | 1 0.03 86.97 TX-Hemphill | 1 0.03 86.99 TX-Henderson | 1 0.03 87.02 TX-Hillsboro | 1 0.03 87.05 TX-Houston | 1 0.03 87.08 TX-Humble | 1 0.03 87.11 TX-Huntsville | 1 0.03 87.14 TX-Iraan | 1 0.03 87.17 TX-Irving | 1 0.03 87.20 TX-Jacksonville | 1 0.03 87.23 TX-Jasper | 1 0.03 87.26 TX-Jourdanton | 1 0.03 87.29 TX-Junction | 1 0.03 87.31 TX-Katy | 1 0.03 87.34 TX-Kaufman | 1 0.03 87.37 TX-Kenedy | 1 0.03 87.40 TX-Kermit | 1 0.03 87.43 TX-Kerrville | 1 0.03 87.46 TX-Kilgore | 1 0.03 87.49 TX-Killeen | 1 0.03 87.52 TX-Kingsville | 1 0.03 87.55 TX-Knox City | 1 0.03 87.58 TX-La Grange | 1 0.03 87.61 TX-Lake Jackson | 1 0.03 87.63 TX-Lancaster | 1 0.03 87.66 TX-Laredo | 1 0.03 87.69 TX-Lewisville | 1 0.03 87.72 TX-Liberty | 1 0.03 87.75 TX-Linden | 1 0.03 87.78 TX-Llano | 1 0.03 87.81 TX-Longview | 1 0.03 87.84 TX-Lubbock | 1 0.03 87.87 TX-Lufkin | 1 0.03 87.90 TX-Luling | 1 0.03 87.93 TX-Madisonville | 1 0.03 87.95 TX-Marlin | 1 0.03 87.98 TX-Marshall | 1 0.03 88.01 TX-McAllen | 1 0.03 88.04 TX-McCamey | 1 0.03 88.07 TX-McKinney | 1 0.03 88.10 TX-Memphis | 1 0.03 88.13 TX-Mexia | 1 0.03 88.16 TX-Midland | 1 0.03 88.19 TX-Mineral Wells | 1 0.03 88.22 TX-Monahans | 1 0.03 88.25 TX-Mount Pleasant | 1 0.03 88.27 TX-Mount Vernon | 1 0.03 88.30 TX-Muenster | 1 0.03 88.33 TX-Nacogdoches | 1 0.03 88.36 TX-Navasota | 1 0.03 88.39 TX-New Braunfels | 1 0.03 88.42 TX-Nocona | 1 0.03 88.45 TX-Odessa | 1 0.03 88.48 TX-Olney | 1 0.03 88.51 TX-Orange | 1 0.03 88.54 TX-Palacios | 1 0.03 88.57 TX-Palestine | 1 0.03 88.59 TX-Pampa | 1 0.03 88.62 TX-Paris | 1 0.03 88.65 TX-Pasadena | 1 0.03 88.68 TX-Pecos | 1 0.03 88.71 TX-Perryton | 1 0.03 88.74 TX-Pittsburg | 1 0.03 88.77 TX-Plano | 1 0.03 88.80 TX-Port Arthur | 1 0.03 88.83 TX-Port Lavaca | 1 0.03 88.86 TX-Quanah | 1 0.03 88.89 TX-Quitman | 1 0.03 88.91 TX-Rankin | 1 0.03 88.94 TX-Refugio | 1 0.03 88.97 TX-Richmond | 1 0.03 89.00 TX-Rockdale | 1 0.03 89.03 TX-Rotan | 1 0.03 89.06 TX-Round Rock | 1 0.03 89.09 TX-Rowlett | 1 0.03 89.12 TX-San Angelo | 1 0.03 89.15 TX-San Antonio | 1 0.03 89.18 TX-San Marcos | 1 0.03 89.21 TX-Seguin | 1 0.03 89.23 TX-Seymour | 1 0.03 89.26 TX-Shamrock | 1 0.03 89.29 TX-Sherman | 1 0.03 89.32 TX-Snyder | 1 0.03 89.35 TX-Sonora | 1 0.03 89.38 TX-Stephenville | 1 0.03 89.41 TX-Sulphur Springs | 1 0.03 89.44 TX-Sweetwater | 1 0.03 89.47 TX-Taylor | 1 0.03 89.50 TX-Temple | 1 0.03 89.53 TX-Terrell | 1 0.03 89.55 TX-Texarkana | 1 0.03 89.58 TX-Texas City | 1 0.03 89.61 TX-Tomball | 1 0.03 89.64 TX-Trinity | 1 0.03 89.67 TX-Tyler | 1 0.03 89.70 TX-Uvalde | 1 0.03 89.73 TX-Vernon | 1 0.03 89.76 TX-Victoria | 1 0.03 89.79 TX-Waco | 1 0.03 89.82 TX-Waxahachie | 1 0.03 89.85 TX-Weatherford | 1 0.03 89.87 TX-Webster | 1 0.03 89.90 TX-Weimar | 1 0.03 89.93 TX-Wellington | 1 0.03 89.96 TX-Weslaco | 1 0.03 89.99 TX-Wharton | 1 0.03 90.02 TX-Wheeler | 1 0.03 90.05 TX-Whitney | 1 0.03 90.08 TX-Wichita Falls | 1 0.03 90.11 TX-Winnie | 1 0.03 90.14 TX-Winnsboro | 1 0.03 90.17 TX-Winters | 1 0.03 90.19 TX-Woodville | 1 0.03 90.22 TX-Wylie | 1 0.03 90.25 US-United States | 1 0.03 90.28 UT-American Fork | 1 0.03 90.31 UT-Beaver | 1 0.03 90.34 UT-Bountiful | 1 0.03 90.37 UT-Brigham City | 1 0.03 90.40 UT-Cedar City | 1 0.03 90.43 UT-Delta | 1 0.03 90.46 UT-Fillmore | 1 0.03 90.49 UT-Gunnison | 1 0.03 90.51 UT-Kanab | 1 0.03 90.54 UT-Layton | 1 0.03 90.57 UT-Logan | 1 0.03 90.60 UT-Milford | 1 0.03 90.63 UT-Moab | 1 0.03 90.66 UT-Monticello | 1 0.03 90.69 UT-Monument Valley | 1 0.03 90.72 UT-Mount Pleasant | 1 0.03 90.75 UT-Nephi | 1 0.03 90.78 UT-Ogden | 1 0.03 90.81 UT-Panguitch | 1 0.03 90.84 UT-Payson | 1 0.03 90.86 UT-Price | 1 0.03 90.89 UT-Provo | 1 0.03 90.92 UT-Richfield | 1 0.03 90.95 UT-Roosevelt | 1 0.03 90.98 UT-Salt Lake City | 1 0.03 91.01 UT-St. George | 1 0.03 91.04 UT-Tremonton | 1 0.03 91.07 UT-Vernal | 1 0.03 91.10 VA-Abingdon | 1 0.03 91.13 VA-Alexandria | 1 0.03 91.16 VA-Arlington | 1 0.03 91.18 VA-Bedford | 1 0.03 91.21 VA-Big Stone Gap | 1 0.03 91.24 VA-Blacksburg | 1 0.03 91.27 VA-Charlottesville | 1 0.03 91.30 VA-Chesapeake | 1 0.03 91.33 VA-Clintwood | 1 0.03 91.36 VA-Culpeper | 1 0.03 91.39 VA-Danville | 1 0.03 91.42 VA-Emporia | 1 0.03 91.45 VA-Fairfax | 1 0.03 91.48 VA-Falls Church | 1 0.03 91.50 VA-Farmville | 1 0.03 91.53 VA-Franklin | 1 0.03 91.56 VA-Fredericksburg | 1 0.03 91.59 VA-Front Royal | 1 0.03 91.62 VA-Galax | 1 0.03 91.65 VA-Gloucester | 1 0.03 91.68 VA-Grundy | 1 0.03 91.71 VA-Hampton | 1 0.03 91.74 VA-Harrisonburg | 1 0.03 91.77 VA-Hopewell | 1 0.03 91.80 VA-Hot Springs | 1 0.03 91.82 VA-Kilmarnock | 1 0.03 91.85 VA-Lebanon | 1 0.03 91.88 VA-Leesburg | 1 0.03 91.91 VA-Lexington | 1 0.03 91.94 VA-Low Moor | 1 0.03 91.97 VA-Luray | 1 0.03 92.00 VA-Lynchburg | 1 0.03 92.03 VA-Manassas | 1 0.03 92.06 VA-Marion | 1 0.03 92.09 VA-Martinsville | 1 0.03 92.12 VA-Nassawadox | 1 0.03 92.14 VA-Newport News | 1 0.03 92.17 VA-Norfolk | 1 0.03 92.20 VA-Norton | 1 0.03 92.23 VA-Pearisburg | 1 0.03 92.26 VA-Pennington Gap | 1 0.03 92.29 VA-Petersburg | 1 0.03 92.32 VA-Portsmouth | 1 0.03 92.35 VA-Pulaski | 1 0.03 92.38 VA-Radford | 1 0.03 92.41 VA-Reston | 1 0.03 92.44 VA-Richlands | 1 0.03 92.46 VA-Richmond | 1 0.03 92.49 VA-Roanoke | 1 0.03 92.52 VA-Rocky Mount | 1 0.03 92.55 VA-Salem | 1 0.03 92.58 VA-South Boston | 1 0.03 92.61 VA-South Hill | 1 0.03 92.64 VA-Staunton | 1 0.03 92.67 VA-Stuart | 1 0.03 92.70 VA-Suffolk | 1 0.03 92.73 VA-Tappahannock | 1 0.03 92.76 VA-Tazewell | 1 0.03 92.78 VA-Virginia Beach | 1 0.03 92.81 VA-Warrenton | 1 0.03 92.84 VA-Williamsburg | 1 0.03 92.87 VA-Winchester | 1 0.03 92.90 VA-Woodbridge | 1 0.03 92.93 VA-Woodstock | 1 0.03 92.96 VA-Wytheville | 1 0.03 92.99 VT-Bennington | 1 0.03 93.02 VT-Berlin | 1 0.03 93.05 VT-Brattleboro | 1 0.03 93.08 VT-Burlington | 1 0.03 93.10 VT-Middlebury | 1 0.03 93.13 VT-Morrisville | 1 0.03 93.16 VT-Newport | 1 0.03 93.19 VT-Randolph | 1 0.03 93.22 VT-Rutland | 1 0.03 93.25 VT-Springfield | 1 0.03 93.28 VT-St. Albans | 1 0.03 93.31 VT-St. Johnsbury | 1 0.03 93.34 VT-Townshend | 1 0.03 93.37 VT-Windsor | 1 0.03 93.40 WA-Aberdeen | 1 0.03 93.42 WA-Anacortes | 1 0.03 93.45 WA-Arlington | 1 0.03 93.48 WA-Auburn | 1 0.03 93.51 WA-Bellevue | 1 0.03 93.54 WA-Bellingham | 1 0.03 93.57 WA-Bremerton | 1 0.03 93.60 WA-Brewster | 1 0.03 93.63 WA-Centralia | 1 0.03 93.66 WA-Chelan | 1 0.03 93.69 WA-Chewelah | 1 0.03 93.72 WA-Clarkston | 1 0.03 93.74 WA-Colfax | 1 0.03 93.77 WA-Colville | 1 0.03 93.80 WA-Coupeville | 1 0.03 93.83 WA-Davenport | 1 0.03 93.86 WA-Dayton | 1 0.03 93.89 WA-Edmonds | 1 0.03 93.92 WA-Ellensburg | 1 0.03 93.95 WA-Enumclaw | 1 0.03 93.98 WA-Everett | 1 0.03 94.01 WA-Federal Way | 1 0.03 94.04 WA-Forks | 1 0.03 94.06 WA-Goldendale | 1 0.03 94.09 WA-Grand Coulee | 1 0.03 94.12 WA-Ilwaco | 1 0.03 94.15 WA-Kennewick | 1 0.03 94.18 WA-Kirkland | 1 0.03 94.21 WA-Longview | 1 0.03 94.24 WA-Monroe | 1 0.03 94.27 WA-Morton | 1 0.03 94.30 WA-Moses Lake | 1 0.03 94.33 WA-Mount Vernon | 1 0.03 94.36 WA-Olympia | 1 0.03 94.38 WA-Omak | 1 0.03 94.41 WA-Othello | 1 0.03 94.44 WA-Pasco | 1 0.03 94.47 WA-Port Angeles | 1 0.03 94.50 WA-Port Townsend | 1 0.03 94.53 WA-Prosser | 1 0.03 94.56 WA-Pullman | 1 0.03 94.59 WA-Puyallup | 1 0.03 94.62 WA-Renton | 1 0.03 94.65 WA-Republic | 1 0.03 94.68 WA-Richland | 1 0.03 94.70 WA-Ritzville | 1 0.03 94.73 WA-Seattle | 1 0.03 94.76 WA-Shelton | 1 0.03 94.79 WA-South Bend | 1 0.03 94.82 WA-Spokane | 1 0.03 94.85 WA-Sunnyside | 1 0.03 94.88 WA-Tacoma | 1 0.03 94.91 WA-Tonasket | 1 0.03 94.94 WA-Toppenish | 1 0.03 94.97 WA-Vancouver | 1 0.03 95.00 WA-Walla Walla | 1 0.03 95.02 WA-Wenatchee | 1 0.03 95.05 WA-White Salmon | 1 0.03 95.08 WA-Yakima | 1 0.03 95.11 WI-Amery | 1 0.03 95.14 WI-Antigo | 1 0.03 95.17 WI-Appleton | 1 0.03 95.20 WI-Arcadia | 1 0.03 95.23 WI-Ashland | 1 0.03 95.26 WI-Baldwin | 1 0.03 95.29 WI-Baraboo | 1 0.03 95.32 WI-Barron | 1 0.03 95.34 WI-Beaver Dam | 1 0.03 95.37 WI-Beloit | 1 0.03 95.40 WI-Berlin | 1 0.03 95.43 WI-Black River Falls | 1 0.03 95.46 WI-Bloomer | 1 0.03 95.49 WI-Boscobel | 1 0.03 95.52 WI-Brookfield | 1 0.03 95.55 WI-Burlington | 1 0.03 95.58 WI-Chilton | 1 0.03 95.61 WI-Chippewa Falls | 1 0.03 95.64 WI-Columbus | 1 0.03 95.66 WI-Cudahy | 1 0.03 95.69 WI-Cumberland | 1 0.03 95.72 WI-Darlington | 1 0.03 95.75 WI-Dodgeville | 1 0.03 95.78 WI-Durand | 1 0.03 95.81 WI-Eagle River | 1 0.03 95.84 WI-Eau Claire | 1 0.03 95.87 WI-Edgerton | 1 0.03 95.90 WI-Elkhorn | 1 0.03 95.93 WI-Fond Du Lac | 1 0.03 95.96 WI-Fort Atkinson | 1 0.03 95.98 WI-Friendship | 1 0.03 96.01 WI-Grantsburg | 1 0.03 96.04 WI-Green Bay | 1 0.03 96.07 WI-Hartford | 1 0.03 96.10 WI-Hayward | 1 0.03 96.13 WI-Hillsboro | 1 0.03 96.16 WI-Hudson | 1 0.03 96.19 WI-Janesville | 1 0.03 96.22 WI-Kenosha | 1 0.03 96.25 WI-Kewaunee | 1 0.03 96.28 WI-La Crosse | 1 0.03 96.30 WI-Ladysmith | 1 0.03 96.33 WI-Lancaster | 1 0.03 96.36 WI-Madison | 1 0.03 96.39 WI-Manitowoc | 1 0.03 96.42 WI-Marinette | 1 0.03 96.45 WI-Marshfield | 1 0.03 96.48 WI-Mauston | 1 0.03 96.51 WI-Medford | 1 0.03 96.54 WI-Menomonee Falls | 1 0.03 96.57 WI-Menomonie | 1 0.03 96.60 WI-Merrill | 1 0.03 96.62 WI-Milwaukee | 1 0.03 96.65 WI-Monroe | 1 0.03 96.68 WI-Neenah | 1 0.03 96.71 WI-Neillsville | 1 0.03 96.74 WI-New London | 1 0.03 96.77 WI-New Richmond | 1 0.03 96.80 WI-Oconomowoc | 1 0.03 96.83 WI-Oconto Falls | 1 0.03 96.86 WI-Osceola | 1 0.03 96.89 WI-Oshkosh | 1 0.03 96.92 WI-Park Falls | 1 0.03 96.95 WI-Phelps | 1 0.03 96.97 WI-Platteville | 1 0.03 97.00 WI-Plymouth | 1 0.03 97.03 WI-Port Washington | 1 0.03 97.06 WI-Portage | 1 0.03 97.09 WI-Prairie Du Chien | 1 0.03 97.12 WI-Prairie Du Sac | 1 0.03 97.15 WI-Racine | 1 0.03 97.18 WI-Reedsburg | 1 0.03 97.21 WI-Rhinelander | 1 0.03 97.24 WI-Rice Lake | 1 0.03 97.27 WI-Richland Center | 1 0.03 97.29 WI-Ripon | 1 0.03 97.32 WI-River Falls | 1 0.03 97.35 WI-Shawano | 1 0.03 97.38 WI-Sheboygan | 1 0.03 97.41 WI-Shell Lake | 1 0.03 97.44 WI-Spooner | 1 0.03 97.47 WI-St. Croix Falls | 1 0.03 97.50 WI-Stanley | 1 0.03 97.53 WI-Stevens Point | 1 0.03 97.56 WI-Stoughton | 1 0.03 97.59 WI-Sturgeon Bay | 1 0.03 97.61 WI-Tomah | 1 0.03 97.64 WI-Two Rivers | 1 0.03 97.67 WI-Viroqua | 1 0.03 97.70 WI-Watertown | 1 0.03 97.73 WI-Waukesha | 1 0.03 97.76 WI-Waupaca | 1 0.03 97.79 WI-Waupun | 1 0.03 97.82 WI-Wausau | 1 0.03 97.85 WI-West Allis | 1 0.03 97.88 WI-West Bend | 1 0.03 97.91 WI-Whitehall | 1 0.03 97.93 WI-Wild Rose | 1 0.03 97.96 WI-Wisconsin Rapids | 1 0.03 97.99 WI-Woodruff | 1 0.03 98.02 WV-Beckley | 1 0.03 98.05 WV-Berkeley Springs | 1 0.03 98.08 WV-Bluefield | 1 0.03 98.11 WV-Buckhannon | 1 0.03 98.14 WV-Charleston | 1 0.03 98.17 WV-Clarksburg | 1 0.03 98.20 WV-Elkins | 1 0.03 98.23 WV-Fairmont | 1 0.03 98.25 WV-Gassaway | 1 0.03 98.28 WV-Glen Dale | 1 0.03 98.31 WV-Grafton | 1 0.03 98.34 WV-Grantsville | 1 0.03 98.37 WV-Hinton | 1 0.03 98.40 WV-Huntington | 1 0.03 98.43 WV-Hurricane | 1 0.03 98.46 WV-Kingwood | 1 0.03 98.49 WV-Logan | 1 0.03 98.52 WV-Man | 1 0.03 98.55 WV-Marlinton | 1 0.03 98.57 WV-Martinsburg | 1 0.03 98.60 WV-Montgomery | 1 0.03 98.63 WV-Morgantown | 1 0.03 98.66 WV-New Martinsville | 1 0.03 98.69 WV-Oak Hill | 1 0.03 98.72 WV-Parkersburg | 1 0.03 98.75 WV-Petersburg | 1 0.03 98.78 WV-Philippi | 1 0.03 98.81 WV-Point Pleasant | 1 0.03 98.84 WV-Princeton | 1 0.03 98.87 WV-Ranson | 1 0.03 98.89 WV-Richwood | 1 0.03 98.92 WV-Ripley | 1 0.03 98.95 WV-Romney | 1 0.03 98.98 WV-Ronceverte | 1 0.03 99.01 WV-Sistersville | 1 0.03 99.04 WV-South Charleston | 1 0.03 99.07 WV-Spencer | 1 0.03 99.10 WV-Summersville | 1 0.03 99.13 WV-Webster Springs | 1 0.03 99.16 WV-Weirton | 1 0.03 99.19 WV-Weston | 1 0.03 99.21 WV-Wheeling | 1 0.03 99.24 WV-Williamson | 1 0.03 99.27 WY-Afton | 1 0.03 99.30 WY-Buffalo | 1 0.03 99.33 WY-Casper | 1 0.03 99.36 WY-Cheyenne | 1 0.03 99.39 WY-Cody | 1 0.03 99.42 WY-Douglas | 1 0.03 99.45 WY-Evanston | 1 0.03 99.48 WY-Gillette | 1 0.03 99.51 WY-Jackson | 1 0.03 99.53 WY-Kemmerer | 1 0.03 99.56 WY-Lander | 1 0.03 99.59 WY-Laramie | 1 0.03 99.62 WY-Lovell | 1 0.03 99.65 WY-Lusk | 1 0.03 99.68 WY-Newcastle | 1 0.03 99.71 WY-Powell | 1 0.03 99.74 WY-Rawlins | 1 0.03 99.77 WY-Riverton | 1 0.03 99.80 WY-Rock Springs | 1 0.03 99.83 WY-Sheridan | 1 0.03 99.85 WY-Sundance | 1 0.03 99.88 WY-Thermopolis | 1 0.03 99.91 WY-Torrington | 1 0.03 99.94 WY-Wheatland | 1 0.03 99.97 WY-Worland | 1 0.03 100.00 ----------------------------+----------------------------------- Total | 3,437 100.00 Frequencies for enrbo variable in PC_HSA_rates_0307 dataset : Overall, | Number of | Medicare | beneficiari | es Part B | eligible | Freq. Percent Cum. ------------+----------------------------------- 201 | 1 0.03 0.03 203 | 1 0.03 0.06 208 | 1 0.03 0.09 210 | 1 0.03 0.12 214 | 1 0.03 0.15 222 | 1 0.03 0.17 228 | 1 0.03 0.20 230 | 1 0.03 0.23 232 | 1 0.03 0.26 239 | 1 0.03 0.29 247 | 1 0.03 0.32 249 | 1 0.03 0.35 251 | 1 0.03 0.38 252 | 1 0.03 0.41 253 | 1 0.03 0.44 254 | 1 0.03 0.47 255 | 1 0.03 0.49 257 | 2 0.06 0.55 259 | 1 0.03 0.58 269 | 1 0.03 0.61 277 | 1 0.03 0.64 280 | 2 0.06 0.70 284 | 1 0.03 0.73 294 | 1 0.03 0.76 297 | 1 0.03 0.79 298 | 1 0.03 0.81 300 | 1 0.03 0.84 301 | 1 0.03 0.87 302 | 1 0.03 0.90 307 | 1 0.03 0.93 314 | 1 0.03 0.96 316 | 1 0.03 0.99 317 | 1 0.03 1.02 319 | 1 0.03 1.05 328 | 2 0.06 1.11 329 | 1 0.03 1.13 330 | 1 0.03 1.16 331 | 1 0.03 1.19 336 | 2 0.06 1.25 341 | 1 0.03 1.28 342 | 1 0.03 1.31 343 | 1 0.03 1.34 346 | 1 0.03 1.37 347 | 2 0.06 1.43 350 | 1 0.03 1.45 351 | 1 0.03 1.48 353 | 1 0.03 1.51 354 | 2 0.06 1.57 356 | 1 0.03 1.60 361 | 1 0.03 1.63 362 | 1 0.03 1.66 366 | 1 0.03 1.69 371 | 1 0.03 1.72 374 | 1 0.03 1.75 376 | 1 0.03 1.77 380 | 1 0.03 1.80 383 | 1 0.03 1.83 388 | 2 0.06 1.89 389 | 2 0.06 1.95 390 | 1 0.03 1.98 391 | 1 0.03 2.01 393 | 1 0.03 2.04 394 | 1 0.03 2.07 395 | 1 0.03 2.09 396 | 1 0.03 2.12 397 | 1 0.03 2.15 399 | 1 0.03 2.18 401 | 1 0.03 2.21 411 | 2 0.06 2.27 414 | 1 0.03 2.30 421 | 2 0.06 2.36 424 | 2 0.06 2.41 430 | 2 0.06 2.47 433 | 1 0.03 2.50 434 | 2 0.06 2.56 436 | 1 0.03 2.59 437 | 1 0.03 2.62 438 | 1 0.03 2.65 442 | 1 0.03 2.68 445 | 2 0.06 2.73 449 | 1 0.03 2.76 452 | 1 0.03 2.79 453 | 2 0.06 2.85 454 | 1 0.03 2.88 458 | 1 0.03 2.91 460 | 2 0.06 2.97 461 | 1 0.03 3.00 462 | 1 0.03 3.03 465 | 1 0.03 3.05 467 | 2 0.06 3.11 472 | 2 0.06 3.17 474 | 2 0.06 3.23 476 | 1 0.03 3.26 477 | 2 0.06 3.32 478 | 1 0.03 3.35 480 | 1 0.03 3.38 484 | 1 0.03 3.40 489 | 3 0.09 3.49 491 | 1 0.03 3.52 493 | 3 0.09 3.61 495 | 1 0.03 3.64 497 | 1 0.03 3.67 504 | 1 0.03 3.70 506 | 1 0.03 3.72 508 | 1 0.03 3.75 509 | 1 0.03 3.78 511 | 2 0.06 3.84 515 | 1 0.03 3.87 516 | 1 0.03 3.90 517 | 1 0.03 3.93 518 | 1 0.03 3.96 520 | 1 0.03 3.99 521 | 1 0.03 4.02 522 | 1 0.03 4.04 527 | 4 0.12 4.16 529 | 3 0.09 4.25 531 | 1 0.03 4.28 532 | 2 0.06 4.34 535 | 1 0.03 4.36 536 | 1 0.03 4.39 537 | 1 0.03 4.42 539 | 1 0.03 4.45 540 | 1 0.03 4.48 542 | 2 0.06 4.54 543 | 1 0.03 4.57 544 | 1 0.03 4.60 545 | 1 0.03 4.63 546 | 1 0.03 4.66 547 | 2 0.06 4.71 550 | 3 0.09 4.80 556 | 1 0.03 4.83 558 | 1 0.03 4.86 559 | 1 0.03 4.89 561 | 2 0.06 4.95 562 | 2 0.06 5.00 565 | 1 0.03 5.03 566 | 1 0.03 5.06 568 | 1 0.03 5.09 571 | 1 0.03 5.12 572 | 1 0.03 5.15 573 | 1 0.03 5.18 581 | 2 0.06 5.24 588 | 1 0.03 5.27 590 | 3 0.09 5.35 592 | 1 0.03 5.38 596 | 3 0.09 5.47 597 | 1 0.03 5.50 598 | 1 0.03 5.53 600 | 1 0.03 5.56 602 | 1 0.03 5.59 604 | 2 0.06 5.64 607 | 1 0.03 5.67 609 | 2 0.06 5.73 610 | 1 0.03 5.76 611 | 1 0.03 5.79 613 | 1 0.03 5.82 617 | 1 0.03 5.85 618 | 1 0.03 5.88 619 | 1 0.03 5.91 625 | 1 0.03 5.94 626 | 2 0.06 5.99 629 | 1 0.03 6.02 630 | 1 0.03 6.05 632 | 2 0.06 6.11 635 | 1 0.03 6.14 636 | 2 0.06 6.20 637 | 1 0.03 6.23 638 | 1 0.03 6.26 640 | 1 0.03 6.28 643 | 1 0.03 6.31 644 | 2 0.06 6.37 645 | 3 0.09 6.46 646 | 1 0.03 6.49 647 | 1 0.03 6.52 654 | 1 0.03 6.55 655 | 1 0.03 6.58 657 | 1 0.03 6.60 661 | 1 0.03 6.63 664 | 2 0.06 6.69 665 | 1 0.03 6.72 668 | 2 0.06 6.78 670 | 3 0.09 6.87 673 | 1 0.03 6.90 678 | 2 0.06 6.95 681 | 1 0.03 6.98 682 | 2 0.06 7.04 683 | 1 0.03 7.07 686 | 2 0.06 7.13 688 | 1 0.03 7.16 690 | 1 0.03 7.19 691 | 1 0.03 7.22 696 | 2 0.06 7.27 700 | 2 0.06 7.33 702 | 1 0.03 7.36 703 | 2 0.06 7.42 705 | 2 0.06 7.48 706 | 1 0.03 7.51 707 | 1 0.03 7.54 709 | 1 0.03 7.56 710 | 1 0.03 7.59 712 | 1 0.03 7.62 714 | 1 0.03 7.65 715 | 4 0.12 7.77 717 | 1 0.03 7.80 718 | 1 0.03 7.83 719 | 1 0.03 7.86 720 | 1 0.03 7.88 721 | 1 0.03 7.91 722 | 1 0.03 7.94 725 | 1 0.03 7.97 728 | 1 0.03 8.00 731 | 1 0.03 8.03 732 | 1 0.03 8.06 733 | 1 0.03 8.09 737 | 1 0.03 8.12 742 | 2 0.06 8.18 743 | 2 0.06 8.23 746 | 1 0.03 8.26 750 | 1 0.03 8.29 753 | 1 0.03 8.32 754 | 1 0.03 8.35 755 | 1 0.03 8.38 756 | 1 0.03 8.41 758 | 1 0.03 8.44 759 | 1 0.03 8.47 765 | 2 0.06 8.52 771 | 2 0.06 8.58 772 | 1 0.03 8.61 773 | 2 0.06 8.67 774 | 1 0.03 8.70 775 | 1 0.03 8.73 777 | 1 0.03 8.76 779 | 1 0.03 8.79 785 | 1 0.03 8.82 787 | 1 0.03 8.84 788 | 1 0.03 8.87 789 | 1 0.03 8.90 790 | 1 0.03 8.93 792 | 1 0.03 8.96 793 | 1 0.03 8.99 795 | 1 0.03 9.02 798 | 1 0.03 9.05 800 | 1 0.03 9.08 808 | 1 0.03 9.11 811 | 1 0.03 9.14 812 | 1 0.03 9.16 813 | 1 0.03 9.19 816 | 2 0.06 9.25 820 | 1 0.03 9.28 822 | 1 0.03 9.31 823 | 1 0.03 9.34 825 | 1 0.03 9.37 826 | 1 0.03 9.40 827 | 1 0.03 9.43 828 | 1 0.03 9.46 830 | 2 0.06 9.51 831 | 1 0.03 9.54 832 | 1 0.03 9.57 833 | 1 0.03 9.60 835 | 1 0.03 9.63 836 | 2 0.06 9.69 837 | 1 0.03 9.72 838 | 1 0.03 9.75 839 | 2 0.06 9.81 841 | 2 0.06 9.86 845 | 1 0.03 9.89 846 | 1 0.03 9.92 847 | 1 0.03 9.95 850 | 1 0.03 9.98 851 | 1 0.03 10.01 854 | 1 0.03 10.04 859 | 1 0.03 10.07 863 | 1 0.03 10.10 864 | 1 0.03 10.13 866 | 2 0.06 10.18 868 | 1 0.03 10.21 872 | 2 0.06 10.27 873 | 1 0.03 10.30 874 | 1 0.03 10.33 875 | 1 0.03 10.36 876 | 1 0.03 10.39 881 | 2 0.06 10.45 883 | 1 0.03 10.47 884 | 1 0.03 10.50 885 | 1 0.03 10.53 886 | 1 0.03 10.56 891 | 1 0.03 10.59 893 | 1 0.03 10.62 894 | 1 0.03 10.65 896 | 3 0.09 10.74 897 | 2 0.06 10.79 898 | 1 0.03 10.82 900 | 1 0.03 10.85 902 | 2 0.06 10.91 903 | 2 0.06 10.97 905 | 1 0.03 11.00 906 | 1 0.03 11.03 907 | 1 0.03 11.06 913 | 1 0.03 11.09 915 | 1 0.03 11.11 917 | 1 0.03 11.14 919 | 2 0.06 11.20 921 | 1 0.03 11.23 922 | 1 0.03 11.26 927 | 1 0.03 11.29 933 | 1 0.03 11.32 934 | 2 0.06 11.38 937 | 2 0.06 11.43 941 | 1 0.03 11.46 942 | 1 0.03 11.49 943 | 1 0.03 11.52 945 | 1 0.03 11.55 947 | 1 0.03 11.58 948 | 2 0.06 11.64 949 | 2 0.06 11.70 951 | 1 0.03 11.73 953 | 1 0.03 11.75 957 | 1 0.03 11.78 958 | 2 0.06 11.84 959 | 1 0.03 11.87 962 | 1 0.03 11.90 963 | 1 0.03 11.93 964 | 2 0.06 11.99 965 | 1 0.03 12.02 966 | 1 0.03 12.05 967 | 2 0.06 12.10 968 | 1 0.03 12.13 969 | 1 0.03 12.16 970 | 1 0.03 12.19 972 | 1 0.03 12.22 974 | 1 0.03 12.25 976 | 2 0.06 12.31 977 | 1 0.03 12.34 979 | 1 0.03 12.37 980 | 1 0.03 12.39 982 | 2 0.06 12.45 984 | 2 0.06 12.51 985 | 2 0.06 12.57 986 | 2 0.06 12.63 988 | 2 0.06 12.69 990 | 2 0.06 12.74 993 | 1 0.03 12.77 994 | 1 0.03 12.80 999 | 2 0.06 12.86 1001 | 1 0.03 12.89 1003 | 2 0.06 12.95 1004 | 1 0.03 12.98 1008 | 1 0.03 13.01 1009 | 1 0.03 13.03 1010 | 1 0.03 13.06 1012 | 1 0.03 13.09 1014 | 1 0.03 13.12 1019 | 1 0.03 13.15 1021 | 1 0.03 13.18 1023 | 1 0.03 13.21 1024 | 1 0.03 13.24 1025 | 1 0.03 13.27 1026 | 1 0.03 13.30 1027 | 1 0.03 13.33 1028 | 1 0.03 13.35 1029 | 1 0.03 13.38 1031 | 2 0.06 13.44 1033 | 2 0.06 13.50 1034 | 1 0.03 13.53 1038 | 1 0.03 13.56 1039 | 1 0.03 13.59 1041 | 1 0.03 13.62 1043 | 1 0.03 13.65 1047 | 1 0.03 13.67 1052 | 1 0.03 13.70 1055 | 3 0.09 13.79 1056 | 1 0.03 13.82 1057 | 2 0.06 13.88 1058 | 4 0.12 13.99 1059 | 1 0.03 14.02 1061 | 1 0.03 14.05 1066 | 1 0.03 14.08 1069 | 1 0.03 14.11 1070 | 3 0.09 14.20 1071 | 1 0.03 14.23 1073 | 1 0.03 14.26 1074 | 1 0.03 14.29 1075 | 1 0.03 14.31 1077 | 1 0.03 14.34 1079 | 1 0.03 14.37 1081 | 1 0.03 14.40 1082 | 2 0.06 14.46 1084 | 1 0.03 14.49 1085 | 3 0.09 14.58 1086 | 2 0.06 14.63 1087 | 3 0.09 14.72 1090 | 2 0.06 14.78 1091 | 1 0.03 14.81 1093 | 1 0.03 14.84 1095 | 1 0.03 14.87 1096 | 1 0.03 14.90 1098 | 1 0.03 14.93 1104 | 2 0.06 14.98 1106 | 1 0.03 15.01 1108 | 1 0.03 15.04 1110 | 1 0.03 15.07 1112 | 1 0.03 15.10 1113 | 1 0.03 15.13 1115 | 1 0.03 15.16 1117 | 1 0.03 15.19 1119 | 1 0.03 15.22 1121 | 1 0.03 15.25 1125 | 1 0.03 15.27 1126 | 1 0.03 15.30 1129 | 1 0.03 15.33 1131 | 1 0.03 15.36 1132 | 1 0.03 15.39 1133 | 1 0.03 15.42 1134 | 1 0.03 15.45 1135 | 1 0.03 15.48 1139 | 3 0.09 15.57 1140 | 1 0.03 15.59 1141 | 2 0.06 15.65 1142 | 2 0.06 15.71 1143 | 1 0.03 15.74 1148 | 2 0.06 15.80 1152 | 1 0.03 15.83 1155 | 1 0.03 15.86 1156 | 1 0.03 15.89 1157 | 1 0.03 15.92 1161 | 2 0.06 15.97 1162 | 2 0.06 16.03 1163 | 1 0.03 16.06 1165 | 1 0.03 16.09 1166 | 1 0.03 16.12 1168 | 2 0.06 16.18 1169 | 2 0.06 16.24 1171 | 1 0.03 16.26 1172 | 1 0.03 16.29 1174 | 2 0.06 16.35 1176 | 1 0.03 16.38 1177 | 1 0.03 16.41 1179 | 1 0.03 16.44 1180 | 1 0.03 16.47 1182 | 1 0.03 16.50 1183 | 1 0.03 16.53 1184 | 1 0.03 16.56 1186 | 1 0.03 16.58 1189 | 3 0.09 16.67 1193 | 2 0.06 16.73 1195 | 2 0.06 16.79 1197 | 1 0.03 16.82 1198 | 2 0.06 16.88 1201 | 1 0.03 16.90 1202 | 1 0.03 16.93 1203 | 1 0.03 16.96 1206 | 2 0.06 17.02 1208 | 1 0.03 17.05 1209 | 1 0.03 17.08 1210 | 1 0.03 17.11 1211 | 1 0.03 17.14 1212 | 1 0.03 17.17 1215 | 1 0.03 17.20 1216 | 1 0.03 17.22 1219 | 1 0.03 17.25 1222 | 2 0.06 17.31 1223 | 1 0.03 17.34 1224 | 1 0.03 17.37 1225 | 1 0.03 17.40 1227 | 3 0.09 17.49 1229 | 1 0.03 17.52 1235 | 2 0.06 17.57 1236 | 1 0.03 17.60 1238 | 1 0.03 17.63 1240 | 1 0.03 17.66 1243 | 1 0.03 17.69 1244 | 2 0.06 17.75 1245 | 2 0.06 17.81 1249 | 1 0.03 17.84 1250 | 1 0.03 17.86 1257 | 3 0.09 17.95 1265 | 1 0.03 17.98 1266 | 1 0.03 18.01 1268 | 2 0.06 18.07 1271 | 2 0.06 18.13 1273 | 1 0.03 18.16 1276 | 1 0.03 18.18 1277 | 2 0.06 18.24 1279 | 1 0.03 18.27 1280 | 1 0.03 18.30 1281 | 1 0.03 18.33 1282 | 1 0.03 18.36 1284 | 1 0.03 18.39 1285 | 1 0.03 18.42 1290 | 1 0.03 18.45 1291 | 1 0.03 18.48 1295 | 1 0.03 18.50 1296 | 1 0.03 18.53 1297 | 3 0.09 18.62 1300 | 1 0.03 18.65 1304 | 1 0.03 18.68 1305 | 3 0.09 18.77 1310 | 1 0.03 18.80 1315 | 3 0.09 18.88 1316 | 1 0.03 18.91 1318 | 1 0.03 18.94 1322 | 1 0.03 18.97 1323 | 1 0.03 19.00 1325 | 1 0.03 19.03 1326 | 1 0.03 19.06 1327 | 1 0.03 19.09 1329 | 1 0.03 19.12 1330 | 1 0.03 19.14 1333 | 1 0.03 19.17 1334 | 1 0.03 19.20 1335 | 2 0.06 19.26 1336 | 1 0.03 19.29 1338 | 1 0.03 19.32 1339 | 1 0.03 19.35 1343 | 2 0.06 19.41 1346 | 3 0.09 19.49 1350 | 1 0.03 19.52 1354 | 1 0.03 19.55 1356 | 1 0.03 19.58 1359 | 1 0.03 19.61 1360 | 1 0.03 19.64 1361 | 3 0.09 19.73 1364 | 1 0.03 19.76 1365 | 1 0.03 19.78 1366 | 3 0.09 19.87 1367 | 1 0.03 19.90 1370 | 1 0.03 19.93 1379 | 2 0.06 19.99 1381 | 2 0.06 20.05 1383 | 1 0.03 20.08 1385 | 1 0.03 20.10 1388 | 1 0.03 20.13 1389 | 1 0.03 20.16 1390 | 1 0.03 20.19 1391 | 2 0.06 20.25 1392 | 1 0.03 20.28 1394 | 1 0.03 20.31 1396 | 1 0.03 20.34 1397 | 1 0.03 20.37 1398 | 1 0.03 20.40 1400 | 1 0.03 20.42 1401 | 1 0.03 20.45 1404 | 1 0.03 20.48 1405 | 1 0.03 20.51 1409 | 1 0.03 20.54 1412 | 1 0.03 20.57 1413 | 2 0.06 20.63 1414 | 1 0.03 20.66 1417 | 1 0.03 20.69 1420 | 1 0.03 20.72 1421 | 2 0.06 20.77 1422 | 1 0.03 20.80 1428 | 3 0.09 20.89 1431 | 1 0.03 20.92 1432 | 2 0.06 20.98 1434 | 1 0.03 21.01 1436 | 1 0.03 21.04 1443 | 1 0.03 21.06 1446 | 1 0.03 21.09 1448 | 1 0.03 21.12 1451 | 1 0.03 21.15 1454 | 1 0.03 21.18 1455 | 2 0.06 21.24 1457 | 2 0.06 21.30 1458 | 1 0.03 21.33 1459 | 2 0.06 21.38 1462 | 1 0.03 21.41 1463 | 2 0.06 21.47 1464 | 2 0.06 21.53 1465 | 1 0.03 21.56 1467 | 1 0.03 21.59 1468 | 1 0.03 21.62 1471 | 1 0.03 21.65 1472 | 1 0.03 21.68 1473 | 3 0.09 21.76 1474 | 1 0.03 21.79 1476 | 1 0.03 21.82 1477 | 1 0.03 21.85 1478 | 1 0.03 21.88 1479 | 2 0.06 21.94 1480 | 1 0.03 21.97 1481 | 1 0.03 22.00 1482 | 1 0.03 22.03 1484 | 1 0.03 22.05 1488 | 1 0.03 22.08 1489 | 2 0.06 22.14 1493 | 1 0.03 22.17 1500 | 1 0.03 22.20 1506 | 1 0.03 22.23 1508 | 1 0.03 22.26 1509 | 3 0.09 22.35 1510 | 2 0.06 22.40 1511 | 1 0.03 22.43 1516 | 3 0.09 22.52 1519 | 1 0.03 22.55 1520 | 2 0.06 22.61 1523 | 1 0.03 22.64 1525 | 1 0.03 22.67 1528 | 1 0.03 22.69 1530 | 1 0.03 22.72 1532 | 1 0.03 22.75 1533 | 2 0.06 22.81 1535 | 1 0.03 22.84 1536 | 1 0.03 22.87 1539 | 1 0.03 22.90 1540 | 1 0.03 22.93 1541 | 3 0.09 23.01 1542 | 1 0.03 23.04 1543 | 2 0.06 23.10 1544 | 1 0.03 23.13 1547 | 1 0.03 23.16 1550 | 1 0.03 23.19 1554 | 1 0.03 23.22 1555 | 1 0.03 23.25 1557 | 2 0.06 23.31 1558 | 2 0.06 23.36 1560 | 1 0.03 23.39 1562 | 1 0.03 23.42 1563 | 1 0.03 23.45 1564 | 1 0.03 23.48 1565 | 1 0.03 23.51 1567 | 2 0.06 23.57 1570 | 1 0.03 23.60 1572 | 1 0.03 23.63 1577 | 1 0.03 23.65 1582 | 1 0.03 23.68 1583 | 1 0.03 23.71 1584 | 1 0.03 23.74 1585 | 1 0.03 23.77 1589 | 1 0.03 23.80 1590 | 1 0.03 23.83 1591 | 2 0.06 23.89 1595 | 1 0.03 23.92 1596 | 1 0.03 23.95 1602 | 1 0.03 23.97 1603 | 1 0.03 24.00 1606 | 1 0.03 24.03 1608 | 1 0.03 24.06 1611 | 1 0.03 24.09 1612 | 1 0.03 24.12 1613 | 1 0.03 24.15 1615 | 2 0.06 24.21 1618 | 1 0.03 24.24 1624 | 2 0.06 24.29 1625 | 1 0.03 24.32 1632 | 3 0.09 24.41 1636 | 1 0.03 24.44 1640 | 1 0.03 24.47 1641 | 1 0.03 24.50 1642 | 1 0.03 24.53 1643 | 2 0.06 24.59 1645 | 2 0.06 24.64 1648 | 1 0.03 24.67 1649 | 2 0.06 24.73 1652 | 1 0.03 24.76 1653 | 1 0.03 24.79 1658 | 1 0.03 24.82 1660 | 2 0.06 24.88 1661 | 1 0.03 24.91 1663 | 1 0.03 24.93 1664 | 2 0.06 24.99 1665 | 3 0.09 25.08 1668 | 3 0.09 25.17 1669 | 1 0.03 25.20 1670 | 3 0.09 25.28 1672 | 2 0.06 25.34 1675 | 1 0.03 25.37 1677 | 2 0.06 25.43 1678 | 1 0.03 25.46 1680 | 2 0.06 25.52 1683 | 2 0.06 25.57 1684 | 3 0.09 25.66 1687 | 1 0.03 25.69 1690 | 1 0.03 25.72 1691 | 1 0.03 25.75 1695 | 1 0.03 25.78 1696 | 2 0.06 25.84 1702 | 3 0.09 25.92 1703 | 1 0.03 25.95 1707 | 1 0.03 25.98 1710 | 1 0.03 26.01 1711 | 1 0.03 26.04 1716 | 1 0.03 26.07 1720 | 1 0.03 26.10 1721 | 1 0.03 26.13 1722 | 2 0.06 26.19 1723 | 1 0.03 26.21 1726 | 1 0.03 26.24 1727 | 1 0.03 26.27 1730 | 1 0.03 26.30 1732 | 1 0.03 26.33 1733 | 1 0.03 26.36 1737 | 1 0.03 26.39 1738 | 1 0.03 26.42 1741 | 2 0.06 26.48 1743 | 1 0.03 26.51 1746 | 2 0.06 26.56 1747 | 1 0.03 26.59 1748 | 1 0.03 26.62 1750 | 1 0.03 26.65 1754 | 1 0.03 26.68 1755 | 1 0.03 26.71 1758 | 2 0.06 26.77 1759 | 1 0.03 26.80 1760 | 1 0.03 26.83 1767 | 2 0.06 26.88 1769 | 1 0.03 26.91 1777 | 2 0.06 26.97 1782 | 4 0.12 27.09 1783 | 1 0.03 27.12 1784 | 1 0.03 27.15 1786 | 1 0.03 27.17 1787 | 1 0.03 27.20 1789 | 1 0.03 27.23 1790 | 1 0.03 27.26 1791 | 1 0.03 27.29 1792 | 1 0.03 27.32 1793 | 1 0.03 27.35 1795 | 1 0.03 27.38 1797 | 1 0.03 27.41 1799 | 1 0.03 27.44 1801 | 1 0.03 27.47 1802 | 1 0.03 27.49 1803 | 2 0.06 27.55 1805 | 1 0.03 27.58 1807 | 1 0.03 27.61 1809 | 1 0.03 27.64 1810 | 1 0.03 27.67 1813 | 2 0.06 27.73 1816 | 1 0.03 27.76 1817 | 2 0.06 27.81 1818 | 1 0.03 27.84 1819 | 1 0.03 27.87 1823 | 1 0.03 27.90 1825 | 1 0.03 27.93 1830 | 1 0.03 27.96 1831 | 2 0.06 28.02 1833 | 1 0.03 28.05 1835 | 1 0.03 28.08 1836 | 1 0.03 28.11 1838 | 1 0.03 28.14 1840 | 2 0.06 28.19 1842 | 1 0.03 28.22 1844 | 1 0.03 28.25 1845 | 1 0.03 28.28 1848 | 1 0.03 28.31 1851 | 1 0.03 28.34 1854 | 1 0.03 28.37 1856 | 2 0.06 28.43 1857 | 2 0.06 28.48 1858 | 1 0.03 28.51 1860 | 1 0.03 28.54 1863 | 1 0.03 28.57 1864 | 1 0.03 28.60 1865 | 3 0.09 28.69 1866 | 1 0.03 28.72 1871 | 1 0.03 28.75 1872 | 1 0.03 28.78 1873 | 2 0.06 28.83 1875 | 2 0.06 28.89 1878 | 2 0.06 28.95 1879 | 1 0.03 28.98 1882 | 1 0.03 29.01 1883 | 2 0.06 29.07 1895 | 1 0.03 29.10 1900 | 1 0.03 29.12 1902 | 1 0.03 29.15 1905 | 1 0.03 29.18 1906 | 1 0.03 29.21 1907 | 2 0.06 29.27 1909 | 1 0.03 29.30 1912 | 2 0.06 29.36 1915 | 1 0.03 29.39 1919 | 1 0.03 29.42 1921 | 1 0.03 29.44 1922 | 1 0.03 29.47 1924 | 1 0.03 29.50 1925 | 1 0.03 29.53 1926 | 1 0.03 29.56 1930 | 1 0.03 29.59 1932 | 1 0.03 29.62 1936 | 1 0.03 29.65 1940 | 1 0.03 29.68 1942 | 1 0.03 29.71 1945 | 2 0.06 29.76 1949 | 1 0.03 29.79 1950 | 2 0.06 29.85 1952 | 1 0.03 29.88 1956 | 1 0.03 29.91 1963 | 2 0.06 29.97 1966 | 2 0.06 30.03 1969 | 1 0.03 30.06 1972 | 1 0.03 30.08 1973 | 2 0.06 30.14 1976 | 2 0.06 30.20 1978 | 1 0.03 30.23 1980 | 1 0.03 30.26 1982 | 1 0.03 30.29 1983 | 1 0.03 30.32 1984 | 1 0.03 30.35 1990 | 1 0.03 30.38 1992 | 2 0.06 30.43 1995 | 1 0.03 30.46 1997 | 2 0.06 30.52 2005 | 3 0.09 30.61 2009 | 2 0.06 30.67 2010 | 1 0.03 30.70 2012 | 1 0.03 30.72 2013 | 1 0.03 30.75 2015 | 1 0.03 30.78 2017 | 1 0.03 30.81 2020 | 2 0.06 30.87 2021 | 1 0.03 30.90 2026 | 1 0.03 30.93 2027 | 1 0.03 30.96 2033 | 1 0.03 30.99 2037 | 1 0.03 31.02 2041 | 1 0.03 31.04 2044 | 1 0.03 31.07 2049 | 2 0.06 31.13 2050 | 1 0.03 31.16 2051 | 4 0.12 31.28 2055 | 1 0.03 31.31 2059 | 1 0.03 31.34 2061 | 1 0.03 31.36 2062 | 1 0.03 31.39 2063 | 2 0.06 31.45 2068 | 1 0.03 31.48 2072 | 1 0.03 31.51 2074 | 1 0.03 31.54 2077 | 1 0.03 31.57 2079 | 3 0.09 31.66 2083 | 2 0.06 31.71 2085 | 1 0.03 31.74 2086 | 1 0.03 31.77 2095 | 1 0.03 31.80 2098 | 3 0.09 31.89 2101 | 1 0.03 31.92 2104 | 1 0.03 31.95 2105 | 3 0.09 32.03 2114 | 1 0.03 32.06 2117 | 1 0.03 32.09 2119 | 1 0.03 32.12 2120 | 1 0.03 32.15 2121 | 1 0.03 32.18 2124 | 1 0.03 32.21 2127 | 2 0.06 32.27 2128 | 1 0.03 32.30 2129 | 1 0.03 32.32 2131 | 1 0.03 32.35 2134 | 3 0.09 32.44 2135 | 1 0.03 32.47 2137 | 1 0.03 32.50 2138 | 1 0.03 32.53 2139 | 3 0.09 32.62 2140 | 1 0.03 32.64 2144 | 1 0.03 32.67 2145 | 1 0.03 32.70 2146 | 1 0.03 32.73 2148 | 1 0.03 32.76 2152 | 1 0.03 32.79 2154 | 4 0.12 32.91 2157 | 2 0.06 32.96 2159 | 1 0.03 32.99 2160 | 1 0.03 33.02 2164 | 2 0.06 33.08 2168 | 1 0.03 33.11 2173 | 2 0.06 33.17 2177 | 2 0.06 33.23 2178 | 1 0.03 33.26 2179 | 2 0.06 33.31 2180 | 2 0.06 33.37 2181 | 3 0.09 33.46 2183 | 2 0.06 33.52 2184 | 1 0.03 33.55 2189 | 1 0.03 33.58 2196 | 1 0.03 33.60 2197 | 2 0.06 33.66 2198 | 1 0.03 33.69 2200 | 1 0.03 33.72 2202 | 1 0.03 33.75 2203 | 2 0.06 33.81 2205 | 1 0.03 33.84 2207 | 2 0.06 33.90 2208 | 1 0.03 33.92 2210 | 1 0.03 33.95 2214 | 1 0.03 33.98 2218 | 1 0.03 34.01 2219 | 1 0.03 34.04 2221 | 1 0.03 34.07 2222 | 1 0.03 34.10 2225 | 1 0.03 34.13 2230 | 2 0.06 34.19 2233 | 1 0.03 34.22 2234 | 1 0.03 34.24 2236 | 2 0.06 34.30 2240 | 2 0.06 34.36 2246 | 1 0.03 34.39 2247 | 1 0.03 34.42 2253 | 3 0.09 34.51 2255 | 1 0.03 34.54 2257 | 3 0.09 34.62 2262 | 1 0.03 34.65 2263 | 1 0.03 34.68 2264 | 1 0.03 34.71 2265 | 1 0.03 34.74 2266 | 1 0.03 34.77 2268 | 1 0.03 34.80 2272 | 2 0.06 34.86 2276 | 1 0.03 34.89 2280 | 1 0.03 34.91 2281 | 1 0.03 34.94 2282 | 1 0.03 34.97 2286 | 1 0.03 35.00 2288 | 1 0.03 35.03 2289 | 1 0.03 35.06 2292 | 1 0.03 35.09 2293 | 1 0.03 35.12 2296 | 1 0.03 35.15 2297 | 1 0.03 35.18 2300 | 1 0.03 35.21 2302 | 1 0.03 35.23 2304 | 2 0.06 35.29 2309 | 1 0.03 35.32 2311 | 1 0.03 35.35 2313 | 1 0.03 35.38 2314 | 2 0.06 35.44 2316 | 1 0.03 35.47 2317 | 1 0.03 35.50 2319 | 1 0.03 35.53 2321 | 1 0.03 35.55 2323 | 1 0.03 35.58 2330 | 1 0.03 35.61 2332 | 1 0.03 35.64 2333 | 1 0.03 35.67 2335 | 1 0.03 35.70 2336 | 2 0.06 35.76 2338 | 2 0.06 35.82 2339 | 1 0.03 35.85 2340 | 1 0.03 35.87 2346 | 2 0.06 35.93 2347 | 1 0.03 35.96 2348 | 1 0.03 35.99 2351 | 1 0.03 36.02 2356 | 1 0.03 36.05 2360 | 1 0.03 36.08 2363 | 1 0.03 36.11 2371 | 3 0.09 36.19 2374 | 2 0.06 36.25 2379 | 1 0.03 36.28 2386 | 1 0.03 36.31 2388 | 1 0.03 36.34 2392 | 1 0.03 36.37 2396 | 1 0.03 36.40 2397 | 2 0.06 36.46 2398 | 1 0.03 36.49 2400 | 1 0.03 36.51 2401 | 2 0.06 36.57 2402 | 1 0.03 36.60 2405 | 1 0.03 36.63 2418 | 1 0.03 36.66 2422 | 1 0.03 36.69 2423 | 1 0.03 36.72 2424 | 2 0.06 36.78 2430 | 1 0.03 36.81 2438 | 1 0.03 36.83 2439 | 2 0.06 36.89 2443 | 1 0.03 36.92 2444 | 1 0.03 36.95 2449 | 1 0.03 36.98 2450 | 2 0.06 37.04 2452 | 1 0.03 37.07 2454 | 1 0.03 37.10 2457 | 1 0.03 37.13 2458 | 1 0.03 37.15 2461 | 1 0.03 37.18 2463 | 1 0.03 37.21 2467 | 1 0.03 37.24 2472 | 1 0.03 37.27 2473 | 1 0.03 37.30 2476 | 1 0.03 37.33 2477 | 1 0.03 37.36 2486 | 1 0.03 37.39 2490 | 2 0.06 37.45 2492 | 1 0.03 37.47 2497 | 1 0.03 37.50 2498 | 1 0.03 37.53 2500 | 1 0.03 37.56 2502 | 1 0.03 37.59 2510 | 1 0.03 37.62 2515 | 1 0.03 37.65 2522 | 2 0.06 37.71 2523 | 1 0.03 37.74 2526 | 1 0.03 37.77 2527 | 1 0.03 37.79 2529 | 1 0.03 37.82 2531 | 1 0.03 37.85 2532 | 1 0.03 37.88 2534 | 1 0.03 37.91 2536 | 1 0.03 37.94 2537 | 1 0.03 37.97 2538 | 1 0.03 38.00 2539 | 1 0.03 38.03 2540 | 1 0.03 38.06 2543 | 2 0.06 38.11 2544 | 1 0.03 38.14 2547 | 2 0.06 38.20 2548 | 1 0.03 38.23 2549 | 1 0.03 38.26 2550 | 1 0.03 38.29 2551 | 1 0.03 38.32 2552 | 2 0.06 38.38 2553 | 1 0.03 38.41 2555 | 2 0.06 38.46 2560 | 1 0.03 38.49 2562 | 1 0.03 38.52 2565 | 1 0.03 38.55 2569 | 1 0.03 38.58 2572 | 1 0.03 38.61 2575 | 1 0.03 38.64 2581 | 1 0.03 38.67 2585 | 1 0.03 38.70 2588 | 2 0.06 38.75 2590 | 3 0.09 38.84 2593 | 1 0.03 38.87 2596 | 1 0.03 38.90 2598 | 3 0.09 38.99 2599 | 1 0.03 39.02 2601 | 2 0.06 39.07 2603 | 1 0.03 39.10 2605 | 1 0.03 39.13 2607 | 1 0.03 39.16 2610 | 1 0.03 39.19 2617 | 1 0.03 39.22 2624 | 2 0.06 39.28 2631 | 1 0.03 39.31 2632 | 1 0.03 39.34 2633 | 2 0.06 39.39 2634 | 1 0.03 39.42 2635 | 2 0.06 39.48 2637 | 2 0.06 39.54 2639 | 1 0.03 39.57 2640 | 2 0.06 39.63 2643 | 1 0.03 39.66 2660 | 1 0.03 39.69 2662 | 1 0.03 39.71 2666 | 2 0.06 39.77 2667 | 1 0.03 39.80 2669 | 2 0.06 39.86 2671 | 1 0.03 39.89 2675 | 2 0.06 39.95 2676 | 1 0.03 39.98 2677 | 1 0.03 40.01 2679 | 1 0.03 40.03 2681 | 1 0.03 40.06 2688 | 1 0.03 40.09 2692 | 1 0.03 40.12 2693 | 1 0.03 40.15 2694 | 1 0.03 40.18 2697 | 1 0.03 40.21 2705 | 1 0.03 40.24 2707 | 1 0.03 40.27 2708 | 1 0.03 40.30 2709 | 1 0.03 40.33 2713 | 1 0.03 40.35 2717 | 2 0.06 40.41 2718 | 1 0.03 40.44 2721 | 1 0.03 40.47 2724 | 2 0.06 40.53 2727 | 1 0.03 40.56 2729 | 2 0.06 40.62 2730 | 1 0.03 40.65 2733 | 2 0.06 40.70 2737 | 1 0.03 40.73 2739 | 1 0.03 40.76 2740 | 1 0.03 40.79 2744 | 1 0.03 40.82 2745 | 1 0.03 40.85 2746 | 1 0.03 40.88 2748 | 2 0.06 40.94 2770 | 2 0.06 41.00 2776 | 1 0.03 41.02 2781 | 1 0.03 41.05 2783 | 1 0.03 41.08 2789 | 1 0.03 41.11 2791 | 1 0.03 41.14 2792 | 1 0.03 41.17 2795 | 1 0.03 41.20 2796 | 1 0.03 41.23 2799 | 1 0.03 41.26 2801 | 1 0.03 41.29 2803 | 1 0.03 41.32 2809 | 1 0.03 41.34 2811 | 1 0.03 41.37 2814 | 1 0.03 41.40 2815 | 1 0.03 41.43 2818 | 1 0.03 41.46 2837 | 3 0.09 41.55 2841 | 1 0.03 41.58 2842 | 1 0.03 41.61 2845 | 2 0.06 41.66 2849 | 1 0.03 41.69 2850 | 1 0.03 41.72 2859 | 1 0.03 41.75 2863 | 2 0.06 41.81 2867 | 1 0.03 41.84 2878 | 2 0.06 41.90 2881 | 1 0.03 41.93 2882 | 1 0.03 41.96 2886 | 2 0.06 42.01 2890 | 1 0.03 42.04 2891 | 1 0.03 42.07 2893 | 1 0.03 42.10 2899 | 1 0.03 42.13 2900 | 1 0.03 42.16 2902 | 1 0.03 42.19 2903 | 2 0.06 42.25 2909 | 1 0.03 42.28 2910 | 1 0.03 42.30 2911 | 2 0.06 42.36 2914 | 2 0.06 42.42 2923 | 1 0.03 42.45 2925 | 1 0.03 42.48 2926 | 2 0.06 42.54 2928 | 1 0.03 42.57 2929 | 1 0.03 42.60 2930 | 3 0.09 42.68 2932 | 1 0.03 42.71 2933 | 1 0.03 42.74 2934 | 1 0.03 42.77 2942 | 1 0.03 42.80 2943 | 4 0.12 42.92 2947 | 1 0.03 42.94 2958 | 1 0.03 42.97 2961 | 1 0.03 43.00 2966 | 1 0.03 43.03 2967 | 1 0.03 43.06 2969 | 1 0.03 43.09 2974 | 1 0.03 43.12 2976 | 1 0.03 43.15 2977 | 1 0.03 43.18 2978 | 1 0.03 43.21 2981 | 1 0.03 43.24 2986 | 1 0.03 43.26 2987 | 1 0.03 43.29 2988 | 1 0.03 43.32 2990 | 1 0.03 43.35 2992 | 1 0.03 43.38 2995 | 1 0.03 43.41 2996 | 1 0.03 43.44 2997 | 1 0.03 43.47 2998 | 1 0.03 43.50 3000 | 1 0.03 43.53 3002 | 1 0.03 43.56 3004 | 1 0.03 43.58 3005 | 1 0.03 43.61 3006 | 1 0.03 43.64 3009 | 2 0.06 43.70 3010 | 3 0.09 43.79 3012 | 1 0.03 43.82 3021 | 1 0.03 43.85 3022 | 1 0.03 43.88 3024 | 1 0.03 43.90 3025 | 1 0.03 43.93 3027 | 1 0.03 43.96 3030 | 2 0.06 44.02 3036 | 1 0.03 44.05 3037 | 2 0.06 44.11 3038 | 1 0.03 44.14 3042 | 1 0.03 44.17 3046 | 1 0.03 44.20 3047 | 1 0.03 44.22 3048 | 1 0.03 44.25 3049 | 1 0.03 44.28 3054 | 1 0.03 44.31 3056 | 1 0.03 44.34 3058 | 1 0.03 44.37 3060 | 1 0.03 44.40 3070 | 1 0.03 44.43 3072 | 1 0.03 44.46 3074 | 1 0.03 44.49 3078 | 1 0.03 44.52 3082 | 2 0.06 44.57 3088 | 1 0.03 44.60 3089 | 2 0.06 44.66 3090 | 1 0.03 44.69 3093 | 1 0.03 44.72 3095 | 1 0.03 44.75 3096 | 1 0.03 44.78 3102 | 1 0.03 44.81 3104 | 1 0.03 44.84 3105 | 1 0.03 44.86 3107 | 1 0.03 44.89 3109 | 1 0.03 44.92 3110 | 1 0.03 44.95 3112 | 1 0.03 44.98 3114 | 1 0.03 45.01 3115 | 1 0.03 45.04 3116 | 1 0.03 45.07 3119 | 1 0.03 45.10 3126 | 1 0.03 45.13 3127 | 1 0.03 45.16 3129 | 1 0.03 45.18 3137 | 1 0.03 45.21 3143 | 1 0.03 45.24 3144 | 1 0.03 45.27 3147 | 1 0.03 45.30 3148 | 1 0.03 45.33 3152 | 1 0.03 45.36 3155 | 1 0.03 45.39 3157 | 2 0.06 45.45 3162 | 1 0.03 45.48 3168 | 1 0.03 45.50 3169 | 2 0.06 45.56 3175 | 1 0.03 45.59 3178 | 2 0.06 45.65 3184 | 1 0.03 45.68 3188 | 2 0.06 45.74 3189 | 2 0.06 45.80 3192 | 1 0.03 45.82 3193 | 1 0.03 45.85 3195 | 1 0.03 45.88 3196 | 1 0.03 45.91 3197 | 1 0.03 45.94 3199 | 1 0.03 45.97 3200 | 1 0.03 46.00 3201 | 1 0.03 46.03 3202 | 1 0.03 46.06 3209 | 1 0.03 46.09 3214 | 1 0.03 46.12 3219 | 1 0.03 46.14 3224 | 1 0.03 46.17 3225 | 1 0.03 46.20 3231 | 1 0.03 46.23 3238 | 2 0.06 46.29 3243 | 1 0.03 46.32 3244 | 2 0.06 46.38 3247 | 1 0.03 46.41 3250 | 1 0.03 46.44 3251 | 1 0.03 46.46 3253 | 1 0.03 46.49 3257 | 2 0.06 46.55 3263 | 1 0.03 46.58 3264 | 1 0.03 46.61 3268 | 1 0.03 46.64 3270 | 1 0.03 46.67 3272 | 1 0.03 46.70 3274 | 1 0.03 46.73 3275 | 1 0.03 46.76 3278 | 1 0.03 46.78 3280 | 1 0.03 46.81 3282 | 1 0.03 46.84 3288 | 1 0.03 46.87 3289 | 1 0.03 46.90 3291 | 2 0.06 46.96 3301 | 1 0.03 46.99 3306 | 1 0.03 47.02 3307 | 1 0.03 47.05 3310 | 1 0.03 47.08 3326 | 1 0.03 47.11 3327 | 1 0.03 47.13 3339 | 1 0.03 47.16 3340 | 1 0.03 47.19 3344 | 1 0.03 47.22 3346 | 1 0.03 47.25 3347 | 1 0.03 47.28 3355 | 1 0.03 47.31 3362 | 1 0.03 47.34 3363 | 1 0.03 47.37 3364 | 1 0.03 47.40 3369 | 1 0.03 47.43 3371 | 1 0.03 47.45 3376 | 1 0.03 47.48 3379 | 1 0.03 47.51 3381 | 1 0.03 47.54 3385 | 1 0.03 47.57 3387 | 1 0.03 47.60 3389 | 1 0.03 47.63 3390 | 1 0.03 47.66 3393 | 1 0.03 47.69 3397 | 1 0.03 47.72 3401 | 1 0.03 47.75 3405 | 1 0.03 47.77 3409 | 1 0.03 47.80 3410 | 1 0.03 47.83 3416 | 1 0.03 47.86 3418 | 1 0.03 47.89 3424 | 1 0.03 47.92 3437 | 1 0.03 47.95 3439 | 1 0.03 47.98 3440 | 1 0.03 48.01 3446 | 1 0.03 48.04 3448 | 2 0.06 48.09 3451 | 1 0.03 48.12 3456 | 3 0.09 48.21 3459 | 1 0.03 48.24 3462 | 1 0.03 48.27 3464 | 1 0.03 48.30 3467 | 1 0.03 48.33 3470 | 1 0.03 48.36 3474 | 1 0.03 48.39 3478 | 1 0.03 48.41 3479 | 2 0.06 48.47 3481 | 1 0.03 48.50 3482 | 1 0.03 48.53 3483 | 2 0.06 48.59 3489 | 1 0.03 48.62 3494 | 2 0.06 48.68 3509 | 1 0.03 48.71 3512 | 1 0.03 48.73 3513 | 1 0.03 48.76 3515 | 1 0.03 48.79 3516 | 1 0.03 48.82 3517 | 2 0.06 48.88 3518 | 1 0.03 48.91 3521 | 1 0.03 48.94 3525 | 1 0.03 48.97 3526 | 1 0.03 49.00 3530 | 2 0.06 49.05 3534 | 1 0.03 49.08 3538 | 1 0.03 49.11 3540 | 2 0.06 49.17 3542 | 1 0.03 49.20 3543 | 1 0.03 49.23 3544 | 1 0.03 49.26 3548 | 2 0.06 49.32 3552 | 1 0.03 49.35 3555 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| 1 0.03 52.75 3879 | 3 0.09 52.84 3882 | 3 0.09 52.92 3883 | 1 0.03 52.95 3889 | 1 0.03 52.98 3894 | 1 0.03 53.01 3895 | 1 0.03 53.04 3897 | 1 0.03 53.07 3898 | 1 0.03 53.10 3900 | 2 0.06 53.16 3901 | 1 0.03 53.19 3906 | 1 0.03 53.22 3909 | 1 0.03 53.24 3910 | 1 0.03 53.27 3919 | 2 0.06 53.33 3922 | 2 0.06 53.39 3932 | 1 0.03 53.42 3939 | 1 0.03 53.45 3940 | 1 0.03 53.48 3945 | 1 0.03 53.51 3954 | 1 0.03 53.54 3956 | 1 0.03 53.56 3957 | 1 0.03 53.59 3971 | 1 0.03 53.62 3972 | 1 0.03 53.65 3973 | 1 0.03 53.68 3978 | 1 0.03 53.71 3981 | 1 0.03 53.74 3982 | 1 0.03 53.77 3985 | 1 0.03 53.80 3993 | 1 0.03 53.83 4000 | 1 0.03 53.86 4005 | 1 0.03 53.88 4008 | 1 0.03 53.91 4010 | 1 0.03 53.94 4013 | 1 0.03 53.97 4015 | 2 0.06 54.03 4029 | 1 0.03 54.06 4030 | 1 0.03 54.09 4031 | 1 0.03 54.12 4033 | 1 0.03 54.15 4035 | 1 0.03 54.18 4044 | 1 0.03 54.20 4045 | 1 0.03 54.23 4048 | 1 0.03 54.26 4054 | 1 0.03 54.29 4067 | 1 0.03 54.32 4071 | 1 0.03 54.35 4072 | 1 0.03 54.38 4073 | 1 0.03 54.41 4075 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23310 | 1 0.03 93.42 23549 | 1 0.03 93.45 23614 | 1 0.03 93.48 23676 | 1 0.03 93.51 23801 | 1 0.03 93.54 23867 | 1 0.03 93.57 23877 | 1 0.03 93.60 24039 | 1 0.03 93.63 24145 | 1 0.03 93.66 24380 | 1 0.03 93.69 24723 | 1 0.03 93.72 24761 | 1 0.03 93.74 24858 | 1 0.03 93.77 24951 | 1 0.03 93.80 25013 | 1 0.03 93.83 25102 | 1 0.03 93.86 25119 | 1 0.03 93.89 25361 | 1 0.03 93.92 25430 | 1 0.03 93.95 25468 | 1 0.03 93.98 25524 | 1 0.03 94.01 25537 | 1 0.03 94.04 25592 | 1 0.03 94.06 25621 | 1 0.03 94.09 25630 | 1 0.03 94.12 25787 | 1 0.03 94.15 26001 | 1 0.03 94.18 26105 | 1 0.03 94.21 26144 | 1 0.03 94.24 26155 | 1 0.03 94.27 26184 | 1 0.03 94.30 26195 | 1 0.03 94.33 26200 | 1 0.03 94.36 26218 | 1 0.03 94.38 26244 | 1 0.03 94.41 26420 | 1 0.03 94.44 26617 | 1 0.03 94.47 26849 | 1 0.03 94.50 26875 | 1 0.03 94.53 27173 | 1 0.03 94.56 27204 | 1 0.03 94.59 27219 | 1 0.03 94.62 27339 | 1 0.03 94.65 27371 | 1 0.03 94.68 27519 | 1 0.03 94.70 27586 | 1 0.03 94.73 27639 | 1 0.03 94.76 27646 | 1 0.03 94.79 27758 | 1 0.03 94.82 27768 | 1 0.03 94.85 28080 | 1 0.03 94.88 28097 | 1 0.03 94.91 28115 | 1 0.03 94.94 28171 | 1 0.03 94.97 28349 | 1 0.03 95.00 28478 | 1 0.03 95.02 28506 | 1 0.03 95.05 28544 | 1 0.03 95.08 29295 | 1 0.03 95.11 29347 | 1 0.03 95.14 29446 | 1 0.03 95.17 29540 | 1 0.03 95.20 29551 | 1 0.03 95.23 29613 | 1 0.03 95.26 29665 | 1 0.03 95.29 30045 | 1 0.03 95.32 30089 | 1 0.03 95.34 30091 | 1 0.03 95.37 30289 | 1 0.03 95.40 30317 | 1 0.03 95.43 30450 | 1 0.03 95.46 30505 | 1 0.03 95.49 30558 | 1 0.03 95.52 30563 | 1 0.03 95.55 30624 | 1 0.03 95.58 30916 | 1 0.03 95.61 31527 | 1 0.03 95.64 31615 | 1 0.03 95.66 31652 | 1 0.03 95.69 31765 | 1 0.03 95.72 31837 | 1 0.03 95.75 31853 | 1 0.03 95.78 32374 | 1 0.03 95.81 32618 | 1 0.03 95.84 32672 | 1 0.03 95.87 32862 | 1 0.03 95.90 33199 | 1 0.03 95.93 33229 | 1 0.03 95.96 33360 | 1 0.03 95.98 33630 | 1 0.03 96.01 33800 | 1 0.03 96.04 34110 | 1 0.03 96.07 34280 | 1 0.03 96.10 34336 | 1 0.03 96.13 34503 | 1 0.03 96.16 34556 | 1 0.03 96.19 34595 | 1 0.03 96.22 34653 | 1 0.03 96.25 34795 | 1 0.03 96.28 35285 | 1 0.03 96.30 35390 | 1 0.03 96.33 35423 | 1 0.03 96.36 35614 | 1 0.03 96.39 35681 | 1 0.03 96.42 36085 | 1 0.03 96.45 36197 | 1 0.03 96.48 36760 | 1 0.03 96.51 37259 | 1 0.03 96.54 38752 | 1 0.03 96.57 38776 | 1 0.03 96.60 39113 | 1 0.03 96.62 39235 | 1 0.03 96.65 39351 | 1 0.03 96.68 39668 | 1 0.03 96.71 39872 | 1 0.03 96.74 39928 | 1 0.03 96.77 39977 | 1 0.03 96.80 40024 | 1 0.03 96.83 40306 | 1 0.03 96.86 40456 | 1 0.03 96.89 40969 | 1 0.03 96.92 40975 | 1 0.03 96.95 41160 | 1 0.03 96.97 41240 | 1 0.03 97.00 41351 | 1 0.03 97.03 42194 | 1 0.03 97.06 42598 | 1 0.03 97.09 42800 | 1 0.03 97.12 42959 | 1 0.03 97.15 43826 | 1 0.03 97.18 44074 | 1 0.03 97.21 44238 | 1 0.03 97.24 44759 | 1 0.03 97.27 45564 | 1 0.03 97.29 45887 | 1 0.03 97.32 45950 | 1 0.03 97.35 46080 | 1 0.03 97.38 46382 | 1 0.03 97.41 46454 | 1 0.03 97.44 47091 | 1 0.03 97.47 49131 | 1 0.03 97.50 49224 | 1 0.03 97.53 49283 | 1 0.03 97.56 50190 | 1 0.03 97.59 50353 | 1 0.03 97.61 50826 | 1 0.03 97.64 51018 | 1 0.03 97.67 51138 | 1 0.03 97.70 51498 | 1 0.03 97.73 52134 | 1 0.03 97.76 53266 | 1 0.03 97.79 53268 | 1 0.03 97.82 53490 | 1 0.03 97.85 53709 | 1 0.03 97.88 53822 | 1 0.03 97.91 54085 | 1 0.03 97.93 54640 | 1 0.03 97.96 55120 | 1 0.03 97.99 55435 | 1 0.03 98.02 56371 | 1 0.03 98.05 56922 | 1 0.03 98.08 57659 | 1 0.03 98.11 58503 | 1 0.03 98.14 58644 | 1 0.03 98.17 59191 | 1 0.03 98.20 59447 | 1 0.03 98.23 59527 | 1 0.03 98.25 59660 | 1 0.03 98.28 60308 | 1 0.03 98.31 60621 | 1 0.03 98.34 62266 | 1 0.03 98.37 63194 | 1 0.03 98.40 63544 | 1 0.03 98.43 63910 | 1 0.03 98.46 63997 | 1 0.03 98.49 66611 | 1 0.03 98.52 67673 | 1 0.03 98.55 67873 | 1 0.03 98.57 67902 | 1 0.03 98.60 68235 | 1 0.03 98.63 69482 | 1 0.03 98.66 70935 | 1 0.03 98.69 71228 | 1 0.03 98.72 71338 | 1 0.03 98.75 72941 | 1 0.03 98.78 74197 | 1 0.03 98.81 74396 | 1 0.03 98.84 75558 | 1 0.03 98.87 75565 | 1 0.03 98.89 81389 | 1 0.03 98.92 81470 | 1 0.03 98.95 84493 | 1 0.03 98.98 85553 | 1 0.03 99.01 85873 | 1 0.03 99.04 88038 | 1 0.03 99.07 88273 | 1 0.03 99.10 90891 | 1 0.03 99.13 93807 | 1 0.03 99.16 95028 | 1 0.03 99.19 98099 | 1 0.03 99.21 99059 | 1 0.03 99.24 99214 | 1 0.03 99.27 101383 | 1 0.03 99.30 111594 | 1 0.03 99.33 116258 | 1 0.03 99.36 123025 | 1 0.03 99.39 139930 | 1 0.03 99.42 145449 | 1 0.03 99.45 150075 | 1 0.03 99.48 156059 | 1 0.03 99.51 188939 | 1 0.03 99.53 194035 | 1 0.03 99.56 2.66e+07 | 1 0.03 99.59 . | 14 0.41 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for enrbb variable in PC_HSA_rates_0307 dataset : Black, | Number of | Medicare | beneficiari | es Part B | eligible | Freq. Percent Cum. ------------+----------------------------------- 200 | 4 0.12 0.12 201 | 3 0.09 0.20 202 | 2 0.06 0.26 203 | 1 0.03 0.29 204 | 2 0.06 0.35 206 | 3 0.09 0.44 207 | 3 0.09 0.52 208 | 2 0.06 0.58 209 | 1 0.03 0.61 211 | 3 0.09 0.70 212 | 3 0.09 0.79 213 | 2 0.06 0.84 214 | 6 0.17 1.02 216 | 4 0.12 1.13 217 | 2 0.06 1.19 218 | 2 0.06 1.25 219 | 6 0.17 1.43 220 | 3 0.09 1.51 221 | 3 0.09 1.60 222 | 1 0.03 1.63 223 | 3 0.09 1.72 224 | 2 0.06 1.77 226 | 2 0.06 1.83 227 | 4 0.12 1.95 228 | 2 0.06 2.01 229 | 4 0.12 2.12 230 | 3 0.09 2.21 231 | 2 0.06 2.27 234 | 2 0.06 2.33 235 | 2 0.06 2.39 237 | 2 0.06 2.44 238 | 1 0.03 2.47 239 | 2 0.06 2.53 240 | 1 0.03 2.56 241 | 4 0.12 2.68 242 | 1 0.03 2.71 243 | 1 0.03 2.73 244 | 1 0.03 2.76 245 | 2 0.06 2.82 246 | 2 0.06 2.88 247 | 2 0.06 2.94 248 | 2 0.06 3.00 249 | 1 0.03 3.03 250 | 2 0.06 3.08 251 | 1 0.03 3.11 252 | 1 0.03 3.14 253 | 1 0.03 3.17 254 | 1 0.03 3.20 255 | 2 0.06 3.26 256 | 1 0.03 3.29 257 | 1 0.03 3.32 258 | 1 0.03 3.35 259 | 3 0.09 3.43 261 | 2 0.06 3.49 262 | 4 0.12 3.61 263 | 1 0.03 3.64 264 | 3 0.09 3.72 265 | 2 0.06 3.78 266 | 5 0.15 3.93 267 | 4 0.12 4.04 268 | 1 0.03 4.07 270 | 1 0.03 4.10 271 | 1 0.03 4.13 272 | 1 0.03 4.16 273 | 1 0.03 4.19 274 | 1 0.03 4.22 275 | 1 0.03 4.25 276 | 2 0.06 4.31 277 | 5 0.15 4.45 279 | 8 0.23 4.68 280 | 2 0.06 4.74 281 | 2 0.06 4.80 282 | 1 0.03 4.83 283 | 1 0.03 4.86 287 | 1 0.03 4.89 288 | 3 0.09 4.98 289 | 2 0.06 5.03 290 | 2 0.06 5.09 291 | 1 0.03 5.12 292 | 3 0.09 5.21 293 | 2 0.06 5.27 294 | 4 0.12 5.38 296 | 2 0.06 5.44 297 | 1 0.03 5.47 298 | 3 0.09 5.56 299 | 1 0.03 5.59 300 | 3 0.09 5.67 301 | 2 0.06 5.73 302 | 1 0.03 5.76 303 | 1 0.03 5.79 304 | 1 0.03 5.82 305 | 2 0.06 5.88 307 | 2 0.06 5.94 308 | 1 0.03 5.96 309 | 1 0.03 5.99 310 | 1 0.03 6.02 311 | 1 0.03 6.05 312 | 1 0.03 6.08 313 | 1 0.03 6.11 315 | 2 0.06 6.17 317 | 2 0.06 6.23 318 | 3 0.09 6.31 319 | 1 0.03 6.34 320 | 1 0.03 6.37 321 | 3 0.09 6.46 322 | 1 0.03 6.49 323 | 3 0.09 6.58 324 | 3 0.09 6.66 325 | 1 0.03 6.69 326 | 4 0.12 6.81 327 | 1 0.03 6.84 329 | 2 0.06 6.90 331 | 2 0.06 6.95 332 | 3 0.09 7.04 333 | 2 0.06 7.10 334 | 2 0.06 7.16 335 | 2 0.06 7.22 336 | 3 0.09 7.30 338 | 1 0.03 7.33 340 | 2 0.06 7.39 341 | 1 0.03 7.42 342 | 2 0.06 7.48 343 | 2 0.06 7.54 344 | 1 0.03 7.56 345 | 1 0.03 7.59 347 | 1 0.03 7.62 349 | 2 0.06 7.68 350 | 2 0.06 7.74 351 | 2 0.06 7.80 352 | 1 0.03 7.83 353 | 2 0.06 7.88 355 | 2 0.06 7.94 356 | 3 0.09 8.03 357 | 1 0.03 8.06 359 | 2 0.06 8.12 362 | 2 0.06 8.18 363 | 2 0.06 8.23 366 | 1 0.03 8.26 367 | 2 0.06 8.32 368 | 1 0.03 8.35 369 | 1 0.03 8.38 370 | 2 0.06 8.44 371 | 1 0.03 8.47 372 | 1 0.03 8.50 373 | 2 0.06 8.55 374 | 1 0.03 8.58 375 | 2 0.06 8.64 376 | 1 0.03 8.67 377 | 1 0.03 8.70 380 | 2 0.06 8.76 381 | 1 0.03 8.79 382 | 1 0.03 8.82 383 | 1 0.03 8.84 384 | 3 0.09 8.93 385 | 2 0.06 8.99 387 | 2 0.06 9.05 388 | 1 0.03 9.08 389 | 1 0.03 9.11 390 | 1 0.03 9.14 391 | 1 0.03 9.16 392 | 3 0.09 9.25 394 | 2 0.06 9.31 395 | 2 0.06 9.37 396 | 1 0.03 9.40 397 | 1 0.03 9.43 399 | 2 0.06 9.49 400 | 1 0.03 9.51 401 | 2 0.06 9.57 402 | 2 0.06 9.63 403 | 2 0.06 9.69 405 | 3 0.09 9.78 407 | 2 0.06 9.83 408 | 1 0.03 9.86 410 | 2 0.06 9.92 411 | 2 0.06 9.98 416 | 2 0.06 10.04 417 | 3 0.09 10.13 418 | 1 0.03 10.15 419 | 1 0.03 10.18 420 | 2 0.06 10.24 421 | 1 0.03 10.27 422 | 1 0.03 10.30 423 | 1 0.03 10.33 424 | 1 0.03 10.36 426 | 1 0.03 10.39 428 | 1 0.03 10.42 431 | 2 0.06 10.47 432 | 2 0.06 10.53 433 | 2 0.06 10.59 434 | 1 0.03 10.62 436 | 3 0.09 10.71 437 | 2 0.06 10.77 438 | 2 0.06 10.82 440 | 2 0.06 10.88 441 | 3 0.09 10.97 443 | 1 0.03 11.00 444 | 1 0.03 11.03 446 | 1 0.03 11.06 447 | 2 0.06 11.11 449 | 3 0.09 11.20 450 | 1 0.03 11.23 451 | 2 0.06 11.29 452 | 1 0.03 11.32 453 | 4 0.12 11.43 455 | 2 0.06 11.49 456 | 1 0.03 11.52 457 | 1 0.03 11.55 458 | 1 0.03 11.58 460 | 1 0.03 11.61 461 | 1 0.03 11.64 465 | 2 0.06 11.70 466 | 1 0.03 11.73 468 | 2 0.06 11.78 469 | 1 0.03 11.81 471 | 2 0.06 11.87 474 | 1 0.03 11.90 475 | 2 0.06 11.96 477 | 1 0.03 11.99 479 | 4 0.12 12.10 480 | 2 0.06 12.16 481 | 1 0.03 12.19 482 | 1 0.03 12.22 487 | 2 0.06 12.28 488 | 2 0.06 12.34 489 | 2 0.06 12.39 493 | 1 0.03 12.42 494 | 2 0.06 12.48 495 | 1 0.03 12.51 496 | 3 0.09 12.60 497 | 1 0.03 12.63 498 | 1 0.03 12.66 499 | 2 0.06 12.71 500 | 1 0.03 12.74 501 | 1 0.03 12.77 504 | 1 0.03 12.80 505 | 1 0.03 12.83 506 | 1 0.03 12.86 507 | 1 0.03 12.89 508 | 1 0.03 12.92 510 | 1 0.03 12.95 511 | 1 0.03 12.98 512 | 1 0.03 13.01 514 | 1 0.03 13.03 519 | 1 0.03 13.06 520 | 2 0.06 13.12 521 | 2 0.06 13.18 522 | 1 0.03 13.21 523 | 1 0.03 13.24 524 | 2 0.06 13.30 525 | 1 0.03 13.33 526 | 1 0.03 13.35 528 | 1 0.03 13.38 529 | 1 0.03 13.41 531 | 1 0.03 13.44 534 | 1 0.03 13.47 535 | 1 0.03 13.50 536 | 2 0.06 13.56 539 | 1 0.03 13.59 541 | 1 0.03 13.62 543 | 1 0.03 13.65 544 | 1 0.03 13.67 545 | 1 0.03 13.70 546 | 1 0.03 13.73 548 | 1 0.03 13.76 550 | 1 0.03 13.79 551 | 1 0.03 13.82 552 | 2 0.06 13.88 553 | 1 0.03 13.91 555 | 1 0.03 13.94 559 | 1 0.03 13.97 560 | 1 0.03 13.99 561 | 2 0.06 14.05 563 | 1 0.03 14.08 564 | 1 0.03 14.11 565 | 2 0.06 14.17 566 | 1 0.03 14.20 570 | 1 0.03 14.23 571 | 1 0.03 14.26 575 | 1 0.03 14.29 578 | 1 0.03 14.31 580 | 2 0.06 14.37 581 | 2 0.06 14.43 583 | 1 0.03 14.46 585 | 1 0.03 14.49 586 | 1 0.03 14.52 590 | 1 0.03 14.55 591 | 1 0.03 14.58 593 | 2 0.06 14.63 594 | 2 0.06 14.69 595 | 1 0.03 14.72 596 | 2 0.06 14.78 598 | 2 0.06 14.84 602 | 2 0.06 14.90 608 | 1 0.03 14.93 614 | 1 0.03 14.95 620 | 2 0.06 15.01 623 | 3 0.09 15.10 624 | 2 0.06 15.16 627 | 1 0.03 15.19 629 | 1 0.03 15.22 630 | 2 0.06 15.27 631 | 2 0.06 15.33 633 | 1 0.03 15.36 636 | 1 0.03 15.39 641 | 1 0.03 15.42 642 | 1 0.03 15.45 644 | 1 0.03 15.48 647 | 1 0.03 15.51 648 | 1 0.03 15.54 649 | 1 0.03 15.57 650 | 1 0.03 15.59 651 | 1 0.03 15.62 653 | 3 0.09 15.71 655 | 2 0.06 15.77 656 | 1 0.03 15.80 659 | 1 0.03 15.83 661 | 1 0.03 15.86 662 | 1 0.03 15.89 664 | 1 0.03 15.92 665 | 2 0.06 15.97 667 | 2 0.06 16.03 668 | 3 0.09 16.12 669 | 2 0.06 16.18 670 | 2 0.06 16.24 671 | 1 0.03 16.26 672 | 1 0.03 16.29 675 | 1 0.03 16.32 680 | 1 0.03 16.35 683 | 1 0.03 16.38 690 | 1 0.03 16.41 693 | 1 0.03 16.44 695 | 1 0.03 16.47 698 | 1 0.03 16.50 700 | 2 0.06 16.56 706 | 1 0.03 16.58 707 | 2 0.06 16.64 709 | 4 0.12 16.76 713 | 1 0.03 16.79 717 | 3 0.09 16.88 722 | 1 0.03 16.90 724 | 1 0.03 16.93 728 | 2 0.06 16.99 729 | 1 0.03 17.02 730 | 3 0.09 17.11 736 | 1 0.03 17.14 737 | 2 0.06 17.20 753 | 1 0.03 17.22 757 | 2 0.06 17.28 762 | 1 0.03 17.31 765 | 1 0.03 17.34 766 | 1 0.03 17.37 770 | 1 0.03 17.40 773 | 1 0.03 17.43 777 | 1 0.03 17.46 778 | 1 0.03 17.49 779 | 1 0.03 17.52 784 | 1 0.03 17.54 788 | 1 0.03 17.57 790 | 1 0.03 17.60 795 | 1 0.03 17.63 798 | 1 0.03 17.66 802 | 1 0.03 17.69 803 | 1 0.03 17.72 804 | 1 0.03 17.75 806 | 1 0.03 17.78 810 | 1 0.03 17.81 823 | 1 0.03 17.84 824 | 1 0.03 17.86 826 | 3 0.09 17.95 830 | 1 0.03 17.98 832 | 1 0.03 18.01 833 | 1 0.03 18.04 837 | 1 0.03 18.07 843 | 1 0.03 18.10 847 | 2 0.06 18.16 850 | 1 0.03 18.18 852 | 2 0.06 18.24 853 | 1 0.03 18.27 854 | 1 0.03 18.30 857 | 1 0.03 18.33 865 | 1 0.03 18.36 869 | 1 0.03 18.39 870 | 1 0.03 18.42 872 | 3 0.09 18.50 877 | 2 0.06 18.56 880 | 1 0.03 18.59 882 | 1 0.03 18.62 884 | 1 0.03 18.65 885 | 1 0.03 18.68 888 | 1 0.03 18.71 890 | 1 0.03 18.74 891 | 1 0.03 18.77 892 | 1 0.03 18.80 893 | 2 0.06 18.85 895 | 1 0.03 18.88 899 | 2 0.06 18.94 901 | 1 0.03 18.97 903 | 1 0.03 19.00 904 | 2 0.06 19.06 911 | 1 0.03 19.09 913 | 3 0.09 19.17 915 | 1 0.03 19.20 916 | 1 0.03 19.23 917 | 2 0.06 19.29 919 | 2 0.06 19.35 922 | 2 0.06 19.41 926 | 1 0.03 19.44 928 | 1 0.03 19.46 929 | 1 0.03 19.49 933 | 1 0.03 19.52 937 | 1 0.03 19.55 938 | 1 0.03 19.58 939 | 1 0.03 19.61 940 | 1 0.03 19.64 944 | 1 0.03 19.67 945 | 1 0.03 19.70 949 | 1 0.03 19.73 950 | 1 0.03 19.76 951 | 2 0.06 19.81 957 | 1 0.03 19.84 958 | 1 0.03 19.87 962 | 1 0.03 19.90 964 | 1 0.03 19.93 965 | 1 0.03 19.96 968 | 2 0.06 20.02 969 | 1 0.03 20.05 973 | 1 0.03 20.08 979 | 1 0.03 20.10 988 | 1 0.03 20.13 995 | 1 0.03 20.16 1001 | 2 0.06 20.22 1010 | 1 0.03 20.25 1011 | 1 0.03 20.28 1014 | 1 0.03 20.31 1016 | 1 0.03 20.34 1018 | 1 0.03 20.37 1021 | 2 0.06 20.42 1025 | 2 0.06 20.48 1027 | 1 0.03 20.51 1034 | 1 0.03 20.54 1036 | 1 0.03 20.57 1043 | 1 0.03 20.60 1047 | 1 0.03 20.63 1054 | 1 0.03 20.66 1055 | 1 0.03 20.69 1057 | 1 0.03 20.72 1064 | 1 0.03 20.74 1065 | 2 0.06 20.80 1066 | 1 0.03 20.83 1067 | 1 0.03 20.86 1073 | 1 0.03 20.89 1081 | 1 0.03 20.92 1082 | 3 0.09 21.01 1085 | 1 0.03 21.04 1091 | 1 0.03 21.06 1095 | 1 0.03 21.09 1098 | 1 0.03 21.12 1101 | 1 0.03 21.15 1102 | 2 0.06 21.21 1110 | 1 0.03 21.24 1111 | 2 0.06 21.30 1116 | 1 0.03 21.33 1120 | 2 0.06 21.38 1121 | 1 0.03 21.41 1126 | 1 0.03 21.44 1132 | 1 0.03 21.47 1136 | 2 0.06 21.53 1137 | 2 0.06 21.59 1139 | 1 0.03 21.62 1141 | 1 0.03 21.65 1150 | 1 0.03 21.68 1154 | 2 0.06 21.73 1155 | 1 0.03 21.76 1160 | 1 0.03 21.79 1162 | 1 0.03 21.82 1163 | 1 0.03 21.85 1168 | 1 0.03 21.88 1170 | 2 0.06 21.94 1171 | 1 0.03 21.97 1173 | 1 0.03 22.00 1183 | 1 0.03 22.03 1184 | 1 0.03 22.05 1186 | 1 0.03 22.08 1191 | 1 0.03 22.11 1193 | 1 0.03 22.14 1200 | 1 0.03 22.17 1209 | 1 0.03 22.20 1211 | 1 0.03 22.23 1219 | 1 0.03 22.26 1222 | 1 0.03 22.29 1229 | 1 0.03 22.32 1230 | 1 0.03 22.35 1234 | 1 0.03 22.37 1236 | 1 0.03 22.40 1240 | 1 0.03 22.43 1243 | 2 0.06 22.49 1251 | 1 0.03 22.52 1252 | 1 0.03 22.55 1253 | 1 0.03 22.58 1261 | 1 0.03 22.61 1264 | 1 0.03 22.64 1273 | 1 0.03 22.67 1274 | 1 0.03 22.69 1275 | 1 0.03 22.72 1280 | 2 0.06 22.78 1287 | 1 0.03 22.81 1288 | 1 0.03 22.84 1289 | 1 0.03 22.87 1304 | 1 0.03 22.90 1318 | 1 0.03 22.93 1319 | 1 0.03 22.96 1327 | 1 0.03 22.99 1328 | 1 0.03 23.01 1331 | 1 0.03 23.04 1342 | 2 0.06 23.10 1350 | 2 0.06 23.16 1351 | 1 0.03 23.19 1359 | 1 0.03 23.22 1363 | 2 0.06 23.28 1366 | 1 0.03 23.31 1369 | 1 0.03 23.33 1372 | 1 0.03 23.36 1373 | 1 0.03 23.39 1375 | 1 0.03 23.42 1382 | 1 0.03 23.45 1386 | 2 0.06 23.51 1387 | 1 0.03 23.54 1391 | 1 0.03 23.57 1392 | 1 0.03 23.60 1410 | 1 0.03 23.63 1412 | 1 0.03 23.65 1420 | 1 0.03 23.68 1421 | 1 0.03 23.71 1429 | 1 0.03 23.74 1446 | 1 0.03 23.77 1452 | 2 0.06 23.83 1454 | 1 0.03 23.86 1459 | 1 0.03 23.89 1464 | 1 0.03 23.92 1471 | 1 0.03 23.95 1481 | 1 0.03 23.97 1484 | 1 0.03 24.00 1488 | 1 0.03 24.03 1490 | 1 0.03 24.06 1494 | 2 0.06 24.12 1502 | 1 0.03 24.15 1508 | 1 0.03 24.18 1516 | 1 0.03 24.21 1530 | 1 0.03 24.24 1532 | 1 0.03 24.27 1534 | 1 0.03 24.29 1535 | 1 0.03 24.32 1537 | 1 0.03 24.35 1538 | 1 0.03 24.38 1559 | 1 0.03 24.41 1567 | 1 0.03 24.44 1570 | 1 0.03 24.47 1577 | 1 0.03 24.50 1585 | 1 0.03 24.53 1595 | 1 0.03 24.56 1603 | 1 0.03 24.59 1606 | 1 0.03 24.61 1607 | 1 0.03 24.64 1614 | 1 0.03 24.67 1640 | 1 0.03 24.70 1645 | 1 0.03 24.73 1649 | 1 0.03 24.76 1652 | 1 0.03 24.79 1656 | 2 0.06 24.85 1659 | 2 0.06 24.91 1664 | 1 0.03 24.93 1689 | 1 0.03 24.96 1690 | 1 0.03 24.99 1701 | 1 0.03 25.02 1705 | 1 0.03 25.05 1730 | 1 0.03 25.08 1731 | 1 0.03 25.11 1740 | 1 0.03 25.14 1744 | 1 0.03 25.17 1748 | 1 0.03 25.20 1771 | 1 0.03 25.23 1784 | 1 0.03 25.25 1791 | 1 0.03 25.28 1795 | 1 0.03 25.31 1796 | 1 0.03 25.34 1831 | 1 0.03 25.37 1841 | 1 0.03 25.40 1849 | 1 0.03 25.43 1861 | 1 0.03 25.46 1863 | 1 0.03 25.49 1865 | 1 0.03 25.52 1869 | 1 0.03 25.55 1875 | 1 0.03 25.57 1899 | 1 0.03 25.60 1906 | 2 0.06 25.66 1908 | 1 0.03 25.69 1959 | 1 0.03 25.72 1981 | 1 0.03 25.75 1983 | 1 0.03 25.78 1989 | 1 0.03 25.81 1990 | 1 0.03 25.84 2001 | 1 0.03 25.87 2006 | 1 0.03 25.89 2014 | 1 0.03 25.92 2022 | 1 0.03 25.95 2023 | 1 0.03 25.98 2027 | 1 0.03 26.01 2036 | 1 0.03 26.04 2041 | 1 0.03 26.07 2118 | 1 0.03 26.10 2132 | 1 0.03 26.13 2142 | 1 0.03 26.16 2164 | 1 0.03 26.19 2170 | 1 0.03 26.21 2197 | 1 0.03 26.24 2203 | 1 0.03 26.27 2204 | 1 0.03 26.30 2246 | 1 0.03 26.33 2248 | 1 0.03 26.36 2277 | 1 0.03 26.39 2290 | 1 0.03 26.42 2310 | 1 0.03 26.45 2312 | 1 0.03 26.48 2314 | 1 0.03 26.51 2321 | 1 0.03 26.53 2353 | 1 0.03 26.56 2369 | 1 0.03 26.59 2379 | 1 0.03 26.62 2380 | 1 0.03 26.65 2390 | 1 0.03 26.68 2400 | 1 0.03 26.71 2416 | 1 0.03 26.74 2435 | 1 0.03 26.77 2487 | 1 0.03 26.80 2495 | 1 0.03 26.83 2497 | 1 0.03 26.85 2501 | 1 0.03 26.88 2502 | 1 0.03 26.91 2513 | 1 0.03 26.94 2525 | 1 0.03 26.97 2556 | 1 0.03 27.00 2570 | 1 0.03 27.03 2575 | 1 0.03 27.06 2588 | 1 0.03 27.09 2589 | 1 0.03 27.12 2608 | 2 0.06 27.17 2609 | 1 0.03 27.20 2662 | 1 0.03 27.23 2683 | 1 0.03 27.26 2684 | 1 0.03 27.29 2712 | 1 0.03 27.32 2730 | 1 0.03 27.35 2741 | 1 0.03 27.38 2742 | 1 0.03 27.41 2747 | 1 0.03 27.44 2751 | 1 0.03 27.47 2753 | 1 0.03 27.49 2758 | 1 0.03 27.52 2761 | 1 0.03 27.55 2820 | 1 0.03 27.58 2838 | 1 0.03 27.61 2839 | 1 0.03 27.64 2884 | 1 0.03 27.67 2885 | 1 0.03 27.70 2891 | 1 0.03 27.73 2896 | 1 0.03 27.76 2899 | 1 0.03 27.79 2916 | 1 0.03 27.81 2932 | 1 0.03 27.84 2941 | 1 0.03 27.87 2994 | 1 0.03 27.90 3022 | 1 0.03 27.93 3026 | 1 0.03 27.96 3029 | 1 0.03 27.99 3044 | 1 0.03 28.02 3047 | 1 0.03 28.05 3052 | 1 0.03 28.08 3087 | 1 0.03 28.11 3118 | 1 0.03 28.14 3151 | 1 0.03 28.16 3154 | 1 0.03 28.19 3221 | 1 0.03 28.22 3258 | 1 0.03 28.25 3277 | 1 0.03 28.28 3308 | 1 0.03 28.31 3343 | 1 0.03 28.34 3353 | 1 0.03 28.37 3358 | 1 0.03 28.40 3390 | 1 0.03 28.43 3398 | 1 0.03 28.46 3453 | 1 0.03 28.48 3457 | 1 0.03 28.51 3461 | 1 0.03 28.54 3500 | 1 0.03 28.57 3510 | 1 0.03 28.60 3555 | 1 0.03 28.63 3608 | 1 0.03 28.66 3621 | 1 0.03 28.69 3648 | 1 0.03 28.72 3651 | 1 0.03 28.75 3680 | 1 0.03 28.78 3694 | 1 0.03 28.80 3733 | 1 0.03 28.83 3743 | 1 0.03 28.86 3780 | 1 0.03 28.89 3815 | 1 0.03 28.92 3824 | 1 0.03 28.95 3833 | 1 0.03 28.98 3888 | 1 0.03 29.01 3943 | 1 0.03 29.04 4023 | 1 0.03 29.07 4037 | 1 0.03 29.10 4077 | 1 0.03 29.12 4114 | 1 0.03 29.15 4138 | 1 0.03 29.18 4155 | 1 0.03 29.21 4235 | 1 0.03 29.24 4253 | 1 0.03 29.27 4290 | 1 0.03 29.30 4340 | 1 0.03 29.33 4443 | 1 0.03 29.36 4505 | 2 0.06 29.42 4514 | 1 0.03 29.44 4643 | 1 0.03 29.47 4682 | 1 0.03 29.50 4689 | 1 0.03 29.53 4817 | 1 0.03 29.56 4835 | 1 0.03 29.59 4847 | 1 0.03 29.62 4865 | 1 0.03 29.65 4873 | 1 0.03 29.68 4943 | 1 0.03 29.71 4950 | 1 0.03 29.74 5052 | 1 0.03 29.76 5148 | 1 0.03 29.79 5187 | 1 0.03 29.82 5230 | 1 0.03 29.85 5259 | 1 0.03 29.88 5345 | 1 0.03 29.91 5563 | 1 0.03 29.94 5676 | 1 0.03 29.97 5751 | 1 0.03 30.00 5777 | 1 0.03 30.03 5923 | 1 0.03 30.06 6131 | 1 0.03 30.08 6245 | 1 0.03 30.11 6290 | 1 0.03 30.14 6296 | 1 0.03 30.17 6332 | 1 0.03 30.20 6463 | 1 0.03 30.23 6506 | 1 0.03 30.26 6546 | 1 0.03 30.29 6577 | 1 0.03 30.32 6849 | 1 0.03 30.35 6876 | 1 0.03 30.38 6949 | 1 0.03 30.40 6994 | 1 0.03 30.43 7107 | 1 0.03 30.46 7264 | 1 0.03 30.49 7417 | 1 0.03 30.52 7517 | 1 0.03 30.55 7988 | 1 0.03 30.58 8157 | 1 0.03 30.61 8236 | 1 0.03 30.64 8371 | 1 0.03 30.67 8477 | 1 0.03 30.70 8673 | 1 0.03 30.72 8714 | 1 0.03 30.75 8849 | 1 0.03 30.78 8894 | 1 0.03 30.81 8990 | 1 0.03 30.84 9191 | 1 0.03 30.87 9250 | 1 0.03 30.90 9731 | 1 0.03 30.93 9876 | 1 0.03 30.96 10093 | 1 0.03 30.99 10095 | 1 0.03 31.02 10263 | 1 0.03 31.04 11001 | 1 0.03 31.07 11084 | 1 0.03 31.10 11431 | 1 0.03 31.13 11511 | 1 0.03 31.16 11852 | 1 0.03 31.19 11907 | 1 0.03 31.22 12501 | 1 0.03 31.25 12517 | 1 0.03 31.28 12989 | 1 0.03 31.31 13979 | 1 0.03 31.34 18022 | 1 0.03 31.36 18238 | 1 0.03 31.39 19862 | 1 0.03 31.42 20401 | 1 0.03 31.45 21170 | 1 0.03 31.48 22093 | 1 0.03 31.51 22756 | 1 0.03 31.54 27699 | 1 0.03 31.57 29371 | 1 0.03 31.60 29629 | 1 0.03 31.63 32874 | 1 0.03 31.66 34332 | 1 0.03 31.68 38163 | 1 0.03 31.71 40672 | 1 0.03 31.74 57880 | 1 0.03 31.77 67699 | 1 0.03 31.80 2043846 | 1 0.03 31.83 . | 2,343 68.17 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for enrbw variable in PC_HSA_rates_0307 dataset : White, | Number of | Medicare | beneficiari | es Part B | eligible | Freq. Percent Cum. ------------+----------------------------------- 217 | 1 0.03 0.03 228 | 1 0.03 0.06 233 | 1 0.03 0.09 262 | 1 0.03 0.12 310 | 1 0.03 0.15 347 | 1 0.03 0.17 352 | 1 0.03 0.20 355 | 1 0.03 0.23 370 | 1 0.03 0.26 378 | 1 0.03 0.29 383 | 1 0.03 0.32 390 | 1 0.03 0.35 393 | 1 0.03 0.38 398 | 1 0.03 0.41 476 | 1 0.03 0.44 529 | 1 0.03 0.47 543 | 1 0.03 0.49 552 | 1 0.03 0.52 581 | 1 0.03 0.55 584 | 1 0.03 0.58 585 | 1 0.03 0.61 587 | 1 0.03 0.64 597 | 1 0.03 0.67 609 | 1 0.03 0.70 614 | 1 0.03 0.73 625 | 1 0.03 0.76 627 | 1 0.03 0.79 632 | 1 0.03 0.81 643 | 1 0.03 0.84 646 | 1 0.03 0.87 654 | 1 0.03 0.90 657 | 1 0.03 0.93 672 | 1 0.03 0.96 678 | 1 0.03 0.99 687 | 1 0.03 1.02 692 | 1 0.03 1.05 711 | 1 0.03 1.08 713 | 1 0.03 1.11 741 | 1 0.03 1.13 746 | 1 0.03 1.16 760 | 1 0.03 1.19 769 | 1 0.03 1.22 778 | 1 0.03 1.25 781 | 1 0.03 1.28 799 | 1 0.03 1.31 802 | 1 0.03 1.34 807 | 1 0.03 1.37 821 | 1 0.03 1.40 851 | 1 0.03 1.43 860 | 1 0.03 1.45 863 | 1 0.03 1.48 868 | 1 0.03 1.51 879 | 1 0.03 1.54 899 | 1 0.03 1.57 908 | 1 0.03 1.60 920 | 1 0.03 1.63 927 | 1 0.03 1.66 940 | 1 0.03 1.69 944 | 1 0.03 1.72 952 | 1 0.03 1.75 959 | 1 0.03 1.77 960 | 1 0.03 1.80 978 | 1 0.03 1.83 1015 | 1 0.03 1.86 1023 | 1 0.03 1.89 1037 | 1 0.03 1.92 1047 | 1 0.03 1.95 1056 | 1 0.03 1.98 1057 | 1 0.03 2.01 1060 | 1 0.03 2.04 1079 | 1 0.03 2.07 1082 | 1 0.03 2.09 1108 | 1 0.03 2.12 1113 | 1 0.03 2.15 1136 | 1 0.03 2.18 1138 | 1 0.03 2.21 1153 | 1 0.03 2.24 1155 | 1 0.03 2.27 1156 | 1 0.03 2.30 1163 | 1 0.03 2.33 1166 | 1 0.03 2.36 1172 | 1 0.03 2.39 1179 | 1 0.03 2.41 1180 | 1 0.03 2.44 1197 | 1 0.03 2.47 1218 | 1 0.03 2.50 1219 | 1 0.03 2.53 1228 | 1 0.03 2.56 1230 | 1 0.03 2.59 1238 | 1 0.03 2.62 1243 | 1 0.03 2.65 1252 | 1 0.03 2.68 1253 | 1 0.03 2.71 1262 | 1 0.03 2.73 1297 | 1 0.03 2.76 1301 | 1 0.03 2.79 1302 | 1 0.03 2.82 1322 | 1 0.03 2.85 1324 | 1 0.03 2.88 1345 | 1 0.03 2.91 1352 | 1 0.03 2.94 1355 | 1 0.03 2.97 1356 | 1 0.03 3.00 1370 | 1 0.03 3.03 1376 | 1 0.03 3.05 1378 | 1 0.03 3.08 1379 | 1 0.03 3.11 1382 | 2 0.06 3.17 1393 | 1 0.03 3.20 1400 | 1 0.03 3.23 1403 | 1 0.03 3.26 1410 | 1 0.03 3.29 1416 | 1 0.03 3.32 1434 | 1 0.03 3.35 1435 | 1 0.03 3.38 1469 | 1 0.03 3.40 1490 | 1 0.03 3.43 1497 | 1 0.03 3.46 1500 | 1 0.03 3.49 1510 | 1 0.03 3.52 1518 | 2 0.06 3.58 1540 | 1 0.03 3.61 1544 | 1 0.03 3.64 1577 | 1 0.03 3.67 1584 | 1 0.03 3.70 1623 | 1 0.03 3.72 1641 | 1 0.03 3.75 1650 | 1 0.03 3.78 1653 | 1 0.03 3.81 1655 | 1 0.03 3.84 1659 | 1 0.03 3.87 1686 | 1 0.03 3.90 1688 | 1 0.03 3.93 1692 | 1 0.03 3.96 1697 | 1 0.03 3.99 1699 | 1 0.03 4.02 1726 | 1 0.03 4.04 1735 | 1 0.03 4.07 1737 | 1 0.03 4.10 1750 | 1 0.03 4.13 1759 | 1 0.03 4.16 1772 | 1 0.03 4.19 1786 | 1 0.03 4.22 1795 | 1 0.03 4.25 1803 | 1 0.03 4.28 1851 | 1 0.03 4.31 1884 | 1 0.03 4.34 1887 | 1 0.03 4.36 1900 | 1 0.03 4.39 1903 | 1 0.03 4.42 1912 | 1 0.03 4.45 1923 | 1 0.03 4.48 1941 | 1 0.03 4.51 1951 | 1 0.03 4.54 1959 | 1 0.03 4.57 1975 | 1 0.03 4.60 1976 | 1 0.03 4.63 1982 | 1 0.03 4.66 1985 | 1 0.03 4.68 2006 | 1 0.03 4.71 2014 | 1 0.03 4.74 2029 | 1 0.03 4.77 2030 | 1 0.03 4.80 2036 | 1 0.03 4.83 2046 | 1 0.03 4.86 2064 | 2 0.06 4.92 2072 | 1 0.03 4.95 2091 | 1 0.03 4.98 2128 | 1 0.03 5.00 2137 | 1 0.03 5.03 2162 | 1 0.03 5.06 2164 | 1 0.03 5.09 2185 | 1 0.03 5.12 2210 | 1 0.03 5.15 2227 | 1 0.03 5.18 2241 | 1 0.03 5.21 2253 | 1 0.03 5.24 2262 | 1 0.03 5.27 2272 | 1 0.03 5.30 2275 | 1 0.03 5.32 2281 | 1 0.03 5.35 2283 | 1 0.03 5.38 2285 | 1 0.03 5.41 2286 | 1 0.03 5.44 2291 | 1 0.03 5.47 2312 | 1 0.03 5.50 2321 | 1 0.03 5.53 2328 | 1 0.03 5.56 2339 | 1 0.03 5.59 2344 | 1 0.03 5.62 2363 | 1 0.03 5.64 2371 | 1 0.03 5.67 2383 | 1 0.03 5.70 2389 | 1 0.03 5.73 2400 | 1 0.03 5.76 2406 | 1 0.03 5.79 2408 | 1 0.03 5.82 2417 | 1 0.03 5.85 2437 | 1 0.03 5.88 2466 | 1 0.03 5.91 2467 | 1 0.03 5.94 2494 | 1 0.03 5.96 2508 | 1 0.03 5.99 2510 | 2 0.06 6.05 2512 | 1 0.03 6.08 2522 | 1 0.03 6.11 2524 | 1 0.03 6.14 2559 | 1 0.03 6.17 2566 | 1 0.03 6.20 2577 | 1 0.03 6.23 2589 | 1 0.03 6.26 2608 | 1 0.03 6.28 2609 | 1 0.03 6.31 2610 | 1 0.03 6.34 2622 | 1 0.03 6.37 2630 | 1 0.03 6.40 2641 | 1 0.03 6.43 2642 | 1 0.03 6.46 2655 | 1 0.03 6.49 2687 | 1 0.03 6.52 2693 | 1 0.03 6.55 2702 | 1 0.03 6.58 2724 | 1 0.03 6.60 2737 | 1 0.03 6.63 2749 | 1 0.03 6.66 2751 | 1 0.03 6.69 2787 | 2 0.06 6.75 2793 | 1 0.03 6.78 2798 | 1 0.03 6.81 2803 | 1 0.03 6.84 2809 | 1 0.03 6.87 2823 | 1 0.03 6.90 2833 | 1 0.03 6.92 2843 | 1 0.03 6.95 2849 | 1 0.03 6.98 2853 | 1 0.03 7.01 2864 | 1 0.03 7.04 2869 | 1 0.03 7.07 2881 | 1 0.03 7.10 2888 | 1 0.03 7.13 2905 | 1 0.03 7.16 2925 | 1 0.03 7.19 2927 | 1 0.03 7.22 2975 | 1 0.03 7.24 2995 | 1 0.03 7.27 2999 | 1 0.03 7.30 3017 | 1 0.03 7.33 3021 | 1 0.03 7.36 3026 | 1 0.03 7.39 3037 | 1 0.03 7.42 3044 | 1 0.03 7.45 3045 | 1 0.03 7.48 3063 | 1 0.03 7.51 3102 | 1 0.03 7.54 3122 | 1 0.03 7.56 3149 | 1 0.03 7.59 3157 | 1 0.03 7.62 3169 | 1 0.03 7.65 3203 | 1 0.03 7.68 3209 | 1 0.03 7.71 3251 | 1 0.03 7.74 3257 | 1 0.03 7.77 3266 | 1 0.03 7.80 3272 | 1 0.03 7.83 3299 | 1 0.03 7.86 3311 | 1 0.03 7.88 3327 | 1 0.03 7.91 3336 | 1 0.03 7.94 3376 | 1 0.03 7.97 3383 | 1 0.03 8.00 3385 | 1 0.03 8.03 3400 | 1 0.03 8.06 3403 | 1 0.03 8.09 3407 | 1 0.03 8.12 3418 | 1 0.03 8.15 3419 | 1 0.03 8.18 3430 | 1 0.03 8.20 3435 | 1 0.03 8.23 3458 | 1 0.03 8.26 3480 | 1 0.03 8.29 3485 | 1 0.03 8.32 3490 | 1 0.03 8.35 3492 | 1 0.03 8.38 3503 | 1 0.03 8.41 3509 | 1 0.03 8.44 3524 | 1 0.03 8.47 3540 | 1 0.03 8.50 3544 | 1 0.03 8.52 3564 | 1 0.03 8.55 3566 | 1 0.03 8.58 3568 | 1 0.03 8.61 3571 | 1 0.03 8.64 3610 | 1 0.03 8.67 3614 | 1 0.03 8.70 3618 | 1 0.03 8.73 3649 | 1 0.03 8.76 3675 | 1 0.03 8.79 3711 | 2 0.06 8.84 3713 | 1 0.03 8.87 3733 | 1 0.03 8.90 3742 | 1 0.03 8.93 3750 | 1 0.03 8.96 3758 | 1 0.03 8.99 3782 | 1 0.03 9.02 3824 | 1 0.03 9.05 3854 | 1 0.03 9.08 3932 | 1 0.03 9.11 3952 | 1 0.03 9.14 3961 | 1 0.03 9.16 3968 | 1 0.03 9.19 3978 | 1 0.03 9.22 4008 | 1 0.03 9.25 4011 | 1 0.03 9.28 4012 | 1 0.03 9.31 4029 | 1 0.03 9.34 4038 | 1 0.03 9.37 4045 | 1 0.03 9.40 4047 | 1 0.03 9.43 4052 | 1 0.03 9.46 4054 | 1 0.03 9.49 4071 | 1 0.03 9.51 4072 | 1 0.03 9.54 4103 | 1 0.03 9.57 4126 | 1 0.03 9.60 4154 | 1 0.03 9.63 4217 | 1 0.03 9.66 4218 | 1 0.03 9.69 4223 | 1 0.03 9.72 4246 | 1 0.03 9.75 4265 | 1 0.03 9.78 4275 | 1 0.03 9.81 4289 | 1 0.03 9.83 4292 | 2 0.06 9.89 4332 | 1 0.03 9.92 4350 | 1 0.03 9.95 4387 | 1 0.03 9.98 4389 | 1 0.03 10.01 4437 | 1 0.03 10.04 4446 | 1 0.03 10.07 4465 | 1 0.03 10.10 4484 | 1 0.03 10.13 4497 | 1 0.03 10.15 4500 | 1 0.03 10.18 4516 | 1 0.03 10.21 4541 | 1 0.03 10.24 4609 | 1 0.03 10.27 4615 | 1 0.03 10.30 4616 | 1 0.03 10.33 4618 | 1 0.03 10.36 4696 | 1 0.03 10.39 4700 | 1 0.03 10.42 4721 | 1 0.03 10.45 4774 | 2 0.06 10.50 4788 | 1 0.03 10.53 4789 | 1 0.03 10.56 4790 | 1 0.03 10.59 4807 | 1 0.03 10.62 4830 | 1 0.03 10.65 4853 | 1 0.03 10.68 4865 | 1 0.03 10.71 4871 | 1 0.03 10.74 4889 | 1 0.03 10.77 4899 | 1 0.03 10.79 4911 | 1 0.03 10.82 4929 | 1 0.03 10.85 4942 | 1 0.03 10.88 4952 | 1 0.03 10.91 4957 | 1 0.03 10.94 4959 | 1 0.03 10.97 4976 | 1 0.03 11.00 4983 | 1 0.03 11.03 4984 | 1 0.03 11.06 4989 | 1 0.03 11.09 4990 | 1 0.03 11.11 4994 | 1 0.03 11.14 5008 | 1 0.03 11.17 5026 | 1 0.03 11.20 5071 | 1 0.03 11.23 5101 | 1 0.03 11.26 5136 | 1 0.03 11.29 5167 | 1 0.03 11.32 5182 | 2 0.06 11.38 5189 | 1 0.03 11.41 5226 | 1 0.03 11.43 5242 | 1 0.03 11.46 5257 | 1 0.03 11.49 5270 | 1 0.03 11.52 5281 | 1 0.03 11.55 5333 | 1 0.03 11.58 5343 | 1 0.03 11.61 5368 | 1 0.03 11.64 5382 | 1 0.03 11.67 5384 | 1 0.03 11.70 5400 | 1 0.03 11.73 5410 | 1 0.03 11.75 5439 | 1 0.03 11.78 5461 | 1 0.03 11.81 5467 | 1 0.03 11.84 5492 | 1 0.03 11.87 5499 | 1 0.03 11.90 5507 | 1 0.03 11.93 5545 | 1 0.03 11.96 5632 | 1 0.03 11.99 5686 | 1 0.03 12.02 5699 | 1 0.03 12.05 5727 | 1 0.03 12.07 5738 | 1 0.03 12.10 5753 | 2 0.06 12.16 5761 | 1 0.03 12.19 5783 | 1 0.03 12.22 5791 | 1 0.03 12.25 5841 | 1 0.03 12.28 5848 | 1 0.03 12.31 5857 | 1 0.03 12.34 5878 | 1 0.03 12.37 5894 | 1 0.03 12.39 5906 | 1 0.03 12.42 5908 | 1 0.03 12.45 5966 | 1 0.03 12.48 6006 | 1 0.03 12.51 6008 | 1 0.03 12.54 6012 | 1 0.03 12.57 6019 | 1 0.03 12.60 6044 | 1 0.03 12.63 6045 | 1 0.03 12.66 6047 | 1 0.03 12.69 6063 | 1 0.03 12.71 6077 | 1 0.03 12.74 6078 | 1 0.03 12.77 6099 | 1 0.03 12.80 6113 | 1 0.03 12.83 6121 | 1 0.03 12.86 6135 | 1 0.03 12.89 6157 | 1 0.03 12.92 6173 | 1 0.03 12.95 6198 | 1 0.03 12.98 6208 | 1 0.03 13.01 6226 | 1 0.03 13.03 6263 | 1 0.03 13.06 6298 | 1 0.03 13.09 6300 | 2 0.06 13.15 6314 | 1 0.03 13.18 6346 | 1 0.03 13.21 6351 | 1 0.03 13.24 6361 | 1 0.03 13.27 6366 | 1 0.03 13.30 6370 | 1 0.03 13.33 6390 | 1 0.03 13.35 6391 | 1 0.03 13.38 6449 | 1 0.03 13.41 6451 | 1 0.03 13.44 6491 | 1 0.03 13.47 6512 | 1 0.03 13.50 6523 | 1 0.03 13.53 6532 | 1 0.03 13.56 6538 | 1 0.03 13.59 6549 | 1 0.03 13.62 6584 | 1 0.03 13.65 6593 | 1 0.03 13.67 6609 | 1 0.03 13.70 6654 | 1 0.03 13.73 6655 | 1 0.03 13.76 6682 | 1 0.03 13.79 6711 | 1 0.03 13.82 6729 | 1 0.03 13.85 6783 | 1 0.03 13.88 6798 | 1 0.03 13.91 6815 | 1 0.03 13.94 6859 | 1 0.03 13.97 6861 | 1 0.03 13.99 6865 | 1 0.03 14.02 6901 | 1 0.03 14.05 6907 | 1 0.03 14.08 6913 | 1 0.03 14.11 6985 | 1 0.03 14.14 7028 | 1 0.03 14.17 7040 | 1 0.03 14.20 7060 | 1 0.03 14.23 7075 | 1 0.03 14.26 7077 | 1 0.03 14.29 7115 | 1 0.03 14.31 7124 | 1 0.03 14.34 7197 | 1 0.03 14.37 7198 | 1 0.03 14.40 7203 | 1 0.03 14.43 7218 | 1 0.03 14.46 7239 | 1 0.03 14.49 7266 | 1 0.03 14.52 7273 | 1 0.03 14.55 7301 | 1 0.03 14.58 7315 | 1 0.03 14.61 7347 | 1 0.03 14.63 7354 | 1 0.03 14.66 7397 | 1 0.03 14.69 7403 | 1 0.03 14.72 7415 | 1 0.03 14.75 7430 | 1 0.03 14.78 7445 | 1 0.03 14.81 7451 | 1 0.03 14.84 7464 | 1 0.03 14.87 7549 | 1 0.03 14.90 7565 | 1 0.03 14.93 7571 | 1 0.03 14.95 7597 | 1 0.03 14.98 7635 | 1 0.03 15.01 7642 | 1 0.03 15.04 7651 | 1 0.03 15.07 7666 | 1 0.03 15.10 7671 | 1 0.03 15.13 7697 | 1 0.03 15.16 7732 | 1 0.03 15.19 7758 | 1 0.03 15.22 7779 | 1 0.03 15.25 7875 | 1 0.03 15.27 7878 | 1 0.03 15.30 7901 | 1 0.03 15.33 7938 | 1 0.03 15.36 7939 | 1 0.03 15.39 7952 | 1 0.03 15.42 7967 | 1 0.03 15.45 7974 | 1 0.03 15.48 8000 | 1 0.03 15.51 8006 | 1 0.03 15.54 8027 | 1 0.03 15.57 8058 | 1 0.03 15.59 8063 | 1 0.03 15.62 8075 | 1 0.03 15.65 8146 | 1 0.03 15.68 8148 | 1 0.03 15.71 8149 | 1 0.03 15.74 8214 | 1 0.03 15.77 8215 | 1 0.03 15.80 8224 | 1 0.03 15.83 8227 | 1 0.03 15.86 8269 | 1 0.03 15.89 8296 | 1 0.03 15.92 8299 | 1 0.03 15.94 8307 | 1 0.03 15.97 8311 | 1 0.03 16.00 8316 | 1 0.03 16.03 8338 | 1 0.03 16.06 8339 | 1 0.03 16.09 8374 | 1 0.03 16.12 8429 | 1 0.03 16.15 8516 | 1 0.03 16.18 8576 | 1 0.03 16.21 8642 | 1 0.03 16.24 8680 | 1 0.03 16.26 8707 | 1 0.03 16.29 8736 | 1 0.03 16.32 8741 | 1 0.03 16.35 8765 | 1 0.03 16.38 8772 | 1 0.03 16.41 8795 | 1 0.03 16.44 8837 | 1 0.03 16.47 8843 | 1 0.03 16.50 8879 | 1 0.03 16.53 8904 | 1 0.03 16.56 8909 | 1 0.03 16.58 8912 | 1 0.03 16.61 8917 | 1 0.03 16.64 8922 | 1 0.03 16.67 8941 | 1 0.03 16.70 8959 | 1 0.03 16.73 8981 | 1 0.03 16.76 8987 | 1 0.03 16.79 8989 | 1 0.03 16.82 9006 | 1 0.03 16.85 9027 | 1 0.03 16.88 9122 | 1 0.03 16.90 9150 | 1 0.03 16.93 9225 | 1 0.03 16.96 9232 | 1 0.03 16.99 9279 | 1 0.03 17.02 9290 | 1 0.03 17.05 9299 | 1 0.03 17.08 9308 | 1 0.03 17.11 9318 | 1 0.03 17.14 9324 | 1 0.03 17.17 9345 | 1 0.03 17.20 9369 | 1 0.03 17.22 9373 | 1 0.03 17.25 9517 | 1 0.03 17.28 9610 | 1 0.03 17.31 9613 | 1 0.03 17.34 9649 | 1 0.03 17.37 9652 | 1 0.03 17.40 9658 | 1 0.03 17.43 9687 | 1 0.03 17.46 9690 | 1 0.03 17.49 9723 | 1 0.03 17.52 9781 | 1 0.03 17.54 9826 | 1 0.03 17.57 9846 | 1 0.03 17.60 9867 | 1 0.03 17.63 9953 | 1 0.03 17.66 9954 | 1 0.03 17.69 9973 | 1 0.03 17.72 10002 | 1 0.03 17.75 10023 | 1 0.03 17.78 10033 | 1 0.03 17.81 10056 | 1 0.03 17.84 10069 | 1 0.03 17.86 10075 | 1 0.03 17.89 10108 | 1 0.03 17.92 10236 | 1 0.03 17.95 10259 | 2 0.06 18.01 10305 | 1 0.03 18.04 10364 | 1 0.03 18.07 10382 | 1 0.03 18.10 10411 | 1 0.03 18.13 10412 | 1 0.03 18.16 10499 | 1 0.03 18.18 10518 | 1 0.03 18.21 10537 | 1 0.03 18.24 10543 | 1 0.03 18.27 10566 | 1 0.03 18.30 10567 | 1 0.03 18.33 10595 | 1 0.03 18.36 10621 | 1 0.03 18.39 10623 | 1 0.03 18.42 10655 | 1 0.03 18.45 10705 | 1 0.03 18.48 10754 | 1 0.03 18.50 10821 | 1 0.03 18.53 10837 | 1 0.03 18.56 10848 | 1 0.03 18.59 10892 | 1 0.03 18.62 11022 | 1 0.03 18.65 11032 | 1 0.03 18.68 11039 | 1 0.03 18.71 11059 | 1 0.03 18.74 11064 | 1 0.03 18.77 11075 | 1 0.03 18.80 11254 | 1 0.03 18.82 11294 | 1 0.03 18.85 11297 | 1 0.03 18.88 11355 | 1 0.03 18.91 11410 | 1 0.03 18.94 11416 | 1 0.03 18.97 11478 | 1 0.03 19.00 11545 | 1 0.03 19.03 11559 | 1 0.03 19.06 11575 | 1 0.03 19.09 11580 | 1 0.03 19.12 11581 | 1 0.03 19.14 11588 | 1 0.03 19.17 11626 | 1 0.03 19.20 11629 | 1 0.03 19.23 11640 | 1 0.03 19.26 11660 | 1 0.03 19.29 11682 | 2 0.06 19.35 11750 | 1 0.03 19.38 11751 | 1 0.03 19.41 11772 | 1 0.03 19.44 11798 | 1 0.03 19.46 11822 | 1 0.03 19.49 11828 | 1 0.03 19.52 11835 | 1 0.03 19.55 11838 | 1 0.03 19.58 11842 | 1 0.03 19.61 11892 | 1 0.03 19.64 11899 | 1 0.03 19.67 11905 | 1 0.03 19.70 11907 | 1 0.03 19.73 11912 | 1 0.03 19.76 11922 | 1 0.03 19.78 11953 | 1 0.03 19.81 11979 | 1 0.03 19.84 12008 | 2 0.06 19.90 12026 | 1 0.03 19.93 12041 | 1 0.03 19.96 12089 | 1 0.03 19.99 12100 | 1 0.03 20.02 12184 | 1 0.03 20.05 12231 | 1 0.03 20.08 12252 | 1 0.03 20.10 12345 | 1 0.03 20.13 12349 | 1 0.03 20.16 12429 | 1 0.03 20.19 12454 | 1 0.03 20.22 12457 | 1 0.03 20.25 12512 | 1 0.03 20.28 12514 | 1 0.03 20.31 12548 | 1 0.03 20.34 12660 | 1 0.03 20.37 12755 | 1 0.03 20.40 12760 | 1 0.03 20.42 12767 | 1 0.03 20.45 12774 | 1 0.03 20.48 12799 | 1 0.03 20.51 12839 | 1 0.03 20.54 12864 | 1 0.03 20.57 12902 | 1 0.03 20.60 12931 | 1 0.03 20.63 12960 | 1 0.03 20.66 12984 | 1 0.03 20.69 12992 | 1 0.03 20.72 13033 | 1 0.03 20.74 13074 | 1 0.03 20.77 13112 | 1 0.03 20.80 13125 | 1 0.03 20.83 13149 | 1 0.03 20.86 13178 | 1 0.03 20.89 13225 | 1 0.03 20.92 13272 | 1 0.03 20.95 13282 | 1 0.03 20.98 13434 | 1 0.03 21.01 13578 | 1 0.03 21.04 13667 | 1 0.03 21.06 13692 | 1 0.03 21.09 13708 | 1 0.03 21.12 13790 | 1 0.03 21.15 13796 | 1 0.03 21.18 13841 | 1 0.03 21.21 13844 | 1 0.03 21.24 13915 | 1 0.03 21.27 13930 | 1 0.03 21.30 13954 | 1 0.03 21.33 13999 | 1 0.03 21.36 14056 | 1 0.03 21.38 14090 | 1 0.03 21.41 14155 | 1 0.03 21.44 14233 | 1 0.03 21.47 14326 | 1 0.03 21.50 14465 | 1 0.03 21.53 14489 | 1 0.03 21.56 14530 | 1 0.03 21.59 14551 | 1 0.03 21.62 14572 | 1 0.03 21.65 14607 | 1 0.03 21.68 14644 | 1 0.03 21.70 14685 | 1 0.03 21.73 14705 | 1 0.03 21.76 14728 | 1 0.03 21.79 14799 | 1 0.03 21.82 14823 | 2 0.06 21.88 14895 | 1 0.03 21.91 14913 | 2 0.06 21.97 14962 | 1 0.03 22.00 15035 | 1 0.03 22.03 15048 | 1 0.03 22.05 15181 | 1 0.03 22.08 15325 | 1 0.03 22.11 15327 | 1 0.03 22.14 15366 | 1 0.03 22.17 15386 | 1 0.03 22.20 15416 | 1 0.03 22.23 15427 | 1 0.03 22.26 15436 | 1 0.03 22.29 15457 | 1 0.03 22.32 15481 | 1 0.03 22.35 15503 | 1 0.03 22.37 15569 | 1 0.03 22.40 15579 | 1 0.03 22.43 15587 | 1 0.03 22.46 15622 | 1 0.03 22.49 15629 | 1 0.03 22.52 15648 | 1 0.03 22.55 15720 | 1 0.03 22.58 15743 | 1 0.03 22.61 15752 | 1 0.03 22.64 15788 | 1 0.03 22.67 15792 | 1 0.03 22.69 15794 | 1 0.03 22.72 15796 | 1 0.03 22.75 15805 | 1 0.03 22.78 15806 | 1 0.03 22.81 15813 | 1 0.03 22.84 15855 | 1 0.03 22.87 15874 | 1 0.03 22.90 16012 | 1 0.03 22.93 16044 | 1 0.03 22.96 16048 | 1 0.03 22.99 16050 | 1 0.03 23.01 16083 | 1 0.03 23.04 16095 | 1 0.03 23.07 16125 | 1 0.03 23.10 16233 | 1 0.03 23.13 16258 | 1 0.03 23.16 16271 | 1 0.03 23.19 16385 | 1 0.03 23.22 16426 | 1 0.03 23.25 16427 | 1 0.03 23.28 16448 | 1 0.03 23.31 16455 | 1 0.03 23.33 16490 | 1 0.03 23.36 16493 | 1 0.03 23.39 16627 | 1 0.03 23.42 16648 | 1 0.03 23.45 16672 | 1 0.03 23.48 16713 | 1 0.03 23.51 16726 | 1 0.03 23.54 16841 | 1 0.03 23.57 16901 | 1 0.03 23.60 16980 | 1 0.03 23.63 16996 | 1 0.03 23.65 17024 | 1 0.03 23.68 17089 | 1 0.03 23.71 17179 | 1 0.03 23.74 17218 | 1 0.03 23.77 17247 | 1 0.03 23.80 17264 | 1 0.03 23.83 17273 | 1 0.03 23.86 17309 | 1 0.03 23.89 17337 | 1 0.03 23.92 17344 | 1 0.03 23.95 17375 | 1 0.03 23.97 17408 | 1 0.03 24.00 17485 | 1 0.03 24.03 17546 | 1 0.03 24.06 17618 | 1 0.03 24.09 17639 | 1 0.03 24.12 17695 | 1 0.03 24.15 17729 | 1 0.03 24.18 17870 | 1 0.03 24.21 17924 | 1 0.03 24.24 18007 | 1 0.03 24.27 18045 | 1 0.03 24.29 18194 | 1 0.03 24.32 18211 | 1 0.03 24.35 18226 | 1 0.03 24.38 18260 | 1 0.03 24.41 18287 | 1 0.03 24.44 18295 | 1 0.03 24.47 18316 | 1 0.03 24.50 18335 | 1 0.03 24.53 18402 | 1 0.03 24.56 18433 | 1 0.03 24.59 18437 | 1 0.03 24.61 18486 | 1 0.03 24.64 18522 | 1 0.03 24.67 18531 | 1 0.03 24.70 18571 | 1 0.03 24.73 18652 | 1 0.03 24.76 18666 | 1 0.03 24.79 18710 | 1 0.03 24.82 18713 | 1 0.03 24.85 18880 | 1 0.03 24.88 18963 | 1 0.03 24.91 18980 | 1 0.03 24.93 19063 | 1 0.03 24.96 19100 | 1 0.03 24.99 19231 | 1 0.03 25.02 19286 | 1 0.03 25.05 19328 | 1 0.03 25.08 19330 | 1 0.03 25.11 19381 | 1 0.03 25.14 19463 | 1 0.03 25.17 19481 | 1 0.03 25.20 19523 | 1 0.03 25.23 19647 | 1 0.03 25.25 19810 | 1 0.03 25.28 19839 | 1 0.03 25.31 19846 | 1 0.03 25.34 19860 | 1 0.03 25.37 19890 | 1 0.03 25.40 19986 | 1 0.03 25.43 20016 | 1 0.03 25.46 20090 | 1 0.03 25.49 20204 | 1 0.03 25.52 20267 | 1 0.03 25.55 20283 | 1 0.03 25.57 20353 | 1 0.03 25.60 20441 | 1 0.03 25.63 20480 | 1 0.03 25.66 20597 | 1 0.03 25.69 20701 | 1 0.03 25.72 20720 | 1 0.03 25.75 20833 | 1 0.03 25.78 20864 | 1 0.03 25.81 20992 | 1 0.03 25.84 21075 | 1 0.03 25.87 21097 | 1 0.03 25.89 21245 | 1 0.03 25.92 21336 | 1 0.03 25.95 21371 | 1 0.03 25.98 21418 | 1 0.03 26.01 21465 | 1 0.03 26.04 21535 | 1 0.03 26.07 21744 | 1 0.03 26.10 21766 | 1 0.03 26.13 21995 | 1 0.03 26.16 22092 | 1 0.03 26.19 22148 | 1 0.03 26.21 22188 | 1 0.03 26.24 22193 | 1 0.03 26.27 22254 | 1 0.03 26.30 22278 | 1 0.03 26.33 22634 | 1 0.03 26.36 22636 | 1 0.03 26.39 22640 | 1 0.03 26.42 22765 | 1 0.03 26.45 22849 | 1 0.03 26.48 22851 | 1 0.03 26.51 22886 | 1 0.03 26.53 23334 | 1 0.03 26.56 23336 | 1 0.03 26.59 23386 | 1 0.03 26.62 23435 | 1 0.03 26.65 23584 | 1 0.03 26.68 23654 | 1 0.03 26.71 23740 | 1 0.03 26.74 24011 | 1 0.03 26.77 24215 | 1 0.03 26.80 24320 | 1 0.03 26.83 24336 | 1 0.03 26.85 24458 | 1 0.03 26.88 24526 | 1 0.03 26.91 24547 | 1 0.03 26.94 24570 | 1 0.03 26.97 24596 | 1 0.03 27.00 24622 | 1 0.03 27.03 24702 | 1 0.03 27.06 24762 | 1 0.03 27.09 24958 | 1 0.03 27.12 25052 | 1 0.03 27.15 25128 | 1 0.03 27.17 25150 | 1 0.03 27.20 25224 | 1 0.03 27.23 25301 | 1 0.03 27.26 25394 | 1 0.03 27.29 25513 | 1 0.03 27.32 25587 | 1 0.03 27.35 25759 | 1 0.03 27.38 25869 | 1 0.03 27.41 26175 | 1 0.03 27.44 26181 | 1 0.03 27.47 26265 | 1 0.03 27.49 26402 | 1 0.03 27.52 26793 | 1 0.03 27.55 26908 | 1 0.03 27.58 27066 | 1 0.03 27.61 27202 | 1 0.03 27.64 27226 | 1 0.03 27.67 27230 | 1 0.03 27.70 27462 | 1 0.03 27.73 27658 | 1 0.03 27.76 27837 | 1 0.03 27.79 27840 | 1 0.03 27.81 27934 | 1 0.03 27.84 28478 | 1 0.03 27.87 29213 | 1 0.03 27.90 29240 | 1 0.03 27.93 29287 | 1 0.03 27.96 29355 | 1 0.03 27.99 29364 | 1 0.03 28.02 29442 | 1 0.03 28.05 29870 | 1 0.03 28.08 30141 | 1 0.03 28.11 30150 | 1 0.03 28.14 30331 | 1 0.03 28.16 30386 | 1 0.03 28.19 30393 | 1 0.03 28.22 30440 | 1 0.03 28.25 30513 | 1 0.03 28.28 30689 | 1 0.03 28.31 30768 | 1 0.03 28.34 31147 | 1 0.03 28.37 31244 | 1 0.03 28.40 31547 | 1 0.03 28.43 31573 | 1 0.03 28.46 31860 | 1 0.03 28.48 31911 | 1 0.03 28.51 31981 | 1 0.03 28.54 31986 | 1 0.03 28.57 32127 | 1 0.03 28.60 32224 | 1 0.03 28.63 32429 | 1 0.03 28.66 32689 | 1 0.03 28.69 32994 | 1 0.03 28.72 33017 | 1 0.03 28.75 33403 | 1 0.03 28.78 33433 | 1 0.03 28.80 33644 | 1 0.03 28.83 33791 | 1 0.03 28.86 33929 | 1 0.03 28.89 34473 | 1 0.03 28.92 34577 | 1 0.03 28.95 35401 | 1 0.03 28.98 35404 | 1 0.03 29.01 35453 | 1 0.03 29.04 35534 | 1 0.03 29.07 36057 | 1 0.03 29.10 36762 | 1 0.03 29.12 36814 | 1 0.03 29.15 37098 | 1 0.03 29.18 37364 | 1 0.03 29.21 37645 | 1 0.03 29.24 37732 | 1 0.03 29.27 37744 | 1 0.03 29.30 38020 | 1 0.03 29.33 38280 | 1 0.03 29.36 38657 | 1 0.03 29.39 39071 | 1 0.03 29.42 39245 | 1 0.03 29.44 40671 | 1 0.03 29.47 40793 | 1 0.03 29.50 40895 | 1 0.03 29.53 41058 | 1 0.03 29.56 41169 | 1 0.03 29.59 41382 | 1 0.03 29.62 41415 | 1 0.03 29.65 41963 | 1 0.03 29.68 42075 | 1 0.03 29.71 42472 | 1 0.03 29.74 42731 | 1 0.03 29.76 42902 | 1 0.03 29.79 42931 | 1 0.03 29.82 43360 | 1 0.03 29.85 44142 | 1 0.03 29.88 44776 | 1 0.03 29.91 45132 | 1 0.03 29.94 46195 | 1 0.03 29.97 46760 | 1 0.03 30.00 47800 | 1 0.03 30.03 48126 | 1 0.03 30.06 48747 | 1 0.03 30.08 49402 | 1 0.03 30.11 49522 | 1 0.03 30.14 49671 | 1 0.03 30.17 50970 | 1 0.03 30.20 51510 | 1 0.03 30.23 51636 | 1 0.03 30.26 51847 | 1 0.03 30.29 51943 | 1 0.03 30.32 52576 | 1 0.03 30.35 53089 | 1 0.03 30.38 53367 | 1 0.03 30.40 53734 | 1 0.03 30.43 54265 | 1 0.03 30.46 54771 | 1 0.03 30.49 56383 | 1 0.03 30.52 56904 | 1 0.03 30.55 57151 | 1 0.03 30.58 57752 | 1 0.03 30.61 58111 | 1 0.03 30.64 58347 | 1 0.03 30.67 58365 | 1 0.03 30.70 58765 | 1 0.03 30.72 59410 | 1 0.03 30.75 60820 | 1 0.03 30.78 61262 | 1 0.03 30.81 63117 | 1 0.03 30.84 63314 | 1 0.03 30.87 63706 | 1 0.03 30.90 64820 | 1 0.03 30.93 65160 | 1 0.03 30.96 65376 | 1 0.03 30.99 66080 | 1 0.03 31.02 66129 | 1 0.03 31.04 66780 | 1 0.03 31.07 67474 | 1 0.03 31.10 67889 | 1 0.03 31.13 67940 | 1 0.03 31.16 70319 | 1 0.03 31.19 70400 | 1 0.03 31.22 70514 | 1 0.03 31.25 71375 | 1 0.03 31.28 72012 | 1 0.03 31.31 73232 | 1 0.03 31.34 74304 | 1 0.03 31.36 77121 | 1 0.03 31.39 78847 | 1 0.03 31.42 79257 | 1 0.03 31.45 83597 | 1 0.03 31.48 83714 | 1 0.03 31.51 87152 | 1 0.03 31.54 93356 | 1 0.03 31.57 103163 | 1 0.03 31.60 107286 | 1 0.03 31.63 109926 | 1 0.03 31.66 117201 | 1 0.03 31.68 119529 | 1 0.03 31.71 121240 | 1 0.03 31.74 134889 | 1 0.03 31.77 159703 | 1 0.03 31.80 2.46e+07 | 1 0.03 31.83 . | 2,343 68.17 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for clinvis variable in PC_HSA_rates_0307 dataset : Overall, % | Medicare | enrollees | having at | least one | ambulatory | visit | Freq. Percent Cum. ------------+----------------------------------- 21.2 | 1 0.03 0.03 22.9 | 1 0.03 0.06 24.7 | 1 0.03 0.09 25.3 | 1 0.03 0.12 34.2 | 1 0.03 0.15 36 | 1 0.03 0.17 38.8 | 1 0.03 0.20 41.7 | 1 0.03 0.23 42.3 | 1 0.03 0.26 42.8 | 1 0.03 0.29 43.1 | 1 0.03 0.32 45 | 1 0.03 0.35 45.4 | 1 0.03 0.38 46.9 | 1 0.03 0.41 47 | 1 0.03 0.44 48.5 | 1 0.03 0.47 48.8 | 1 0.03 0.49 49 | 1 0.03 0.52 49.5 | 1 0.03 0.55 51 | 1 0.03 0.58 51.5 | 1 0.03 0.61 51.7 | 1 0.03 0.64 52.1 | 1 0.03 0.67 52.9 | 1 0.03 0.70 53.1 | 1 0.03 0.73 53.2 | 1 0.03 0.76 53.6 | 1 0.03 0.79 54.1 | 1 0.03 0.81 54.2 | 1 0.03 0.84 54.3 | 1 0.03 0.87 55.1 | 1 0.03 0.90 55.8 | 1 0.03 0.93 55.9 | 1 0.03 0.96 56 | 2 0.06 1.02 56.3 | 1 0.03 1.05 56.6 | 2 0.06 1.11 56.7 | 1 0.03 1.13 56.9 | 1 0.03 1.16 57.4 | 1 0.03 1.19 57.6 | 1 0.03 1.22 57.7 | 2 0.06 1.28 57.9 | 2 0.06 1.34 58.2 | 2 0.06 1.40 58.3 | 4 0.12 1.51 58.4 | 1 0.03 1.54 58.9 | 3 0.09 1.63 59.2 | 3 0.09 1.72 59.3 | 3 0.09 1.80 59.4 | 2 0.06 1.86 59.6 | 2 0.06 1.92 59.8 | 1 0.03 1.95 59.9 | 1 0.03 1.98 60 | 1 0.03 2.01 60.1 | 1 0.03 2.04 60.3 | 2 0.06 2.09 60.4 | 2 0.06 2.15 60.5 | 1 0.03 2.18 60.7 | 1 0.03 2.21 60.8 | 1 0.03 2.24 61 | 2 0.06 2.30 61.1 | 1 0.03 2.33 61.2 | 1 0.03 2.36 61.3 | 1 0.03 2.39 61.4 | 2 0.06 2.44 61.5 | 1 0.03 2.47 61.6 | 3 0.09 2.56 61.7 | 1 0.03 2.59 61.8 | 2 0.06 2.65 61.9 | 2 0.06 2.71 62 | 3 0.09 2.79 62.2 | 1 0.03 2.82 62.3 | 5 0.15 2.97 62.4 | 3 0.09 3.05 62.5 | 4 0.12 3.17 62.6 | 1 0.03 3.20 62.7 | 1 0.03 3.23 62.8 | 1 0.03 3.26 62.9 | 2 0.06 3.32 63.2 | 2 0.06 3.38 63.3 | 2 0.06 3.43 63.4 | 1 0.03 3.46 63.6 | 2 0.06 3.52 63.8 | 1 0.03 3.55 63.9 | 4 0.12 3.67 64.1 | 5 0.15 3.81 64.2 | 3 0.09 3.90 64.3 | 2 0.06 3.96 64.6 | 6 0.17 4.13 64.7 | 5 0.15 4.28 64.8 | 2 0.06 4.34 64.9 | 2 0.06 4.39 65 | 3 0.09 4.48 65.1 | 3 0.09 4.57 65.3 | 4 0.12 4.68 65.4 | 4 0.12 4.80 65.5 | 4 0.12 4.92 65.6 | 3 0.09 5.00 65.7 | 3 0.09 5.09 65.8 | 2 0.06 5.15 65.9 | 1 0.03 5.18 66 | 3 0.09 5.27 66.1 | 3 0.09 5.35 66.2 | 4 0.12 5.47 66.3 | 3 0.09 5.56 66.4 | 6 0.17 5.73 66.5 | 4 0.12 5.85 66.6 | 2 0.06 5.91 66.7 | 1 0.03 5.94 66.8 | 2 0.06 5.99 66.9 | 2 0.06 6.05 67.1 | 3 0.09 6.14 67.2 | 7 0.20 6.34 67.3 | 1 0.03 6.37 67.4 | 2 0.06 6.43 67.5 | 4 0.12 6.55 67.6 | 5 0.15 6.69 67.7 | 2 0.06 6.75 67.8 | 5 0.15 6.90 67.9 | 8 0.23 7.13 68 | 3 0.09 7.22 68.1 | 2 0.06 7.27 68.2 | 1 0.03 7.30 68.3 | 5 0.15 7.45 68.4 | 2 0.06 7.51 68.5 | 6 0.17 7.68 68.6 | 2 0.06 7.74 68.7 | 1 0.03 7.77 68.8 | 3 0.09 7.86 68.9 | 5 0.15 8.00 69 | 5 0.15 8.15 69.1 | 4 0.12 8.26 69.2 | 10 0.29 8.55 69.3 | 2 0.06 8.61 69.4 | 4 0.12 8.73 69.5 | 3 0.09 8.82 69.6 | 4 0.12 8.93 69.7 | 6 0.17 9.11 69.8 | 5 0.15 9.25 69.9 | 4 0.12 9.37 70 | 8 0.23 9.60 70.1 | 3 0.09 9.69 70.2 | 2 0.06 9.75 70.3 | 4 0.12 9.86 70.4 | 6 0.17 10.04 70.5 | 4 0.12 10.15 70.6 | 4 0.12 10.27 70.7 | 4 0.12 10.39 70.8 | 5 0.15 10.53 70.9 | 3 0.09 10.62 71 | 7 0.20 10.82 71.1 | 6 0.17 11.00 71.2 | 8 0.23 11.23 71.3 | 4 0.12 11.35 71.4 | 4 0.12 11.46 71.5 | 9 0.26 11.73 71.6 | 7 0.20 11.93 71.7 | 7 0.20 12.13 71.8 | 3 0.09 12.22 71.9 | 9 0.26 12.48 72 | 6 0.17 12.66 72.1 | 6 0.17 12.83 72.2 | 10 0.29 13.12 72.3 | 5 0.15 13.27 72.4 | 4 0.12 13.38 72.5 | 5 0.15 13.53 72.6 | 5 0.15 13.67 72.7 | 7 0.20 13.88 72.8 | 5 0.15 14.02 72.9 | 7 0.20 14.23 73 | 9 0.26 14.49 73.1 | 6 0.17 14.66 73.2 | 9 0.26 14.93 73.3 | 4 0.12 15.04 73.4 | 2 0.06 15.10 73.5 | 14 0.41 15.51 73.6 | 15 0.44 15.94 73.7 | 5 0.15 16.09 73.8 | 6 0.17 16.26 73.9 | 13 0.38 16.64 74 | 12 0.35 16.99 74.1 | 12 0.35 17.34 74.2 | 10 0.29 17.63 74.3 | 8 0.23 17.86 74.4 | 11 0.32 18.18 74.5 | 9 0.26 18.45 74.6 | 13 0.38 18.82 74.7 | 3 0.09 18.91 74.8 | 17 0.49 19.41 74.9 | 12 0.35 19.76 75 | 9 0.26 20.02 75.1 | 11 0.32 20.34 75.2 | 9 0.26 20.60 75.3 | 10 0.29 20.89 75.4 | 13 0.38 21.27 75.5 | 10 0.29 21.56 75.6 | 15 0.44 22.00 75.7 | 17 0.49 22.49 75.8 | 15 0.44 22.93 75.9 | 18 0.52 23.45 76 | 8 0.23 23.68 76.1 | 12 0.35 24.03 76.2 | 11 0.32 24.35 76.3 | 13 0.38 24.73 76.4 | 14 0.41 25.14 76.5 | 22 0.64 25.78 76.6 | 7 0.20 25.98 76.7 | 15 0.44 26.42 76.8 | 19 0.55 26.97 76.9 | 11 0.32 27.29 77 | 13 0.38 27.67 77.1 | 15 0.44 28.11 77.2 | 19 0.55 28.66 77.3 | 19 0.55 29.21 77.4 | 15 0.44 29.65 77.5 | 21 0.61 30.26 77.6 | 14 0.41 30.67 77.7 | 12 0.35 31.02 77.8 | 27 0.79 31.80 77.9 | 17 0.49 32.30 78 | 23 0.67 32.96 78.1 | 9 0.26 33.23 78.2 | 23 0.67 33.90 78.3 | 22 0.64 34.54 78.4 | 15 0.44 34.97 78.5 | 20 0.58 35.55 78.6 | 22 0.64 36.19 78.7 | 17 0.49 36.69 78.8 | 24 0.70 37.39 78.9 | 15 0.44 37.82 79 | 22 0.64 38.46 79.1 | 30 0.87 39.34 79.2 | 24 0.70 40.03 79.3 | 24 0.70 40.73 79.4 | 16 0.47 41.20 79.5 | 26 0.76 41.96 79.6 | 22 0.64 42.60 79.7 | 28 0.81 43.41 79.8 | 24 0.70 44.11 79.9 | 18 0.52 44.63 80 | 22 0.64 45.27 80.1 | 23 0.67 45.94 80.2 | 33 0.96 46.90 80.3 | 30 0.87 47.77 80.4 | 23 0.67 48.44 80.5 | 28 0.81 49.26 80.6 | 30 0.87 50.13 80.7 | 33 0.96 51.09 80.8 | 26 0.76 51.85 80.9 | 27 0.79 52.63 81 | 31 0.90 53.54 81.1 | 39 1.13 54.67 81.2 | 29 0.84 55.51 81.3 | 23 0.67 56.18 81.4 | 31 0.90 57.08 81.5 | 35 1.02 58.10 81.6 | 27 0.79 58.89 81.7 | 20 0.58 59.47 81.8 | 39 1.13 60.61 81.9 | 26 0.76 61.36 82 | 42 1.22 62.58 82.1 | 35 1.02 63.60 82.2 | 40 1.16 64.77 82.3 | 30 0.87 65.64 82.4 | 24 0.70 66.34 82.5 | 26 0.76 67.09 82.6 | 23 0.67 67.76 82.7 | 29 0.84 68.61 82.8 | 30 0.87 69.48 82.9 | 27 0.79 70.26 83 | 28 0.81 71.08 83.1 | 19 0.55 71.63 83.2 | 23 0.67 72.30 83.3 | 26 0.76 73.06 83.4 | 31 0.90 73.96 83.5 | 34 0.99 74.95 83.6 | 18 0.52 75.47 83.7 | 21 0.61 76.08 83.8 | 25 0.73 76.81 83.9 | 24 0.70 77.51 84 | 25 0.73 78.24 84.1 | 15 0.44 78.67 84.2 | 23 0.67 79.34 84.3 | 27 0.79 80.13 84.4 | 16 0.47 80.59 84.5 | 24 0.70 81.29 84.6 | 21 0.61 81.90 84.7 | 14 0.41 82.31 84.8 | 23 0.67 82.98 84.9 | 21 0.61 83.59 85 | 16 0.47 84.06 85.1 | 21 0.61 84.67 85.2 | 30 0.87 85.54 85.3 | 16 0.47 86.01 85.4 | 21 0.61 86.62 85.5 | 24 0.70 87.31 85.6 | 12 0.35 87.66 85.7 | 21 0.61 88.27 85.8 | 19 0.55 88.83 85.9 | 7 0.20 89.03 86 | 12 0.35 89.38 86.1 | 15 0.44 89.82 86.2 | 14 0.41 90.22 86.3 | 15 0.44 90.66 86.4 | 11 0.32 90.98 86.5 | 13 0.38 91.36 86.6 | 8 0.23 91.59 86.7 | 12 0.35 91.94 86.8 | 14 0.41 92.35 86.9 | 9 0.26 92.61 87 | 12 0.35 92.96 87.1 | 5 0.15 93.10 87.2 | 14 0.41 93.51 87.3 | 10 0.29 93.80 87.4 | 10 0.29 94.09 87.5 | 11 0.32 94.41 87.6 | 6 0.17 94.59 87.7 | 10 0.29 94.88 87.8 | 8 0.23 95.11 87.9 | 2 0.06 95.17 88 | 8 0.23 95.40 88.1 | 5 0.15 95.55 88.2 | 10 0.29 95.84 88.3 | 7 0.20 96.04 88.4 | 7 0.20 96.25 88.5 | 3 0.09 96.33 88.6 | 8 0.23 96.57 88.7 | 6 0.17 96.74 88.8 | 10 0.29 97.03 88.9 | 4 0.12 97.15 89 | 3 0.09 97.24 89.1 | 6 0.17 97.41 89.2 | 3 0.09 97.50 89.3 | 6 0.17 97.67 89.4 | 3 0.09 97.76 89.5 | 3 0.09 97.85 89.6 | 2 0.06 97.91 89.7 | 4 0.12 98.02 89.8 | 3 0.09 98.11 89.9 | 3 0.09 98.20 90 | 3 0.09 98.28 90.1 | 1 0.03 98.31 90.2 | 5 0.15 98.46 90.3 | 3 0.09 98.55 90.4 | 2 0.06 98.60 90.5 | 3 0.09 98.69 90.6 | 2 0.06 98.75 90.7 | 3 0.09 98.84 90.8 | 2 0.06 98.89 90.9 | 2 0.06 98.95 91 | 2 0.06 99.01 91.1 | 1 0.03 99.04 91.2 | 3 0.09 99.13 91.3 | 1 0.03 99.16 91.5 | 1 0.03 99.19 91.6 | 2 0.06 99.24 92.1 | 1 0.03 99.27 92.2 | 1 0.03 99.30 92.3 | 1 0.03 99.33 92.6 | 1 0.03 99.36 92.8 | 1 0.03 99.39 92.9 | 1 0.03 99.42 93 | 2 0.06 99.48 93.7 | 1 0.03 99.51 93.8 | 1 0.03 99.53 95.1 | 1 0.03 99.56 97.2 | 1 0.03 99.59 . | 14 0.41 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for clinvislcl variable in PC_HSA_rates_0307 dataset : Overall, | LCL, % | Medicare | enrollees | having at | least one | ambulatory | visit | Freq. Percent Cum. ------------+----------------------------------- 16.3 | 1 0.03 0.03 18.4 | 1 0.03 0.06 20.3 | 1 0.03 0.09 21 | 1 0.03 0.12 28.4 | 1 0.03 0.15 29.5 | 1 0.03 0.17 35 | 1 0.03 0.20 36.2 | 1 0.03 0.23 39.1 | 1 0.03 0.26 39.5 | 1 0.03 0.29 39.6 | 1 0.03 0.32 40 | 1 0.03 0.35 40.5 | 1 0.03 0.38 40.9 | 1 0.03 0.41 41.4 | 1 0.03 0.44 42.1 | 1 0.03 0.47 43.3 | 1 0.03 0.49 44.5 | 1 0.03 0.52 45.5 | 1 0.03 0.55 45.9 | 1 0.03 0.58 46.3 | 1 0.03 0.61 47.7 | 1 0.03 0.64 48 | 1 0.03 0.67 48.3 | 1 0.03 0.70 48.7 | 1 0.03 0.73 49.3 | 1 0.03 0.76 49.7 | 1 0.03 0.79 50.1 | 1 0.03 0.81 50.4 | 1 0.03 0.84 50.6 | 1 0.03 0.87 51.1 | 1 0.03 0.90 51.7 | 1 0.03 0.93 52.2 | 3 0.09 1.02 53.3 | 2 0.06 1.08 53.6 | 1 0.03 1.11 53.8 | 2 0.06 1.16 53.9 | 1 0.03 1.19 54.3 | 2 0.06 1.25 54.6 | 1 0.03 1.28 54.8 | 1 0.03 1.31 54.9 | 1 0.03 1.34 55.1 | 1 0.03 1.37 55.5 | 1 0.03 1.40 55.7 | 1 0.03 1.43 55.8 | 2 0.06 1.48 55.9 | 3 0.09 1.57 56 | 2 0.06 1.63 56.2 | 1 0.03 1.66 56.4 | 1 0.03 1.69 56.7 | 3 0.09 1.77 56.8 | 1 0.03 1.80 56.9 | 1 0.03 1.83 57 | 2 0.06 1.89 57.1 | 2 0.06 1.95 57.2 | 2 0.06 2.01 57.4 | 1 0.03 2.04 57.5 | 2 0.06 2.09 57.6 | 1 0.03 2.12 57.8 | 1 0.03 2.15 57.9 | 3 0.09 2.24 58.1 | 1 0.03 2.27 58.2 | 3 0.09 2.36 58.3 | 2 0.06 2.41 58.4 | 2 0.06 2.47 58.5 | 1 0.03 2.50 58.6 | 2 0.06 2.56 58.7 | 1 0.03 2.59 58.8 | 1 0.03 2.62 58.9 | 2 0.06 2.68 59 | 1 0.03 2.71 59.1 | 4 0.12 2.82 59.2 | 2 0.06 2.88 59.4 | 1 0.03 2.91 59.5 | 1 0.03 2.94 59.6 | 1 0.03 2.97 59.7 | 1 0.03 3.00 59.9 | 6 0.17 3.17 60 | 1 0.03 3.20 60.1 | 2 0.06 3.26 60.2 | 3 0.09 3.35 60.3 | 2 0.06 3.40 60.4 | 1 0.03 3.43 60.5 | 2 0.06 3.49 60.6 | 2 0.06 3.55 60.7 | 2 0.06 3.61 60.8 | 2 0.06 3.67 60.9 | 7 0.20 3.87 61 | 2 0.06 3.93 61.1 | 1 0.03 3.96 61.2 | 1 0.03 3.99 61.3 | 2 0.06 4.04 61.4 | 2 0.06 4.10 61.5 | 1 0.03 4.13 61.6 | 1 0.03 4.16 61.8 | 1 0.03 4.19 61.9 | 4 0.12 4.31 62 | 2 0.06 4.36 62.1 | 2 0.06 4.42 62.2 | 1 0.03 4.45 62.3 | 1 0.03 4.48 62.4 | 4 0.12 4.60 62.5 | 3 0.09 4.68 62.6 | 2 0.06 4.74 62.7 | 1 0.03 4.77 62.8 | 2 0.06 4.83 62.9 | 2 0.06 4.89 63 | 3 0.09 4.98 63.1 | 3 0.09 5.06 63.2 | 5 0.15 5.21 63.3 | 3 0.09 5.30 63.4 | 4 0.12 5.41 63.5 | 5 0.15 5.56 63.6 | 5 0.15 5.70 63.7 | 3 0.09 5.79 63.8 | 2 0.06 5.85 63.9 | 2 0.06 5.91 64.1 | 3 0.09 5.99 64.2 | 5 0.15 6.14 64.3 | 4 0.12 6.26 64.4 | 1 0.03 6.28 64.5 | 3 0.09 6.37 64.7 | 2 0.06 6.43 64.8 | 3 0.09 6.52 65 | 5 0.15 6.66 65.1 | 4 0.12 6.78 65.2 | 6 0.17 6.95 65.3 | 5 0.15 7.10 65.4 | 4 0.12 7.22 65.5 | 5 0.15 7.36 65.6 | 4 0.12 7.48 65.7 | 2 0.06 7.54 65.8 | 3 0.09 7.62 65.9 | 3 0.09 7.71 66 | 4 0.12 7.83 66.1 | 1 0.03 7.86 66.2 | 7 0.20 8.06 66.3 | 6 0.17 8.23 66.4 | 6 0.17 8.41 66.5 | 3 0.09 8.50 66.6 | 5 0.15 8.64 66.7 | 1 0.03 8.67 66.8 | 7 0.20 8.87 66.9 | 3 0.09 8.96 67 | 5 0.15 9.11 67.1 | 3 0.09 9.19 67.2 | 2 0.06 9.25 67.3 | 11 0.32 9.57 67.4 | 3 0.09 9.66 67.5 | 4 0.12 9.78 67.6 | 5 0.15 9.92 67.7 | 8 0.23 10.15 67.8 | 8 0.23 10.39 67.9 | 6 0.17 10.56 68 | 7 0.20 10.77 68.1 | 5 0.15 10.91 68.2 | 6 0.17 11.09 68.3 | 8 0.23 11.32 68.4 | 4 0.12 11.43 68.5 | 3 0.09 11.52 68.6 | 8 0.23 11.75 68.7 | 4 0.12 11.87 68.8 | 11 0.32 12.19 68.9 | 7 0.20 12.39 69 | 11 0.32 12.71 69.1 | 3 0.09 12.80 69.2 | 6 0.17 12.98 69.3 | 7 0.20 13.18 69.4 | 7 0.20 13.38 69.5 | 8 0.23 13.62 69.6 | 7 0.20 13.82 69.7 | 7 0.20 14.02 69.8 | 12 0.35 14.37 69.9 | 10 0.29 14.66 70 | 10 0.29 14.95 70.1 | 5 0.15 15.10 70.2 | 8 0.23 15.33 70.3 | 11 0.32 15.65 70.4 | 3 0.09 15.74 70.5 | 16 0.47 16.21 70.6 | 7 0.20 16.41 70.7 | 11 0.32 16.73 70.8 | 8 0.23 16.96 70.9 | 8 0.23 17.20 71 | 9 0.26 17.46 71.1 | 9 0.26 17.72 71.2 | 11 0.32 18.04 71.3 | 11 0.32 18.36 71.4 | 9 0.26 18.62 71.5 | 17 0.49 19.12 71.6 | 10 0.29 19.41 71.7 | 9 0.26 19.67 71.8 | 7 0.20 19.87 71.9 | 12 0.35 20.22 72 | 12 0.35 20.57 72.1 | 23 0.67 21.24 72.2 | 9 0.26 21.50 72.3 | 12 0.35 21.85 72.4 | 7 0.20 22.05 72.5 | 10 0.29 22.35 72.6 | 11 0.32 22.67 72.7 | 16 0.47 23.13 72.8 | 27 0.79 23.92 72.9 | 12 0.35 24.27 73 | 13 0.38 24.64 73.1 | 11 0.32 24.96 73.2 | 18 0.52 25.49 73.3 | 18 0.52 26.01 73.4 | 16 0.47 26.48 73.5 | 13 0.38 26.85 73.6 | 12 0.35 27.20 73.7 | 16 0.47 27.67 73.8 | 16 0.47 28.14 73.9 | 9 0.26 28.40 74 | 13 0.38 28.78 74.1 | 13 0.38 29.15 74.2 | 15 0.44 29.59 74.3 | 22 0.64 30.23 74.4 | 19 0.55 30.78 74.5 | 14 0.41 31.19 74.6 | 19 0.55 31.74 74.7 | 16 0.47 32.21 74.8 | 17 0.49 32.70 74.9 | 20 0.58 33.28 75 | 21 0.61 33.90 75.1 | 22 0.64 34.54 75.2 | 24 0.70 35.23 75.3 | 16 0.47 35.70 75.4 | 24 0.70 36.40 75.5 | 27 0.79 37.18 75.6 | 17 0.49 37.68 75.7 | 17 0.49 38.17 75.8 | 25 0.73 38.90 75.9 | 18 0.52 39.42 76 | 30 0.87 40.30 76.1 | 20 0.58 40.88 76.2 | 22 0.64 41.52 76.3 | 27 0.79 42.30 76.4 | 18 0.52 42.83 76.5 | 20 0.58 43.41 76.6 | 31 0.90 44.31 76.7 | 14 0.41 44.72 76.8 | 38 1.11 45.82 76.9 | 28 0.81 46.64 77 | 30 0.87 47.51 77.1 | 21 0.61 48.12 77.2 | 35 1.02 49.14 77.3 | 30 0.87 50.01 77.4 | 24 0.70 50.71 77.5 | 32 0.93 51.64 77.6 | 16 0.47 52.11 77.7 | 27 0.79 52.89 77.8 | 25 0.73 53.62 77.9 | 24 0.70 54.32 78 | 32 0.93 55.25 78.1 | 34 0.99 56.24 78.2 | 40 1.16 57.40 78.3 | 29 0.84 58.25 78.4 | 27 0.79 59.03 78.5 | 36 1.05 60.08 78.6 | 29 0.84 60.93 78.7 | 33 0.96 61.89 78.8 | 36 1.05 62.93 78.9 | 24 0.70 63.63 79 | 44 1.28 64.91 79.1 | 30 0.87 65.78 79.2 | 38 1.11 66.89 79.3 | 32 0.93 67.82 79.4 | 16 0.47 68.29 79.5 | 43 1.25 69.54 79.6 | 28 0.81 70.35 79.7 | 27 0.79 71.14 79.8 | 29 0.84 71.98 79.9 | 30 0.87 72.85 80 | 31 0.90 73.76 80.1 | 25 0.73 74.48 80.2 | 29 0.84 75.33 80.3 | 34 0.99 76.32 80.4 | 15 0.44 76.75 80.5 | 27 0.79 77.54 80.6 | 30 0.87 78.41 80.7 | 22 0.64 79.05 80.8 | 41 1.19 80.24 80.9 | 18 0.52 80.77 81 | 20 0.58 81.35 81.1 | 32 0.93 82.28 81.2 | 21 0.61 82.89 81.3 | 17 0.49 83.39 81.4 | 13 0.38 83.76 81.5 | 30 0.87 84.64 81.6 | 18 0.52 85.16 81.7 | 17 0.49 85.66 81.8 | 31 0.90 86.56 81.9 | 15 0.44 86.99 82 | 20 0.58 87.58 82.1 | 13 0.38 87.95 82.2 | 19 0.55 88.51 82.3 | 20 0.58 89.09 82.4 | 24 0.70 89.79 82.5 | 19 0.55 90.34 82.6 | 20 0.58 90.92 82.7 | 16 0.47 91.39 82.8 | 18 0.52 91.91 82.9 | 14 0.41 92.32 83 | 18 0.52 92.84 83.1 | 12 0.35 93.19 83.2 | 19 0.55 93.74 83.3 | 13 0.38 94.12 83.4 | 12 0.35 94.47 83.5 | 9 0.26 94.73 83.6 | 14 0.41 95.14 83.7 | 11 0.32 95.46 83.8 | 8 0.23 95.69 83.9 | 9 0.26 95.96 84 | 12 0.35 96.30 84.1 | 9 0.26 96.57 84.2 | 12 0.35 96.92 84.3 | 9 0.26 97.18 84.4 | 3 0.09 97.27 84.5 | 11 0.32 97.59 84.6 | 3 0.09 97.67 84.7 | 1 0.03 97.70 84.8 | 3 0.09 97.79 84.9 | 7 0.20 97.99 85 | 3 0.09 98.08 85.1 | 6 0.17 98.25 85.2 | 1 0.03 98.28 85.3 | 4 0.12 98.40 85.4 | 4 0.12 98.52 85.5 | 2 0.06 98.57 85.6 | 2 0.06 98.63 85.7 | 4 0.12 98.75 85.8 | 4 0.12 98.87 85.9 | 2 0.06 98.92 86 | 2 0.06 98.98 86.1 | 2 0.06 99.04 86.2 | 1 0.03 99.07 86.3 | 1 0.03 99.10 86.4 | 2 0.06 99.16 86.5 | 3 0.09 99.24 87 | 1 0.03 99.27 87.1 | 1 0.03 99.30 87.3 | 1 0.03 99.33 87.5 | 2 0.06 99.39 87.7 | 1 0.03 99.42 87.8 | 1 0.03 99.45 88 | 2 0.06 99.51 88.5 | 1 0.03 99.53 88.7 | 1 0.03 99.56 . | 15 0.44 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for clinvisucl variable in PC_HSA_rates_0307 dataset : Overall, | UCL, % | Medicare | enrollees | having at | least one | ambulatory | visit | Freq. Percent Cum. ------------+----------------------------------- 24.1 | 1 0.03 0.03 28.4 | 1 0.03 0.06 29.4 | 1 0.03 0.09 30.3 | 1 0.03 0.12 40 | 1 0.03 0.15 41.4 | 1 0.03 0.17 42.5 | 1 0.03 0.20 44.6 | 1 0.03 0.23 46.6 | 1 0.03 0.26 46.7 | 1 0.03 0.29 48.4 | 1 0.03 0.32 48.7 | 1 0.03 0.35 49.5 | 1 0.03 0.38 51.2 | 1 0.03 0.41 52.3 | 1 0.03 0.44 52.6 | 1 0.03 0.47 53.2 | 1 0.03 0.49 54.3 | 2 0.06 0.55 55 | 1 0.03 0.58 56.2 | 1 0.03 0.61 56.4 | 1 0.03 0.64 56.5 | 1 0.03 0.67 57.1 | 1 0.03 0.70 57.2 | 2 0.06 0.76 57.4 | 1 0.03 0.79 57.5 | 1 0.03 0.81 57.8 | 1 0.03 0.84 57.9 | 2 0.06 0.90 58 | 1 0.03 0.93 58.1 | 1 0.03 0.96 58.3 | 1 0.03 0.99 59 | 1 0.03 1.02 59.1 | 1 0.03 1.05 59.2 | 1 0.03 1.08 59.3 | 1 0.03 1.11 59.5 | 1 0.03 1.13 59.9 | 3 0.09 1.22 60 | 1 0.03 1.25 60.1 | 1 0.03 1.28 60.2 | 1 0.03 1.31 60.3 | 2 0.06 1.37 60.4 | 1 0.03 1.40 60.5 | 1 0.03 1.43 60.6 | 1 0.03 1.45 60.7 | 1 0.03 1.48 60.9 | 1 0.03 1.51 61 | 2 0.06 1.57 61.2 | 1 0.03 1.60 61.4 | 2 0.06 1.66 61.5 | 1 0.03 1.69 61.6 | 1 0.03 1.72 61.8 | 2 0.06 1.77 61.9 | 1 0.03 1.80 62.2 | 1 0.03 1.83 62.3 | 1 0.03 1.86 62.6 | 1 0.03 1.89 62.7 | 2 0.06 1.95 62.8 | 2 0.06 2.01 62.9 | 1 0.03 2.04 63 | 1 0.03 2.07 63.1 | 1 0.03 2.09 63.4 | 1 0.03 2.12 63.5 | 5 0.15 2.27 63.7 | 3 0.09 2.36 63.8 | 3 0.09 2.44 63.9 | 2 0.06 2.50 64 | 1 0.03 2.53 64.1 | 1 0.03 2.56 64.2 | 2 0.06 2.62 64.3 | 1 0.03 2.65 64.4 | 2 0.06 2.71 64.5 | 1 0.03 2.73 64.6 | 3 0.09 2.82 64.7 | 1 0.03 2.85 64.8 | 2 0.06 2.91 65 | 4 0.12 3.03 65.1 | 1 0.03 3.05 65.2 | 2 0.06 3.11 65.3 | 1 0.03 3.14 65.4 | 2 0.06 3.20 65.5 | 1 0.03 3.23 65.6 | 3 0.09 3.32 65.7 | 5 0.15 3.46 65.8 | 4 0.12 3.58 66 | 5 0.15 3.72 66.1 | 2 0.06 3.78 66.2 | 1 0.03 3.81 66.3 | 6 0.17 3.99 66.4 | 1 0.03 4.02 66.5 | 1 0.03 4.04 66.6 | 1 0.03 4.07 66.7 | 4 0.12 4.19 66.8 | 1 0.03 4.22 67 | 5 0.15 4.36 67.2 | 4 0.12 4.48 67.3 | 2 0.06 4.54 67.4 | 3 0.09 4.63 67.5 | 2 0.06 4.68 67.6 | 2 0.06 4.74 67.7 | 2 0.06 4.80 67.8 | 4 0.12 4.92 67.9 | 6 0.17 5.09 68 | 1 0.03 5.12 68.1 | 1 0.03 5.15 68.2 | 3 0.09 5.24 68.3 | 1 0.03 5.27 68.4 | 1 0.03 5.30 68.5 | 5 0.15 5.44 68.6 | 1 0.03 5.47 68.7 | 1 0.03 5.50 68.8 | 1 0.03 5.53 68.9 | 2 0.06 5.59 69 | 5 0.15 5.73 69.1 | 2 0.06 5.79 69.2 | 3 0.09 5.88 69.3 | 4 0.12 5.99 69.4 | 4 0.12 6.11 69.5 | 4 0.12 6.23 69.6 | 3 0.09 6.31 69.7 | 4 0.12 6.43 69.8 | 3 0.09 6.52 69.9 | 1 0.03 6.55 70 | 5 0.15 6.69 70.1 | 2 0.06 6.75 70.2 | 3 0.09 6.84 70.3 | 4 0.12 6.95 70.4 | 2 0.06 7.01 70.5 | 6 0.17 7.19 70.6 | 3 0.09 7.27 70.7 | 2 0.06 7.33 70.8 | 2 0.06 7.39 70.9 | 1 0.03 7.42 71 | 9 0.26 7.68 71.1 | 3 0.09 7.77 71.2 | 7 0.20 7.97 71.3 | 3 0.09 8.06 71.4 | 5 0.15 8.20 71.5 | 6 0.17 8.38 71.6 | 1 0.03 8.41 71.7 | 8 0.23 8.64 71.8 | 4 0.12 8.76 71.9 | 3 0.09 8.84 72 | 6 0.17 9.02 72.1 | 4 0.12 9.14 72.2 | 3 0.09 9.22 72.3 | 2 0.06 9.28 72.4 | 3 0.09 9.37 72.5 | 10 0.29 9.66 72.6 | 3 0.09 9.75 72.7 | 2 0.06 9.81 72.8 | 5 0.15 9.95 72.9 | 3 0.09 10.04 73 | 9 0.26 10.30 73.1 | 5 0.15 10.45 73.2 | 8 0.23 10.68 73.3 | 2 0.06 10.74 73.4 | 4 0.12 10.85 73.5 | 7 0.20 11.06 73.6 | 1 0.03 11.09 73.7 | 9 0.26 11.35 73.8 | 3 0.09 11.43 73.9 | 8 0.23 11.67 74 | 6 0.17 11.84 74.1 | 6 0.17 12.02 74.2 | 5 0.15 12.16 74.3 | 11 0.32 12.48 74.4 | 8 0.23 12.71 74.5 | 6 0.17 12.89 74.6 | 4 0.12 13.01 74.7 | 4 0.12 13.12 74.8 | 7 0.20 13.33 74.9 | 2 0.06 13.38 75 | 6 0.17 13.56 75.1 | 8 0.23 13.79 75.2 | 5 0.15 13.94 75.3 | 6 0.17 14.11 75.4 | 6 0.17 14.29 75.5 | 6 0.17 14.46 75.6 | 2 0.06 14.52 75.7 | 7 0.20 14.72 75.8 | 8 0.23 14.95 75.9 | 8 0.23 15.19 76 | 8 0.23 15.42 76.1 | 5 0.15 15.57 76.2 | 5 0.15 15.71 76.3 | 14 0.41 16.12 76.4 | 11 0.32 16.44 76.5 | 11 0.32 16.76 76.6 | 11 0.32 17.08 76.7 | 10 0.29 17.37 76.8 | 8 0.23 17.60 76.9 | 9 0.26 17.86 77 | 17 0.49 18.36 77.1 | 9 0.26 18.62 77.2 | 14 0.41 19.03 77.3 | 4 0.12 19.14 77.4 | 10 0.29 19.44 77.5 | 8 0.23 19.67 77.6 | 11 0.32 19.99 77.7 | 5 0.15 20.13 77.8 | 13 0.38 20.51 77.9 | 10 0.29 20.80 78 | 19 0.55 21.36 78.1 | 14 0.41 21.76 78.2 | 14 0.41 22.17 78.3 | 13 0.38 22.55 78.4 | 11 0.32 22.87 78.5 | 11 0.32 23.19 78.6 | 11 0.32 23.51 78.7 | 15 0.44 23.95 78.8 | 12 0.35 24.29 78.9 | 7 0.20 24.50 79 | 10 0.29 24.79 79.1 | 9 0.26 25.05 79.2 | 13 0.38 25.43 79.3 | 15 0.44 25.87 79.4 | 13 0.38 26.24 79.5 | 21 0.61 26.85 79.6 | 13 0.38 27.23 79.7 | 13 0.38 27.61 79.8 | 14 0.41 28.02 79.9 | 15 0.44 28.46 80 | 14 0.41 28.86 80.1 | 17 0.49 29.36 80.2 | 18 0.52 29.88 80.3 | 19 0.55 30.43 80.4 | 17 0.49 30.93 80.5 | 24 0.70 31.63 80.6 | 12 0.35 31.98 80.7 | 18 0.52 32.50 80.8 | 20 0.58 33.08 80.9 | 18 0.52 33.60 81 | 24 0.70 34.30 81.1 | 21 0.61 34.91 81.2 | 22 0.64 35.55 81.3 | 18 0.52 36.08 81.4 | 25 0.73 36.81 81.5 | 14 0.41 37.21 81.6 | 19 0.55 37.77 81.7 | 14 0.41 38.17 81.8 | 23 0.67 38.84 81.9 | 16 0.47 39.31 82 | 23 0.67 39.98 82.1 | 22 0.64 40.62 82.2 | 27 0.79 41.40 82.3 | 17 0.49 41.90 82.4 | 17 0.49 42.39 82.5 | 27 0.79 43.18 82.6 | 26 0.76 43.93 82.7 | 22 0.64 44.57 82.8 | 23 0.67 45.24 82.9 | 21 0.61 45.85 83 | 37 1.08 46.93 83.1 | 20 0.58 47.51 83.2 | 22 0.64 48.15 83.3 | 34 0.99 49.14 83.4 | 21 0.61 49.75 83.5 | 25 0.73 50.48 83.6 | 22 0.64 51.12 83.7 | 20 0.58 51.70 83.8 | 24 0.70 52.40 83.9 | 27 0.79 53.19 84 | 21 0.61 53.80 84.1 | 15 0.44 54.23 84.2 | 27 0.79 55.02 84.3 | 30 0.87 55.89 84.4 | 20 0.58 56.47 84.5 | 20 0.58 57.06 84.6 | 19 0.55 57.61 84.7 | 38 1.11 58.71 84.8 | 30 0.87 59.59 84.9 | 18 0.52 60.11 85 | 26 0.76 60.87 85.1 | 18 0.52 61.39 85.2 | 33 0.96 62.35 85.3 | 28 0.81 63.17 85.4 | 19 0.55 63.72 85.5 | 19 0.55 64.27 85.6 | 24 0.70 64.97 85.7 | 19 0.55 65.52 85.8 | 23 0.67 66.19 85.9 | 21 0.61 66.80 86 | 26 0.76 67.56 86.1 | 15 0.44 68.00 86.2 | 28 0.81 68.81 86.3 | 22 0.64 69.45 86.4 | 22 0.64 70.09 86.5 | 31 0.90 70.99 86.6 | 16 0.47 71.46 86.7 | 19 0.55 72.01 86.8 | 27 0.79 72.80 86.9 | 22 0.64 73.44 87 | 22 0.64 74.08 87.1 | 18 0.52 74.60 87.2 | 20 0.58 75.18 87.3 | 13 0.38 75.56 87.4 | 22 0.64 76.20 87.5 | 22 0.64 76.84 87.6 | 17 0.49 77.33 87.7 | 17 0.49 77.83 87.8 | 20 0.58 78.41 87.9 | 19 0.55 78.96 88 | 18 0.52 79.49 88.1 | 9 0.26 79.75 88.2 | 14 0.41 80.16 88.3 | 20 0.58 80.74 88.4 | 16 0.47 81.20 88.5 | 20 0.58 81.79 88.6 | 12 0.35 82.14 88.7 | 14 0.41 82.54 88.8 | 18 0.52 83.07 88.9 | 16 0.47 83.53 89 | 17 0.49 84.03 89.1 | 15 0.44 84.46 89.2 | 10 0.29 84.75 89.3 | 14 0.41 85.16 89.4 | 6 0.17 85.34 89.5 | 13 0.38 85.71 89.6 | 12 0.35 86.06 89.7 | 9 0.26 86.33 89.8 | 16 0.47 86.79 89.9 | 10 0.29 87.08 90 | 7 0.20 87.29 90.1 | 10 0.29 87.58 90.2 | 11 0.32 87.90 90.3 | 12 0.35 88.25 90.4 | 11 0.32 88.57 90.5 | 6 0.17 88.74 90.6 | 9 0.26 89.00 90.7 | 13 0.38 89.38 90.8 | 12 0.35 89.73 90.9 | 10 0.29 90.02 91 | 9 0.26 90.28 91.1 | 7 0.20 90.49 91.2 | 9 0.26 90.75 91.3 | 8 0.23 90.98 91.4 | 6 0.17 91.16 91.5 | 10 0.29 91.45 91.6 | 9 0.26 91.71 91.7 | 3 0.09 91.80 91.8 | 4 0.12 91.91 91.9 | 6 0.17 92.09 92 | 12 0.35 92.44 92.1 | 7 0.20 92.64 92.2 | 8 0.23 92.87 92.3 | 7 0.20 93.08 92.4 | 3 0.09 93.16 92.5 | 8 0.23 93.40 92.6 | 8 0.23 93.63 92.7 | 6 0.17 93.80 92.8 | 5 0.15 93.95 92.9 | 4 0.12 94.06 93 | 8 0.23 94.30 93.1 | 5 0.15 94.44 93.2 | 6 0.17 94.62 93.3 | 5 0.15 94.76 93.4 | 4 0.12 94.88 93.5 | 3 0.09 94.97 93.6 | 3 0.09 95.05 93.7 | 3 0.09 95.14 93.8 | 2 0.06 95.20 93.9 | 4 0.12 95.32 94 | 10 0.29 95.61 94.1 | 3 0.09 95.69 94.2 | 3 0.09 95.78 94.3 | 3 0.09 95.87 94.4 | 6 0.17 96.04 94.5 | 5 0.15 96.19 94.6 | 3 0.09 96.28 94.7 | 4 0.12 96.39 94.8 | 4 0.12 96.51 94.9 | 4 0.12 96.62 95 | 4 0.12 96.74 95.1 | 3 0.09 96.83 95.2 | 1 0.03 96.86 95.3 | 3 0.09 96.95 95.4 | 1 0.03 96.97 95.5 | 2 0.06 97.03 95.6 | 2 0.06 97.09 95.7 | 2 0.06 97.15 95.8 | 3 0.09 97.24 95.9 | 1 0.03 97.27 96 | 3 0.09 97.35 96.1 | 2 0.06 97.41 96.3 | 2 0.06 97.47 96.4 | 3 0.09 97.56 96.5 | 2 0.06 97.61 96.6 | 1 0.03 97.64 96.7 | 2 0.06 97.70 96.8 | 2 0.06 97.76 97 | 2 0.06 97.82 97.1 | 2 0.06 97.88 97.2 | 6 0.17 98.05 97.3 | 2 0.06 98.11 97.5 | 4 0.12 98.23 97.6 | 2 0.06 98.28 97.7 | 1 0.03 98.31 97.8 | 2 0.06 98.37 97.9 | 1 0.03 98.40 98 | 1 0.03 98.43 98.1 | 2 0.06 98.49 98.2 | 2 0.06 98.55 98.3 | 2 0.06 98.60 98.5 | 1 0.03 98.63 98.6 | 1 0.03 98.66 98.7 | 4 0.12 98.78 98.8 | 1 0.03 98.81 98.9 | 1 0.03 98.84 99 | 2 0.06 98.89 99.2 | 2 0.06 98.95 99.3 | 1 0.03 98.98 99.5 | 3 0.09 99.07 99.7 | 1 0.03 99.10 99.9 | 1 0.03 99.13 100 | 2 0.06 99.19 100.4 | 1 0.03 99.21 100.5 | 1 0.03 99.24 100.8 | 1 0.03 99.27 101.2 | 1 0.03 99.30 101.3 | 1 0.03 99.33 101.5 | 1 0.03 99.36 102.2 | 2 0.06 99.42 102.3 | 1 0.03 99.45 103.1 | 1 0.03 99.48 104.3 | 1 0.03 99.51 105.2 | 1 0.03 99.53 109.9 | 1 0.03 99.56 . | 15 0.44 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for clinvisb variable in PC_HSA_rates_0307 dataset : Black, % | Medicare | enrollees | having at | least one | ambulatory | visit | Freq. Percent Cum. ------------+----------------------------------- 38.7 | 1 0.03 0.03 43.2 | 1 0.03 0.06 46.1 | 1 0.03 0.09 46.8 | 1 0.03 0.12 47.5 | 1 0.03 0.15 47.6 | 1 0.03 0.17 50.3 | 1 0.03 0.20 50.5 | 1 0.03 0.23 50.6 | 1 0.03 0.26 50.9 | 1 0.03 0.29 51.1 | 1 0.03 0.32 51.5 | 1 0.03 0.35 51.7 | 1 0.03 0.38 52 | 1 0.03 0.41 52.5 | 1 0.03 0.44 52.6 | 2 0.06 0.49 52.7 | 1 0.03 0.52 52.9 | 1 0.03 0.55 53 | 1 0.03 0.58 53.1 | 2 0.06 0.64 53.2 | 1 0.03 0.67 53.3 | 1 0.03 0.70 53.5 | 3 0.09 0.79 53.6 | 1 0.03 0.81 53.7 | 1 0.03 0.84 54.2 | 2 0.06 0.90 54.3 | 1 0.03 0.93 54.4 | 1 0.03 0.96 54.6 | 1 0.03 0.99 54.9 | 1 0.03 1.02 55.1 | 2 0.06 1.08 55.3 | 2 0.06 1.13 55.4 | 1 0.03 1.16 55.5 | 1 0.03 1.19 55.6 | 2 0.06 1.25 55.7 | 1 0.03 1.28 55.8 | 1 0.03 1.31 56.2 | 2 0.06 1.37 56.3 | 1 0.03 1.40 56.4 | 1 0.03 1.43 56.9 | 1 0.03 1.45 57.1 | 1 0.03 1.48 57.3 | 1 0.03 1.51 57.5 | 4 0.12 1.63 57.6 | 1 0.03 1.66 57.7 | 2 0.06 1.72 57.8 | 1 0.03 1.75 58 | 3 0.09 1.83 58.4 | 3 0.09 1.92 58.5 | 4 0.12 2.04 58.6 | 2 0.06 2.09 58.7 | 2 0.06 2.15 58.8 | 3 0.09 2.24 59.1 | 1 0.03 2.27 59.2 | 1 0.03 2.30 59.3 | 2 0.06 2.36 59.5 | 3 0.09 2.44 59.7 | 3 0.09 2.53 59.8 | 3 0.09 2.62 59.9 | 4 0.12 2.73 60 | 3 0.09 2.82 60.3 | 1 0.03 2.85 60.4 | 1 0.03 2.88 60.5 | 2 0.06 2.94 60.6 | 3 0.09 3.03 60.8 | 3 0.09 3.11 60.9 | 1 0.03 3.14 61 | 1 0.03 3.17 61.1 | 2 0.06 3.23 61.2 | 1 0.03 3.26 61.3 | 1 0.03 3.29 61.4 | 1 0.03 3.32 61.5 | 2 0.06 3.38 61.6 | 3 0.09 3.46 61.7 | 1 0.03 3.49 61.8 | 2 0.06 3.55 62 | 4 0.12 3.67 62.1 | 1 0.03 3.70 62.2 | 6 0.17 3.87 62.3 | 1 0.03 3.90 62.4 | 1 0.03 3.93 62.5 | 2 0.06 3.99 62.6 | 1 0.03 4.02 62.7 | 3 0.09 4.10 62.8 | 2 0.06 4.16 62.9 | 3 0.09 4.25 63 | 3 0.09 4.34 63.1 | 3 0.09 4.42 63.2 | 1 0.03 4.45 63.3 | 3 0.09 4.54 63.4 | 1 0.03 4.57 63.5 | 1 0.03 4.60 63.6 | 1 0.03 4.63 63.7 | 2 0.06 4.68 63.8 | 1 0.03 4.71 63.9 | 4 0.12 4.83 64 | 3 0.09 4.92 64.2 | 1 0.03 4.95 64.3 | 2 0.06 5.00 64.4 | 1 0.03 5.03 64.5 | 3 0.09 5.12 64.7 | 1 0.03 5.15 64.8 | 2 0.06 5.21 64.9 | 4 0.12 5.32 65 | 3 0.09 5.41 65.1 | 2 0.06 5.47 65.2 | 4 0.12 5.59 65.3 | 1 0.03 5.62 65.4 | 3 0.09 5.70 65.5 | 3 0.09 5.79 65.6 | 3 0.09 5.88 65.8 | 1 0.03 5.91 65.9 | 1 0.03 5.94 66.1 | 3 0.09 6.02 66.2 | 2 0.06 6.08 66.3 | 1 0.03 6.11 66.4 | 3 0.09 6.20 66.6 | 3 0.09 6.28 66.7 | 3 0.09 6.37 66.8 | 4 0.12 6.49 66.9 | 3 0.09 6.58 67 | 1 0.03 6.60 67.1 | 1 0.03 6.63 67.2 | 3 0.09 6.72 67.3 | 2 0.06 6.78 67.4 | 3 0.09 6.87 67.5 | 4 0.12 6.98 67.6 | 2 0.06 7.04 67.7 | 5 0.15 7.19 67.8 | 2 0.06 7.24 67.9 | 5 0.15 7.39 68 | 3 0.09 7.48 68.1 | 2 0.06 7.54 68.2 | 3 0.09 7.62 68.3 | 7 0.20 7.83 68.4 | 5 0.15 7.97 68.5 | 3 0.09 8.06 68.6 | 3 0.09 8.15 68.7 | 7 0.20 8.35 68.8 | 4 0.12 8.47 68.9 | 2 0.06 8.52 69.1 | 3 0.09 8.61 69.2 | 1 0.03 8.64 69.3 | 5 0.15 8.79 69.4 | 2 0.06 8.84 69.5 | 4 0.12 8.96 69.6 | 5 0.15 9.11 69.7 | 4 0.12 9.22 69.8 | 2 0.06 9.28 69.9 | 4 0.12 9.40 70 | 3 0.09 9.49 70.1 | 6 0.17 9.66 70.2 | 2 0.06 9.72 70.3 | 2 0.06 9.78 70.4 | 5 0.15 9.92 70.5 | 3 0.09 10.01 70.6 | 3 0.09 10.10 70.7 | 7 0.20 10.30 70.8 | 4 0.12 10.42 70.9 | 6 0.17 10.59 71 | 3 0.09 10.68 71.1 | 2 0.06 10.74 71.2 | 4 0.12 10.85 71.3 | 4 0.12 10.97 71.4 | 5 0.15 11.11 71.5 | 7 0.20 11.32 71.6 | 8 0.23 11.55 71.7 | 1 0.03 11.58 71.8 | 6 0.17 11.75 71.9 | 8 0.23 11.99 72 | 1 0.03 12.02 72.1 | 4 0.12 12.13 72.2 | 6 0.17 12.31 72.3 | 6 0.17 12.48 72.4 | 4 0.12 12.60 72.5 | 7 0.20 12.80 72.6 | 4 0.12 12.92 72.7 | 6 0.17 13.09 72.8 | 9 0.26 13.35 72.9 | 7 0.20 13.56 73 | 6 0.17 13.73 73.1 | 5 0.15 13.88 73.2 | 9 0.26 14.14 73.3 | 4 0.12 14.26 73.4 | 3 0.09 14.34 73.5 | 7 0.20 14.55 73.6 | 7 0.20 14.75 73.7 | 5 0.15 14.90 73.8 | 4 0.12 15.01 73.9 | 4 0.12 15.13 74 | 5 0.15 15.27 74.1 | 10 0.29 15.57 74.2 | 7 0.20 15.77 74.3 | 8 0.23 16.00 74.4 | 6 0.17 16.18 74.5 | 5 0.15 16.32 74.6 | 9 0.26 16.58 74.7 | 4 0.12 16.70 74.8 | 5 0.15 16.85 74.9 | 7 0.20 17.05 75 | 6 0.17 17.22 75.1 | 4 0.12 17.34 75.2 | 5 0.15 17.49 75.3 | 11 0.32 17.81 75.4 | 4 0.12 17.92 75.5 | 8 0.23 18.16 75.6 | 5 0.15 18.30 75.7 | 6 0.17 18.48 75.8 | 6 0.17 18.65 75.9 | 4 0.12 18.77 76 | 3 0.09 18.85 76.1 | 1 0.03 18.88 76.2 | 4 0.12 19.00 76.3 | 4 0.12 19.12 76.4 | 5 0.15 19.26 76.5 | 6 0.17 19.44 76.6 | 2 0.06 19.49 76.7 | 4 0.12 19.61 76.8 | 7 0.20 19.81 76.9 | 5 0.15 19.96 77 | 3 0.09 20.05 77.1 | 4 0.12 20.16 77.2 | 9 0.26 20.42 77.3 | 4 0.12 20.54 77.4 | 6 0.17 20.72 77.5 | 4 0.12 20.83 77.6 | 6 0.17 21.01 77.7 | 5 0.15 21.15 77.8 | 10 0.29 21.44 77.9 | 7 0.20 21.65 78 | 7 0.20 21.85 78.1 | 4 0.12 21.97 78.2 | 10 0.29 22.26 78.3 | 4 0.12 22.37 78.4 | 4 0.12 22.49 78.5 | 7 0.20 22.69 78.6 | 7 0.20 22.90 78.7 | 7 0.20 23.10 78.8 | 5 0.15 23.25 78.9 | 5 0.15 23.39 79.1 | 4 0.12 23.51 79.2 | 9 0.26 23.77 79.3 | 7 0.20 23.97 79.4 | 5 0.15 24.12 79.5 | 3 0.09 24.21 79.6 | 3 0.09 24.29 79.7 | 8 0.23 24.53 79.8 | 8 0.23 24.76 79.9 | 6 0.17 24.93 80 | 7 0.20 25.14 80.1 | 3 0.09 25.23 80.2 | 4 0.12 25.34 80.3 | 8 0.23 25.57 80.4 | 4 0.12 25.69 80.5 | 7 0.20 25.89 80.6 | 2 0.06 25.95 80.7 | 4 0.12 26.07 80.8 | 2 0.06 26.13 80.9 | 8 0.23 26.36 81 | 3 0.09 26.45 81.1 | 5 0.15 26.59 81.2 | 6 0.17 26.77 81.3 | 3 0.09 26.85 81.4 | 1 0.03 26.88 81.5 | 4 0.12 27.00 81.6 | 2 0.06 27.06 81.7 | 3 0.09 27.15 81.8 | 4 0.12 27.26 81.9 | 4 0.12 27.38 82 | 5 0.15 27.52 82.1 | 4 0.12 27.64 82.2 | 4 0.12 27.76 82.3 | 2 0.06 27.81 82.4 | 7 0.20 28.02 82.5 | 5 0.15 28.16 82.7 | 7 0.20 28.37 82.8 | 7 0.20 28.57 83 | 2 0.06 28.63 83.1 | 4 0.12 28.75 83.2 | 6 0.17 28.92 83.3 | 5 0.15 29.07 83.4 | 2 0.06 29.12 83.5 | 4 0.12 29.24 83.6 | 2 0.06 29.30 83.7 | 1 0.03 29.33 83.8 | 3 0.09 29.42 83.9 | 1 0.03 29.44 84 | 2 0.06 29.50 84.1 | 3 0.09 29.59 84.2 | 6 0.17 29.76 84.3 | 2 0.06 29.82 84.4 | 2 0.06 29.88 84.6 | 2 0.06 29.94 84.7 | 3 0.09 30.03 84.8 | 2 0.06 30.08 84.9 | 1 0.03 30.11 85 | 2 0.06 30.17 85.1 | 2 0.06 30.23 85.2 | 1 0.03 30.26 85.4 | 2 0.06 30.32 85.5 | 4 0.12 30.43 85.7 | 4 0.12 30.55 85.8 | 3 0.09 30.64 86 | 3 0.09 30.72 86.2 | 3 0.09 30.81 86.3 | 3 0.09 30.90 86.4 | 1 0.03 30.93 86.5 | 2 0.06 30.99 86.6 | 3 0.09 31.07 86.7 | 2 0.06 31.13 86.8 | 2 0.06 31.19 86.9 | 2 0.06 31.25 87 | 1 0.03 31.28 87.1 | 2 0.06 31.34 87.3 | 2 0.06 31.39 87.4 | 2 0.06 31.45 87.6 | 1 0.03 31.48 87.8 | 1 0.03 31.51 88 | 2 0.06 31.57 88.2 | 1 0.03 31.60 88.5 | 1 0.03 31.63 88.6 | 1 0.03 31.66 89 | 1 0.03 31.68 89.2 | 1 0.03 31.71 89.9 | 1 0.03 31.74 90.2 | 2 0.06 31.80 90.5 | 1 0.03 31.83 . | 2,343 68.17 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for clinvisblcl variable in PC_HSA_rates_0307 dataset : Black, LCL, | % Medicare | enrollees | having at | least one | ambulatory | visit | Freq. Percent Cum. ------------+----------------------------------- 31.8 | 1 0.03 0.03 38.1 | 1 0.03 0.06 38.7 | 1 0.03 0.09 39.1 | 1 0.03 0.12 39.5 | 1 0.03 0.15 41.8 | 1 0.03 0.17 43.1 | 1 0.03 0.20 43.6 | 1 0.03 0.23 43.8 | 1 0.03 0.26 43.9 | 1 0.03 0.29 44 | 1 0.03 0.32 44.1 | 1 0.03 0.35 44.2 | 2 0.06 0.41 44.5 | 2 0.06 0.47 44.8 | 1 0.03 0.49 45.3 | 1 0.03 0.52 46 | 1 0.03 0.55 46.1 | 2 0.06 0.61 46.2 | 1 0.03 0.64 46.4 | 1 0.03 0.67 46.5 | 1 0.03 0.70 46.7 | 1 0.03 0.73 47.2 | 1 0.03 0.76 47.3 | 1 0.03 0.79 47.4 | 1 0.03 0.81 47.5 | 1 0.03 0.84 47.7 | 1 0.03 0.87 48 | 1 0.03 0.90 48.1 | 1 0.03 0.93 48.2 | 1 0.03 0.96 48.6 | 1 0.03 0.99 48.8 | 1 0.03 1.02 48.9 | 1 0.03 1.05 49 | 1 0.03 1.08 49.2 | 1 0.03 1.11 49.6 | 1 0.03 1.13 49.8 | 1 0.03 1.16 50 | 1 0.03 1.19 50.3 | 2 0.06 1.25 50.4 | 3 0.09 1.34 50.6 | 3 0.09 1.43 50.9 | 1 0.03 1.45 51 | 1 0.03 1.48 51.3 | 1 0.03 1.51 51.4 | 3 0.09 1.60 51.5 | 1 0.03 1.63 51.6 | 1 0.03 1.66 51.7 | 1 0.03 1.69 51.8 | 1 0.03 1.72 51.9 | 3 0.09 1.80 52.3 | 2 0.06 1.86 52.4 | 1 0.03 1.89 52.6 | 1 0.03 1.92 52.7 | 2 0.06 1.98 52.9 | 1 0.03 2.01 53 | 2 0.06 2.07 53.1 | 2 0.06 2.12 53.2 | 2 0.06 2.18 53.3 | 1 0.03 2.21 53.4 | 2 0.06 2.27 53.5 | 1 0.03 2.30 53.6 | 3 0.09 2.39 53.8 | 3 0.09 2.47 53.9 | 4 0.12 2.59 54 | 1 0.03 2.62 54.1 | 2 0.06 2.68 54.2 | 2 0.06 2.73 54.3 | 2 0.06 2.79 54.4 | 1 0.03 2.82 54.5 | 2 0.06 2.88 54.6 | 1 0.03 2.91 54.7 | 4 0.12 3.03 54.8 | 2 0.06 3.08 54.9 | 3 0.09 3.17 55.1 | 1 0.03 3.20 55.2 | 2 0.06 3.26 55.3 | 1 0.03 3.29 55.4 | 2 0.06 3.35 55.5 | 1 0.03 3.38 55.6 | 1 0.03 3.40 55.7 | 3 0.09 3.49 55.8 | 5 0.15 3.64 55.9 | 2 0.06 3.70 56 | 5 0.15 3.84 56.2 | 4 0.12 3.96 56.4 | 3 0.09 4.04 56.5 | 5 0.15 4.19 56.7 | 1 0.03 4.22 56.8 | 2 0.06 4.28 56.9 | 2 0.06 4.34 57 | 4 0.12 4.45 57.1 | 3 0.09 4.54 57.2 | 1 0.03 4.57 57.4 | 1 0.03 4.60 57.5 | 3 0.09 4.68 57.6 | 1 0.03 4.71 57.7 | 3 0.09 4.80 57.9 | 3 0.09 4.89 58 | 2 0.06 4.95 58.1 | 5 0.15 5.09 58.2 | 3 0.09 5.18 58.3 | 1 0.03 5.21 58.4 | 3 0.09 5.30 58.5 | 1 0.03 5.32 58.6 | 1 0.03 5.35 58.7 | 3 0.09 5.44 58.8 | 6 0.17 5.62 58.9 | 2 0.06 5.67 59 | 4 0.12 5.79 59.1 | 3 0.09 5.88 59.2 | 3 0.09 5.96 59.3 | 3 0.09 6.05 59.4 | 2 0.06 6.11 59.5 | 3 0.09 6.20 59.6 | 3 0.09 6.28 59.7 | 4 0.12 6.40 59.8 | 2 0.06 6.46 59.9 | 3 0.09 6.55 60 | 2 0.06 6.60 60.2 | 3 0.09 6.69 60.3 | 6 0.17 6.87 60.4 | 2 0.06 6.92 60.5 | 3 0.09 7.01 60.7 | 3 0.09 7.10 60.8 | 7 0.20 7.30 61 | 4 0.12 7.42 61.1 | 3 0.09 7.51 61.2 | 4 0.12 7.62 61.3 | 2 0.06 7.68 61.4 | 2 0.06 7.74 61.5 | 3 0.09 7.83 61.6 | 4 0.12 7.94 61.7 | 5 0.15 8.09 61.8 | 1 0.03 8.12 61.9 | 1 0.03 8.15 62 | 8 0.23 8.38 62.1 | 5 0.15 8.52 62.2 | 9 0.26 8.79 62.3 | 3 0.09 8.87 62.4 | 2 0.06 8.93 62.5 | 4 0.12 9.05 62.6 | 3 0.09 9.14 62.7 | 2 0.06 9.19 62.8 | 6 0.17 9.37 62.9 | 2 0.06 9.43 63 | 2 0.06 9.49 63.1 | 3 0.09 9.57 63.2 | 3 0.09 9.66 63.3 | 1 0.03 9.69 63.4 | 4 0.12 9.81 63.5 | 6 0.17 9.98 63.6 | 2 0.06 10.04 63.7 | 6 0.17 10.21 63.8 | 2 0.06 10.27 63.9 | 6 0.17 10.45 64 | 4 0.12 10.56 64.1 | 4 0.12 10.68 64.2 | 5 0.15 10.82 64.3 | 7 0.20 11.03 64.4 | 3 0.09 11.11 64.5 | 6 0.17 11.29 64.6 | 7 0.20 11.49 64.7 | 3 0.09 11.58 64.8 | 7 0.20 11.78 64.9 | 2 0.06 11.84 65 | 1 0.03 11.87 65.1 | 7 0.20 12.07 65.2 | 6 0.17 12.25 65.3 | 13 0.38 12.63 65.4 | 5 0.15 12.77 65.5 | 3 0.09 12.86 65.6 | 5 0.15 13.01 65.7 | 1 0.03 13.03 65.8 | 5 0.15 13.18 65.9 | 2 0.06 13.24 66 | 4 0.12 13.35 66.1 | 4 0.12 13.47 66.2 | 12 0.35 13.82 66.3 | 8 0.23 14.05 66.4 | 3 0.09 14.14 66.5 | 10 0.29 14.43 66.6 | 9 0.26 14.69 66.7 | 5 0.15 14.84 66.8 | 6 0.17 15.01 66.9 | 5 0.15 15.16 67 | 4 0.12 15.27 67.1 | 2 0.06 15.33 67.2 | 10 0.29 15.62 67.3 | 2 0.06 15.68 67.4 | 2 0.06 15.74 67.5 | 6 0.17 15.92 67.6 | 4 0.12 16.03 67.7 | 4 0.12 16.15 67.8 | 4 0.12 16.26 67.9 | 6 0.17 16.44 68 | 8 0.23 16.67 68.1 | 4 0.12 16.79 68.2 | 5 0.15 16.93 68.3 | 1 0.03 16.96 68.4 | 1 0.03 16.99 68.5 | 5 0.15 17.14 68.6 | 2 0.06 17.20 68.7 | 4 0.12 17.31 68.8 | 5 0.15 17.46 68.9 | 10 0.29 17.75 69 | 6 0.17 17.92 69.1 | 3 0.09 18.01 69.2 | 5 0.15 18.16 69.3 | 8 0.23 18.39 69.4 | 10 0.29 18.68 69.5 | 5 0.15 18.82 69.6 | 5 0.15 18.97 69.7 | 5 0.15 19.12 69.8 | 7 0.20 19.32 69.9 | 6 0.17 19.49 70 | 3 0.09 19.58 70.1 | 5 0.15 19.73 70.2 | 11 0.32 20.05 70.3 | 3 0.09 20.13 70.4 | 4 0.12 20.25 70.5 | 7 0.20 20.45 70.6 | 6 0.17 20.63 70.7 | 6 0.17 20.80 70.8 | 2 0.06 20.86 70.9 | 1 0.03 20.89 71 | 4 0.12 21.01 71.1 | 6 0.17 21.18 71.2 | 8 0.23 21.41 71.3 | 1 0.03 21.44 71.4 | 4 0.12 21.56 71.5 | 7 0.20 21.76 71.6 | 7 0.20 21.97 71.7 | 5 0.15 22.11 71.8 | 8 0.23 22.35 71.9 | 4 0.12 22.46 72 | 7 0.20 22.67 72.1 | 2 0.06 22.72 72.2 | 8 0.23 22.96 72.3 | 6 0.17 23.13 72.4 | 3 0.09 23.22 72.5 | 2 0.06 23.28 72.6 | 5 0.15 23.42 72.7 | 7 0.20 23.63 72.8 | 8 0.23 23.86 72.9 | 6 0.17 24.03 73 | 9 0.26 24.29 73.1 | 3 0.09 24.38 73.2 | 5 0.15 24.53 73.3 | 6 0.17 24.70 73.4 | 3 0.09 24.79 73.5 | 6 0.17 24.96 73.6 | 3 0.09 25.05 73.7 | 7 0.20 25.25 73.8 | 6 0.17 25.43 73.9 | 4 0.12 25.55 74 | 4 0.12 25.66 74.1 | 4 0.12 25.78 74.2 | 3 0.09 25.87 74.3 | 7 0.20 26.07 74.4 | 2 0.06 26.13 74.5 | 7 0.20 26.33 74.6 | 5 0.15 26.48 74.7 | 3 0.09 26.56 74.8 | 5 0.15 26.71 74.9 | 2 0.06 26.77 75 | 3 0.09 26.85 75.1 | 3 0.09 26.94 75.2 | 4 0.12 27.06 75.4 | 8 0.23 27.29 75.5 | 3 0.09 27.38 75.6 | 4 0.12 27.49 75.7 | 3 0.09 27.58 75.8 | 5 0.15 27.73 75.9 | 4 0.12 27.84 76 | 7 0.20 28.05 76.1 | 2 0.06 28.11 76.2 | 8 0.23 28.34 76.3 | 1 0.03 28.37 76.4 | 5 0.15 28.51 76.5 | 1 0.03 28.54 76.6 | 6 0.17 28.72 76.7 | 5 0.15 28.86 76.8 | 3 0.09 28.95 76.9 | 3 0.09 29.04 77 | 4 0.12 29.15 77.1 | 1 0.03 29.18 77.2 | 7 0.20 29.39 77.3 | 2 0.06 29.44 77.4 | 1 0.03 29.47 77.5 | 3 0.09 29.56 77.6 | 1 0.03 29.59 77.7 | 2 0.06 29.65 77.8 | 6 0.17 29.82 77.9 | 2 0.06 29.88 78 | 2 0.06 29.94 78.1 | 3 0.09 30.03 78.2 | 3 0.09 30.11 78.3 | 5 0.15 30.26 78.4 | 3 0.09 30.35 78.7 | 2 0.06 30.40 78.8 | 1 0.03 30.43 78.9 | 3 0.09 30.52 79 | 1 0.03 30.55 79.1 | 1 0.03 30.58 79.2 | 4 0.12 30.70 79.5 | 3 0.09 30.78 79.6 | 2 0.06 30.84 79.8 | 2 0.06 30.90 79.9 | 3 0.09 30.99 80 | 1 0.03 31.02 80.1 | 1 0.03 31.04 80.2 | 3 0.09 31.13 80.3 | 1 0.03 31.16 80.4 | 1 0.03 31.19 80.5 | 1 0.03 31.22 80.7 | 2 0.06 31.28 80.8 | 1 0.03 31.31 80.9 | 1 0.03 31.34 81 | 1 0.03 31.36 81.1 | 2 0.06 31.42 81.2 | 1 0.03 31.45 81.4 | 2 0.06 31.51 81.6 | 2 0.06 31.57 81.7 | 1 0.03 31.60 81.8 | 1 0.03 31.63 81.9 | 1 0.03 31.66 82 | 1 0.03 31.68 82.3 | 1 0.03 31.71 82.5 | 2 0.06 31.77 83.1 | 1 0.03 31.80 . | 2,344 68.20 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for clinvisbucl variable in PC_HSA_rates_0307 dataset : Black, UCL, | % Medicare | enrollees | having at | least one | ambulatory | visit | Freq. Percent Cum. ------------+----------------------------------- 45.6 | 1 0.03 0.03 47.4 | 1 0.03 0.06 50.7 | 1 0.03 0.09 51.3 | 1 0.03 0.12 51.6 | 1 0.03 0.15 53.5 | 1 0.03 0.17 54.1 | 1 0.03 0.20 54.8 | 1 0.03 0.23 54.9 | 1 0.03 0.26 55.4 | 3 0.09 0.35 55.7 | 1 0.03 0.38 56.1 | 2 0.06 0.44 56.5 | 1 0.03 0.47 57.5 | 1 0.03 0.49 57.6 | 1 0.03 0.52 58 | 1 0.03 0.55 58.1 | 2 0.06 0.61 58.3 | 1 0.03 0.64 58.4 | 2 0.06 0.70 59 | 2 0.06 0.76 59.2 | 1 0.03 0.79 59.7 | 1 0.03 0.81 59.8 | 2 0.06 0.87 59.9 | 1 0.03 0.90 60 | 1 0.03 0.93 60.2 | 1 0.03 0.96 60.4 | 1 0.03 0.99 60.5 | 1 0.03 1.02 60.6 | 1 0.03 1.05 60.8 | 1 0.03 1.08 60.9 | 1 0.03 1.11 61 | 2 0.06 1.16 61.1 | 3 0.09 1.25 61.2 | 3 0.09 1.34 61.6 | 1 0.03 1.37 61.8 | 2 0.06 1.43 61.9 | 3 0.09 1.51 62 | 1 0.03 1.54 62.2 | 3 0.09 1.63 62.3 | 1 0.03 1.66 62.4 | 2 0.06 1.72 62.6 | 2 0.06 1.77 62.7 | 1 0.03 1.80 62.9 | 2 0.06 1.86 63 | 2 0.06 1.92 63.1 | 3 0.09 2.01 63.2 | 2 0.06 2.07 63.5 | 1 0.03 2.09 63.8 | 1 0.03 2.12 63.9 | 1 0.03 2.15 64 | 3 0.09 2.24 64.2 | 1 0.03 2.27 64.3 | 1 0.03 2.30 64.6 | 1 0.03 2.33 64.7 | 1 0.03 2.36 64.8 | 2 0.06 2.41 64.9 | 3 0.09 2.50 65 | 2 0.06 2.56 65.1 | 2 0.06 2.62 65.2 | 5 0.15 2.76 65.3 | 1 0.03 2.79 65.4 | 1 0.03 2.82 65.5 | 1 0.03 2.85 65.6 | 1 0.03 2.88 65.7 | 4 0.12 3.00 65.8 | 1 0.03 3.03 66.2 | 3 0.09 3.11 66.4 | 2 0.06 3.17 66.5 | 4 0.12 3.29 66.6 | 2 0.06 3.35 66.7 | 1 0.03 3.38 67 | 2 0.06 3.43 67.1 | 3 0.09 3.52 67.2 | 2 0.06 3.58 67.3 | 4 0.12 3.70 67.4 | 1 0.03 3.72 67.6 | 1 0.03 3.75 67.8 | 1 0.03 3.78 68 | 5 0.15 3.93 68.1 | 3 0.09 4.02 68.2 | 2 0.06 4.07 68.3 | 3 0.09 4.16 68.4 | 1 0.03 4.19 68.5 | 2 0.06 4.25 68.6 | 2 0.06 4.31 68.7 | 1 0.03 4.34 68.8 | 4 0.12 4.45 68.9 | 1 0.03 4.48 69 | 2 0.06 4.54 69.1 | 3 0.09 4.63 69.2 | 2 0.06 4.68 69.4 | 2 0.06 4.74 69.5 | 1 0.03 4.77 69.8 | 1 0.03 4.80 69.9 | 2 0.06 4.86 70 | 1 0.03 4.89 70.1 | 2 0.06 4.95 70.2 | 2 0.06 5.00 70.3 | 1 0.03 5.03 70.4 | 2 0.06 5.09 70.6 | 2 0.06 5.15 70.7 | 1 0.03 5.18 70.8 | 5 0.15 5.32 70.9 | 3 0.09 5.41 71 | 4 0.12 5.53 71.1 | 2 0.06 5.59 71.2 | 3 0.09 5.67 71.3 | 1 0.03 5.70 71.5 | 2 0.06 5.76 71.6 | 2 0.06 5.82 71.7 | 2 0.06 5.88 71.8 | 2 0.06 5.94 71.9 | 1 0.03 5.96 72.1 | 2 0.06 6.02 72.2 | 3 0.09 6.11 72.3 | 5 0.15 6.26 72.4 | 1 0.03 6.28 72.5 | 6 0.17 6.46 72.6 | 2 0.06 6.52 72.7 | 4 0.12 6.63 72.8 | 4 0.12 6.75 72.9 | 3 0.09 6.84 73 | 3 0.09 6.92 73.1 | 3 0.09 7.01 73.2 | 2 0.06 7.07 73.4 | 3 0.09 7.16 73.5 | 1 0.03 7.19 73.6 | 3 0.09 7.27 73.7 | 2 0.06 7.33 73.8 | 2 0.06 7.39 73.9 | 2 0.06 7.45 74 | 4 0.12 7.56 74.1 | 3 0.09 7.65 74.2 | 5 0.15 7.80 74.3 | 5 0.15 7.94 74.4 | 9 0.26 8.20 74.5 | 1 0.03 8.23 74.7 | 4 0.12 8.35 74.8 | 4 0.12 8.47 74.9 | 2 0.06 8.52 75 | 4 0.12 8.64 75.1 | 2 0.06 8.70 75.2 | 4 0.12 8.82 75.3 | 1 0.03 8.84 75.4 | 2 0.06 8.90 75.5 | 5 0.15 9.05 75.6 | 3 0.09 9.14 75.7 | 4 0.12 9.25 75.8 | 6 0.17 9.43 75.9 | 6 0.17 9.60 76 | 3 0.09 9.69 76.1 | 4 0.12 9.81 76.2 | 7 0.20 10.01 76.3 | 1 0.03 10.04 76.4 | 5 0.15 10.18 76.5 | 3 0.09 10.27 76.6 | 3 0.09 10.36 76.7 | 2 0.06 10.42 76.8 | 5 0.15 10.56 76.9 | 3 0.09 10.65 77 | 5 0.15 10.79 77.1 | 6 0.17 10.97 77.2 | 3 0.09 11.06 77.3 | 8 0.23 11.29 77.4 | 3 0.09 11.38 77.5 | 1 0.03 11.41 77.6 | 6 0.17 11.58 77.7 | 5 0.15 11.73 77.8 | 3 0.09 11.81 77.9 | 7 0.20 12.02 78 | 2 0.06 12.07 78.1 | 7 0.20 12.28 78.2 | 1 0.03 12.31 78.3 | 6 0.17 12.48 78.4 | 6 0.17 12.66 78.6 | 4 0.12 12.77 78.7 | 3 0.09 12.86 78.8 | 2 0.06 12.92 78.9 | 4 0.12 13.03 79 | 6 0.17 13.21 79.1 | 3 0.09 13.30 79.2 | 8 0.23 13.53 79.3 | 6 0.17 13.70 79.4 | 7 0.20 13.91 79.5 | 6 0.17 14.08 79.6 | 3 0.09 14.17 79.7 | 3 0.09 14.26 79.8 | 5 0.15 14.40 79.9 | 3 0.09 14.49 80 | 2 0.06 14.55 80.1 | 2 0.06 14.61 80.2 | 4 0.12 14.72 80.3 | 5 0.15 14.87 80.4 | 2 0.06 14.93 80.5 | 7 0.20 15.13 80.6 | 5 0.15 15.27 80.7 | 6 0.17 15.45 80.8 | 3 0.09 15.54 80.9 | 4 0.12 15.65 81 | 3 0.09 15.74 81.1 | 5 0.15 15.89 81.2 | 4 0.12 16.00 81.3 | 2 0.06 16.06 81.4 | 4 0.12 16.18 81.5 | 5 0.15 16.32 81.6 | 10 0.29 16.61 81.7 | 7 0.20 16.82 81.8 | 5 0.15 16.96 81.9 | 6 0.17 17.14 82 | 7 0.20 17.34 82.1 | 4 0.12 17.46 82.2 | 8 0.23 17.69 82.3 | 6 0.17 17.86 82.4 | 10 0.29 18.16 82.5 | 4 0.12 18.27 82.6 | 4 0.12 18.39 82.7 | 4 0.12 18.50 82.8 | 5 0.15 18.65 82.9 | 1 0.03 18.68 83 | 6 0.17 18.85 83.1 | 4 0.12 18.97 83.2 | 6 0.17 19.14 83.3 | 8 0.23 19.38 83.4 | 4 0.12 19.49 83.5 | 10 0.29 19.78 83.6 | 5 0.15 19.93 83.7 | 4 0.12 20.05 83.8 | 11 0.32 20.37 83.9 | 5 0.15 20.51 84 | 9 0.26 20.77 84.1 | 8 0.23 21.01 84.2 | 3 0.09 21.09 84.3 | 3 0.09 21.18 84.4 | 1 0.03 21.21 84.5 | 4 0.12 21.33 84.6 | 5 0.15 21.47 84.7 | 6 0.17 21.65 84.8 | 4 0.12 21.76 84.9 | 5 0.15 21.91 85 | 5 0.15 22.05 85.1 | 4 0.12 22.17 85.2 | 3 0.09 22.26 85.3 | 6 0.17 22.43 85.4 | 4 0.12 22.55 85.5 | 4 0.12 22.67 85.6 | 5 0.15 22.81 85.7 | 5 0.15 22.96 85.8 | 5 0.15 23.10 85.9 | 3 0.09 23.19 86 | 3 0.09 23.28 86.1 | 4 0.12 23.39 86.2 | 11 0.32 23.71 86.3 | 5 0.15 23.86 86.4 | 4 0.12 23.97 86.5 | 1 0.03 24.00 86.6 | 6 0.17 24.18 86.7 | 5 0.15 24.32 86.8 | 5 0.15 24.47 86.9 | 2 0.06 24.53 87 | 8 0.23 24.76 87.2 | 2 0.06 24.82 87.3 | 3 0.09 24.91 87.4 | 4 0.12 25.02 87.5 | 6 0.17 25.20 87.6 | 2 0.06 25.25 87.7 | 6 0.17 25.43 87.8 | 2 0.06 25.49 87.9 | 5 0.15 25.63 88 | 3 0.09 25.72 88.1 | 4 0.12 25.84 88.2 | 7 0.20 26.04 88.3 | 4 0.12 26.16 88.4 | 4 0.12 26.27 88.5 | 4 0.12 26.39 88.6 | 4 0.12 26.51 88.7 | 7 0.20 26.71 88.8 | 2 0.06 26.77 88.9 | 6 0.17 26.94 89 | 5 0.15 27.09 89.1 | 2 0.06 27.15 89.2 | 5 0.15 27.29 89.3 | 5 0.15 27.44 89.4 | 3 0.09 27.52 89.5 | 1 0.03 27.55 89.6 | 3 0.09 27.64 89.7 | 1 0.03 27.67 89.8 | 3 0.09 27.76 89.9 | 1 0.03 27.79 90 | 3 0.09 27.87 90.1 | 5 0.15 28.02 90.2 | 4 0.12 28.14 90.4 | 3 0.09 28.22 90.5 | 4 0.12 28.34 90.6 | 1 0.03 28.37 90.7 | 3 0.09 28.46 90.8 | 6 0.17 28.63 90.9 | 1 0.03 28.66 91 | 1 0.03 28.69 91.1 | 2 0.06 28.75 91.2 | 2 0.06 28.80 91.3 | 3 0.09 28.89 91.5 | 2 0.06 28.95 91.6 | 3 0.09 29.04 91.7 | 5 0.15 29.18 91.8 | 1 0.03 29.21 92 | 2 0.06 29.27 92.1 | 4 0.12 29.39 92.3 | 2 0.06 29.44 92.5 | 6 0.17 29.62 92.6 | 1 0.03 29.65 92.7 | 1 0.03 29.68 92.8 | 2 0.06 29.74 93 | 3 0.09 29.82 93.1 | 2 0.06 29.88 93.2 | 3 0.09 29.97 93.3 | 3 0.09 30.06 93.4 | 2 0.06 30.11 93.5 | 1 0.03 30.14 93.6 | 4 0.12 30.26 93.7 | 1 0.03 30.29 93.9 | 3 0.09 30.38 94 | 4 0.12 30.49 94.1 | 1 0.03 30.52 94.2 | 3 0.09 30.61 94.3 | 2 0.06 30.67 94.6 | 1 0.03 30.70 94.7 | 3 0.09 30.78 94.9 | 3 0.09 30.87 95 | 1 0.03 30.90 95.1 | 1 0.03 30.93 95.2 | 1 0.03 30.96 95.3 | 1 0.03 30.99 95.5 | 1 0.03 31.02 95.8 | 3 0.09 31.10 95.9 | 1 0.03 31.13 96.1 | 1 0.03 31.16 96.2 | 3 0.09 31.25 96.4 | 2 0.06 31.31 96.8 | 1 0.03 31.34 97.2 | 1 0.03 31.36 97.4 | 1 0.03 31.39 97.5 | 2 0.06 31.45 97.6 | 1 0.03 31.48 97.7 | 1 0.03 31.51 98.2 | 1 0.03 31.54 98.5 | 2 0.06 31.60 98.6 | 1 0.03 31.63 98.8 | 1 0.03 31.66 100.1 | 1 0.03 31.68 100.2 | 1 0.03 31.71 101 | 1 0.03 31.74 103 | 1 0.03 31.77 103.3 | 1 0.03 31.80 . | 2,344 68.20 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for clinvisw variable in PC_HSA_rates_0307 dataset : White, % | Medicare | enrollees | having at | least one | ambulatory | visit | Freq. Percent Cum. ------------+----------------------------------- 47.8 | 1 0.03 0.03 52.5 | 1 0.03 0.06 55.3 | 2 0.06 0.12 55.5 | 1 0.03 0.15 56.6 | 1 0.03 0.17 56.7 | 1 0.03 0.20 57.5 | 1 0.03 0.23 57.9 | 2 0.06 0.29 58 | 2 0.06 0.35 58.2 | 2 0.06 0.41 58.5 | 1 0.03 0.44 58.8 | 1 0.03 0.47 58.9 | 1 0.03 0.49 59.1 | 1 0.03 0.52 59.3 | 1 0.03 0.55 59.4 | 1 0.03 0.58 59.5 | 1 0.03 0.61 59.7 | 1 0.03 0.64 60.7 | 2 0.06 0.70 61 | 1 0.03 0.73 61.2 | 1 0.03 0.76 61.3 | 1 0.03 0.79 61.6 | 1 0.03 0.81 61.8 | 1 0.03 0.84 61.9 | 1 0.03 0.87 62.1 | 1 0.03 0.90 62.3 | 1 0.03 0.93 62.4 | 1 0.03 0.96 62.5 | 4 0.12 1.08 62.6 | 2 0.06 1.13 62.7 | 1 0.03 1.16 62.9 | 1 0.03 1.19 63.1 | 1 0.03 1.22 63.5 | 1 0.03 1.25 63.7 | 1 0.03 1.28 63.8 | 1 0.03 1.31 64.1 | 1 0.03 1.34 64.3 | 2 0.06 1.40 64.5 | 2 0.06 1.45 64.6 | 2 0.06 1.51 64.7 | 3 0.09 1.60 65 | 2 0.06 1.66 65.1 | 1 0.03 1.69 65.2 | 3 0.09 1.77 65.3 | 2 0.06 1.83 65.6 | 2 0.06 1.89 65.7 | 1 0.03 1.92 65.8 | 2 0.06 1.98 65.9 | 2 0.06 2.04 66 | 1 0.03 2.07 66.2 | 2 0.06 2.12 66.3 | 5 0.15 2.27 66.5 | 2 0.06 2.33 66.6 | 1 0.03 2.36 66.8 | 2 0.06 2.41 67 | 1 0.03 2.44 67.1 | 5 0.15 2.59 67.2 | 2 0.06 2.65 67.3 | 1 0.03 2.68 67.4 | 2 0.06 2.73 67.5 | 4 0.12 2.85 67.7 | 2 0.06 2.91 67.8 | 2 0.06 2.97 68 | 1 0.03 3.00 68.1 | 2 0.06 3.05 68.2 | 3 0.09 3.14 68.3 | 3 0.09 3.23 68.4 | 2 0.06 3.29 68.5 | 2 0.06 3.35 68.6 | 1 0.03 3.38 68.7 | 2 0.06 3.43 68.8 | 2 0.06 3.49 68.9 | 1 0.03 3.52 69 | 2 0.06 3.58 69.1 | 2 0.06 3.64 69.2 | 2 0.06 3.70 69.3 | 1 0.03 3.72 69.4 | 1 0.03 3.75 69.5 | 3 0.09 3.84 69.6 | 2 0.06 3.90 69.7 | 3 0.09 3.99 69.8 | 1 0.03 4.02 69.9 | 2 0.06 4.07 70 | 3 0.09 4.16 70.1 | 3 0.09 4.25 70.2 | 3 0.09 4.34 70.3 | 5 0.15 4.48 70.4 | 3 0.09 4.57 70.5 | 1 0.03 4.60 70.6 | 3 0.09 4.68 70.8 | 1 0.03 4.71 71 | 1 0.03 4.74 71.2 | 4 0.12 4.86 71.3 | 4 0.12 4.98 71.4 | 3 0.09 5.06 71.5 | 4 0.12 5.18 71.6 | 3 0.09 5.27 71.7 | 1 0.03 5.30 71.8 | 4 0.12 5.41 71.9 | 3 0.09 5.50 72 | 2 0.06 5.56 72.1 | 2 0.06 5.62 72.2 | 1 0.03 5.64 72.3 | 3 0.09 5.73 72.4 | 4 0.12 5.85 72.5 | 2 0.06 5.91 72.6 | 3 0.09 5.99 72.7 | 2 0.06 6.05 72.8 | 6 0.17 6.23 73 | 3 0.09 6.31 73.1 | 3 0.09 6.40 73.2 | 1 0.03 6.43 73.3 | 5 0.15 6.58 73.4 | 5 0.15 6.72 73.5 | 3 0.09 6.81 73.6 | 3 0.09 6.90 73.7 | 2 0.06 6.95 73.8 | 1 0.03 6.98 73.9 | 3 0.09 7.07 74 | 3 0.09 7.16 74.1 | 2 0.06 7.22 74.2 | 6 0.17 7.39 74.3 | 2 0.06 7.45 74.4 | 6 0.17 7.62 74.5 | 5 0.15 7.77 74.6 | 6 0.17 7.94 74.7 | 2 0.06 8.00 74.8 | 3 0.09 8.09 75 | 2 0.06 8.15 75.1 | 7 0.20 8.35 75.2 | 5 0.15 8.50 75.3 | 5 0.15 8.64 75.5 | 4 0.12 8.76 75.6 | 6 0.17 8.93 75.7 | 4 0.12 9.05 75.8 | 5 0.15 9.19 75.9 | 5 0.15 9.34 76 | 3 0.09 9.43 76.1 | 3 0.09 9.51 76.2 | 6 0.17 9.69 76.3 | 12 0.35 10.04 76.4 | 5 0.15 10.18 76.5 | 7 0.20 10.39 76.6 | 1 0.03 10.42 76.7 | 3 0.09 10.50 76.8 | 4 0.12 10.62 76.9 | 4 0.12 10.74 77 | 5 0.15 10.88 77.1 | 4 0.12 11.00 77.2 | 3 0.09 11.09 77.3 | 8 0.23 11.32 77.4 | 5 0.15 11.46 77.5 | 5 0.15 11.61 77.6 | 4 0.12 11.73 77.7 | 6 0.17 11.90 77.8 | 5 0.15 12.05 77.9 | 6 0.17 12.22 78 | 4 0.12 12.34 78.1 | 4 0.12 12.45 78.2 | 6 0.17 12.63 78.3 | 8 0.23 12.86 78.4 | 4 0.12 12.98 78.5 | 4 0.12 13.09 78.6 | 10 0.29 13.38 78.7 | 6 0.17 13.56 78.8 | 8 0.23 13.79 78.9 | 4 0.12 13.91 79 | 11 0.32 14.23 79.1 | 9 0.26 14.49 79.2 | 11 0.32 14.81 79.3 | 8 0.23 15.04 79.4 | 7 0.20 15.25 79.5 | 4 0.12 15.36 79.6 | 7 0.20 15.57 79.7 | 9 0.26 15.83 79.8 | 11 0.32 16.15 79.9 | 4 0.12 16.26 80 | 7 0.20 16.47 80.1 | 10 0.29 16.76 80.2 | 3 0.09 16.85 80.3 | 9 0.26 17.11 80.4 | 7 0.20 17.31 80.5 | 10 0.29 17.60 80.6 | 5 0.15 17.75 80.7 | 6 0.17 17.92 80.8 | 11 0.32 18.24 80.9 | 10 0.29 18.53 81 | 8 0.23 18.77 81.1 | 11 0.32 19.09 81.2 | 10 0.29 19.38 81.3 | 8 0.23 19.61 81.4 | 3 0.09 19.70 81.5 | 9 0.26 19.96 81.6 | 7 0.20 20.16 81.7 | 13 0.38 20.54 81.8 | 7 0.20 20.74 81.9 | 9 0.26 21.01 82 | 10 0.29 21.30 82.1 | 5 0.15 21.44 82.2 | 10 0.29 21.73 82.3 | 9 0.26 22.00 82.4 | 8 0.23 22.23 82.5 | 16 0.47 22.69 82.6 | 11 0.32 23.01 82.7 | 7 0.20 23.22 82.8 | 6 0.17 23.39 82.9 | 6 0.17 23.57 83 | 10 0.29 23.86 83.1 | 10 0.29 24.15 83.2 | 13 0.38 24.53 83.3 | 10 0.29 24.82 83.4 | 9 0.26 25.08 83.5 | 10 0.29 25.37 83.6 | 2 0.06 25.43 83.7 | 12 0.35 25.78 83.8 | 8 0.23 26.01 83.9 | 3 0.09 26.10 84 | 7 0.20 26.30 84.1 | 8 0.23 26.53 84.2 | 9 0.26 26.80 84.3 | 4 0.12 26.91 84.4 | 5 0.15 27.06 84.5 | 9 0.26 27.32 84.6 | 8 0.23 27.55 84.7 | 8 0.23 27.79 84.8 | 8 0.23 28.02 84.9 | 8 0.23 28.25 85 | 5 0.15 28.40 85.1 | 7 0.20 28.60 85.2 | 2 0.06 28.66 85.3 | 5 0.15 28.80 85.4 | 8 0.23 29.04 85.5 | 4 0.12 29.15 85.6 | 5 0.15 29.30 85.7 | 3 0.09 29.39 85.8 | 7 0.20 29.59 85.9 | 2 0.06 29.65 86 | 5 0.15 29.79 86.1 | 3 0.09 29.88 86.2 | 4 0.12 30.00 86.3 | 2 0.06 30.06 86.4 | 4 0.12 30.17 86.5 | 3 0.09 30.26 86.6 | 2 0.06 30.32 86.7 | 5 0.15 30.46 86.8 | 6 0.17 30.64 86.9 | 3 0.09 30.72 87 | 1 0.03 30.75 87.1 | 3 0.09 30.84 87.2 | 1 0.03 30.87 87.3 | 2 0.06 30.93 87.4 | 4 0.12 31.04 87.5 | 3 0.09 31.13 87.6 | 3 0.09 31.22 87.8 | 3 0.09 31.31 87.9 | 1 0.03 31.34 88.1 | 5 0.15 31.48 88.2 | 1 0.03 31.51 88.3 | 2 0.06 31.57 88.4 | 2 0.06 31.63 88.5 | 1 0.03 31.66 89.4 | 1 0.03 31.68 89.5 | 1 0.03 31.71 89.6 | 1 0.03 31.74 89.9 | 1 0.03 31.77 90.1 | 1 0.03 31.80 91 | 1 0.03 31.83 . | 2,343 68.17 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for clinviswlcl variable in PC_HSA_rates_0307 dataset : White, LCL, | % Medicare | enrollees | having at | least one | ambulatory | visit | Freq. Percent Cum. ------------+----------------------------------- 40.6 | 1 0.03 0.03 49.9 | 1 0.03 0.06 50.5 | 2 0.06 0.12 52.1 | 1 0.03 0.15 52.4 | 1 0.03 0.17 53.9 | 1 0.03 0.20 54.1 | 1 0.03 0.23 54.2 | 1 0.03 0.26 55 | 1 0.03 0.29 55.4 | 1 0.03 0.32 55.5 | 1 0.03 0.35 56.4 | 1 0.03 0.38 56.5 | 2 0.06 0.44 56.8 | 2 0.06 0.49 57.1 | 1 0.03 0.52 57.4 | 1 0.03 0.55 57.5 | 1 0.03 0.58 57.9 | 2 0.06 0.64 58 | 1 0.03 0.67 58.4 | 1 0.03 0.70 58.5 | 1 0.03 0.73 58.9 | 1 0.03 0.76 59 | 2 0.06 0.81 59.3 | 1 0.03 0.84 59.5 | 1 0.03 0.87 59.6 | 1 0.03 0.90 59.8 | 1 0.03 0.93 59.9 | 1 0.03 0.96 60 | 1 0.03 0.99 60.2 | 3 0.09 1.08 60.7 | 3 0.09 1.16 61 | 3 0.09 1.25 61.1 | 1 0.03 1.28 61.3 | 1 0.03 1.31 61.5 | 1 0.03 1.34 61.9 | 1 0.03 1.37 62.1 | 1 0.03 1.40 62.3 | 1 0.03 1.43 62.5 | 3 0.09 1.51 62.6 | 1 0.03 1.54 62.9 | 1 0.03 1.57 63 | 2 0.06 1.63 63.2 | 1 0.03 1.66 63.4 | 1 0.03 1.69 63.5 | 2 0.06 1.75 63.6 | 3 0.09 1.83 63.7 | 2 0.06 1.89 63.8 | 2 0.06 1.95 63.9 | 1 0.03 1.98 64 | 1 0.03 2.01 64.1 | 2 0.06 2.07 64.2 | 3 0.09 2.15 64.3 | 2 0.06 2.21 64.4 | 3 0.09 2.30 64.5 | 2 0.06 2.36 64.6 | 1 0.03 2.39 64.7 | 3 0.09 2.47 65 | 2 0.06 2.53 65.1 | 4 0.12 2.65 65.2 | 2 0.06 2.71 65.3 | 1 0.03 2.73 65.5 | 3 0.09 2.82 65.6 | 3 0.09 2.91 65.8 | 1 0.03 2.94 65.9 | 1 0.03 2.97 66 | 4 0.12 3.08 66.1 | 2 0.06 3.14 66.3 | 2 0.06 3.20 66.4 | 1 0.03 3.23 66.5 | 2 0.06 3.29 66.7 | 2 0.06 3.35 66.8 | 2 0.06 3.40 66.9 | 1 0.03 3.43 67 | 2 0.06 3.49 67.1 | 2 0.06 3.55 67.2 | 2 0.06 3.61 67.3 | 3 0.09 3.70 67.4 | 1 0.03 3.72 67.5 | 2 0.06 3.78 67.6 | 2 0.06 3.84 67.7 | 3 0.09 3.93 67.8 | 4 0.12 4.04 67.9 | 1 0.03 4.07 68 | 3 0.09 4.16 68.1 | 1 0.03 4.19 68.2 | 6 0.17 4.36 68.3 | 1 0.03 4.39 68.4 | 3 0.09 4.48 68.5 | 6 0.17 4.66 68.6 | 2 0.06 4.71 68.8 | 2 0.06 4.77 68.9 | 3 0.09 4.86 69 | 3 0.09 4.95 69.1 | 1 0.03 4.98 69.2 | 3 0.09 5.06 69.3 | 2 0.06 5.12 69.4 | 1 0.03 5.15 69.5 | 3 0.09 5.24 69.6 | 3 0.09 5.32 69.7 | 2 0.06 5.38 69.8 | 2 0.06 5.44 69.9 | 1 0.03 5.47 70 | 5 0.15 5.62 70.1 | 1 0.03 5.64 70.2 | 3 0.09 5.73 70.3 | 4 0.12 5.85 70.4 | 5 0.15 5.99 70.5 | 5 0.15 6.14 70.6 | 6 0.17 6.31 70.7 | 1 0.03 6.34 70.8 | 4 0.12 6.46 70.9 | 3 0.09 6.55 71 | 7 0.20 6.75 71.1 | 3 0.09 6.84 71.2 | 1 0.03 6.87 71.4 | 3 0.09 6.95 71.5 | 1 0.03 6.98 71.6 | 2 0.06 7.04 71.7 | 5 0.15 7.19 71.8 | 4 0.12 7.30 72 | 5 0.15 7.45 72.1 | 3 0.09 7.54 72.2 | 6 0.17 7.71 72.3 | 4 0.12 7.83 72.4 | 3 0.09 7.91 72.5 | 6 0.17 8.09 72.6 | 6 0.17 8.26 72.7 | 2 0.06 8.32 72.8 | 5 0.15 8.47 72.9 | 3 0.09 8.55 73 | 3 0.09 8.64 73.1 | 3 0.09 8.73 73.2 | 3 0.09 8.82 73.3 | 4 0.12 8.93 73.4 | 5 0.15 9.08 73.5 | 6 0.17 9.25 73.6 | 2 0.06 9.31 73.7 | 9 0.26 9.57 73.8 | 3 0.09 9.66 73.9 | 3 0.09 9.75 74 | 3 0.09 9.83 74.1 | 3 0.09 9.92 74.2 | 6 0.17 10.10 74.3 | 5 0.15 10.24 74.4 | 1 0.03 10.27 74.5 | 5 0.15 10.42 74.6 | 5 0.15 10.56 74.7 | 6 0.17 10.74 74.8 | 7 0.20 10.94 74.9 | 6 0.17 11.11 75 | 6 0.17 11.29 75.1 | 2 0.06 11.35 75.2 | 9 0.26 11.61 75.3 | 8 0.23 11.84 75.4 | 3 0.09 11.93 75.5 | 6 0.17 12.10 75.6 | 6 0.17 12.28 75.7 | 6 0.17 12.45 75.8 | 8 0.23 12.69 75.9 | 7 0.20 12.89 76 | 5 0.15 13.03 76.1 | 3 0.09 13.12 76.2 | 4 0.12 13.24 76.3 | 5 0.15 13.38 76.4 | 6 0.17 13.56 76.5 | 11 0.32 13.88 76.6 | 10 0.29 14.17 76.7 | 15 0.44 14.61 76.8 | 7 0.20 14.81 76.9 | 7 0.20 15.01 77 | 11 0.32 15.33 77.1 | 10 0.29 15.62 77.2 | 6 0.17 15.80 77.3 | 10 0.29 16.09 77.4 | 4 0.12 16.21 77.5 | 6 0.17 16.38 77.6 | 9 0.26 16.64 77.7 | 5 0.15 16.79 77.8 | 6 0.17 16.96 77.9 | 6 0.17 17.14 78 | 8 0.23 17.37 78.1 | 12 0.35 17.72 78.2 | 8 0.23 17.95 78.3 | 10 0.29 18.24 78.4 | 8 0.23 18.48 78.5 | 6 0.17 18.65 78.6 | 4 0.12 18.77 78.7 | 8 0.23 19.00 78.8 | 6 0.17 19.17 78.9 | 10 0.29 19.46 79 | 8 0.23 19.70 79.1 | 6 0.17 19.87 79.2 | 12 0.35 20.22 79.3 | 13 0.38 20.60 79.4 | 8 0.23 20.83 79.5 | 12 0.35 21.18 79.6 | 6 0.17 21.36 79.7 | 10 0.29 21.65 79.8 | 11 0.32 21.97 79.9 | 12 0.35 22.32 80 | 6 0.17 22.49 80.1 | 7 0.20 22.69 80.2 | 9 0.26 22.96 80.3 | 12 0.35 23.31 80.4 | 6 0.17 23.48 80.5 | 12 0.35 23.83 80.6 | 6 0.17 24.00 80.7 | 11 0.32 24.32 80.8 | 11 0.32 24.64 80.9 | 11 0.32 24.96 81 | 6 0.17 25.14 81.1 | 8 0.23 25.37 81.2 | 12 0.35 25.72 81.3 | 6 0.17 25.89 81.4 | 4 0.12 26.01 81.5 | 11 0.32 26.33 81.6 | 7 0.20 26.53 81.7 | 10 0.29 26.83 81.8 | 8 0.23 27.06 81.9 | 5 0.15 27.20 82 | 5 0.15 27.35 82.1 | 7 0.20 27.55 82.2 | 11 0.32 27.87 82.3 | 5 0.15 28.02 82.4 | 8 0.23 28.25 82.5 | 8 0.23 28.48 82.6 | 10 0.29 28.78 82.7 | 9 0.26 29.04 82.8 | 7 0.20 29.24 82.9 | 4 0.12 29.36 83 | 9 0.26 29.62 83.1 | 4 0.12 29.74 83.2 | 8 0.23 29.97 83.3 | 3 0.09 30.06 83.4 | 2 0.06 30.11 83.5 | 5 0.15 30.26 83.6 | 4 0.12 30.38 83.7 | 5 0.15 30.52 83.8 | 2 0.06 30.58 84 | 7 0.20 30.78 84.1 | 1 0.03 30.81 84.2 | 5 0.15 30.96 84.3 | 5 0.15 31.10 84.4 | 1 0.03 31.13 84.5 | 3 0.09 31.22 84.6 | 3 0.09 31.31 84.7 | 2 0.06 31.36 84.8 | 3 0.09 31.45 85 | 1 0.03 31.48 85.1 | 2 0.06 31.54 85.2 | 4 0.12 31.66 86 | 1 0.03 31.68 86.2 | 1 0.03 31.71 86.3 | 1 0.03 31.74 86.8 | 1 0.03 31.77 87.7 | 1 0.03 31.80 . | 2,344 68.20 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for clinviswucl variable in PC_HSA_rates_0307 dataset : White, UCL, | % Medicare | enrollees | having at | least one | ambulatory | visit | Freq. Percent Cum. ------------+----------------------------------- 54.4 | 1 0.03 0.03 55 | 1 0.03 0.06 56.5 | 1 0.03 0.09 58.2 | 1 0.03 0.12 58.4 | 2 0.06 0.17 59.1 | 1 0.03 0.20 59.3 | 1 0.03 0.23 59.5 | 1 0.03 0.26 59.6 | 1 0.03 0.29 59.7 | 1 0.03 0.32 59.9 | 1 0.03 0.35 60.4 | 1 0.03 0.38 60.6 | 2 0.06 0.44 60.7 | 1 0.03 0.47 60.8 | 2 0.06 0.52 61.3 | 2 0.06 0.58 61.7 | 1 0.03 0.61 62 | 1 0.03 0.64 62.4 | 1 0.03 0.67 62.8 | 1 0.03 0.70 63.4 | 1 0.03 0.73 63.5 | 1 0.03 0.76 63.6 | 1 0.03 0.79 63.8 | 2 0.06 0.84 63.9 | 2 0.06 0.90 64.1 | 1 0.03 0.93 64.2 | 1 0.03 0.96 64.3 | 1 0.03 0.99 64.5 | 1 0.03 1.02 64.8 | 1 0.03 1.05 65 | 1 0.03 1.08 65.1 | 3 0.09 1.16 65.2 | 1 0.03 1.19 65.3 | 1 0.03 1.22 65.6 | 1 0.03 1.25 65.7 | 2 0.06 1.31 66 | 2 0.06 1.37 66.2 | 2 0.06 1.43 66.3 | 2 0.06 1.48 66.5 | 2 0.06 1.54 66.6 | 2 0.06 1.60 66.7 | 1 0.03 1.63 66.9 | 2 0.06 1.69 67 | 2 0.06 1.75 67.1 | 2 0.06 1.80 67.2 | 2 0.06 1.86 67.5 | 1 0.03 1.89 67.6 | 3 0.09 1.98 67.7 | 2 0.06 2.04 67.8 | 1 0.03 2.07 67.9 | 1 0.03 2.09 68.2 | 3 0.09 2.18 68.3 | 2 0.06 2.24 68.4 | 2 0.06 2.30 68.5 | 2 0.06 2.36 68.6 | 2 0.06 2.41 68.7 | 2 0.06 2.47 68.8 | 2 0.06 2.53 68.9 | 1 0.03 2.56 69 | 5 0.15 2.71 69.1 | 1 0.03 2.73 69.2 | 1 0.03 2.76 69.3 | 2 0.06 2.82 69.4 | 1 0.03 2.85 69.5 | 1 0.03 2.88 69.6 | 5 0.15 3.03 69.7 | 1 0.03 3.05 69.8 | 1 0.03 3.08 70 | 6 0.17 3.26 70.2 | 4 0.12 3.38 70.4 | 2 0.06 3.43 70.5 | 2 0.06 3.49 70.6 | 2 0.06 3.55 70.7 | 2 0.06 3.61 70.8 | 1 0.03 3.64 70.9 | 3 0.09 3.72 71 | 2 0.06 3.78 71.1 | 1 0.03 3.81 71.2 | 3 0.09 3.90 71.3 | 3 0.09 3.99 71.4 | 2 0.06 4.04 71.5 | 1 0.03 4.07 71.6 | 2 0.06 4.13 71.7 | 1 0.03 4.16 71.8 | 1 0.03 4.19 71.9 | 2 0.06 4.25 72 | 3 0.09 4.34 72.1 | 2 0.06 4.39 72.2 | 1 0.03 4.42 72.3 | 1 0.03 4.45 72.4 | 3 0.09 4.54 72.5 | 3 0.09 4.63 72.6 | 3 0.09 4.71 72.7 | 1 0.03 4.74 72.8 | 1 0.03 4.77 72.9 | 3 0.09 4.86 73 | 1 0.03 4.89 73.1 | 1 0.03 4.92 73.2 | 6 0.17 5.09 73.3 | 1 0.03 5.12 73.4 | 4 0.12 5.24 73.6 | 1 0.03 5.27 73.7 | 2 0.06 5.32 73.8 | 3 0.09 5.41 73.9 | 4 0.12 5.53 74 | 2 0.06 5.59 74.1 | 4 0.12 5.70 74.2 | 5 0.15 5.85 74.3 | 3 0.09 5.94 74.4 | 2 0.06 5.99 74.5 | 1 0.03 6.02 74.6 | 4 0.12 6.14 74.7 | 3 0.09 6.23 74.8 | 4 0.12 6.34 74.9 | 5 0.15 6.49 75 | 4 0.12 6.60 75.1 | 1 0.03 6.63 75.2 | 3 0.09 6.72 75.3 | 2 0.06 6.78 75.4 | 2 0.06 6.84 75.5 | 1 0.03 6.87 75.7 | 1 0.03 6.90 75.8 | 6 0.17 7.07 75.9 | 4 0.12 7.19 76 | 4 0.12 7.30 76.1 | 4 0.12 7.42 76.2 | 3 0.09 7.51 76.3 | 6 0.17 7.68 76.4 | 5 0.15 7.83 76.5 | 5 0.15 7.97 76.6 | 1 0.03 8.00 76.7 | 2 0.06 8.06 76.8 | 3 0.09 8.15 77 | 7 0.20 8.35 77.1 | 3 0.09 8.44 77.2 | 8 0.23 8.67 77.3 | 6 0.17 8.84 77.4 | 3 0.09 8.93 77.5 | 4 0.12 9.05 77.6 | 1 0.03 9.08 77.7 | 4 0.12 9.19 77.8 | 3 0.09 9.28 77.9 | 1 0.03 9.31 78 | 2 0.06 9.37 78.1 | 3 0.09 9.46 78.2 | 3 0.09 9.54 78.3 | 8 0.23 9.78 78.4 | 4 0.12 9.89 78.5 | 4 0.12 10.01 78.6 | 4 0.12 10.13 78.7 | 4 0.12 10.24 78.8 | 10 0.29 10.53 78.9 | 6 0.17 10.71 79 | 2 0.06 10.77 79.1 | 7 0.20 10.97 79.2 | 8 0.23 11.20 79.3 | 6 0.17 11.38 79.4 | 3 0.09 11.46 79.5 | 6 0.17 11.64 79.7 | 8 0.23 11.87 79.8 | 6 0.17 12.05 79.9 | 6 0.17 12.22 80 | 10 0.29 12.51 80.1 | 5 0.15 12.66 80.2 | 7 0.20 12.86 80.3 | 8 0.23 13.09 80.4 | 4 0.12 13.21 80.5 | 5 0.15 13.35 80.6 | 4 0.12 13.47 80.7 | 4 0.12 13.59 80.8 | 7 0.20 13.79 80.9 | 3 0.09 13.88 81 | 4 0.12 13.99 81.1 | 6 0.17 14.17 81.2 | 1 0.03 14.20 81.3 | 12 0.35 14.55 81.4 | 12 0.35 14.90 81.5 | 12 0.35 15.25 81.6 | 11 0.32 15.57 81.7 | 2 0.06 15.62 81.8 | 8 0.23 15.86 81.9 | 6 0.17 16.03 82 | 10 0.29 16.32 82.1 | 6 0.17 16.50 82.2 | 7 0.20 16.70 82.3 | 2 0.06 16.76 82.4 | 7 0.20 16.96 82.5 | 5 0.15 17.11 82.6 | 7 0.20 17.31 82.7 | 6 0.17 17.49 82.8 | 8 0.23 17.72 82.9 | 7 0.20 17.92 83 | 14 0.41 18.33 83.1 | 11 0.32 18.65 83.2 | 5 0.15 18.80 83.3 | 7 0.20 19.00 83.4 | 10 0.29 19.29 83.5 | 14 0.41 19.70 83.6 | 8 0.23 19.93 83.7 | 9 0.26 20.19 83.8 | 6 0.17 20.37 83.9 | 9 0.26 20.63 84 | 1 0.03 20.66 84.1 | 7 0.20 20.86 84.2 | 5 0.15 21.01 84.3 | 6 0.17 21.18 84.4 | 7 0.20 21.38 84.5 | 8 0.23 21.62 84.6 | 3 0.09 21.70 84.7 | 11 0.32 22.03 84.8 | 10 0.29 22.32 84.9 | 8 0.23 22.55 85 | 8 0.23 22.78 85.1 | 8 0.23 23.01 85.2 | 9 0.26 23.28 85.3 | 3 0.09 23.36 85.4 | 6 0.17 23.54 85.5 | 5 0.15 23.68 85.6 | 11 0.32 24.00 85.7 | 8 0.23 24.24 85.8 | 4 0.12 24.35 85.9 | 5 0.15 24.50 86 | 2 0.06 24.56 86.1 | 7 0.20 24.76 86.2 | 9 0.26 25.02 86.3 | 8 0.23 25.25 86.4 | 5 0.15 25.40 86.5 | 4 0.12 25.52 86.6 | 5 0.15 25.66 86.7 | 4 0.12 25.78 86.8 | 7 0.20 25.98 86.9 | 6 0.17 26.16 87 | 6 0.17 26.33 87.1 | 7 0.20 26.53 87.2 | 6 0.17 26.71 87.3 | 4 0.12 26.83 87.4 | 4 0.12 26.94 87.5 | 6 0.17 27.12 87.6 | 4 0.12 27.23 87.7 | 5 0.15 27.38 87.8 | 4 0.12 27.49 87.9 | 2 0.06 27.55 88 | 6 0.17 27.73 88.1 | 4 0.12 27.84 88.2 | 7 0.20 28.05 88.3 | 5 0.15 28.19 88.4 | 8 0.23 28.43 88.5 | 4 0.12 28.54 88.6 | 2 0.06 28.60 88.7 | 2 0.06 28.66 88.8 | 4 0.12 28.78 88.9 | 2 0.06 28.83 89 | 4 0.12 28.95 89.1 | 4 0.12 29.07 89.2 | 3 0.09 29.15 89.3 | 2 0.06 29.21 89.4 | 3 0.09 29.30 89.5 | 1 0.03 29.33 89.7 | 3 0.09 29.42 89.8 | 8 0.23 29.65 89.9 | 1 0.03 29.68 90 | 3 0.09 29.76 90.1 | 2 0.06 29.82 90.2 | 4 0.12 29.94 90.3 | 4 0.12 30.06 90.4 | 1 0.03 30.08 90.5 | 2 0.06 30.14 90.6 | 1 0.03 30.17 90.7 | 3 0.09 30.26 90.8 | 3 0.09 30.35 90.9 | 5 0.15 30.49 91 | 2 0.06 30.55 91.2 | 2 0.06 30.61 91.3 | 1 0.03 30.64 91.4 | 2 0.06 30.70 91.5 | 2 0.06 30.75 91.6 | 1 0.03 30.78 91.8 | 1 0.03 30.81 91.9 | 4 0.12 30.93 92 | 2 0.06 30.99 92.3 | 4 0.12 31.10 92.4 | 1 0.03 31.13 92.6 | 1 0.03 31.16 92.7 | 2 0.06 31.22 92.8 | 3 0.09 31.31 93 | 2 0.06 31.36 93.6 | 2 0.06 31.42 93.9 | 1 0.03 31.45 94.1 | 1 0.03 31.48 94.2 | 1 0.03 31.51 94.3 | 3 0.09 31.60 94.4 | 1 0.03 31.63 94.6 | 1 0.03 31.66 95 | 1 0.03 31.68 96 | 1 0.03 31.71 96.1 | 1 0.03 31.74 96.8 | 1 0.03 31.77 98.9 | 1 0.03 31.80 . | 2,344 68.20 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for diab6575 variable in PC_HSA_rates_0307 dataset : Overall, | Number of | diabetic | Medicare | enrollees | age 65-75 | Freq. Percent Cum. ------------+----------------------------------- 200 | 4 0.12 0.12 201 | 6 0.17 0.29 202 | 4 0.12 0.41 203 | 7 0.20 0.61 204 | 3 0.09 0.70 205 | 6 0.17 0.87 206 | 5 0.15 1.02 207 | 2 0.06 1.08 208 | 2 0.06 1.13 209 | 3 0.09 1.22 210 | 4 0.12 1.34 211 | 3 0.09 1.43 212 | 3 0.09 1.51 213 | 6 0.17 1.69 214 | 4 0.12 1.80 215 | 6 0.17 1.98 216 | 2 0.06 2.04 217 | 7 0.20 2.24 218 | 5 0.15 2.39 219 | 7 0.20 2.59 220 | 5 0.15 2.73 221 | 6 0.17 2.91 222 | 5 0.15 3.05 223 | 3 0.09 3.14 224 | 3 0.09 3.23 225 | 3 0.09 3.32 226 | 4 0.12 3.43 227 | 7 0.20 3.64 228 | 5 0.15 3.78 229 | 9 0.26 4.04 230 | 3 0.09 4.13 231 | 3 0.09 4.22 232 | 2 0.06 4.28 233 | 3 0.09 4.36 234 | 2 0.06 4.42 235 | 9 0.26 4.68 236 | 3 0.09 4.77 237 | 4 0.12 4.89 238 | 6 0.17 5.06 239 | 3 0.09 5.15 240 | 4 0.12 5.27 241 | 4 0.12 5.38 242 | 6 0.17 5.56 243 | 4 0.12 5.67 244 | 4 0.12 5.79 245 | 6 0.17 5.96 247 | 3 0.09 6.05 248 | 3 0.09 6.14 249 | 4 0.12 6.26 250 | 4 0.12 6.37 251 | 3 0.09 6.46 252 | 5 0.15 6.60 253 | 3 0.09 6.69 254 | 4 0.12 6.81 255 | 6 0.17 6.98 256 | 2 0.06 7.04 257 | 11 0.32 7.36 258 | 3 0.09 7.45 259 | 6 0.17 7.62 260 | 2 0.06 7.68 261 | 5 0.15 7.83 263 | 9 0.26 8.09 264 | 3 0.09 8.18 265 | 3 0.09 8.26 266 | 4 0.12 8.38 267 | 5 0.15 8.52 268 | 3 0.09 8.61 269 | 7 0.20 8.82 270 | 4 0.12 8.93 271 | 4 0.12 9.05 272 | 5 0.15 9.19 273 | 3 0.09 9.28 274 | 6 0.17 9.46 275 | 4 0.12 9.57 276 | 2 0.06 9.63 277 | 5 0.15 9.78 278 | 5 0.15 9.92 279 | 5 0.15 10.07 280 | 4 0.12 10.18 281 | 4 0.12 10.30 282 | 3 0.09 10.39 283 | 4 0.12 10.50 284 | 2 0.06 10.56 285 | 2 0.06 10.62 286 | 2 0.06 10.68 287 | 2 0.06 10.74 288 | 6 0.17 10.91 289 | 5 0.15 11.06 290 | 4 0.12 11.17 291 | 5 0.15 11.32 292 | 5 0.15 11.46 293 | 3 0.09 11.55 294 | 7 0.20 11.75 295 | 2 0.06 11.81 296 | 5 0.15 11.96 297 | 6 0.17 12.13 298 | 3 0.09 12.22 299 | 3 0.09 12.31 300 | 5 0.15 12.45 301 | 1 0.03 12.48 302 | 5 0.15 12.63 303 | 4 0.12 12.74 304 | 1 0.03 12.77 305 | 1 0.03 12.80 306 | 5 0.15 12.95 307 | 3 0.09 13.03 308 | 4 0.12 13.15 309 | 4 0.12 13.27 310 | 2 0.06 13.33 311 | 10 0.29 13.62 312 | 2 0.06 13.67 313 | 2 0.06 13.73 314 | 4 0.12 13.85 316 | 2 0.06 13.91 317 | 1 0.03 13.94 318 | 4 0.12 14.05 319 | 3 0.09 14.14 320 | 4 0.12 14.26 322 | 3 0.09 14.34 323 | 3 0.09 14.43 324 | 4 0.12 14.55 325 | 6 0.17 14.72 326 | 3 0.09 14.81 327 | 1 0.03 14.84 328 | 3 0.09 14.93 329 | 1 0.03 14.95 330 | 1 0.03 14.98 331 | 5 0.15 15.13 332 | 2 0.06 15.19 333 | 3 0.09 15.27 334 | 3 0.09 15.36 335 | 5 0.15 15.51 336 | 2 0.06 15.57 337 | 5 0.15 15.71 338 | 3 0.09 15.80 339 | 5 0.15 15.94 340 | 6 0.17 16.12 341 | 2 0.06 16.18 342 | 6 0.17 16.35 343 | 3 0.09 16.44 344 | 3 0.09 16.53 345 | 1 0.03 16.56 346 | 3 0.09 16.64 347 | 1 0.03 16.67 348 | 4 0.12 16.79 349 | 5 0.15 16.93 350 | 4 0.12 17.05 351 | 3 0.09 17.14 352 | 3 0.09 17.22 353 | 2 0.06 17.28 354 | 1 0.03 17.31 355 | 5 0.15 17.46 356 | 2 0.06 17.52 357 | 4 0.12 17.63 358 | 2 0.06 17.69 360 | 3 0.09 17.78 361 | 3 0.09 17.86 362 | 1 0.03 17.89 363 | 4 0.12 18.01 364 | 3 0.09 18.10 365 | 4 0.12 18.21 366 | 6 0.17 18.39 367 | 3 0.09 18.48 369 | 7 0.20 18.68 370 | 2 0.06 18.74 371 | 2 0.06 18.80 372 | 3 0.09 18.88 373 | 3 0.09 18.97 374 | 3 0.09 19.06 375 | 1 0.03 19.09 376 | 4 0.12 19.20 377 | 3 0.09 19.29 378 | 6 0.17 19.46 379 | 5 0.15 19.61 380 | 3 0.09 19.70 381 | 4 0.12 19.81 382 | 4 0.12 19.93 383 | 5 0.15 20.08 384 | 3 0.09 20.16 385 | 3 0.09 20.25 386 | 4 0.12 20.37 387 | 6 0.17 20.54 388 | 3 0.09 20.63 390 | 2 0.06 20.69 391 | 3 0.09 20.77 392 | 3 0.09 20.86 393 | 1 0.03 20.89 394 | 1 0.03 20.92 395 | 6 0.17 21.09 396 | 3 0.09 21.18 397 | 2 0.06 21.24 398 | 8 0.23 21.47 399 | 2 0.06 21.53 400 | 2 0.06 21.59 401 | 4 0.12 21.70 402 | 7 0.20 21.91 403 | 3 0.09 22.00 404 | 3 0.09 22.08 405 | 3 0.09 22.17 407 | 5 0.15 22.32 408 | 1 0.03 22.35 409 | 5 0.15 22.49 410 | 3 0.09 22.58 411 | 1 0.03 22.61 412 | 1 0.03 22.64 413 | 1 0.03 22.67 414 | 3 0.09 22.75 415 | 5 0.15 22.90 416 | 3 0.09 22.99 417 | 2 0.06 23.04 418 | 5 0.15 23.19 419 | 5 0.15 23.33 421 | 2 0.06 23.39 422 | 1 0.03 23.42 423 | 5 0.15 23.57 424 | 4 0.12 23.68 425 | 1 0.03 23.71 426 | 2 0.06 23.77 427 | 3 0.09 23.86 428 | 3 0.09 23.95 429 | 3 0.09 24.03 430 | 2 0.06 24.09 431 | 2 0.06 24.15 432 | 1 0.03 24.18 433 | 2 0.06 24.24 434 | 4 0.12 24.35 435 | 1 0.03 24.38 436 | 2 0.06 24.44 437 | 3 0.09 24.53 438 | 2 0.06 24.59 439 | 3 0.09 24.67 440 | 1 0.03 24.70 441 | 3 0.09 24.79 442 | 2 0.06 24.85 443 | 2 0.06 24.91 444 | 4 0.12 25.02 445 | 5 0.15 25.17 446 | 1 0.03 25.20 447 | 4 0.12 25.31 448 | 2 0.06 25.37 450 | 3 0.09 25.46 451 | 3 0.09 25.55 452 | 2 0.06 25.60 453 | 4 0.12 25.72 454 | 1 0.03 25.75 455 | 5 0.15 25.89 456 | 3 0.09 25.98 457 | 2 0.06 26.04 458 | 1 0.03 26.07 459 | 1 0.03 26.10 460 | 3 0.09 26.19 461 | 3 0.09 26.27 462 | 3 0.09 26.36 463 | 2 0.06 26.42 464 | 2 0.06 26.48 465 | 3 0.09 26.56 466 | 4 0.12 26.68 467 | 4 0.12 26.80 468 | 1 0.03 26.83 469 | 1 0.03 26.85 471 | 5 0.15 27.00 472 | 5 0.15 27.15 473 | 2 0.06 27.20 474 | 2 0.06 27.26 475 | 2 0.06 27.32 476 | 3 0.09 27.41 477 | 1 0.03 27.44 478 | 4 0.12 27.55 479 | 2 0.06 27.61 480 | 2 0.06 27.67 481 | 4 0.12 27.79 482 | 2 0.06 27.84 483 | 3 0.09 27.93 484 | 3 0.09 28.02 486 | 4 0.12 28.14 487 | 3 0.09 28.22 489 | 1 0.03 28.25 491 | 3 0.09 28.34 492 | 1 0.03 28.37 493 | 4 0.12 28.48 494 | 1 0.03 28.51 495 | 1 0.03 28.54 496 | 4 0.12 28.66 497 | 2 0.06 28.72 498 | 2 0.06 28.78 500 | 2 0.06 28.83 501 | 2 0.06 28.89 502 | 1 0.03 28.92 503 | 2 0.06 28.98 504 | 6 0.17 29.15 505 | 1 0.03 29.18 508 | 1 0.03 29.21 509 | 2 0.06 29.27 510 | 4 0.12 29.39 511 | 1 0.03 29.42 512 | 8 0.23 29.65 513 | 3 0.09 29.74 514 | 1 0.03 29.76 515 | 1 0.03 29.79 516 | 1 0.03 29.82 517 | 1 0.03 29.85 518 | 3 0.09 29.94 519 | 3 0.09 30.03 521 | 3 0.09 30.11 522 | 2 0.06 30.17 523 | 1 0.03 30.20 524 | 1 0.03 30.23 525 | 3 0.09 30.32 526 | 1 0.03 30.35 527 | 5 0.15 30.49 528 | 2 0.06 30.55 529 | 3 0.09 30.64 531 | 3 0.09 30.72 532 | 3 0.09 30.81 533 | 1 0.03 30.84 535 | 1 0.03 30.87 537 | 2 0.06 30.93 538 | 1 0.03 30.96 539 | 2 0.06 31.02 542 | 4 0.12 31.13 543 | 2 0.06 31.19 544 | 1 0.03 31.22 545 | 1 0.03 31.25 546 | 2 0.06 31.31 547 | 2 0.06 31.36 548 | 3 0.09 31.45 549 | 4 0.12 31.57 550 | 2 0.06 31.63 551 | 3 0.09 31.71 552 | 3 0.09 31.80 553 | 2 0.06 31.86 555 | 1 0.03 31.89 557 | 5 0.15 32.03 558 | 1 0.03 32.06 560 | 2 0.06 32.12 561 | 4 0.12 32.24 562 | 1 0.03 32.27 564 | 4 0.12 32.38 565 | 4 0.12 32.50 567 | 2 0.06 32.56 569 | 4 0.12 32.67 570 | 1 0.03 32.70 571 | 1 0.03 32.73 573 | 3 0.09 32.82 574 | 2 0.06 32.88 576 | 1 0.03 32.91 577 | 2 0.06 32.96 578 | 2 0.06 33.02 579 | 3 0.09 33.11 580 | 1 0.03 33.14 581 | 2 0.06 33.20 582 | 2 0.06 33.26 583 | 1 0.03 33.28 584 | 1 0.03 33.31 585 | 2 0.06 33.37 589 | 2 0.06 33.43 590 | 1 0.03 33.46 592 | 1 0.03 33.49 593 | 3 0.09 33.58 596 | 1 0.03 33.60 598 | 7 0.20 33.81 599 | 2 0.06 33.87 600 | 4 0.12 33.98 601 | 1 0.03 34.01 603 | 3 0.09 34.10 605 | 2 0.06 34.16 606 | 3 0.09 34.24 607 | 1 0.03 34.27 608 | 2 0.06 34.33 610 | 4 0.12 34.45 612 | 1 0.03 34.48 613 | 1 0.03 34.51 615 | 4 0.12 34.62 617 | 2 0.06 34.68 618 | 4 0.12 34.80 619 | 2 0.06 34.86 620 | 3 0.09 34.94 621 | 1 0.03 34.97 622 | 5 0.15 35.12 623 | 2 0.06 35.18 624 | 2 0.06 35.23 625 | 3 0.09 35.32 626 | 1 0.03 35.35 628 | 2 0.06 35.41 629 | 3 0.09 35.50 630 | 5 0.15 35.64 633 | 1 0.03 35.67 634 | 1 0.03 35.70 636 | 3 0.09 35.79 637 | 4 0.12 35.90 638 | 1 0.03 35.93 641 | 1 0.03 35.96 642 | 3 0.09 36.05 643 | 4 0.12 36.17 644 | 3 0.09 36.25 645 | 1 0.03 36.28 647 | 1 0.03 36.31 648 | 3 0.09 36.40 649 | 1 0.03 36.43 650 | 1 0.03 36.46 651 | 1 0.03 36.49 652 | 1 0.03 36.51 654 | 1 0.03 36.54 655 | 4 0.12 36.66 656 | 1 0.03 36.69 658 | 4 0.12 36.81 659 | 1 0.03 36.83 660 | 2 0.06 36.89 661 | 3 0.09 36.98 662 | 1 0.03 37.01 663 | 1 0.03 37.04 667 | 4 0.12 37.15 668 | 1 0.03 37.18 669 | 6 0.17 37.36 670 | 3 0.09 37.45 671 | 3 0.09 37.53 672 | 1 0.03 37.56 674 | 1 0.03 37.59 675 | 2 0.06 37.65 676 | 2 0.06 37.71 677 | 2 0.06 37.77 678 | 1 0.03 37.79 679 | 2 0.06 37.85 680 | 2 0.06 37.91 681 | 1 0.03 37.94 682 | 1 0.03 37.97 684 | 3 0.09 38.06 685 | 4 0.12 38.17 686 | 2 0.06 38.23 689 | 2 0.06 38.29 690 | 4 0.12 38.41 691 | 2 0.06 38.46 692 | 3 0.09 38.55 693 | 2 0.06 38.61 695 | 2 0.06 38.67 696 | 2 0.06 38.73 697 | 3 0.09 38.81 698 | 1 0.03 38.84 699 | 3 0.09 38.93 700 | 2 0.06 38.99 701 | 1 0.03 39.02 702 | 3 0.09 39.10 704 | 1 0.03 39.13 705 | 2 0.06 39.19 706 | 1 0.03 39.22 707 | 3 0.09 39.31 708 | 3 0.09 39.39 710 | 2 0.06 39.45 711 | 3 0.09 39.54 712 | 1 0.03 39.57 713 | 1 0.03 39.60 714 | 3 0.09 39.69 715 | 2 0.06 39.74 716 | 1 0.03 39.77 718 | 1 0.03 39.80 719 | 1 0.03 39.83 720 | 3 0.09 39.92 721 | 1 0.03 39.95 722 | 1 0.03 39.98 723 | 1 0.03 40.01 724 | 1 0.03 40.03 725 | 1 0.03 40.06 726 | 1 0.03 40.09 727 | 2 0.06 40.15 728 | 2 0.06 40.21 729 | 3 0.09 40.30 731 | 1 0.03 40.33 732 | 4 0.12 40.44 733 | 1 0.03 40.47 734 | 1 0.03 40.50 735 | 1 0.03 40.53 740 | 2 0.06 40.59 741 | 1 0.03 40.62 742 | 3 0.09 40.70 743 | 2 0.06 40.76 744 | 1 0.03 40.79 745 | 1 0.03 40.82 746 | 2 0.06 40.88 747 | 4 0.12 41.00 749 | 1 0.03 41.02 750 | 1 0.03 41.05 751 | 2 0.06 41.11 753 | 1 0.03 41.14 754 | 3 0.09 41.23 755 | 1 0.03 41.26 756 | 1 0.03 41.29 757 | 1 0.03 41.32 758 | 4 0.12 41.43 759 | 1 0.03 41.46 760 | 2 0.06 41.52 761 | 2 0.06 41.58 762 | 1 0.03 41.61 763 | 1 0.03 41.64 765 | 2 0.06 41.69 766 | 1 0.03 41.72 768 | 3 0.09 41.81 771 | 2 0.06 41.87 772 | 1 0.03 41.90 773 | 3 0.09 41.98 777 | 1 0.03 42.01 778 | 1 0.03 42.04 780 | 3 0.09 42.13 781 | 3 0.09 42.22 782 | 1 0.03 42.25 783 | 3 0.09 42.33 785 | 3 0.09 42.42 788 | 1 0.03 42.45 789 | 1 0.03 42.48 790 | 3 0.09 42.57 792 | 1 0.03 42.60 793 | 1 0.03 42.62 795 | 1 0.03 42.65 796 | 1 0.03 42.68 797 | 1 0.03 42.71 799 | 1 0.03 42.74 800 | 2 0.06 42.80 801 | 3 0.09 42.89 803 | 1 0.03 42.92 805 | 2 0.06 42.97 806 | 1 0.03 43.00 807 | 1 0.03 43.03 808 | 1 0.03 43.06 810 | 1 0.03 43.09 811 | 1 0.03 43.12 814 | 2 0.06 43.18 815 | 2 0.06 43.24 817 | 1 0.03 43.26 818 | 1 0.03 43.29 819 | 2 0.06 43.35 820 | 3 0.09 43.44 822 | 1 0.03 43.47 825 | 2 0.06 43.53 826 | 2 0.06 43.58 827 | 3 0.09 43.67 828 | 1 0.03 43.70 830 | 1 0.03 43.73 831 | 4 0.12 43.85 833 | 1 0.03 43.88 834 | 1 0.03 43.90 836 | 5 0.15 44.05 837 | 1 0.03 44.08 838 | 3 0.09 44.17 839 | 1 0.03 44.20 840 | 1 0.03 44.22 841 | 1 0.03 44.25 844 | 3 0.09 44.34 845 | 2 0.06 44.40 847 | 2 0.06 44.46 849 | 2 0.06 44.52 850 | 2 0.06 44.57 851 | 1 0.03 44.60 854 | 1 0.03 44.63 856 | 1 0.03 44.66 861 | 2 0.06 44.72 864 | 1 0.03 44.75 866 | 2 0.06 44.81 867 | 3 0.09 44.89 869 | 3 0.09 44.98 870 | 3 0.09 45.07 871 | 1 0.03 45.10 873 | 1 0.03 45.13 875 | 1 0.03 45.16 878 | 2 0.06 45.21 879 | 2 0.06 45.27 880 | 4 0.12 45.39 881 | 1 0.03 45.42 883 | 2 0.06 45.48 886 | 1 0.03 45.50 887 | 1 0.03 45.53 888 | 2 0.06 45.59 889 | 2 0.06 45.65 890 | 1 0.03 45.68 891 | 2 0.06 45.74 892 | 2 0.06 45.80 894 | 1 0.03 45.82 895 | 2 0.06 45.88 898 | 1 0.03 45.91 901 | 1 0.03 45.94 902 | 1 0.03 45.97 903 | 3 0.09 46.06 905 | 2 0.06 46.12 906 | 1 0.03 46.14 907 | 1 0.03 46.17 909 | 1 0.03 46.20 910 | 2 0.06 46.26 911 | 1 0.03 46.29 913 | 1 0.03 46.32 914 | 1 0.03 46.35 915 | 1 0.03 46.38 916 | 1 0.03 46.41 917 | 2 0.06 46.46 919 | 2 0.06 46.52 920 | 1 0.03 46.55 922 | 1 0.03 46.58 923 | 1 0.03 46.61 924 | 1 0.03 46.64 925 | 2 0.06 46.70 926 | 1 0.03 46.73 927 | 1 0.03 46.76 930 | 1 0.03 46.78 935 | 1 0.03 46.81 937 | 2 0.06 46.87 938 | 2 0.06 46.93 940 | 1 0.03 46.96 941 | 1 0.03 46.99 944 | 1 0.03 47.02 945 | 3 0.09 47.11 946 | 1 0.03 47.13 948 | 2 0.06 47.19 950 | 2 0.06 47.25 951 | 2 0.06 47.31 953 | 1 0.03 47.34 955 | 2 0.06 47.40 956 | 1 0.03 47.43 957 | 3 0.09 47.51 958 | 1 0.03 47.54 962 | 1 0.03 47.57 963 | 1 0.03 47.60 964 | 1 0.03 47.63 967 | 1 0.03 47.66 968 | 1 0.03 47.69 969 | 1 0.03 47.72 970 | 2 0.06 47.77 972 | 1 0.03 47.80 973 | 2 0.06 47.86 974 | 1 0.03 47.89 976 | 2 0.06 47.95 978 | 2 0.06 48.01 979 | 1 0.03 48.04 981 | 2 0.06 48.09 984 | 1 0.03 48.12 985 | 1 0.03 48.15 987 | 1 0.03 48.18 988 | 1 0.03 48.21 989 | 1 0.03 48.24 990 | 1 0.03 48.27 993 | 2 0.06 48.33 994 | 1 0.03 48.36 995 | 1 0.03 48.39 996 | 1 0.03 48.41 999 | 1 0.03 48.44 1000 | 1 0.03 48.47 1001 | 1 0.03 48.50 1003 | 1 0.03 48.53 1004 | 1 0.03 48.56 1005 | 1 0.03 48.59 1006 | 2 0.06 48.65 1007 | 1 0.03 48.68 1008 | 3 0.09 48.76 1011 | 1 0.03 48.79 1012 | 2 0.06 48.85 1013 | 2 0.06 48.91 1016 | 2 0.06 48.97 1019 | 2 0.06 49.03 1021 | 1 0.03 49.05 1022 | 2 0.06 49.11 1023 | 1 0.03 49.14 1026 | 1 0.03 49.17 1027 | 1 0.03 49.20 1032 | 1 0.03 49.23 1033 | 1 0.03 49.26 1036 | 1 0.03 49.29 1037 | 2 0.06 49.35 1038 | 3 0.09 49.43 1039 | 2 0.06 49.49 1040 | 1 0.03 49.52 1041 | 1 0.03 49.55 1044 | 1 0.03 49.58 1045 | 2 0.06 49.64 1049 | 1 0.03 49.67 1050 | 1 0.03 49.69 1052 | 1 0.03 49.72 1053 | 1 0.03 49.75 1054 | 1 0.03 49.78 1055 | 1 0.03 49.81 1058 | 1 0.03 49.84 1063 | 1 0.03 49.87 1065 | 1 0.03 49.90 1069 | 1 0.03 49.93 1072 | 2 0.06 49.99 1078 | 1 0.03 50.01 1079 | 1 0.03 50.04 1081 | 1 0.03 50.07 1082 | 2 0.06 50.13 1086 | 1 0.03 50.16 1087 | 1 0.03 50.19 1089 | 1 0.03 50.22 1090 | 1 0.03 50.25 1092 | 1 0.03 50.28 1093 | 2 0.06 50.33 1094 | 1 0.03 50.36 1095 | 1 0.03 50.39 1096 | 1 0.03 50.42 1098 | 1 0.03 50.45 1101 | 2 0.06 50.51 1102 | 1 0.03 50.54 1103 | 1 0.03 50.57 1104 | 1 0.03 50.60 1106 | 1 0.03 50.63 1108 | 1 0.03 50.65 1110 | 1 0.03 50.68 1112 | 1 0.03 50.71 1114 | 1 0.03 50.74 1115 | 1 0.03 50.77 1116 | 1 0.03 50.80 1118 | 1 0.03 50.83 1122 | 1 0.03 50.86 1123 | 1 0.03 50.89 1125 | 1 0.03 50.92 1126 | 2 0.06 50.97 1127 | 2 0.06 51.03 1128 | 1 0.03 51.06 1129 | 3 0.09 51.15 1130 | 1 0.03 51.18 1132 | 1 0.03 51.21 1135 | 1 0.03 51.24 1137 | 2 0.06 51.29 1138 | 1 0.03 51.32 1139 | 1 0.03 51.35 1142 | 1 0.03 51.38 1149 | 2 0.06 51.44 1150 | 1 0.03 51.47 1152 | 1 0.03 51.50 1159 | 2 0.06 51.56 1163 | 1 0.03 51.59 1165 | 2 0.06 51.64 1166 | 2 0.06 51.70 1167 | 2 0.06 51.76 1168 | 1 0.03 51.79 1169 | 3 0.09 51.88 1170 | 1 0.03 51.91 1171 | 1 0.03 51.93 1175 | 2 0.06 51.99 1176 | 2 0.06 52.05 1181 | 1 0.03 52.08 1182 | 1 0.03 52.11 1183 | 1 0.03 52.14 1184 | 1 0.03 52.17 1185 | 2 0.06 52.23 1186 | 1 0.03 52.25 1187 | 1 0.03 52.28 1188 | 1 0.03 52.31 1189 | 2 0.06 52.37 1191 | 1 0.03 52.40 1192 | 2 0.06 52.46 1194 | 2 0.06 52.52 1195 | 2 0.06 52.57 1197 | 1 0.03 52.60 1201 | 2 0.06 52.66 1202 | 1 0.03 52.69 1204 | 1 0.03 52.72 1207 | 2 0.06 52.78 1208 | 1 0.03 52.81 1210 | 1 0.03 52.84 1214 | 1 0.03 52.87 1220 | 1 0.03 52.89 1221 | 2 0.06 52.95 1229 | 1 0.03 52.98 1231 | 3 0.09 53.07 1234 | 1 0.03 53.10 1239 | 1 0.03 53.13 1240 | 1 0.03 53.16 1242 | 1 0.03 53.19 1244 | 1 0.03 53.22 1249 | 1 0.03 53.24 1250 | 1 0.03 53.27 1251 | 2 0.06 53.33 1252 | 1 0.03 53.36 1254 | 1 0.03 53.39 1255 | 1 0.03 53.42 1258 | 1 0.03 53.45 1260 | 1 0.03 53.48 1262 | 2 0.06 53.54 1264 | 1 0.03 53.56 1268 | 1 0.03 53.59 1271 | 1 0.03 53.62 1275 | 1 0.03 53.65 1278 | 1 0.03 53.68 1279 | 1 0.03 53.71 1280 | 1 0.03 53.74 1283 | 1 0.03 53.77 1286 | 1 0.03 53.80 1287 | 1 0.03 53.83 1289 | 1 0.03 53.86 1292 | 1 0.03 53.88 1294 | 2 0.06 53.94 1295 | 1 0.03 53.97 1300 | 1 0.03 54.00 1304 | 1 0.03 54.03 1305 | 3 0.09 54.12 1307 | 1 0.03 54.15 1309 | 2 0.06 54.20 1310 | 2 0.06 54.26 1311 | 1 0.03 54.29 1312 | 2 0.06 54.35 1313 | 1 0.03 54.38 1316 | 1 0.03 54.41 1318 | 1 0.03 54.44 1320 | 3 0.09 54.52 1324 | 1 0.03 54.55 1327 | 3 0.09 54.64 1328 | 1 0.03 54.67 1331 | 1 0.03 54.70 1333 | 1 0.03 54.73 1340 | 1 0.03 54.76 1347 | 1 0.03 54.79 1349 | 2 0.06 54.84 1353 | 1 0.03 54.87 1354 | 1 0.03 54.90 1362 | 1 0.03 54.93 1365 | 1 0.03 54.96 1366 | 1 0.03 54.99 1368 | 1 0.03 55.02 1371 | 1 0.03 55.05 1372 | 1 0.03 55.08 1380 | 1 0.03 55.11 1382 | 1 0.03 55.14 1387 | 1 0.03 55.16 1388 | 2 0.06 55.22 1391 | 1 0.03 55.25 1394 | 3 0.09 55.34 1397 | 1 0.03 55.37 1398 | 1 0.03 55.40 1402 | 1 0.03 55.43 1403 | 1 0.03 55.46 1404 | 1 0.03 55.48 1405 | 1 0.03 55.51 1410 | 1 0.03 55.54 1417 | 2 0.06 55.60 1418 | 1 0.03 55.63 1419 | 3 0.09 55.72 1423 | 1 0.03 55.75 1426 | 1 0.03 55.78 1427 | 1 0.03 55.80 1429 | 1 0.03 55.83 1430 | 2 0.06 55.89 1432 | 1 0.03 55.92 1433 | 1 0.03 55.95 1438 | 2 0.06 56.01 1439 | 2 0.06 56.07 1440 | 1 0.03 56.10 1444 | 1 0.03 56.12 1447 | 1 0.03 56.15 1450 | 2 0.06 56.21 1453 | 1 0.03 56.24 1457 | 1 0.03 56.27 1458 | 1 0.03 56.30 1459 | 1 0.03 56.33 1462 | 1 0.03 56.36 1463 | 1 0.03 56.39 1465 | 1 0.03 56.42 1469 | 2 0.06 56.47 1472 | 1 0.03 56.50 1473 | 1 0.03 56.53 1478 | 1 0.03 56.56 1480 | 1 0.03 56.59 1483 | 3 0.09 56.68 1490 | 1 0.03 56.71 1493 | 2 0.06 56.76 1496 | 1 0.03 56.79 1500 | 1 0.03 56.82 1502 | 1 0.03 56.85 1507 | 1 0.03 56.88 1509 | 1 0.03 56.91 1513 | 1 0.03 56.94 1514 | 1 0.03 56.97 1515 | 1 0.03 57.00 1516 | 2 0.06 57.06 1517 | 1 0.03 57.08 1518 | 1 0.03 57.11 1519 | 3 0.09 57.20 1520 | 1 0.03 57.23 1530 | 2 0.06 57.29 1532 | 1 0.03 57.32 1534 | 1 0.03 57.35 1539 | 1 0.03 57.38 1540 | 1 0.03 57.40 1543 | 1 0.03 57.43 1544 | 1 0.03 57.46 1546 | 2 0.06 57.52 1549 | 1 0.03 57.55 1551 | 2 0.06 57.61 1556 | 2 0.06 57.67 1561 | 1 0.03 57.70 1563 | 1 0.03 57.72 1565 | 1 0.03 57.75 1566 | 1 0.03 57.78 1573 | 1 0.03 57.81 1581 | 1 0.03 57.84 1584 | 1 0.03 57.87 1585 | 1 0.03 57.90 1586 | 1 0.03 57.93 1592 | 1 0.03 57.96 1593 | 1 0.03 57.99 1600 | 2 0.06 58.04 1602 | 1 0.03 58.07 1606 | 2 0.06 58.13 1614 | 1 0.03 58.16 1617 | 1 0.03 58.19 1618 | 1 0.03 58.22 1620 | 1 0.03 58.25 1621 | 1 0.03 58.28 1626 | 1 0.03 58.31 1628 | 1 0.03 58.34 1634 | 1 0.03 58.36 1636 | 1 0.03 58.39 1640 | 1 0.03 58.42 1641 | 1 0.03 58.45 1644 | 1 0.03 58.48 1646 | 1 0.03 58.51 1650 | 1 0.03 58.54 1651 | 1 0.03 58.57 1653 | 1 0.03 58.60 1659 | 1 0.03 58.63 1660 | 2 0.06 58.68 1662 | 1 0.03 58.71 1664 | 1 0.03 58.74 1675 | 1 0.03 58.77 1677 | 1 0.03 58.80 1678 | 2 0.06 58.86 1680 | 1 0.03 58.89 1682 | 1 0.03 58.92 1687 | 2 0.06 58.98 1688 | 1 0.03 59.00 1693 | 1 0.03 59.03 1695 | 1 0.03 59.06 1698 | 1 0.03 59.09 1703 | 1 0.03 59.12 1704 | 2 0.06 59.18 1706 | 1 0.03 59.21 1707 | 2 0.06 59.27 1710 | 1 0.03 59.30 1712 | 1 0.03 59.32 1716 | 1 0.03 59.35 1723 | 2 0.06 59.41 1724 | 1 0.03 59.44 1726 | 1 0.03 59.47 1731 | 1 0.03 59.50 1732 | 1 0.03 59.53 1736 | 1 0.03 59.56 1745 | 1 0.03 59.59 1746 | 1 0.03 59.62 1747 | 1 0.03 59.65 1748 | 1 0.03 59.67 1750 | 1 0.03 59.70 1763 | 1 0.03 59.73 1765 | 1 0.03 59.76 1772 | 1 0.03 59.79 1774 | 1 0.03 59.82 1776 | 1 0.03 59.85 1779 | 2 0.06 59.91 1783 | 1 0.03 59.94 1787 | 1 0.03 59.97 1789 | 1 0.03 59.99 1790 | 1 0.03 60.02 1791 | 1 0.03 60.05 1792 | 1 0.03 60.08 1793 | 1 0.03 60.11 1799 | 1 0.03 60.14 1800 | 1 0.03 60.17 1802 | 1 0.03 60.20 1807 | 1 0.03 60.23 1808 | 1 0.03 60.26 1811 | 1 0.03 60.29 1817 | 2 0.06 60.34 1820 | 1 0.03 60.37 1821 | 1 0.03 60.40 1822 | 1 0.03 60.43 1823 | 1 0.03 60.46 1826 | 1 0.03 60.49 1838 | 1 0.03 60.52 1839 | 2 0.06 60.58 1848 | 1 0.03 60.61 1854 | 1 0.03 60.63 1860 | 2 0.06 60.69 1862 | 1 0.03 60.72 1865 | 2 0.06 60.78 1872 | 1 0.03 60.81 1874 | 1 0.03 60.84 1875 | 1 0.03 60.87 1878 | 1 0.03 60.90 1879 | 1 0.03 60.93 1881 | 1 0.03 60.95 1890 | 1 0.03 60.98 1893 | 1 0.03 61.01 1894 | 1 0.03 61.04 1896 | 1 0.03 61.07 1907 | 1 0.03 61.10 1910 | 1 0.03 61.13 1918 | 1 0.03 61.16 1922 | 1 0.03 61.19 1923 | 1 0.03 61.22 1925 | 1 0.03 61.25 1926 | 1 0.03 61.27 1941 | 1 0.03 61.30 1945 | 1 0.03 61.33 1952 | 2 0.06 61.39 1953 | 1 0.03 61.42 1957 | 1 0.03 61.45 1958 | 1 0.03 61.48 1959 | 1 0.03 61.51 1964 | 1 0.03 61.54 1966 | 1 0.03 61.57 1969 | 1 0.03 61.59 1971 | 1 0.03 61.62 1976 | 1 0.03 61.65 1978 | 1 0.03 61.68 1979 | 1 0.03 61.71 1991 | 1 0.03 61.74 1996 | 1 0.03 61.77 1997 | 1 0.03 61.80 2010 | 1 0.03 61.83 2014 | 1 0.03 61.86 2016 | 1 0.03 61.89 2022 | 1 0.03 61.91 2023 | 2 0.06 61.97 2029 | 1 0.03 62.00 2032 | 1 0.03 62.03 2045 | 1 0.03 62.06 2048 | 1 0.03 62.09 2071 | 1 0.03 62.12 2074 | 1 0.03 62.15 2075 | 1 0.03 62.18 2076 | 1 0.03 62.21 2081 | 2 0.06 62.26 2082 | 1 0.03 62.29 2084 | 2 0.06 62.35 2086 | 1 0.03 62.38 2093 | 1 0.03 62.41 2095 | 1 0.03 62.44 2111 | 1 0.03 62.47 2138 | 1 0.03 62.50 2144 | 1 0.03 62.53 2149 | 1 0.03 62.55 2150 | 1 0.03 62.58 2157 | 1 0.03 62.61 2162 | 1 0.03 62.64 2163 | 1 0.03 62.67 2164 | 1 0.03 62.70 2168 | 1 0.03 62.73 2187 | 1 0.03 62.76 2194 | 1 0.03 62.79 2209 | 1 0.03 62.82 2214 | 1 0.03 62.85 2215 | 1 0.03 62.87 2217 | 1 0.03 62.90 2222 | 1 0.03 62.93 2227 | 1 0.03 62.96 2230 | 1 0.03 62.99 2240 | 1 0.03 63.02 2241 | 2 0.06 63.08 2243 | 1 0.03 63.11 2246 | 1 0.03 63.14 2256 | 1 0.03 63.17 2261 | 1 0.03 63.19 2273 | 1 0.03 63.22 2280 | 1 0.03 63.25 2283 | 1 0.03 63.28 2295 | 1 0.03 63.31 2301 | 1 0.03 63.34 2312 | 1 0.03 63.37 2321 | 1 0.03 63.40 2324 | 1 0.03 63.43 2328 | 1 0.03 63.46 2341 | 1 0.03 63.49 2344 | 1 0.03 63.51 2345 | 1 0.03 63.54 2356 | 1 0.03 63.57 2362 | 1 0.03 63.60 2366 | 1 0.03 63.63 2368 | 1 0.03 63.66 2370 | 1 0.03 63.69 2421 | 1 0.03 63.72 2425 | 1 0.03 63.75 2437 | 1 0.03 63.78 2455 | 1 0.03 63.81 2458 | 1 0.03 63.83 2459 | 1 0.03 63.86 2467 | 1 0.03 63.89 2474 | 1 0.03 63.92 2480 | 1 0.03 63.95 2497 | 1 0.03 63.98 2499 | 1 0.03 64.01 2513 | 1 0.03 64.04 2542 | 1 0.03 64.07 2569 | 1 0.03 64.10 2572 | 1 0.03 64.13 2608 | 1 0.03 64.15 2622 | 1 0.03 64.18 2624 | 1 0.03 64.21 2625 | 1 0.03 64.24 2632 | 1 0.03 64.27 2640 | 1 0.03 64.30 2647 | 1 0.03 64.33 2673 | 1 0.03 64.36 2686 | 1 0.03 64.39 2687 | 1 0.03 64.42 2689 | 1 0.03 64.45 2694 | 1 0.03 64.47 2697 | 1 0.03 64.50 2710 | 1 0.03 64.53 2716 | 1 0.03 64.56 2723 | 1 0.03 64.59 2733 | 1 0.03 64.62 2735 | 1 0.03 64.65 2738 | 1 0.03 64.68 2749 | 2 0.06 64.74 2750 | 1 0.03 64.77 2783 | 1 0.03 64.79 2811 | 1 0.03 64.82 2817 | 1 0.03 64.85 2826 | 1 0.03 64.88 2830 | 1 0.03 64.91 2844 | 1 0.03 64.94 2852 | 1 0.03 64.97 2856 | 1 0.03 65.00 2860 | 1 0.03 65.03 2866 | 1 0.03 65.06 2870 | 3 0.09 65.14 2872 | 1 0.03 65.17 2875 | 1 0.03 65.20 2880 | 1 0.03 65.23 2885 | 1 0.03 65.26 2913 | 1 0.03 65.29 2914 | 1 0.03 65.32 2929 | 1 0.03 65.35 2937 | 1 0.03 65.38 2943 | 1 0.03 65.41 2954 | 1 0.03 65.43 2956 | 1 0.03 65.46 2957 | 1 0.03 65.49 2985 | 1 0.03 65.52 2995 | 1 0.03 65.55 3007 | 1 0.03 65.58 3052 | 1 0.03 65.61 3062 | 1 0.03 65.64 3075 | 1 0.03 65.67 3077 | 1 0.03 65.70 3084 | 1 0.03 65.73 3097 | 1 0.03 65.76 3106 | 1 0.03 65.78 3123 | 1 0.03 65.81 3140 | 1 0.03 65.84 3163 | 1 0.03 65.87 3165 | 1 0.03 65.90 3178 | 1 0.03 65.93 3186 | 1 0.03 65.96 3198 | 1 0.03 65.99 3218 | 1 0.03 66.02 3240 | 1 0.03 66.05 3298 | 1 0.03 66.08 3325 | 1 0.03 66.10 3346 | 1 0.03 66.13 3356 | 1 0.03 66.16 3357 | 1 0.03 66.19 3366 | 1 0.03 66.22 3367 | 1 0.03 66.25 3370 | 1 0.03 66.28 3378 | 1 0.03 66.31 3391 | 1 0.03 66.34 3430 | 1 0.03 66.37 3436 | 1 0.03 66.40 3441 | 1 0.03 66.42 3459 | 1 0.03 66.45 3470 | 1 0.03 66.48 3474 | 1 0.03 66.51 3475 | 1 0.03 66.54 3504 | 1 0.03 66.57 3511 | 1 0.03 66.60 3514 | 1 0.03 66.63 3531 | 1 0.03 66.66 3539 | 1 0.03 66.69 3568 | 1 0.03 66.72 3623 | 1 0.03 66.74 3645 | 1 0.03 66.77 3660 | 1 0.03 66.80 3662 | 1 0.03 66.83 3716 | 1 0.03 66.86 3731 | 1 0.03 66.89 3826 | 1 0.03 66.92 3851 | 1 0.03 66.95 3904 | 1 0.03 66.98 3910 | 1 0.03 67.01 3921 | 1 0.03 67.04 3923 | 1 0.03 67.06 3940 | 1 0.03 67.09 3973 | 1 0.03 67.12 3987 | 1 0.03 67.15 4016 | 1 0.03 67.18 4131 | 1 0.03 67.21 4146 | 1 0.03 67.24 4160 | 1 0.03 67.27 4190 | 1 0.03 67.30 4229 | 1 0.03 67.33 4336 | 1 0.03 67.36 4420 | 1 0.03 67.38 4431 | 1 0.03 67.41 4451 | 1 0.03 67.44 4482 | 1 0.03 67.47 4502 | 1 0.03 67.50 4514 | 1 0.03 67.53 4539 | 2 0.06 67.59 4546 | 1 0.03 67.62 4578 | 1 0.03 67.65 4598 | 1 0.03 67.68 4629 | 1 0.03 67.70 4680 | 1 0.03 67.73 4788 | 1 0.03 67.76 4798 | 1 0.03 67.79 4808 | 1 0.03 67.82 4848 | 1 0.03 67.85 4868 | 1 0.03 67.88 4891 | 1 0.03 67.91 4935 | 1 0.03 67.94 4937 | 1 0.03 67.97 5000 | 1 0.03 68.00 5012 | 1 0.03 68.02 5035 | 1 0.03 68.05 5076 | 1 0.03 68.08 5088 | 1 0.03 68.11 5157 | 1 0.03 68.14 5201 | 1 0.03 68.17 5219 | 1 0.03 68.20 5222 | 1 0.03 68.23 5251 | 1 0.03 68.26 5294 | 1 0.03 68.29 5318 | 1 0.03 68.32 5344 | 1 0.03 68.34 5386 | 1 0.03 68.37 5642 | 1 0.03 68.40 5657 | 1 0.03 68.43 5673 | 1 0.03 68.46 5719 | 1 0.03 68.49 5757 | 1 0.03 68.52 5808 | 1 0.03 68.55 5846 | 1 0.03 68.58 5877 | 1 0.03 68.61 5880 | 1 0.03 68.64 5985 | 1 0.03 68.66 6014 | 1 0.03 68.69 6087 | 1 0.03 68.72 6100 | 1 0.03 68.75 6293 | 2 0.06 68.81 6318 | 1 0.03 68.84 6324 | 1 0.03 68.87 6439 | 1 0.03 68.90 6441 | 1 0.03 68.93 6761 | 1 0.03 68.96 6847 | 1 0.03 68.98 6922 | 1 0.03 69.01 7119 | 1 0.03 69.04 7218 | 1 0.03 69.07 7342 | 1 0.03 69.10 7361 | 1 0.03 69.13 7942 | 1 0.03 69.16 8053 | 1 0.03 69.19 8075 | 1 0.03 69.22 8215 | 1 0.03 69.25 8800 | 1 0.03 69.28 9187 | 1 0.03 69.30 9198 | 1 0.03 69.33 9222 | 1 0.03 69.36 9234 | 1 0.03 69.39 9258 | 1 0.03 69.42 9354 | 1 0.03 69.45 9751 | 1 0.03 69.48 10060 | 1 0.03 69.51 10183 | 1 0.03 69.54 10203 | 1 0.03 69.57 10916 | 1 0.03 69.60 11255 | 1 0.03 69.62 11790 | 1 0.03 69.65 12059 | 1 0.03 69.68 12123 | 1 0.03 69.71 12796 | 1 0.03 69.74 13433 | 1 0.03 69.77 13820 | 1 0.03 69.80 14645 | 1 0.03 69.83 14934 | 1 0.03 69.86 15339 | 1 0.03 69.89 21164 | 1 0.03 69.92 21713 | 1 0.03 69.94 2754669 | 1 0.03 69.97 . | 1,032 30.03 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for diab6575b variable in PC_HSA_rates_0307 dataset : Black, | Number of | diabetic | Medicare | enrollees | age 65-75 | Freq. Percent Cum. ------------+----------------------------------- 200 | 1 0.03 0.03 201 | 2 0.06 0.09 203 | 3 0.09 0.17 204 | 7 0.20 0.38 205 | 2 0.06 0.44 206 | 2 0.06 0.49 208 | 2 0.06 0.55 209 | 2 0.06 0.61 210 | 1 0.03 0.64 212 | 2 0.06 0.70 215 | 2 0.06 0.76 216 | 3 0.09 0.84 217 | 2 0.06 0.90 218 | 1 0.03 0.93 219 | 2 0.06 0.99 220 | 3 0.09 1.08 221 | 3 0.09 1.16 223 | 1 0.03 1.19 224 | 3 0.09 1.28 225 | 3 0.09 1.37 226 | 2 0.06 1.43 227 | 1 0.03 1.45 229 | 1 0.03 1.48 230 | 3 0.09 1.57 231 | 1 0.03 1.60 232 | 1 0.03 1.63 234 | 2 0.06 1.69 235 | 4 0.12 1.80 236 | 3 0.09 1.89 237 | 2 0.06 1.95 238 | 1 0.03 1.98 239 | 2 0.06 2.04 240 | 3 0.09 2.12 241 | 1 0.03 2.15 242 | 1 0.03 2.18 243 | 2 0.06 2.24 244 | 2 0.06 2.30 245 | 1 0.03 2.33 246 | 2 0.06 2.39 249 | 1 0.03 2.41 250 | 2 0.06 2.47 252 | 3 0.09 2.56 253 | 2 0.06 2.62 254 | 2 0.06 2.68 255 | 2 0.06 2.73 256 | 1 0.03 2.76 258 | 1 0.03 2.79 259 | 2 0.06 2.85 260 | 1 0.03 2.88 262 | 1 0.03 2.91 263 | 1 0.03 2.94 267 | 1 0.03 2.97 270 | 3 0.09 3.05 273 | 1 0.03 3.08 276 | 2 0.06 3.14 278 | 3 0.09 3.23 279 | 2 0.06 3.29 280 | 2 0.06 3.35 282 | 1 0.03 3.38 283 | 1 0.03 3.40 285 | 1 0.03 3.43 286 | 3 0.09 3.52 287 | 1 0.03 3.55 289 | 4 0.12 3.67 290 | 1 0.03 3.70 292 | 2 0.06 3.75 294 | 1 0.03 3.78 295 | 1 0.03 3.81 296 | 1 0.03 3.84 297 | 1 0.03 3.87 298 | 1 0.03 3.90 299 | 1 0.03 3.93 302 | 1 0.03 3.96 308 | 3 0.09 4.04 312 | 1 0.03 4.07 316 | 1 0.03 4.10 317 | 1 0.03 4.13 318 | 1 0.03 4.16 319 | 1 0.03 4.19 320 | 2 0.06 4.25 323 | 1 0.03 4.28 324 | 1 0.03 4.31 325 | 1 0.03 4.34 328 | 1 0.03 4.36 329 | 1 0.03 4.39 333 | 3 0.09 4.48 336 | 1 0.03 4.51 337 | 1 0.03 4.54 338 | 1 0.03 4.57 339 | 1 0.03 4.60 347 | 1 0.03 4.63 348 | 1 0.03 4.66 352 | 1 0.03 4.68 354 | 2 0.06 4.74 357 | 1 0.03 4.77 359 | 1 0.03 4.80 366 | 1 0.03 4.83 367 | 1 0.03 4.86 372 | 1 0.03 4.89 373 | 1 0.03 4.92 376 | 1 0.03 4.95 377 | 1 0.03 4.98 383 | 1 0.03 5.00 385 | 1 0.03 5.03 386 | 1 0.03 5.06 389 | 1 0.03 5.09 392 | 4 0.12 5.21 395 | 1 0.03 5.24 396 | 1 0.03 5.27 397 | 2 0.06 5.32 400 | 1 0.03 5.35 409 | 1 0.03 5.38 410 | 1 0.03 5.41 412 | 1 0.03 5.44 418 | 1 0.03 5.47 419 | 2 0.06 5.53 421 | 1 0.03 5.56 425 | 1 0.03 5.59 426 | 1 0.03 5.62 434 | 1 0.03 5.64 435 | 2 0.06 5.70 444 | 1 0.03 5.73 445 | 1 0.03 5.76 446 | 1 0.03 5.79 448 | 2 0.06 5.85 449 | 1 0.03 5.88 453 | 1 0.03 5.91 454 | 1 0.03 5.94 458 | 1 0.03 5.96 459 | 2 0.06 6.02 461 | 1 0.03 6.05 464 | 2 0.06 6.11 466 | 1 0.03 6.14 468 | 1 0.03 6.17 470 | 1 0.03 6.20 471 | 1 0.03 6.23 472 | 1 0.03 6.26 473 | 1 0.03 6.28 474 | 1 0.03 6.31 482 | 1 0.03 6.34 488 | 1 0.03 6.37 489 | 1 0.03 6.40 497 | 1 0.03 6.43 504 | 1 0.03 6.46 507 | 1 0.03 6.49 511 | 1 0.03 6.52 514 | 1 0.03 6.55 518 | 1 0.03 6.58 519 | 1 0.03 6.60 520 | 1 0.03 6.63 521 | 2 0.06 6.69 523 | 1 0.03 6.72 525 | 1 0.03 6.75 526 | 1 0.03 6.78 528 | 1 0.03 6.81 537 | 1 0.03 6.84 539 | 1 0.03 6.87 543 | 1 0.03 6.90 554 | 1 0.03 6.92 556 | 2 0.06 6.98 557 | 1 0.03 7.01 559 | 1 0.03 7.04 563 | 1 0.03 7.07 566 | 1 0.03 7.10 567 | 2 0.06 7.16 569 | 1 0.03 7.19 571 | 1 0.03 7.22 575 | 1 0.03 7.24 581 | 1 0.03 7.27 592 | 1 0.03 7.30 594 | 1 0.03 7.33 595 | 1 0.03 7.36 605 | 2 0.06 7.42 611 | 1 0.03 7.45 614 | 1 0.03 7.48 616 | 1 0.03 7.51 620 | 1 0.03 7.54 635 | 1 0.03 7.56 639 | 1 0.03 7.59 645 | 1 0.03 7.62 646 | 2 0.06 7.68 648 | 1 0.03 7.71 655 | 1 0.03 7.74 661 | 1 0.03 7.77 664 | 1 0.03 7.80 671 | 1 0.03 7.83 691 | 1 0.03 7.86 699 | 1 0.03 7.88 707 | 1 0.03 7.91 708 | 1 0.03 7.94 722 | 1 0.03 7.97 726 | 1 0.03 8.00 736 | 1 0.03 8.03 751 | 1 0.03 8.06 756 | 1 0.03 8.09 769 | 1 0.03 8.12 772 | 1 0.03 8.15 773 | 1 0.03 8.18 782 | 2 0.06 8.23 785 | 1 0.03 8.26 787 | 1 0.03 8.29 788 | 1 0.03 8.32 795 | 1 0.03 8.35 808 | 2 0.06 8.41 813 | 1 0.03 8.44 815 | 2 0.06 8.50 831 | 1 0.03 8.52 837 | 1 0.03 8.55 858 | 1 0.03 8.58 864 | 1 0.03 8.61 890 | 1 0.03 8.64 891 | 2 0.06 8.70 906 | 1 0.03 8.73 909 | 1 0.03 8.76 923 | 1 0.03 8.79 954 | 1 0.03 8.82 964 | 1 0.03 8.84 985 | 1 0.03 8.87 990 | 1 0.03 8.90 995 | 1 0.03 8.93 1013 | 2 0.06 8.99 1023 | 1 0.03 9.02 1045 | 1 0.03 9.05 1052 | 1 0.03 9.08 1063 | 1 0.03 9.11 1065 | 1 0.03 9.14 1089 | 1 0.03 9.16 1145 | 1 0.03 9.19 1153 | 1 0.03 9.22 1163 | 2 0.06 9.28 1221 | 1 0.03 9.31 1231 | 1 0.03 9.34 1243 | 1 0.03 9.37 1256 | 1 0.03 9.40 1261 | 1 0.03 9.43 1309 | 1 0.03 9.46 1352 | 1 0.03 9.49 1390 | 1 0.03 9.51 1391 | 1 0.03 9.54 1432 | 1 0.03 9.57 1438 | 1 0.03 9.60 1507 | 1 0.03 9.63 1526 | 1 0.03 9.66 1536 | 1 0.03 9.69 1540 | 1 0.03 9.72 1545 | 1 0.03 9.75 1561 | 1 0.03 9.78 1578 | 1 0.03 9.81 1590 | 1 0.03 9.83 1640 | 1 0.03 9.86 1662 | 1 0.03 9.89 1684 | 1 0.03 9.92 1717 | 1 0.03 9.95 1721 | 1 0.03 9.98 1741 | 1 0.03 10.01 1743 | 1 0.03 10.04 1826 | 1 0.03 10.07 1889 | 1 0.03 10.10 1895 | 1 0.03 10.13 1950 | 1 0.03 10.15 2086 | 1 0.03 10.18 2165 | 1 0.03 10.21 2207 | 1 0.03 10.24 2240 | 1 0.03 10.27 2283 | 1 0.03 10.30 2355 | 1 0.03 10.33 2385 | 1 0.03 10.36 2450 | 1 0.03 10.39 2472 | 1 0.03 10.42 2663 | 1 0.03 10.45 2735 | 1 0.03 10.47 2848 | 1 0.03 10.50 3726 | 1 0.03 10.53 3771 | 1 0.03 10.56 3810 | 1 0.03 10.59 3821 | 1 0.03 10.62 4130 | 1 0.03 10.65 4687 | 1 0.03 10.68 4704 | 1 0.03 10.71 5219 | 1 0.03 10.74 5927 | 1 0.03 10.77 6216 | 1 0.03 10.79 6326 | 1 0.03 10.82 9728 | 1 0.03 10.85 10318 | 1 0.03 10.88 366509 | 1 0.03 10.91 . | 3,062 89.09 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for diab6575w variable in PC_HSA_rates_0307 dataset : White, | Number of | diabetic | Medicare | enrollees | age 65-75 | Freq. Percent Cum. ------------+----------------------------------- 202 | 1 0.03 0.03 205 | 1 0.03 0.06 217 | 1 0.03 0.09 218 | 1 0.03 0.12 231 | 1 0.03 0.15 233 | 1 0.03 0.17 236 | 2 0.06 0.23 238 | 1 0.03 0.26 241 | 1 0.03 0.29 250 | 1 0.03 0.32 254 | 1 0.03 0.35 285 | 1 0.03 0.38 287 | 1 0.03 0.41 307 | 1 0.03 0.44 308 | 1 0.03 0.47 317 | 1 0.03 0.49 319 | 1 0.03 0.52 332 | 1 0.03 0.55 336 | 1 0.03 0.58 341 | 1 0.03 0.61 346 | 1 0.03 0.64 357 | 1 0.03 0.67 358 | 1 0.03 0.70 366 | 2 0.06 0.76 369 | 1 0.03 0.79 374 | 1 0.03 0.81 381 | 2 0.06 0.87 404 | 1 0.03 0.90 407 | 1 0.03 0.93 410 | 1 0.03 0.96 420 | 1 0.03 0.99 421 | 1 0.03 1.02 438 | 1 0.03 1.05 442 | 1 0.03 1.08 447 | 1 0.03 1.11 450 | 1 0.03 1.13 456 | 1 0.03 1.16 458 | 1 0.03 1.19 473 | 1 0.03 1.22 477 | 1 0.03 1.25 492 | 1 0.03 1.28 494 | 1 0.03 1.31 496 | 1 0.03 1.34 509 | 1 0.03 1.37 514 | 1 0.03 1.40 520 | 1 0.03 1.43 536 | 1 0.03 1.45 539 | 1 0.03 1.48 542 | 1 0.03 1.51 543 | 1 0.03 1.54 547 | 1 0.03 1.57 549 | 1 0.03 1.60 561 | 1 0.03 1.63 577 | 1 0.03 1.66 581 | 1 0.03 1.69 609 | 1 0.03 1.72 610 | 1 0.03 1.75 612 | 1 0.03 1.77 628 | 1 0.03 1.80 636 | 1 0.03 1.83 647 | 1 0.03 1.86 649 | 1 0.03 1.89 653 | 1 0.03 1.92 675 | 1 0.03 1.95 677 | 1 0.03 1.98 679 | 2 0.06 2.04 690 | 1 0.03 2.07 696 | 1 0.03 2.09 697 | 1 0.03 2.12 702 | 1 0.03 2.15 704 | 1 0.03 2.18 712 | 1 0.03 2.21 714 | 1 0.03 2.24 737 | 1 0.03 2.27 738 | 1 0.03 2.30 742 | 1 0.03 2.33 757 | 1 0.03 2.36 759 | 1 0.03 2.39 769 | 1 0.03 2.41 774 | 1 0.03 2.44 775 | 1 0.03 2.47 789 | 1 0.03 2.50 792 | 1 0.03 2.53 801 | 1 0.03 2.56 810 | 1 0.03 2.59 812 | 1 0.03 2.62 817 | 1 0.03 2.65 823 | 1 0.03 2.68 825 | 1 0.03 2.71 842 | 1 0.03 2.73 859 | 1 0.03 2.76 862 | 1 0.03 2.79 866 | 1 0.03 2.82 867 | 1 0.03 2.85 874 | 1 0.03 2.88 875 | 1 0.03 2.91 878 | 1 0.03 2.94 892 | 1 0.03 2.97 904 | 1 0.03 3.00 926 | 1 0.03 3.03 934 | 1 0.03 3.05 939 | 1 0.03 3.08 947 | 1 0.03 3.11 950 | 1 0.03 3.14 960 | 1 0.03 3.17 977 | 1 0.03 3.20 979 | 2 0.06 3.26 982 | 1 0.03 3.29 991 | 1 0.03 3.32 995 | 1 0.03 3.35 997 | 1 0.03 3.38 998 | 1 0.03 3.40 1002 | 1 0.03 3.43 1003 | 1 0.03 3.46 1011 | 1 0.03 3.49 1025 | 1 0.03 3.52 1026 | 1 0.03 3.55 1031 | 1 0.03 3.58 1035 | 1 0.03 3.61 1043 | 1 0.03 3.64 1050 | 1 0.03 3.67 1051 | 1 0.03 3.70 1055 | 1 0.03 3.72 1059 | 1 0.03 3.75 1063 | 1 0.03 3.78 1072 | 1 0.03 3.81 1083 | 1 0.03 3.84 1089 | 1 0.03 3.87 1102 | 1 0.03 3.90 1104 | 1 0.03 3.93 1107 | 1 0.03 3.96 1118 | 1 0.03 3.99 1119 | 1 0.03 4.02 1120 | 1 0.03 4.04 1123 | 1 0.03 4.07 1128 | 2 0.06 4.13 1131 | 1 0.03 4.16 1135 | 1 0.03 4.19 1138 | 1 0.03 4.22 1169 | 1 0.03 4.25 1170 | 1 0.03 4.28 1192 | 1 0.03 4.31 1202 | 1 0.03 4.34 1211 | 1 0.03 4.36 1215 | 1 0.03 4.39 1227 | 1 0.03 4.42 1245 | 1 0.03 4.45 1248 | 1 0.03 4.48 1251 | 1 0.03 4.51 1259 | 2 0.06 4.57 1261 | 1 0.03 4.60 1264 | 2 0.06 4.66 1279 | 1 0.03 4.68 1282 | 1 0.03 4.71 1291 | 1 0.03 4.74 1293 | 1 0.03 4.77 1294 | 1 0.03 4.80 1297 | 1 0.03 4.83 1299 | 1 0.03 4.86 1302 | 1 0.03 4.89 1304 | 1 0.03 4.92 1313 | 1 0.03 4.95 1320 | 1 0.03 4.98 1323 | 1 0.03 5.00 1331 | 1 0.03 5.03 1352 | 1 0.03 5.06 1354 | 1 0.03 5.09 1368 | 1 0.03 5.12 1378 | 1 0.03 5.15 1389 | 1 0.03 5.18 1407 | 1 0.03 5.21 1408 | 1 0.03 5.24 1409 | 1 0.03 5.27 1422 | 1 0.03 5.30 1436 | 1 0.03 5.32 1470 | 1 0.03 5.35 1489 | 1 0.03 5.38 1505 | 1 0.03 5.41 1512 | 1 0.03 5.44 1524 | 1 0.03 5.47 1552 | 1 0.03 5.50 1561 | 1 0.03 5.53 1562 | 1 0.03 5.56 1564 | 1 0.03 5.59 1570 | 1 0.03 5.62 1614 | 1 0.03 5.64 1619 | 1 0.03 5.67 1624 | 1 0.03 5.70 1625 | 1 0.03 5.73 1651 | 1 0.03 5.76 1660 | 1 0.03 5.79 1661 | 1 0.03 5.82 1705 | 1 0.03 5.85 1706 | 1 0.03 5.88 1709 | 1 0.03 5.91 1737 | 1 0.03 5.94 1743 | 1 0.03 5.96 1787 | 1 0.03 5.99 1789 | 1 0.03 6.02 1791 | 1 0.03 6.05 1804 | 1 0.03 6.08 1815 | 1 0.03 6.11 1836 | 1 0.03 6.14 1877 | 1 0.03 6.17 1880 | 2 0.06 6.23 1891 | 1 0.03 6.26 1898 | 1 0.03 6.28 1936 | 1 0.03 6.31 1941 | 2 0.06 6.37 1957 | 1 0.03 6.40 1963 | 1 0.03 6.43 1968 | 1 0.03 6.46 1974 | 1 0.03 6.49 1979 | 1 0.03 6.52 2002 | 1 0.03 6.55 2004 | 1 0.03 6.58 2021 | 1 0.03 6.60 2056 | 1 0.03 6.63 2065 | 1 0.03 6.66 2084 | 1 0.03 6.69 2094 | 1 0.03 6.72 2135 | 1 0.03 6.75 2148 | 1 0.03 6.78 2174 | 1 0.03 6.81 2181 | 1 0.03 6.84 2187 | 1 0.03 6.87 2191 | 1 0.03 6.90 2194 | 1 0.03 6.92 2244 | 1 0.03 6.95 2248 | 1 0.03 6.98 2250 | 1 0.03 7.01 2264 | 1 0.03 7.04 2275 | 1 0.03 7.07 2279 | 1 0.03 7.10 2325 | 1 0.03 7.13 2327 | 1 0.03 7.16 2329 | 1 0.03 7.19 2353 | 1 0.03 7.22 2368 | 1 0.03 7.24 2381 | 1 0.03 7.27 2401 | 1 0.03 7.30 2403 | 1 0.03 7.33 2413 | 2 0.06 7.39 2426 | 1 0.03 7.42 2427 | 1 0.03 7.45 2433 | 1 0.03 7.48 2436 | 1 0.03 7.51 2443 | 1 0.03 7.54 2447 | 1 0.03 7.56 2448 | 1 0.03 7.59 2449 | 1 0.03 7.62 2459 | 1 0.03 7.65 2473 | 2 0.06 7.71 2483 | 1 0.03 7.74 2525 | 1 0.03 7.77 2528 | 1 0.03 7.80 2595 | 1 0.03 7.83 2612 | 1 0.03 7.86 2642 | 1 0.03 7.88 2664 | 1 0.03 7.91 2710 | 1 0.03 7.94 2751 | 1 0.03 7.97 2755 | 1 0.03 8.00 2798 | 1 0.03 8.03 2803 | 1 0.03 8.06 2804 | 1 0.03 8.09 2823 | 1 0.03 8.12 2869 | 1 0.03 8.15 2880 | 1 0.03 8.18 2918 | 1 0.03 8.20 2930 | 1 0.03 8.23 2945 | 1 0.03 8.26 2996 | 1 0.03 8.29 2999 | 1 0.03 8.32 3013 | 1 0.03 8.35 3015 | 1 0.03 8.38 3030 | 1 0.03 8.41 3048 | 1 0.03 8.44 3068 | 1 0.03 8.47 3096 | 1 0.03 8.50 3104 | 1 0.03 8.52 3179 | 1 0.03 8.55 3227 | 1 0.03 8.58 3270 | 1 0.03 8.61 3313 | 1 0.03 8.64 3373 | 1 0.03 8.67 3395 | 1 0.03 8.70 3400 | 1 0.03 8.73 3404 | 1 0.03 8.76 3439 | 1 0.03 8.79 3460 | 1 0.03 8.82 3476 | 1 0.03 8.84 3487 | 1 0.03 8.87 3574 | 1 0.03 8.90 3597 | 1 0.03 8.93 3644 | 1 0.03 8.96 3658 | 1 0.03 8.99 3669 | 1 0.03 9.02 3680 | 1 0.03 9.05 3729 | 1 0.03 9.08 3771 | 1 0.03 9.11 3816 | 1 0.03 9.14 3849 | 1 0.03 9.16 3890 | 1 0.03 9.19 3996 | 1 0.03 9.22 4031 | 1 0.03 9.25 4104 | 1 0.03 9.28 4184 | 1 0.03 9.31 4229 | 1 0.03 9.34 4284 | 1 0.03 9.37 4328 | 1 0.03 9.40 4379 | 1 0.03 9.43 4422 | 1 0.03 9.46 4453 | 1 0.03 9.49 4471 | 1 0.03 9.51 4494 | 1 0.03 9.54 4507 | 1 0.03 9.57 4547 | 1 0.03 9.60 4609 | 1 0.03 9.63 4615 | 1 0.03 9.66 4717 | 1 0.03 9.69 4748 | 1 0.03 9.72 4817 | 1 0.03 9.75 4847 | 1 0.03 9.78 5059 | 1 0.03 9.81 5074 | 1 0.03 9.83 5094 | 1 0.03 9.86 5215 | 1 0.03 9.89 5254 | 1 0.03 9.92 5356 | 1 0.03 9.95 5386 | 1 0.03 9.98 5401 | 1 0.03 10.01 5431 | 1 0.03 10.04 5455 | 1 0.03 10.07 5655 | 1 0.03 10.10 5666 | 1 0.03 10.13 5911 | 1 0.03 10.15 5989 | 1 0.03 10.18 6140 | 1 0.03 10.21 6304 | 1 0.03 10.24 6571 | 1 0.03 10.27 6786 | 1 0.03 10.30 6832 | 1 0.03 10.33 7001 | 1 0.03 10.36 7125 | 1 0.03 10.39 7567 | 1 0.03 10.42 7764 | 1 0.03 10.45 7820 | 1 0.03 10.47 8173 | 1 0.03 10.50 8314 | 1 0.03 10.53 8608 | 1 0.03 10.56 8751 | 1 0.03 10.59 8940 | 1 0.03 10.62 9018 | 1 0.03 10.65 9388 | 1 0.03 10.68 9609 | 1 0.03 10.71 9623 | 1 0.03 10.74 10049 | 1 0.03 10.77 10652 | 1 0.03 10.79 10846 | 1 0.03 10.82 13556 | 1 0.03 10.85 15497 | 1 0.03 10.88 2388160 | 1 0.03 10.91 . | 3,062 89.09 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for hema1c6575 variable in PC_HSA_rates_0307 dataset : Overall, % | Diabetic | Medicare | Enrollees | Age 65-75 | Having | Hemoglobin | A1c Test | Freq. Percent Cum. ------------+----------------------------------- 9 | 1 0.03 0.03 13.3 | 1 0.03 0.06 15.8 | 1 0.03 0.09 29.5 | 1 0.03 0.12 33.6 | 1 0.03 0.15 44.4 | 1 0.03 0.17 48.4 | 1 0.03 0.20 52 | 1 0.03 0.23 54.3 | 1 0.03 0.26 54.8 | 1 0.03 0.29 55 | 1 0.03 0.32 56.2 | 1 0.03 0.35 56.3 | 1 0.03 0.38 56.4 | 1 0.03 0.41 57.9 | 1 0.03 0.44 58.7 | 1 0.03 0.47 59.1 | 1 0.03 0.49 60 | 1 0.03 0.52 60.5 | 1 0.03 0.55 60.8 | 1 0.03 0.58 61.9 | 1 0.03 0.61 62.1 | 1 0.03 0.64 62.7 | 2 0.06 0.70 62.8 | 2 0.06 0.76 63.2 | 1 0.03 0.79 63.6 | 1 0.03 0.81 63.9 | 1 0.03 0.84 64.1 | 2 0.06 0.90 64.2 | 3 0.09 0.99 64.3 | 1 0.03 1.02 64.4 | 1 0.03 1.05 64.9 | 1 0.03 1.08 65 | 2 0.06 1.13 65.1 | 2 0.06 1.19 65.3 | 3 0.09 1.28 65.4 | 1 0.03 1.31 65.5 | 2 0.06 1.37 65.6 | 1 0.03 1.40 65.8 | 2 0.06 1.45 66.1 | 1 0.03 1.48 66.4 | 1 0.03 1.51 66.5 | 2 0.06 1.57 66.6 | 1 0.03 1.60 66.8 | 4 0.12 1.72 67 | 2 0.06 1.77 67.1 | 3 0.09 1.86 67.2 | 2 0.06 1.92 67.3 | 4 0.12 2.04 67.4 | 2 0.06 2.09 67.5 | 1 0.03 2.12 67.6 | 1 0.03 2.15 67.8 | 4 0.12 2.27 68 | 3 0.09 2.36 68.1 | 2 0.06 2.41 68.3 | 1 0.03 2.44 68.4 | 2 0.06 2.50 68.5 | 4 0.12 2.62 68.6 | 2 0.06 2.68 68.7 | 4 0.12 2.79 68.8 | 2 0.06 2.85 68.9 | 2 0.06 2.91 69 | 4 0.12 3.03 69.1 | 4 0.12 3.14 69.2 | 3 0.09 3.23 69.3 | 1 0.03 3.26 69.5 | 1 0.03 3.29 69.6 | 3 0.09 3.38 69.7 | 3 0.09 3.46 69.8 | 3 0.09 3.55 69.9 | 4 0.12 3.67 70 | 2 0.06 3.72 70.1 | 5 0.15 3.87 70.2 | 2 0.06 3.93 70.3 | 4 0.12 4.04 70.4 | 2 0.06 4.10 70.5 | 2 0.06 4.16 70.6 | 4 0.12 4.28 70.7 | 2 0.06 4.34 70.8 | 4 0.12 4.45 70.9 | 3 0.09 4.54 71 | 5 0.15 4.68 71.1 | 1 0.03 4.71 71.2 | 2 0.06 4.77 71.3 | 1 0.03 4.80 71.4 | 1 0.03 4.83 71.5 | 6 0.17 5.00 71.6 | 2 0.06 5.06 71.7 | 2 0.06 5.12 71.8 | 6 0.17 5.30 72 | 4 0.12 5.41 72.1 | 2 0.06 5.47 72.2 | 3 0.09 5.56 72.3 | 3 0.09 5.64 72.4 | 5 0.15 5.79 72.5 | 7 0.20 5.99 72.6 | 4 0.12 6.11 72.7 | 4 0.12 6.23 72.8 | 4 0.12 6.34 72.9 | 4 0.12 6.46 73 | 6 0.17 6.63 73.1 | 4 0.12 6.75 73.2 | 9 0.26 7.01 73.3 | 4 0.12 7.13 73.4 | 8 0.23 7.36 73.5 | 2 0.06 7.42 73.6 | 4 0.12 7.54 73.7 | 10 0.29 7.83 73.8 | 8 0.23 8.06 73.9 | 9 0.26 8.32 74 | 3 0.09 8.41 74.1 | 5 0.15 8.55 74.2 | 8 0.23 8.79 74.3 | 8 0.23 9.02 74.4 | 3 0.09 9.11 74.5 | 4 0.12 9.22 74.6 | 7 0.20 9.43 74.7 | 10 0.29 9.72 74.8 | 7 0.20 9.92 74.9 | 5 0.15 10.07 75 | 9 0.26 10.33 75.1 | 6 0.17 10.50 75.2 | 11 0.32 10.82 75.3 | 9 0.26 11.09 75.4 | 8 0.23 11.32 75.5 | 4 0.12 11.43 75.6 | 8 0.23 11.67 75.7 | 8 0.23 11.90 75.8 | 13 0.38 12.28 75.9 | 8 0.23 12.51 76 | 12 0.35 12.86 76.1 | 10 0.29 13.15 76.2 | 14 0.41 13.56 76.3 | 6 0.17 13.73 76.4 | 20 0.58 14.31 76.5 | 7 0.20 14.52 76.6 | 11 0.32 14.84 76.7 | 12 0.35 15.19 76.8 | 12 0.35 15.54 76.9 | 11 0.32 15.86 77 | 13 0.38 16.24 77.1 | 13 0.38 16.61 77.2 | 17 0.49 17.11 77.3 | 10 0.29 17.40 77.4 | 9 0.26 17.66 77.5 | 16 0.47 18.13 77.6 | 13 0.38 18.50 77.7 | 17 0.49 19.00 77.8 | 13 0.38 19.38 77.9 | 17 0.49 19.87 78 | 25 0.73 20.60 78.1 | 14 0.41 21.01 78.2 | 18 0.52 21.53 78.3 | 7 0.20 21.73 78.4 | 20 0.58 22.32 78.5 | 24 0.70 23.01 78.6 | 14 0.41 23.42 78.7 | 12 0.35 23.77 78.8 | 12 0.35 24.12 78.9 | 10 0.29 24.41 79 | 12 0.35 24.76 79.1 | 13 0.38 25.14 79.2 | 17 0.49 25.63 79.3 | 14 0.41 26.04 79.4 | 8 0.23 26.27 79.5 | 18 0.52 26.80 79.6 | 10 0.29 27.09 79.7 | 10 0.29 27.38 79.8 | 16 0.47 27.84 79.9 | 16 0.47 28.31 80 | 16 0.47 28.78 80.1 | 16 0.47 29.24 80.2 | 15 0.44 29.68 80.3 | 22 0.64 30.32 80.4 | 5 0.15 30.46 80.5 | 16 0.47 30.93 80.6 | 18 0.52 31.45 80.7 | 15 0.44 31.89 80.8 | 19 0.55 32.44 80.9 | 14 0.41 32.85 81 | 13 0.38 33.23 81.1 | 14 0.41 33.63 81.2 | 25 0.73 34.36 81.3 | 15 0.44 34.80 81.4 | 16 0.47 35.26 81.5 | 20 0.58 35.85 81.6 | 17 0.49 36.34 81.7 | 17 0.49 36.83 81.8 | 17 0.49 37.33 81.9 | 23 0.67 38.00 82 | 20 0.58 38.58 82.1 | 21 0.61 39.19 82.2 | 23 0.67 39.86 82.3 | 27 0.79 40.65 82.4 | 17 0.49 41.14 82.5 | 16 0.47 41.61 82.6 | 12 0.35 41.96 82.7 | 22 0.64 42.60 82.8 | 20 0.58 43.18 82.9 | 19 0.55 43.73 83 | 16 0.47 44.20 83.1 | 29 0.84 45.04 83.2 | 12 0.35 45.39 83.3 | 17 0.49 45.88 83.4 | 14 0.41 46.29 83.5 | 18 0.52 46.81 83.6 | 17 0.49 47.31 83.7 | 18 0.52 47.83 83.8 | 16 0.47 48.30 83.9 | 18 0.52 48.82 84 | 20 0.58 49.40 84.1 | 17 0.49 49.90 84.2 | 17 0.49 50.39 84.3 | 25 0.73 51.12 84.4 | 18 0.52 51.64 84.5 | 18 0.52 52.17 84.6 | 12 0.35 52.52 84.7 | 17 0.49 53.01 84.8 | 21 0.61 53.62 84.9 | 18 0.52 54.15 85 | 18 0.52 54.67 85.1 | 14 0.41 55.08 85.2 | 19 0.55 55.63 85.3 | 15 0.44 56.07 85.4 | 16 0.47 56.53 85.5 | 12 0.35 56.88 85.6 | 10 0.29 57.17 85.7 | 25 0.73 57.90 85.8 | 14 0.41 58.31 85.9 | 10 0.29 58.60 86 | 11 0.32 58.92 86.1 | 5 0.15 59.06 86.2 | 18 0.52 59.59 86.3 | 14 0.41 59.99 86.4 | 13 0.38 60.37 86.5 | 11 0.32 60.69 86.6 | 14 0.41 61.10 86.7 | 12 0.35 61.45 86.8 | 12 0.35 61.80 86.9 | 7 0.20 62.00 87 | 7 0.20 62.21 87.1 | 8 0.23 62.44 87.2 | 15 0.44 62.87 87.3 | 9 0.26 63.14 87.4 | 8 0.23 63.37 87.5 | 8 0.23 63.60 87.6 | 10 0.29 63.89 87.7 | 8 0.23 64.13 87.8 | 11 0.32 64.45 87.9 | 8 0.23 64.68 88 | 14 0.41 65.09 88.1 | 6 0.17 65.26 88.2 | 7 0.20 65.46 88.3 | 6 0.17 65.64 88.4 | 5 0.15 65.78 88.5 | 5 0.15 65.93 88.6 | 2 0.06 65.99 88.7 | 6 0.17 66.16 88.8 | 6 0.17 66.34 88.9 | 8 0.23 66.57 89 | 8 0.23 66.80 89.1 | 6 0.17 66.98 89.2 | 6 0.17 67.15 89.3 | 6 0.17 67.33 89.4 | 5 0.15 67.47 89.5 | 6 0.17 67.65 89.6 | 3 0.09 67.73 89.7 | 7 0.20 67.94 89.9 | 5 0.15 68.08 90 | 6 0.17 68.26 90.1 | 6 0.17 68.43 90.2 | 2 0.06 68.49 90.3 | 5 0.15 68.64 90.4 | 1 0.03 68.66 90.5 | 7 0.20 68.87 90.7 | 6 0.17 69.04 90.8 | 4 0.12 69.16 90.9 | 3 0.09 69.25 91.1 | 1 0.03 69.28 91.2 | 2 0.06 69.33 91.3 | 2 0.06 69.39 91.4 | 1 0.03 69.42 91.6 | 4 0.12 69.54 91.7 | 1 0.03 69.57 91.8 | 1 0.03 69.60 91.9 | 2 0.06 69.65 92.1 | 1 0.03 69.68 92.3 | 1 0.03 69.71 92.4 | 1 0.03 69.74 92.5 | 1 0.03 69.77 92.7 | 1 0.03 69.80 92.8 | 2 0.06 69.86 93.1 | 1 0.03 69.89 93.5 | 2 0.06 69.94 93.7 | 1 0.03 69.97 . | 1,032 30.03 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for hema1c6575lcl variable in PC_HSA_rates_0307 dataset : Overall, | LCL % | Diabetic | Medicare | Enrollees | Age 65-75 | Having | Hemoglobin | A1c Test | Freq. Percent Cum. ------------+----------------------------------- 5.6 | 1 0.03 0.03 10 | 1 0.03 0.06 11.4 | 1 0.03 0.09 25.9 | 1 0.03 0.12 27.5 | 1 0.03 0.15 37.2 | 1 0.03 0.17 42.6 | 1 0.03 0.20 43.5 | 1 0.03 0.23 45.6 | 1 0.03 0.26 45.8 | 2 0.06 0.32 46.2 | 1 0.03 0.35 46.8 | 1 0.03 0.38 47.1 | 1 0.03 0.41 49 | 1 0.03 0.44 50.1 | 1 0.03 0.47 50.2 | 1 0.03 0.49 51.2 | 1 0.03 0.52 52 | 1 0.03 0.55 52.7 | 1 0.03 0.58 53.5 | 1 0.03 0.61 53.7 | 3 0.09 0.70 53.8 | 1 0.03 0.73 53.9 | 2 0.06 0.79 54.3 | 1 0.03 0.81 54.4 | 1 0.03 0.84 54.6 | 1 0.03 0.87 54.7 | 1 0.03 0.90 55.4 | 1 0.03 0.93 55.5 | 2 0.06 0.99 55.6 | 2 0.06 1.05 55.7 | 1 0.03 1.08 55.9 | 1 0.03 1.11 56.2 | 2 0.06 1.16 56.7 | 2 0.06 1.22 56.9 | 1 0.03 1.25 57.1 | 1 0.03 1.28 57.3 | 2 0.06 1.34 57.5 | 1 0.03 1.37 57.6 | 1 0.03 1.40 57.7 | 1 0.03 1.43 57.8 | 1 0.03 1.45 57.9 | 1 0.03 1.48 58.1 | 1 0.03 1.51 58.2 | 2 0.06 1.57 58.3 | 1 0.03 1.60 58.4 | 2 0.06 1.66 58.5 | 1 0.03 1.69 58.6 | 1 0.03 1.72 58.7 | 1 0.03 1.75 58.9 | 3 0.09 1.83 59 | 1 0.03 1.86 59.1 | 1 0.03 1.89 59.2 | 2 0.06 1.95 59.3 | 3 0.09 2.04 59.4 | 1 0.03 2.07 59.5 | 1 0.03 2.09 59.6 | 4 0.12 2.21 59.7 | 1 0.03 2.24 59.8 | 3 0.09 2.33 59.9 | 2 0.06 2.39 60.1 | 1 0.03 2.41 60.2 | 1 0.03 2.44 60.3 | 3 0.09 2.53 60.5 | 1 0.03 2.56 60.6 | 2 0.06 2.62 60.7 | 3 0.09 2.71 61 | 3 0.09 2.79 61.1 | 3 0.09 2.88 61.2 | 3 0.09 2.97 61.3 | 3 0.09 3.05 61.4 | 2 0.06 3.11 61.5 | 6 0.17 3.29 61.6 | 3 0.09 3.38 61.8 | 1 0.03 3.40 61.9 | 4 0.12 3.52 62 | 3 0.09 3.61 62.1 | 5 0.15 3.75 62.2 | 3 0.09 3.84 62.3 | 2 0.06 3.90 62.4 | 4 0.12 4.02 62.5 | 2 0.06 4.07 62.6 | 4 0.12 4.19 62.7 | 1 0.03 4.22 62.8 | 3 0.09 4.31 62.9 | 4 0.12 4.42 63 | 5 0.15 4.57 63.1 | 5 0.15 4.71 63.2 | 3 0.09 4.80 63.3 | 3 0.09 4.89 63.4 | 1 0.03 4.92 63.5 | 6 0.17 5.09 63.7 | 1 0.03 5.12 63.8 | 5 0.15 5.27 63.9 | 4 0.12 5.38 64 | 9 0.26 5.64 64.1 | 1 0.03 5.67 64.2 | 5 0.15 5.82 64.3 | 4 0.12 5.94 64.4 | 11 0.32 6.26 64.5 | 3 0.09 6.34 64.6 | 7 0.20 6.55 64.7 | 4 0.12 6.66 64.8 | 5 0.15 6.81 64.9 | 3 0.09 6.90 65 | 4 0.12 7.01 65.1 | 2 0.06 7.07 65.2 | 4 0.12 7.19 65.3 | 7 0.20 7.39 65.4 | 5 0.15 7.54 65.5 | 2 0.06 7.59 65.6 | 6 0.17 7.77 65.7 | 7 0.20 7.97 65.8 | 4 0.12 8.09 65.9 | 6 0.17 8.26 66 | 10 0.29 8.55 66.1 | 9 0.26 8.82 66.2 | 6 0.17 8.99 66.3 | 6 0.17 9.16 66.4 | 4 0.12 9.28 66.5 | 6 0.17 9.46 66.6 | 4 0.12 9.57 66.7 | 2 0.06 9.63 66.8 | 6 0.17 9.81 66.9 | 5 0.15 9.95 67 | 12 0.35 10.30 67.1 | 11 0.32 10.62 67.2 | 11 0.32 10.94 67.3 | 6 0.17 11.11 67.4 | 7 0.20 11.32 67.5 | 5 0.15 11.46 67.6 | 4 0.12 11.58 67.7 | 5 0.15 11.73 67.8 | 4 0.12 11.84 67.9 | 5 0.15 11.99 68 | 13 0.38 12.37 68.1 | 8 0.23 12.60 68.2 | 5 0.15 12.74 68.3 | 7 0.20 12.95 68.4 | 13 0.38 13.33 68.5 | 6 0.17 13.50 68.6 | 8 0.23 13.73 68.7 | 6 0.17 13.91 68.8 | 10 0.29 14.20 68.9 | 6 0.17 14.37 69 | 15 0.44 14.81 69.1 | 6 0.17 14.98 69.2 | 15 0.44 15.42 69.3 | 11 0.32 15.74 69.4 | 7 0.20 15.94 69.5 | 10 0.29 16.24 69.6 | 6 0.17 16.41 69.7 | 11 0.32 16.73 69.8 | 11 0.32 17.05 69.9 | 15 0.44 17.49 70 | 16 0.47 17.95 70.1 | 10 0.29 18.24 70.2 | 14 0.41 18.65 70.3 | 15 0.44 19.09 70.4 | 18 0.52 19.61 70.5 | 7 0.20 19.81 70.6 | 7 0.20 20.02 70.7 | 10 0.29 20.31 70.8 | 14 0.41 20.72 70.9 | 9 0.26 20.98 71 | 13 0.38 21.36 71.1 | 13 0.38 21.73 71.2 | 12 0.35 22.08 71.3 | 8 0.23 22.32 71.4 | 14 0.41 22.72 71.5 | 12 0.35 23.07 71.6 | 14 0.41 23.48 71.7 | 17 0.49 23.97 71.8 | 18 0.52 24.50 71.9 | 15 0.44 24.93 72 | 10 0.29 25.23 72.1 | 6 0.17 25.40 72.2 | 15 0.44 25.84 72.3 | 9 0.26 26.10 72.4 | 14 0.41 26.51 72.5 | 12 0.35 26.85 72.6 | 14 0.41 27.26 72.7 | 17 0.49 27.76 72.8 | 20 0.58 28.34 72.9 | 13 0.38 28.72 73 | 21 0.61 29.33 73.1 | 19 0.55 29.88 73.2 | 21 0.61 30.49 73.3 | 13 0.38 30.87 73.4 | 14 0.41 31.28 73.5 | 15 0.44 31.71 73.6 | 6 0.17 31.89 73.7 | 8 0.23 32.12 73.8 | 20 0.58 32.70 73.9 | 14 0.41 33.11 74 | 20 0.58 33.69 74.1 | 15 0.44 34.13 74.2 | 18 0.52 34.65 74.3 | 19 0.55 35.21 74.4 | 9 0.26 35.47 74.5 | 16 0.47 35.93 74.6 | 13 0.38 36.31 74.7 | 15 0.44 36.75 74.8 | 20 0.58 37.33 74.9 | 12 0.35 37.68 75 | 21 0.61 38.29 75.1 | 19 0.55 38.84 75.2 | 15 0.44 39.28 75.3 | 20 0.58 39.86 75.4 | 16 0.47 40.33 75.5 | 19 0.55 40.88 75.6 | 17 0.49 41.37 75.7 | 22 0.64 42.01 75.8 | 29 0.84 42.86 75.9 | 13 0.38 43.24 76 | 22 0.64 43.88 76.1 | 14 0.41 44.28 76.2 | 18 0.52 44.81 76.3 | 15 0.44 45.24 76.4 | 18 0.52 45.77 76.5 | 21 0.61 46.38 76.6 | 14 0.41 46.78 76.7 | 7 0.20 46.99 76.8 | 20 0.58 47.57 76.9 | 20 0.58 48.15 77 | 21 0.61 48.76 77.1 | 14 0.41 49.17 77.2 | 16 0.47 49.64 77.3 | 21 0.61 50.25 77.4 | 17 0.49 50.74 77.5 | 19 0.55 51.29 77.6 | 13 0.38 51.67 77.7 | 17 0.49 52.17 77.8 | 18 0.52 52.69 77.9 | 19 0.55 53.24 78 | 20 0.58 53.83 78.1 | 17 0.49 54.32 78.2 | 14 0.41 54.73 78.3 | 18 0.52 55.25 78.4 | 14 0.41 55.66 78.5 | 17 0.49 56.15 78.6 | 15 0.44 56.59 78.7 | 14 0.41 57.00 78.8 | 11 0.32 57.32 78.9 | 13 0.38 57.70 79 | 16 0.47 58.16 79.1 | 8 0.23 58.39 79.2 | 9 0.26 58.66 79.3 | 17 0.49 59.15 79.4 | 12 0.35 59.50 79.5 | 11 0.32 59.82 79.6 | 18 0.52 60.34 79.7 | 14 0.41 60.75 79.8 | 6 0.17 60.93 79.9 | 10 0.29 61.22 80 | 10 0.29 61.51 80.1 | 8 0.23 61.74 80.2 | 20 0.58 62.32 80.3 | 10 0.29 62.61 80.4 | 11 0.32 62.93 80.5 | 8 0.23 63.17 80.6 | 6 0.17 63.34 80.7 | 7 0.20 63.54 80.8 | 7 0.20 63.75 80.9 | 10 0.29 64.04 81 | 14 0.41 64.45 81.1 | 5 0.15 64.59 81.2 | 11 0.32 64.91 81.3 | 10 0.29 65.20 81.4 | 9 0.26 65.46 81.5 | 7 0.20 65.67 81.6 | 6 0.17 65.84 81.7 | 8 0.23 66.08 81.8 | 9 0.26 66.34 81.9 | 7 0.20 66.54 82 | 7 0.20 66.74 82.1 | 8 0.23 66.98 82.2 | 3 0.09 67.06 82.3 | 5 0.15 67.21 82.4 | 3 0.09 67.30 82.5 | 7 0.20 67.50 82.6 | 3 0.09 67.59 82.7 | 7 0.20 67.79 82.8 | 8 0.23 68.02 82.9 | 2 0.06 68.08 83 | 4 0.12 68.20 83.1 | 3 0.09 68.29 83.2 | 6 0.17 68.46 83.3 | 2 0.06 68.52 83.4 | 1 0.03 68.55 83.5 | 2 0.06 68.61 83.6 | 2 0.06 68.66 83.7 | 2 0.06 68.72 83.9 | 3 0.09 68.81 84 | 4 0.12 68.93 84.1 | 5 0.15 69.07 84.2 | 4 0.12 69.19 84.3 | 1 0.03 69.22 84.4 | 2 0.06 69.28 84.5 | 3 0.09 69.36 84.7 | 2 0.06 69.42 84.9 | 3 0.09 69.51 85 | 2 0.06 69.57 85.1 | 1 0.03 69.60 85.3 | 2 0.06 69.65 85.4 | 1 0.03 69.68 85.5 | 1 0.03 69.71 85.7 | 1 0.03 69.74 85.8 | 2 0.06 69.80 86 | 1 0.03 69.83 86.2 | 1 0.03 69.86 86.3 | 1 0.03 69.89 86.8 | 1 0.03 69.92 87.1 | 1 0.03 69.94 . | 1,033 30.06 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for hema1c6575ucl variable in PC_HSA_rates_0307 dataset : Overall, | UCL % | Diabetic | Medicare | Enrollees | Age 65-75 | Having | Hemoglobin | A1c Test | Freq. Percent Cum. ------------+----------------------------------- 12.4 | 1 0.03 0.03 16.6 | 1 0.03 0.06 20.2 | 1 0.03 0.09 33.1 | 1 0.03 0.12 39.7 | 1 0.03 0.15 51.5 | 1 0.03 0.17 54.2 | 1 0.03 0.20 60.5 | 1 0.03 0.23 62.8 | 1 0.03 0.26 63.7 | 1 0.03 0.29 64.5 | 1 0.03 0.32 64.6 | 1 0.03 0.35 65.6 | 1 0.03 0.38 65.8 | 1 0.03 0.41 66.1 | 2 0.06 0.47 66.9 | 1 0.03 0.49 68.5 | 1 0.03 0.52 68.7 | 1 0.03 0.55 68.9 | 2 0.06 0.61 69.1 | 1 0.03 0.64 69.2 | 1 0.03 0.67 69.5 | 1 0.03 0.70 69.6 | 2 0.06 0.76 69.9 | 1 0.03 0.79 70 | 2 0.06 0.84 70.1 | 2 0.06 0.90 70.6 | 1 0.03 0.93 70.7 | 3 0.09 1.02 70.8 | 1 0.03 1.05 70.9 | 1 0.03 1.08 71 | 1 0.03 1.11 71.1 | 1 0.03 1.13 71.4 | 1 0.03 1.16 71.5 | 2 0.06 1.22 71.7 | 2 0.06 1.28 71.8 | 1 0.03 1.31 71.9 | 1 0.03 1.34 72 | 1 0.03 1.37 72.2 | 2 0.06 1.43 72.4 | 1 0.03 1.45 72.6 | 2 0.06 1.51 72.7 | 1 0.03 1.54 72.8 | 1 0.03 1.57 72.9 | 2 0.06 1.63 73.1 | 2 0.06 1.69 73.4 | 2 0.06 1.75 73.5 | 2 0.06 1.80 73.6 | 1 0.03 1.83 73.7 | 2 0.06 1.89 73.8 | 4 0.12 2.01 73.9 | 2 0.06 2.07 74 | 1 0.03 2.09 74.1 | 1 0.03 2.12 74.2 | 1 0.03 2.15 74.3 | 1 0.03 2.18 74.4 | 1 0.03 2.21 74.6 | 1 0.03 2.24 74.7 | 1 0.03 2.27 74.8 | 2 0.06 2.33 74.9 | 1 0.03 2.36 75 | 3 0.09 2.44 75.1 | 1 0.03 2.47 75.2 | 4 0.12 2.59 75.3 | 3 0.09 2.68 75.4 | 3 0.09 2.76 75.5 | 3 0.09 2.85 75.6 | 4 0.12 2.97 75.7 | 1 0.03 3.00 75.8 | 2 0.06 3.05 75.9 | 2 0.06 3.11 76 | 4 0.12 3.23 76.1 | 4 0.12 3.35 76.2 | 3 0.09 3.43 76.3 | 2 0.06 3.49 76.4 | 4 0.12 3.61 76.5 | 3 0.09 3.70 76.7 | 1 0.03 3.72 76.8 | 1 0.03 3.75 77 | 3 0.09 3.84 77.1 | 4 0.12 3.96 77.2 | 2 0.06 4.02 77.3 | 3 0.09 4.10 77.4 | 1 0.03 4.13 77.5 | 5 0.15 4.28 77.6 | 3 0.09 4.36 77.7 | 6 0.17 4.54 77.8 | 1 0.03 4.57 77.9 | 1 0.03 4.60 78 | 3 0.09 4.68 78.1 | 3 0.09 4.77 78.2 | 5 0.15 4.92 78.3 | 5 0.15 5.06 78.4 | 4 0.12 5.18 78.5 | 11 0.32 5.50 78.6 | 5 0.15 5.64 78.7 | 2 0.06 5.70 78.8 | 10 0.29 5.99 78.9 | 6 0.17 6.17 79 | 5 0.15 6.31 79.1 | 2 0.06 6.37 79.2 | 5 0.15 6.52 79.3 | 4 0.12 6.63 79.4 | 8 0.23 6.87 79.5 | 4 0.12 6.98 79.6 | 7 0.20 7.19 79.7 | 5 0.15 7.33 79.8 | 4 0.12 7.45 79.9 | 6 0.17 7.62 80 | 4 0.12 7.74 80.1 | 3 0.09 7.83 80.2 | 8 0.23 8.06 80.3 | 10 0.29 8.35 80.4 | 7 0.20 8.55 80.5 | 6 0.17 8.73 80.6 | 7 0.20 8.93 80.7 | 6 0.17 9.11 80.8 | 3 0.09 9.19 80.9 | 8 0.23 9.43 81 | 5 0.15 9.57 81.1 | 7 0.20 9.78 81.2 | 8 0.23 10.01 81.3 | 8 0.23 10.24 81.4 | 7 0.20 10.45 81.5 | 8 0.23 10.68 81.6 | 6 0.17 10.85 81.7 | 13 0.38 11.23 81.8 | 6 0.17 11.41 81.9 | 9 0.26 11.67 82 | 11 0.32 11.99 82.1 | 10 0.29 12.28 82.2 | 14 0.41 12.69 82.3 | 9 0.26 12.95 82.4 | 3 0.09 13.03 82.5 | 9 0.26 13.30 82.6 | 5 0.15 13.44 82.7 | 11 0.32 13.76 82.8 | 16 0.47 14.23 82.9 | 12 0.35 14.58 83 | 15 0.44 15.01 83.1 | 15 0.44 15.45 83.2 | 9 0.26 15.71 83.3 | 10 0.29 16.00 83.4 | 10 0.29 16.29 83.5 | 8 0.23 16.53 83.6 | 8 0.23 16.76 83.7 | 11 0.32 17.08 83.8 | 15 0.44 17.52 83.9 | 10 0.29 17.81 84 | 8 0.23 18.04 84.1 | 9 0.26 18.30 84.2 | 12 0.35 18.65 84.3 | 11 0.32 18.97 84.4 | 17 0.49 19.46 84.5 | 13 0.38 19.84 84.6 | 13 0.38 20.22 84.7 | 17 0.49 20.72 84.8 | 14 0.41 21.12 84.9 | 16 0.47 21.59 85 | 18 0.52 22.11 85.1 | 9 0.26 22.37 85.2 | 14 0.41 22.78 85.3 | 11 0.32 23.10 85.4 | 12 0.35 23.45 85.5 | 13 0.38 23.83 85.6 | 16 0.47 24.29 85.7 | 18 0.52 24.82 85.8 | 15 0.44 25.25 85.9 | 13 0.38 25.63 86 | 17 0.49 26.13 86.1 | 11 0.32 26.45 86.2 | 15 0.44 26.88 86.3 | 21 0.61 27.49 86.4 | 17 0.49 27.99 86.5 | 20 0.58 28.57 86.6 | 13 0.38 28.95 86.7 | 20 0.58 29.53 86.8 | 18 0.52 30.06 86.9 | 17 0.49 30.55 87 | 14 0.41 30.96 87.1 | 12 0.35 31.31 87.2 | 19 0.55 31.86 87.3 | 9 0.26 32.12 87.4 | 10 0.29 32.41 87.5 | 18 0.52 32.94 87.6 | 13 0.38 33.31 87.7 | 13 0.38 33.69 87.8 | 13 0.38 34.07 87.9 | 5 0.15 34.22 88 | 24 0.70 34.91 88.1 | 15 0.44 35.35 88.2 | 19 0.55 35.90 88.3 | 15 0.44 36.34 88.4 | 15 0.44 36.78 88.5 | 22 0.64 37.42 88.6 | 15 0.44 37.85 88.7 | 19 0.55 38.41 88.8 | 20 0.58 38.99 88.9 | 12 0.35 39.34 89 | 20 0.58 39.92 89.1 | 10 0.29 40.21 89.2 | 21 0.61 40.82 89.3 | 16 0.47 41.29 89.4 | 15 0.44 41.72 89.5 | 9 0.26 41.98 89.6 | 14 0.41 42.39 89.7 | 19 0.55 42.94 89.8 | 18 0.52 43.47 89.9 | 11 0.32 43.79 90 | 16 0.47 44.25 90.1 | 11 0.32 44.57 90.2 | 13 0.38 44.95 90.3 | 12 0.35 45.30 90.4 | 14 0.41 45.71 90.5 | 10 0.29 46.00 90.6 | 11 0.32 46.32 90.7 | 16 0.47 46.78 90.8 | 13 0.38 47.16 90.9 | 12 0.35 47.51 91 | 12 0.35 47.86 91.1 | 11 0.32 48.18 91.2 | 16 0.47 48.65 91.3 | 8 0.23 48.88 91.4 | 14 0.41 49.29 91.5 | 14 0.41 49.69 91.6 | 7 0.20 49.90 91.7 | 11 0.32 50.22 91.8 | 17 0.49 50.71 91.9 | 12 0.35 51.06 92 | 16 0.47 51.53 92.1 | 16 0.47 51.99 92.2 | 13 0.38 52.37 92.3 | 7 0.20 52.57 92.4 | 8 0.23 52.81 92.5 | 10 0.29 53.10 92.6 | 11 0.32 53.42 92.7 | 20 0.58 54.00 92.8 | 11 0.32 54.32 92.9 | 11 0.32 54.64 93 | 17 0.49 55.14 93.1 | 8 0.23 55.37 93.2 | 12 0.35 55.72 93.3 | 13 0.38 56.10 93.4 | 9 0.26 56.36 93.5 | 8 0.23 56.59 93.6 | 12 0.35 56.94 93.7 | 8 0.23 57.17 93.8 | 11 0.32 57.49 93.9 | 10 0.29 57.78 94 | 16 0.47 58.25 94.1 | 12 0.35 58.60 94.2 | 12 0.35 58.95 94.3 | 9 0.26 59.21 94.4 | 6 0.17 59.38 94.5 | 13 0.38 59.76 94.6 | 8 0.23 59.99 94.7 | 12 0.35 60.34 94.8 | 15 0.44 60.78 94.9 | 9 0.26 61.04 95 | 6 0.17 61.22 95.1 | 8 0.23 61.45 95.2 | 4 0.12 61.57 95.3 | 8 0.23 61.80 95.4 | 9 0.26 62.06 95.5 | 7 0.20 62.26 95.6 | 7 0.20 62.47 95.7 | 9 0.26 62.73 95.8 | 7 0.20 62.93 95.9 | 4 0.12 63.05 96 | 4 0.12 63.17 96.1 | 4 0.12 63.28 96.2 | 8 0.23 63.51 96.3 | 12 0.35 63.86 96.4 | 4 0.12 63.98 96.5 | 5 0.15 64.13 96.6 | 6 0.17 64.30 96.7 | 2 0.06 64.36 96.8 | 9 0.26 64.62 96.9 | 6 0.17 64.79 97 | 7 0.20 65.00 97.1 | 6 0.17 65.17 97.2 | 5 0.15 65.32 97.3 | 1 0.03 65.35 97.4 | 8 0.23 65.58 97.5 | 5 0.15 65.73 97.6 | 3 0.09 65.81 97.7 | 9 0.26 66.08 97.8 | 2 0.06 66.13 97.9 | 9 0.26 66.40 98 | 3 0.09 66.48 98.1 | 4 0.12 66.60 98.2 | 3 0.09 66.69 98.3 | 2 0.06 66.74 98.4 | 4 0.12 66.86 98.5 | 1 0.03 66.89 98.6 | 1 0.03 66.92 98.7 | 1 0.03 66.95 98.8 | 8 0.23 67.18 99 | 5 0.15 67.33 99.2 | 6 0.17 67.50 99.3 | 3 0.09 67.59 99.4 | 5 0.15 67.73 99.5 | 5 0.15 67.88 99.6 | 3 0.09 67.97 99.7 | 2 0.06 68.02 99.8 | 3 0.09 68.11 99.9 | 2 0.06 68.17 100 | 2 0.06 68.23 100.1 | 3 0.09 68.32 100.2 | 3 0.09 68.40 100.4 | 4 0.12 68.52 100.5 | 5 0.15 68.66 100.6 | 1 0.03 68.69 100.7 | 2 0.06 68.75 100.8 | 2 0.06 68.81 100.9 | 2 0.06 68.87 101 | 2 0.06 68.93 101.1 | 5 0.15 69.07 101.2 | 3 0.09 69.16 101.3 | 1 0.03 69.19 101.5 | 4 0.12 69.30 101.8 | 1 0.03 69.33 101.9 | 1 0.03 69.36 102 | 1 0.03 69.39 102.1 | 3 0.09 69.48 102.2 | 1 0.03 69.51 102.3 | 1 0.03 69.54 102.4 | 1 0.03 69.57 102.5 | 1 0.03 69.60 103.2 | 1 0.03 69.62 103.3 | 1 0.03 69.65 103.5 | 3 0.09 69.74 103.7 | 1 0.03 69.77 104.1 | 1 0.03 69.80 104.8 | 1 0.03 69.83 105.6 | 1 0.03 69.86 105.9 | 1 0.03 69.89 106 | 1 0.03 69.92 106.9 | 1 0.03 69.94 . | 1,033 30.06 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for hema1c6575b variable in PC_HSA_rates_0307 dataset : Black, % | Diabetic | Medicare | Enrollees | Age 65-75 | Having | Hemoglobin | A1c Test | Freq. Percent Cum. ------------+----------------------------------- 55.3 | 1 0.03 0.03 59.3 | 1 0.03 0.06 59.7 | 1 0.03 0.09 60.6 | 1 0.03 0.12 60.7 | 2 0.06 0.17 61.2 | 1 0.03 0.20 61.7 | 2 0.06 0.26 61.9 | 1 0.03 0.29 62.4 | 1 0.03 0.32 62.8 | 1 0.03 0.35 63.2 | 1 0.03 0.38 63.5 | 1 0.03 0.41 64.1 | 2 0.06 0.47 64.3 | 1 0.03 0.49 64.4 | 1 0.03 0.52 64.7 | 1 0.03 0.55 65.3 | 2 0.06 0.61 65.9 | 1 0.03 0.64 66.4 | 1 0.03 0.67 66.9 | 2 0.06 0.73 67.1 | 1 0.03 0.76 67.2 | 1 0.03 0.79 67.4 | 1 0.03 0.81 67.8 | 2 0.06 0.87 68.2 | 1 0.03 0.90 68.5 | 1 0.03 0.93 68.7 | 2 0.06 0.99 68.8 | 1 0.03 1.02 69 | 1 0.03 1.05 69.4 | 1 0.03 1.08 69.5 | 3 0.09 1.16 69.7 | 1 0.03 1.19 69.8 | 2 0.06 1.25 69.9 | 1 0.03 1.28 70 | 1 0.03 1.31 70.2 | 1 0.03 1.34 70.3 | 1 0.03 1.37 70.5 | 1 0.03 1.40 70.6 | 1 0.03 1.43 70.7 | 1 0.03 1.45 70.9 | 1 0.03 1.48 71 | 2 0.06 1.54 71.4 | 1 0.03 1.57 71.5 | 2 0.06 1.63 71.6 | 1 0.03 1.66 71.7 | 2 0.06 1.72 71.8 | 4 0.12 1.83 71.9 | 3 0.09 1.92 72.4 | 2 0.06 1.98 72.6 | 1 0.03 2.01 72.7 | 2 0.06 2.07 72.8 | 1 0.03 2.09 73.1 | 4 0.12 2.21 73.2 | 1 0.03 2.24 73.3 | 2 0.06 2.30 73.5 | 3 0.09 2.39 73.6 | 1 0.03 2.41 73.7 | 1 0.03 2.44 73.9 | 1 0.03 2.47 74 | 4 0.12 2.59 74.1 | 2 0.06 2.65 74.2 | 3 0.09 2.73 74.3 | 4 0.12 2.85 74.4 | 4 0.12 2.97 74.5 | 7 0.20 3.17 74.7 | 2 0.06 3.23 74.8 | 4 0.12 3.35 74.9 | 1 0.03 3.38 75 | 2 0.06 3.43 75.1 | 2 0.06 3.49 75.2 | 1 0.03 3.52 75.3 | 1 0.03 3.55 75.4 | 3 0.09 3.64 75.5 | 2 0.06 3.70 75.6 | 1 0.03 3.72 75.7 | 2 0.06 3.78 75.8 | 2 0.06 3.84 75.9 | 1 0.03 3.87 76 | 2 0.06 3.93 76.1 | 4 0.12 4.04 76.2 | 2 0.06 4.10 76.3 | 3 0.09 4.19 76.4 | 3 0.09 4.28 76.5 | 5 0.15 4.42 76.6 | 2 0.06 4.48 76.7 | 1 0.03 4.51 76.8 | 5 0.15 4.66 76.9 | 3 0.09 4.74 77 | 4 0.12 4.86 77.1 | 1 0.03 4.89 77.2 | 6 0.17 5.06 77.3 | 4 0.12 5.18 77.4 | 2 0.06 5.24 77.5 | 2 0.06 5.30 77.6 | 6 0.17 5.47 77.7 | 1 0.03 5.50 77.8 | 4 0.12 5.62 77.9 | 4 0.12 5.73 78 | 2 0.06 5.79 78.2 | 1 0.03 5.82 78.3 | 1 0.03 5.85 78.4 | 1 0.03 5.88 78.5 | 1 0.03 5.91 78.6 | 3 0.09 5.99 78.7 | 1 0.03 6.02 78.8 | 5 0.15 6.17 78.9 | 1 0.03 6.20 79 | 4 0.12 6.31 79.1 | 1 0.03 6.34 79.2 | 4 0.12 6.46 79.4 | 2 0.06 6.52 79.5 | 3 0.09 6.60 79.6 | 2 0.06 6.66 79.7 | 5 0.15 6.81 79.8 | 4 0.12 6.92 80 | 2 0.06 6.98 80.1 | 1 0.03 7.01 80.2 | 1 0.03 7.04 80.3 | 5 0.15 7.19 80.4 | 4 0.12 7.30 80.5 | 3 0.09 7.39 80.6 | 2 0.06 7.45 80.7 | 1 0.03 7.48 80.8 | 5 0.15 7.62 81 | 3 0.09 7.71 81.1 | 1 0.03 7.74 81.2 | 3 0.09 7.83 81.3 | 1 0.03 7.86 81.4 | 4 0.12 7.97 81.5 | 3 0.09 8.06 81.7 | 2 0.06 8.12 81.8 | 2 0.06 8.18 81.9 | 1 0.03 8.20 82 | 4 0.12 8.32 82.1 | 1 0.03 8.35 82.2 | 3 0.09 8.44 82.3 | 2 0.06 8.50 82.4 | 1 0.03 8.52 82.5 | 3 0.09 8.61 82.6 | 1 0.03 8.64 82.7 | 7 0.20 8.84 82.8 | 2 0.06 8.90 82.9 | 2 0.06 8.96 83 | 1 0.03 8.99 83.2 | 1 0.03 9.02 83.3 | 1 0.03 9.05 83.4 | 3 0.09 9.14 83.5 | 1 0.03 9.16 83.6 | 1 0.03 9.19 83.7 | 2 0.06 9.25 83.9 | 1 0.03 9.28 84 | 2 0.06 9.34 84.1 | 3 0.09 9.43 84.2 | 1 0.03 9.46 84.3 | 1 0.03 9.49 84.4 | 2 0.06 9.54 84.6 | 1 0.03 9.57 84.7 | 2 0.06 9.63 84.8 | 3 0.09 9.72 84.9 | 2 0.06 9.78 85 | 2 0.06 9.83 85.2 | 1 0.03 9.86 85.3 | 2 0.06 9.92 85.4 | 1 0.03 9.95 85.8 | 1 0.03 9.98 86 | 3 0.09 10.07 86.1 | 1 0.03 10.10 86.2 | 1 0.03 10.13 86.3 | 2 0.06 10.18 86.5 | 1 0.03 10.21 86.7 | 4 0.12 10.33 87 | 2 0.06 10.39 87.1 | 2 0.06 10.45 87.3 | 1 0.03 10.47 87.4 | 1 0.03 10.50 87.8 | 1 0.03 10.53 88 | 2 0.06 10.59 88.1 | 4 0.12 10.71 88.5 | 1 0.03 10.74 89.1 | 1 0.03 10.77 89.6 | 1 0.03 10.79 89.8 | 1 0.03 10.82 90.3 | 1 0.03 10.85 90.4 | 1 0.03 10.88 90.5 | 1 0.03 10.91 . | 3,062 89.09 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for hema1c6575blcl variable in PC_HSA_rates_0307 dataset : Black, LCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having | Hemoglobin | A1c Test | Freq. Percent Cum. ------------+----------------------------------- 46.2 | 1 0.03 0.03 49 | 1 0.03 0.06 49.9 | 1 0.03 0.09 52.7 | 1 0.03 0.12 53 | 2 0.06 0.17 54.1 | 1 0.03 0.20 55 | 1 0.03 0.23 55.1 | 1 0.03 0.26 55.7 | 1 0.03 0.29 55.8 | 1 0.03 0.32 56 | 1 0.03 0.35 56.2 | 1 0.03 0.38 56.5 | 2 0.06 0.44 56.9 | 1 0.03 0.47 57.3 | 1 0.03 0.49 57.5 | 1 0.03 0.52 57.8 | 1 0.03 0.55 58 | 2 0.06 0.61 58.2 | 1 0.03 0.64 58.6 | 1 0.03 0.67 58.9 | 1 0.03 0.70 59.1 | 1 0.03 0.73 59.5 | 1 0.03 0.76 59.6 | 3 0.09 0.84 60.3 | 2 0.06 0.90 60.4 | 2 0.06 0.96 60.6 | 2 0.06 1.02 60.7 | 1 0.03 1.05 60.8 | 2 0.06 1.11 61.1 | 2 0.06 1.16 61.3 | 1 0.03 1.19 61.5 | 1 0.03 1.22 61.7 | 1 0.03 1.25 61.8 | 2 0.06 1.31 62.1 | 2 0.06 1.37 62.2 | 1 0.03 1.40 62.3 | 2 0.06 1.45 62.5 | 1 0.03 1.48 62.6 | 1 0.03 1.51 62.7 | 1 0.03 1.54 62.8 | 1 0.03 1.57 62.9 | 2 0.06 1.63 63 | 3 0.09 1.72 63.1 | 1 0.03 1.75 63.5 | 2 0.06 1.80 63.6 | 2 0.06 1.86 63.9 | 1 0.03 1.89 64 | 2 0.06 1.95 64.1 | 1 0.03 1.98 64.2 | 4 0.12 2.09 64.4 | 1 0.03 2.12 64.5 | 1 0.03 2.15 64.6 | 1 0.03 2.18 64.7 | 3 0.09 2.27 64.8 | 3 0.09 2.36 64.9 | 1 0.03 2.39 65 | 2 0.06 2.44 65.1 | 1 0.03 2.47 65.2 | 2 0.06 2.53 65.3 | 1 0.03 2.56 65.5 | 2 0.06 2.62 65.6 | 1 0.03 2.65 65.8 | 3 0.09 2.73 65.9 | 3 0.09 2.82 66 | 7 0.20 3.03 66.2 | 1 0.03 3.05 66.3 | 3 0.09 3.14 66.4 | 2 0.06 3.20 66.5 | 4 0.12 3.32 66.6 | 2 0.06 3.38 66.7 | 1 0.03 3.40 66.9 | 2 0.06 3.46 67.1 | 4 0.12 3.58 67.2 | 2 0.06 3.64 67.3 | 2 0.06 3.70 67.4 | 4 0.12 3.81 67.5 | 4 0.12 3.93 67.6 | 3 0.09 4.02 67.7 | 3 0.09 4.10 67.8 | 1 0.03 4.13 67.9 | 2 0.06 4.19 68 | 1 0.03 4.22 68.1 | 1 0.03 4.25 68.2 | 3 0.09 4.34 68.3 | 3 0.09 4.42 68.4 | 4 0.12 4.54 68.5 | 2 0.06 4.60 68.7 | 3 0.09 4.68 68.8 | 4 0.12 4.80 68.9 | 2 0.06 4.86 69 | 3 0.09 4.95 69.1 | 2 0.06 5.00 69.2 | 3 0.09 5.09 69.3 | 1 0.03 5.12 69.4 | 2 0.06 5.18 69.5 | 4 0.12 5.30 69.6 | 1 0.03 5.32 69.7 | 1 0.03 5.35 69.8 | 2 0.06 5.41 69.9 | 4 0.12 5.53 70 | 3 0.09 5.62 70.1 | 1 0.03 5.64 70.2 | 1 0.03 5.67 70.3 | 4 0.12 5.79 70.4 | 1 0.03 5.82 70.5 | 2 0.06 5.88 70.6 | 2 0.06 5.94 70.7 | 2 0.06 5.99 70.8 | 2 0.06 6.05 70.9 | 6 0.17 6.23 71 | 3 0.09 6.31 71.1 | 2 0.06 6.37 71.2 | 2 0.06 6.43 71.3 | 4 0.12 6.55 71.4 | 5 0.15 6.69 71.5 | 1 0.03 6.72 71.6 | 2 0.06 6.78 71.7 | 1 0.03 6.81 71.8 | 3 0.09 6.90 71.9 | 1 0.03 6.92 72 | 2 0.06 6.98 72.1 | 2 0.06 7.04 72.2 | 6 0.17 7.22 72.3 | 6 0.17 7.39 72.4 | 6 0.17 7.56 72.5 | 3 0.09 7.65 72.6 | 2 0.06 7.71 72.7 | 1 0.03 7.74 72.8 | 3 0.09 7.83 73 | 2 0.06 7.88 73.1 | 4 0.12 8.00 73.2 | 2 0.06 8.06 73.3 | 4 0.12 8.18 73.4 | 2 0.06 8.23 73.5 | 1 0.03 8.26 73.6 | 3 0.09 8.35 73.7 | 1 0.03 8.38 73.8 | 3 0.09 8.47 73.9 | 4 0.12 8.58 74 | 1 0.03 8.61 74.1 | 3 0.09 8.70 74.2 | 1 0.03 8.73 74.3 | 1 0.03 8.76 74.4 | 1 0.03 8.79 74.5 | 3 0.09 8.87 74.6 | 1 0.03 8.90 74.7 | 2 0.06 8.96 74.8 | 1 0.03 8.99 74.9 | 1 0.03 9.02 75 | 4 0.12 9.14 75.1 | 2 0.06 9.19 75.2 | 1 0.03 9.22 75.3 | 2 0.06 9.28 75.4 | 3 0.09 9.37 75.6 | 1 0.03 9.40 75.7 | 4 0.12 9.51 75.8 | 2 0.06 9.57 76.1 | 2 0.06 9.63 76.2 | 3 0.09 9.72 76.3 | 4 0.12 9.83 76.4 | 2 0.06 9.89 76.5 | 1 0.03 9.92 76.6 | 1 0.03 9.95 76.7 | 2 0.06 10.01 76.8 | 1 0.03 10.04 76.9 | 1 0.03 10.07 77 | 2 0.06 10.13 77.1 | 2 0.06 10.18 77.3 | 1 0.03 10.21 77.5 | 3 0.09 10.30 77.6 | 1 0.03 10.33 77.7 | 2 0.06 10.39 78 | 1 0.03 10.42 78.5 | 2 0.06 10.47 78.8 | 1 0.03 10.50 79.1 | 1 0.03 10.53 79.2 | 1 0.03 10.56 79.6 | 1 0.03 10.59 79.7 | 1 0.03 10.62 80 | 1 0.03 10.65 80.2 | 2 0.06 10.71 80.4 | 1 0.03 10.74 80.5 | 1 0.03 10.77 81.1 | 2 0.06 10.82 82.9 | 1 0.03 10.85 83 | 1 0.03 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for hema1c6575bucl variable in PC_HSA_rates_0307 dataset : Black, UCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having | Hemoglobin | A1c Test | Freq. Percent Cum. ------------+----------------------------------- 63.4 | 1 0.03 0.03 64.5 | 1 0.03 0.06 65.5 | 1 0.03 0.09 66.3 | 1 0.03 0.12 66.6 | 1 0.03 0.15 66.7 | 1 0.03 0.17 66.9 | 1 0.03 0.20 68.3 | 1 0.03 0.23 68.4 | 1 0.03 0.26 68.6 | 1 0.03 0.29 69.5 | 1 0.03 0.32 70.2 | 1 0.03 0.35 70.6 | 1 0.03 0.38 70.7 | 1 0.03 0.41 70.8 | 1 0.03 0.44 71.3 | 2 0.06 0.49 71.5 | 1 0.03 0.52 71.8 | 1 0.03 0.55 71.9 | 1 0.03 0.58 72.6 | 2 0.06 0.64 72.9 | 1 0.03 0.67 73 | 2 0.06 0.73 73.3 | 2 0.06 0.79 74.3 | 1 0.03 0.81 74.4 | 2 0.06 0.87 74.5 | 1 0.03 0.90 74.6 | 1 0.03 0.93 74.8 | 1 0.03 0.96 74.9 | 1 0.03 0.99 75.8 | 1 0.03 1.02 76.1 | 1 0.03 1.05 76.3 | 1 0.03 1.08 76.4 | 2 0.06 1.13 76.5 | 1 0.03 1.16 76.6 | 3 0.09 1.25 76.8 | 1 0.03 1.28 77 | 1 0.03 1.31 77.2 | 1 0.03 1.34 77.4 | 1 0.03 1.37 77.5 | 3 0.09 1.45 77.6 | 1 0.03 1.48 77.7 | 1 0.03 1.51 77.8 | 1 0.03 1.54 77.9 | 3 0.09 1.63 78 | 1 0.03 1.66 78.1 | 2 0.06 1.72 78.2 | 2 0.06 1.77 78.3 | 1 0.03 1.80 78.5 | 5 0.15 1.95 78.6 | 2 0.06 2.01 79 | 1 0.03 2.04 79.1 | 1 0.03 2.07 79.2 | 2 0.06 2.12 79.3 | 1 0.03 2.15 79.4 | 3 0.09 2.24 79.5 | 3 0.09 2.33 79.6 | 1 0.03 2.36 79.7 | 1 0.03 2.39 79.8 | 1 0.03 2.41 79.9 | 1 0.03 2.44 80 | 2 0.06 2.50 80.1 | 1 0.03 2.53 80.3 | 2 0.06 2.59 80.5 | 1 0.03 2.62 80.6 | 3 0.09 2.71 80.7 | 1 0.03 2.73 80.8 | 1 0.03 2.76 80.9 | 1 0.03 2.79 81.2 | 3 0.09 2.88 81.3 | 3 0.09 2.97 81.4 | 4 0.12 3.08 81.5 | 1 0.03 3.11 81.6 | 2 0.06 3.17 81.7 | 2 0.06 3.23 81.8 | 1 0.03 3.26 82.1 | 1 0.03 3.29 82.5 | 2 0.06 3.35 82.6 | 2 0.06 3.40 82.8 | 3 0.09 3.49 82.9 | 1 0.03 3.52 83 | 1 0.03 3.55 83.1 | 2 0.06 3.61 83.2 | 2 0.06 3.67 83.3 | 1 0.03 3.70 83.4 | 1 0.03 3.72 83.5 | 3 0.09 3.81 83.6 | 2 0.06 3.87 83.7 | 4 0.12 3.99 83.8 | 2 0.06 4.04 84 | 1 0.03 4.07 84.1 | 2 0.06 4.13 84.2 | 2 0.06 4.19 84.4 | 3 0.09 4.28 84.5 | 2 0.06 4.34 84.6 | 2 0.06 4.39 84.7 | 1 0.03 4.42 84.8 | 3 0.09 4.51 84.9 | 3 0.09 4.60 85 | 2 0.06 4.66 85.1 | 2 0.06 4.71 85.2 | 2 0.06 4.77 85.3 | 1 0.03 4.80 85.4 | 2 0.06 4.86 85.6 | 2 0.06 4.92 85.8 | 6 0.17 5.09 85.9 | 1 0.03 5.12 86 | 5 0.15 5.27 86.2 | 2 0.06 5.32 86.3 | 2 0.06 5.38 86.4 | 1 0.03 5.41 86.5 | 3 0.09 5.50 86.6 | 4 0.12 5.62 86.7 | 4 0.12 5.73 86.8 | 1 0.03 5.76 86.9 | 2 0.06 5.82 87 | 3 0.09 5.91 87.1 | 2 0.06 5.96 87.2 | 3 0.09 6.05 87.3 | 1 0.03 6.08 87.4 | 1 0.03 6.11 87.5 | 5 0.15 6.26 87.6 | 1 0.03 6.28 87.7 | 3 0.09 6.37 87.8 | 2 0.06 6.43 87.9 | 2 0.06 6.49 88 | 4 0.12 6.60 88.1 | 3 0.09 6.69 88.2 | 5 0.15 6.84 88.3 | 3 0.09 6.92 88.5 | 3 0.09 7.01 88.6 | 1 0.03 7.04 88.7 | 3 0.09 7.13 88.8 | 1 0.03 7.16 88.9 | 2 0.06 7.22 89 | 2 0.06 7.27 89.1 | 1 0.03 7.30 89.2 | 1 0.03 7.33 89.3 | 2 0.06 7.39 89.4 | 2 0.06 7.45 89.5 | 1 0.03 7.48 89.6 | 1 0.03 7.51 89.7 | 3 0.09 7.59 89.8 | 1 0.03 7.62 89.9 | 2 0.06 7.68 90 | 1 0.03 7.71 90.1 | 1 0.03 7.74 90.3 | 2 0.06 7.80 90.4 | 4 0.12 7.91 90.5 | 1 0.03 7.94 90.6 | 3 0.09 8.03 90.7 | 2 0.06 8.09 90.8 | 1 0.03 8.12 90.9 | 3 0.09 8.20 91 | 1 0.03 8.23 91.1 | 1 0.03 8.26 91.2 | 2 0.06 8.32 91.4 | 3 0.09 8.41 91.5 | 1 0.03 8.44 91.7 | 3 0.09 8.52 92 | 3 0.09 8.61 92.1 | 1 0.03 8.64 92.2 | 1 0.03 8.67 92.4 | 3 0.09 8.76 92.7 | 1 0.03 8.79 92.8 | 4 0.12 8.90 93 | 3 0.09 8.99 93.1 | 3 0.09 9.08 93.3 | 2 0.06 9.14 93.5 | 2 0.06 9.19 93.6 | 1 0.03 9.22 93.8 | 3 0.09 9.31 94 | 4 0.12 9.43 94.2 | 1 0.03 9.46 94.5 | 1 0.03 9.49 94.6 | 2 0.06 9.54 94.7 | 1 0.03 9.57 94.8 | 2 0.06 9.63 95 | 1 0.03 9.66 95.1 | 1 0.03 9.69 95.2 | 1 0.03 9.72 95.3 | 1 0.03 9.75 95.5 | 2 0.06 9.81 95.6 | 2 0.06 9.86 95.8 | 2 0.06 9.92 95.9 | 1 0.03 9.95 96 | 1 0.03 9.98 96.2 | 1 0.03 10.01 96.3 | 2 0.06 10.07 96.5 | 1 0.03 10.10 96.6 | 1 0.03 10.13 96.9 | 1 0.03 10.15 97 | 1 0.03 10.18 97.2 | 1 0.03 10.21 97.4 | 2 0.06 10.27 97.5 | 1 0.03 10.30 97.6 | 1 0.03 10.33 97.7 | 1 0.03 10.36 98 | 2 0.06 10.42 98.2 | 1 0.03 10.45 98.3 | 1 0.03 10.47 98.5 | 1 0.03 10.50 98.6 | 1 0.03 10.53 99 | 1 0.03 10.56 99.2 | 1 0.03 10.59 99.3 | 1 0.03 10.62 99.9 | 1 0.03 10.65 100.1 | 1 0.03 10.68 100.3 | 2 0.06 10.74 100.6 | 1 0.03 10.77 100.8 | 1 0.03 10.79 101.1 | 1 0.03 10.82 102.4 | 1 0.03 10.85 103 | 1 0.03 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for hema1c6575w variable in PC_HSA_rates_0307 dataset : White, % | Diabetic | Medicare | Enrollees | Age 65-75 | Having | Hemoglobin | A1c Test | Freq. Percent Cum. ------------+----------------------------------- 56.1 | 1 0.03 0.03 66 | 1 0.03 0.06 66.2 | 1 0.03 0.09 66.5 | 1 0.03 0.12 66.7 | 1 0.03 0.15 66.8 | 1 0.03 0.17 67.9 | 1 0.03 0.20 68 | 1 0.03 0.23 68.7 | 1 0.03 0.26 69.1 | 1 0.03 0.29 69.4 | 2 0.06 0.35 69.5 | 1 0.03 0.38 69.8 | 1 0.03 0.41 70.1 | 1 0.03 0.44 70.2 | 3 0.09 0.52 70.5 | 3 0.09 0.61 70.7 | 1 0.03 0.64 71.1 | 1 0.03 0.67 71.2 | 1 0.03 0.70 71.5 | 1 0.03 0.73 71.6 | 1 0.03 0.76 71.7 | 2 0.06 0.81 71.8 | 1 0.03 0.84 72 | 1 0.03 0.87 72.2 | 1 0.03 0.90 72.4 | 2 0.06 0.96 72.8 | 3 0.09 1.05 73 | 1 0.03 1.08 73.1 | 1 0.03 1.11 73.2 | 1 0.03 1.13 73.3 | 3 0.09 1.22 73.4 | 2 0.06 1.28 73.6 | 1 0.03 1.31 73.7 | 2 0.06 1.37 73.8 | 1 0.03 1.40 73.9 | 1 0.03 1.43 74 | 1 0.03 1.45 74.3 | 2 0.06 1.51 74.4 | 2 0.06 1.57 74.5 | 2 0.06 1.63 74.7 | 2 0.06 1.69 74.8 | 1 0.03 1.72 75.1 | 1 0.03 1.75 75.2 | 1 0.03 1.77 75.3 | 2 0.06 1.83 75.5 | 3 0.09 1.92 75.6 | 3 0.09 2.01 75.7 | 6 0.17 2.18 75.9 | 1 0.03 2.21 76 | 1 0.03 2.24 76.2 | 2 0.06 2.30 76.3 | 2 0.06 2.36 76.4 | 1 0.03 2.39 76.5 | 3 0.09 2.47 76.6 | 1 0.03 2.50 76.9 | 1 0.03 2.53 77 | 3 0.09 2.62 77.1 | 2 0.06 2.68 77.2 | 1 0.03 2.71 77.3 | 1 0.03 2.73 77.4 | 2 0.06 2.79 77.5 | 7 0.20 3.00 77.6 | 5 0.15 3.14 77.7 | 1 0.03 3.17 77.8 | 3 0.09 3.26 77.9 | 3 0.09 3.35 78.1 | 7 0.20 3.55 78.2 | 6 0.17 3.72 78.3 | 2 0.06 3.78 78.4 | 5 0.15 3.93 78.5 | 2 0.06 3.99 78.7 | 5 0.15 4.13 78.8 | 5 0.15 4.28 78.9 | 3 0.09 4.36 79 | 3 0.09 4.45 79.1 | 2 0.06 4.51 79.2 | 4 0.12 4.63 79.3 | 2 0.06 4.68 79.4 | 1 0.03 4.71 79.5 | 4 0.12 4.83 79.7 | 3 0.09 4.92 79.8 | 1 0.03 4.95 79.9 | 2 0.06 5.00 80 | 2 0.06 5.06 80.2 | 4 0.12 5.18 80.3 | 5 0.15 5.32 80.4 | 5 0.15 5.47 80.5 | 3 0.09 5.56 80.6 | 3 0.09 5.64 80.7 | 4 0.12 5.76 80.8 | 6 0.17 5.94 80.9 | 3 0.09 6.02 81 | 2 0.06 6.08 81.1 | 7 0.20 6.28 81.2 | 5 0.15 6.43 81.3 | 1 0.03 6.46 81.4 | 3 0.09 6.55 81.5 | 4 0.12 6.66 81.6 | 4 0.12 6.78 81.8 | 3 0.09 6.87 81.9 | 2 0.06 6.92 82 | 4 0.12 7.04 82.1 | 3 0.09 7.13 82.2 | 4 0.12 7.24 82.3 | 3 0.09 7.33 82.4 | 1 0.03 7.36 82.5 | 2 0.06 7.42 82.6 | 3 0.09 7.51 82.7 | 5 0.15 7.65 82.8 | 5 0.15 7.80 82.9 | 2 0.06 7.86 83 | 4 0.12 7.97 83.1 | 2 0.06 8.03 83.2 | 3 0.09 8.12 83.3 | 2 0.06 8.18 83.4 | 6 0.17 8.35 83.5 | 2 0.06 8.41 83.6 | 2 0.06 8.47 83.8 | 3 0.09 8.55 83.9 | 3 0.09 8.64 84 | 3 0.09 8.73 84.1 | 5 0.15 8.87 84.2 | 3 0.09 8.96 84.3 | 2 0.06 9.02 84.4 | 2 0.06 9.08 84.5 | 2 0.06 9.14 84.6 | 4 0.12 9.25 84.8 | 3 0.09 9.34 84.9 | 1 0.03 9.37 85 | 1 0.03 9.40 85.1 | 2 0.06 9.46 85.2 | 5 0.15 9.60 85.3 | 4 0.12 9.72 85.4 | 1 0.03 9.75 85.5 | 2 0.06 9.81 85.6 | 3 0.09 9.89 85.8 | 1 0.03 9.92 85.9 | 1 0.03 9.95 86 | 1 0.03 9.98 86.1 | 2 0.06 10.04 86.2 | 2 0.06 10.10 86.3 | 2 0.06 10.15 86.4 | 1 0.03 10.18 86.5 | 2 0.06 10.24 86.7 | 1 0.03 10.27 86.8 | 1 0.03 10.30 86.9 | 1 0.03 10.33 87.1 | 1 0.03 10.36 87.2 | 1 0.03 10.39 87.3 | 1 0.03 10.42 87.4 | 1 0.03 10.45 87.5 | 3 0.09 10.53 87.6 | 1 0.03 10.56 87.7 | 1 0.03 10.59 87.9 | 1 0.03 10.62 88.3 | 2 0.06 10.68 88.4 | 2 0.06 10.74 88.7 | 1 0.03 10.77 89 | 1 0.03 10.79 89.1 | 2 0.06 10.85 89.7 | 1 0.03 10.88 93.4 | 1 0.03 10.91 . | 3,062 89.09 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for hema1c6575wlcl variable in PC_HSA_rates_0307 dataset : White, LCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having | Hemoglobin | A1c Test | Freq. Percent Cum. ------------+----------------------------------- 45.9 | 1 0.03 0.03 55.6 | 1 0.03 0.06 60.5 | 1 0.03 0.09 61.1 | 1 0.03 0.12 61.2 | 2 0.06 0.17 61.3 | 1 0.03 0.20 61.4 | 1 0.03 0.23 61.6 | 2 0.06 0.29 61.7 | 1 0.03 0.32 61.8 | 1 0.03 0.35 61.9 | 1 0.03 0.38 62.2 | 2 0.06 0.44 62.7 | 1 0.03 0.47 62.8 | 1 0.03 0.49 63.4 | 2 0.06 0.55 63.8 | 1 0.03 0.58 64.5 | 1 0.03 0.61 64.6 | 1 0.03 0.64 65 | 1 0.03 0.67 65.1 | 1 0.03 0.70 65.2 | 1 0.03 0.73 65.3 | 1 0.03 0.76 65.6 | 2 0.06 0.81 65.7 | 1 0.03 0.84 66 | 1 0.03 0.87 66.1 | 1 0.03 0.90 66.3 | 1 0.03 0.93 66.5 | 2 0.06 0.99 66.6 | 1 0.03 1.02 66.7 | 1 0.03 1.05 66.8 | 2 0.06 1.11 67.1 | 2 0.06 1.16 67.5 | 1 0.03 1.19 67.6 | 1 0.03 1.22 67.7 | 1 0.03 1.25 67.8 | 1 0.03 1.28 67.9 | 1 0.03 1.31 68 | 3 0.09 1.40 68.1 | 1 0.03 1.43 68.3 | 1 0.03 1.45 68.5 | 1 0.03 1.48 68.7 | 3 0.09 1.57 68.8 | 3 0.09 1.66 68.9 | 1 0.03 1.69 69 | 2 0.06 1.75 69.2 | 1 0.03 1.77 69.3 | 2 0.06 1.83 69.4 | 1 0.03 1.86 69.6 | 3 0.09 1.95 69.7 | 3 0.09 2.04 69.8 | 1 0.03 2.07 70 | 1 0.03 2.09 70.1 | 3 0.09 2.18 70.3 | 1 0.03 2.21 70.5 | 2 0.06 2.27 70.6 | 2 0.06 2.33 70.7 | 1 0.03 2.36 70.8 | 4 0.12 2.47 70.9 | 1 0.03 2.50 71 | 2 0.06 2.56 71.1 | 1 0.03 2.59 71.2 | 1 0.03 2.62 71.3 | 1 0.03 2.65 71.4 | 1 0.03 2.68 71.6 | 1 0.03 2.71 71.7 | 3 0.09 2.79 71.8 | 1 0.03 2.82 71.9 | 1 0.03 2.85 72 | 3 0.09 2.94 72.1 | 2 0.06 3.00 72.2 | 2 0.06 3.05 72.3 | 2 0.06 3.11 72.4 | 3 0.09 3.20 72.5 | 1 0.03 3.23 72.6 | 3 0.09 3.32 72.7 | 2 0.06 3.38 72.8 | 2 0.06 3.43 72.9 | 4 0.12 3.55 73 | 1 0.03 3.58 73.1 | 3 0.09 3.67 73.2 | 2 0.06 3.72 73.3 | 2 0.06 3.78 73.4 | 3 0.09 3.87 73.5 | 2 0.06 3.93 73.6 | 3 0.09 4.02 73.7 | 5 0.15 4.16 73.8 | 5 0.15 4.31 73.9 | 1 0.03 4.34 74 | 4 0.12 4.45 74.2 | 2 0.06 4.51 74.3 | 1 0.03 4.54 74.4 | 1 0.03 4.57 74.6 | 3 0.09 4.66 74.7 | 2 0.06 4.71 74.9 | 3 0.09 4.80 75 | 2 0.06 4.86 75.1 | 1 0.03 4.89 75.2 | 2 0.06 4.95 75.3 | 7 0.20 5.15 75.4 | 3 0.09 5.24 75.5 | 5 0.15 5.38 75.6 | 2 0.06 5.44 75.8 | 4 0.12 5.56 75.9 | 3 0.09 5.64 76 | 1 0.03 5.67 76.1 | 2 0.06 5.73 76.2 | 4 0.12 5.85 76.3 | 1 0.03 5.88 76.4 | 3 0.09 5.96 76.5 | 1 0.03 5.99 76.6 | 4 0.12 6.11 76.7 | 2 0.06 6.17 76.8 | 5 0.15 6.31 76.9 | 1 0.03 6.34 77 | 2 0.06 6.40 77.1 | 2 0.06 6.46 77.2 | 5 0.15 6.60 77.3 | 4 0.12 6.72 77.4 | 8 0.23 6.95 77.5 | 1 0.03 6.98 77.6 | 1 0.03 7.01 77.7 | 2 0.06 7.07 77.8 | 3 0.09 7.16 77.9 | 2 0.06 7.22 78 | 1 0.03 7.24 78.1 | 3 0.09 7.33 78.2 | 4 0.12 7.45 78.4 | 3 0.09 7.54 78.5 | 7 0.20 7.74 78.6 | 5 0.15 7.88 78.7 | 3 0.09 7.97 78.8 | 5 0.15 8.12 79 | 4 0.12 8.23 79.1 | 2 0.06 8.29 79.2 | 4 0.12 8.41 79.3 | 1 0.03 8.44 79.4 | 4 0.12 8.55 79.5 | 1 0.03 8.58 79.6 | 1 0.03 8.61 79.7 | 2 0.06 8.67 79.8 | 1 0.03 8.70 79.9 | 2 0.06 8.76 80 | 3 0.09 8.84 80.1 | 3 0.09 8.93 80.2 | 1 0.03 8.96 80.3 | 1 0.03 8.99 80.4 | 5 0.15 9.14 80.5 | 4 0.12 9.25 80.7 | 2 0.06 9.31 80.8 | 5 0.15 9.46 80.9 | 1 0.03 9.49 81.2 | 2 0.06 9.54 81.3 | 2 0.06 9.60 81.4 | 1 0.03 9.63 81.5 | 3 0.09 9.72 81.7 | 4 0.12 9.83 81.8 | 2 0.06 9.89 82.1 | 2 0.06 9.95 82.2 | 1 0.03 9.98 82.4 | 1 0.03 10.01 82.5 | 1 0.03 10.04 82.6 | 5 0.15 10.18 82.7 | 2 0.06 10.24 82.9 | 2 0.06 10.30 83 | 1 0.03 10.33 83.3 | 1 0.03 10.36 83.5 | 3 0.09 10.45 83.6 | 1 0.03 10.47 83.7 | 1 0.03 10.50 83.8 | 1 0.03 10.53 83.9 | 2 0.06 10.59 84 | 1 0.03 10.62 84.1 | 3 0.09 10.71 84.3 | 1 0.03 10.74 84.4 | 1 0.03 10.77 84.8 | 1 0.03 10.79 84.9 | 1 0.03 10.82 85.1 | 1 0.03 10.85 85.5 | 1 0.03 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for hema1c6575wucl variable in PC_HSA_rates_0307 dataset : White, UCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having | Hemoglobin | A1c Test | Freq. Percent Cum. ------------+----------------------------------- 66.3 | 1 0.03 0.03 69.7 | 1 0.03 0.06 71.1 | 2 0.06 0.12 71.6 | 1 0.03 0.15 71.7 | 1 0.03 0.17 72.1 | 1 0.03 0.20 72.4 | 1 0.03 0.23 73.5 | 1 0.03 0.26 73.6 | 1 0.03 0.29 74.1 | 1 0.03 0.32 74.3 | 2 0.06 0.38 74.9 | 1 0.03 0.41 75.2 | 1 0.03 0.44 75.4 | 3 0.09 0.52 75.6 | 1 0.03 0.55 76 | 1 0.03 0.58 76.1 | 1 0.03 0.61 76.2 | 1 0.03 0.64 76.3 | 2 0.06 0.70 76.6 | 1 0.03 0.73 76.8 | 1 0.03 0.76 76.9 | 3 0.09 0.84 77 | 1 0.03 0.87 77.1 | 1 0.03 0.90 77.2 | 1 0.03 0.93 77.4 | 1 0.03 0.96 77.7 | 1 0.03 0.99 77.8 | 1 0.03 1.02 78.3 | 1 0.03 1.05 78.5 | 1 0.03 1.08 78.6 | 1 0.03 1.11 78.7 | 2 0.06 1.16 78.8 | 1 0.03 1.19 79 | 3 0.09 1.28 79.1 | 2 0.06 1.34 79.2 | 5 0.15 1.48 79.3 | 1 0.03 1.51 79.4 | 2 0.06 1.57 79.6 | 1 0.03 1.60 79.7 | 1 0.03 1.63 79.8 | 2 0.06 1.69 79.9 | 2 0.06 1.75 80 | 1 0.03 1.77 80.1 | 1 0.03 1.80 80.2 | 2 0.06 1.86 80.5 | 2 0.06 1.92 80.6 | 1 0.03 1.95 80.7 | 4 0.12 2.07 80.8 | 2 0.06 2.12 81 | 4 0.12 2.24 81.1 | 2 0.06 2.30 81.2 | 3 0.09 2.39 81.3 | 3 0.09 2.47 81.4 | 2 0.06 2.53 81.5 | 1 0.03 2.56 81.6 | 1 0.03 2.59 81.7 | 3 0.09 2.68 81.8 | 7 0.20 2.88 81.9 | 1 0.03 2.91 82 | 3 0.09 3.00 82.1 | 3 0.09 3.08 82.2 | 2 0.06 3.14 82.3 | 2 0.06 3.20 82.4 | 3 0.09 3.29 82.5 | 3 0.09 3.38 82.6 | 2 0.06 3.43 82.7 | 2 0.06 3.49 82.8 | 3 0.09 3.58 82.9 | 1 0.03 3.61 83 | 3 0.09 3.70 83.1 | 5 0.15 3.84 83.2 | 4 0.12 3.96 83.3 | 2 0.06 4.02 83.4 | 3 0.09 4.10 83.5 | 2 0.06 4.16 83.6 | 2 0.06 4.22 83.7 | 2 0.06 4.28 83.8 | 3 0.09 4.36 83.9 | 3 0.09 4.45 84 | 6 0.17 4.63 84.1 | 3 0.09 4.71 84.2 | 3 0.09 4.80 84.3 | 3 0.09 4.89 84.4 | 4 0.12 5.00 84.5 | 5 0.15 5.15 84.6 | 2 0.06 5.21 84.7 | 5 0.15 5.35 84.8 | 5 0.15 5.50 84.9 | 3 0.09 5.59 85 | 2 0.06 5.64 85.1 | 2 0.06 5.70 85.2 | 3 0.09 5.79 85.3 | 3 0.09 5.88 85.4 | 3 0.09 5.96 85.5 | 3 0.09 6.05 85.6 | 5 0.15 6.20 85.7 | 4 0.12 6.31 85.8 | 3 0.09 6.40 85.9 | 4 0.12 6.52 86 | 4 0.12 6.63 86.1 | 2 0.06 6.69 86.2 | 2 0.06 6.75 86.3 | 3 0.09 6.84 86.5 | 2 0.06 6.90 86.6 | 3 0.09 6.98 86.7 | 4 0.12 7.10 86.8 | 6 0.17 7.27 86.9 | 1 0.03 7.30 87 | 1 0.03 7.33 87.1 | 3 0.09 7.42 87.2 | 2 0.06 7.48 87.3 | 3 0.09 7.56 87.4 | 2 0.06 7.62 87.5 | 4 0.12 7.74 87.6 | 2 0.06 7.80 87.7 | 2 0.06 7.86 87.8 | 2 0.06 7.91 87.9 | 3 0.09 8.00 88 | 4 0.12 8.12 88.1 | 3 0.09 8.20 88.2 | 1 0.03 8.23 88.3 | 1 0.03 8.26 88.4 | 2 0.06 8.32 88.5 | 2 0.06 8.38 88.6 | 2 0.06 8.44 88.7 | 3 0.09 8.52 88.9 | 4 0.12 8.64 89 | 1 0.03 8.67 89.2 | 3 0.09 8.76 89.3 | 4 0.12 8.87 89.4 | 4 0.12 8.99 89.5 | 2 0.06 9.05 89.6 | 2 0.06 9.11 89.7 | 2 0.06 9.16 89.8 | 2 0.06 9.22 90 | 3 0.09 9.31 90.2 | 3 0.09 9.40 90.3 | 1 0.03 9.43 90.4 | 3 0.09 9.51 90.5 | 3 0.09 9.60 90.6 | 1 0.03 9.63 90.7 | 3 0.09 9.72 90.9 | 1 0.03 9.75 91 | 3 0.09 9.83 91.1 | 1 0.03 9.86 91.2 | 4 0.12 9.98 91.3 | 2 0.06 10.04 91.4 | 1 0.03 10.07 91.5 | 2 0.06 10.13 91.9 | 1 0.03 10.15 92.2 | 1 0.03 10.18 92.3 | 1 0.03 10.21 92.4 | 2 0.06 10.27 92.8 | 2 0.06 10.33 93 | 1 0.03 10.36 93.1 | 3 0.09 10.45 93.3 | 1 0.03 10.47 93.4 | 1 0.03 10.50 93.5 | 1 0.03 10.53 93.8 | 1 0.03 10.56 93.9 | 1 0.03 10.59 94 | 1 0.03 10.62 94.1 | 1 0.03 10.65 94.2 | 1 0.03 10.68 94.5 | 1 0.03 10.71 94.6 | 1 0.03 10.74 95.4 | 1 0.03 10.77 95.6 | 1 0.03 10.79 96.2 | 1 0.03 10.82 96.5 | 1 0.03 10.85 103.3 | 1 0.03 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for eyeex6575 variable in PC_HSA_rates_0307 dataset : Overall, % | Diabetic | Medicare | Enrollees | Age 65-75 | Having Eye | Examination | Test | Freq. Percent Cum. ------------+----------------------------------- 39.3 | 1 0.03 0.03 41.6 | 1 0.03 0.06 41.8 | 1 0.03 0.09 43.1 | 1 0.03 0.12 44.5 | 1 0.03 0.15 44.8 | 1 0.03 0.17 45.3 | 1 0.03 0.20 45.4 | 1 0.03 0.23 46.2 | 1 0.03 0.26 47.4 | 1 0.03 0.29 47.5 | 1 0.03 0.32 47.6 | 1 0.03 0.35 47.7 | 1 0.03 0.38 48.2 | 1 0.03 0.41 48.3 | 2 0.06 0.47 49 | 1 0.03 0.49 49.1 | 1 0.03 0.52 49.2 | 2 0.06 0.58 49.3 | 1 0.03 0.61 49.6 | 1 0.03 0.64 49.8 | 2 0.06 0.70 50 | 3 0.09 0.79 50.1 | 1 0.03 0.81 50.2 | 1 0.03 0.84 50.9 | 1 0.03 0.87 51 | 1 0.03 0.90 51.3 | 1 0.03 0.93 51.4 | 1 0.03 0.96 51.6 | 2 0.06 1.02 51.7 | 1 0.03 1.05 51.8 | 1 0.03 1.08 51.9 | 1 0.03 1.11 52 | 1 0.03 1.13 52.1 | 1 0.03 1.16 52.3 | 2 0.06 1.22 52.5 | 5 0.15 1.37 52.7 | 2 0.06 1.43 52.8 | 2 0.06 1.48 52.9 | 4 0.12 1.60 53.2 | 4 0.12 1.72 53.3 | 2 0.06 1.77 53.5 | 3 0.09 1.86 53.6 | 3 0.09 1.95 53.7 | 4 0.12 2.07 53.8 | 2 0.06 2.12 53.9 | 2 0.06 2.18 54 | 1 0.03 2.21 54.2 | 1 0.03 2.24 54.4 | 3 0.09 2.33 54.5 | 4 0.12 2.44 54.6 | 1 0.03 2.47 54.8 | 8 0.23 2.71 54.9 | 4 0.12 2.82 55 | 4 0.12 2.94 55.1 | 1 0.03 2.97 55.2 | 4 0.12 3.08 55.3 | 2 0.06 3.14 55.5 | 2 0.06 3.20 55.6 | 2 0.06 3.26 55.7 | 5 0.15 3.40 55.8 | 7 0.20 3.61 55.9 | 8 0.23 3.84 56 | 3 0.09 3.93 56.1 | 1 0.03 3.96 56.3 | 2 0.06 4.02 56.4 | 2 0.06 4.07 56.5 | 3 0.09 4.16 56.6 | 5 0.15 4.31 56.7 | 2 0.06 4.36 56.8 | 5 0.15 4.51 56.9 | 2 0.06 4.57 57 | 5 0.15 4.71 57.1 | 3 0.09 4.80 57.2 | 7 0.20 5.00 57.3 | 7 0.20 5.21 57.4 | 4 0.12 5.32 57.5 | 1 0.03 5.35 57.6 | 7 0.20 5.56 57.7 | 8 0.23 5.79 57.8 | 5 0.15 5.94 57.9 | 4 0.12 6.05 58 | 7 0.20 6.26 58.1 | 8 0.23 6.49 58.2 | 8 0.23 6.72 58.3 | 10 0.29 7.01 58.4 | 2 0.06 7.07 58.5 | 5 0.15 7.22 58.6 | 6 0.17 7.39 58.7 | 9 0.26 7.65 58.8 | 9 0.26 7.91 58.9 | 6 0.17 8.09 59 | 7 0.20 8.29 59.1 | 8 0.23 8.52 59.2 | 10 0.29 8.82 59.3 | 4 0.12 8.93 59.4 | 6 0.17 9.11 59.5 | 9 0.26 9.37 59.6 | 9 0.26 9.63 59.7 | 3 0.09 9.72 59.8 | 6 0.17 9.89 59.9 | 9 0.26 10.15 60 | 6 0.17 10.33 60.1 | 9 0.26 10.59 60.2 | 12 0.35 10.94 60.3 | 8 0.23 11.17 60.4 | 7 0.20 11.38 60.5 | 11 0.32 11.70 60.6 | 15 0.44 12.13 60.7 | 7 0.20 12.34 60.8 | 7 0.20 12.54 60.9 | 9 0.26 12.80 61 | 9 0.26 13.06 61.1 | 12 0.35 13.41 61.2 | 8 0.23 13.65 61.3 | 10 0.29 13.94 61.4 | 9 0.26 14.20 61.5 | 9 0.26 14.46 61.6 | 12 0.35 14.81 61.7 | 8 0.23 15.04 61.8 | 10 0.29 15.33 61.9 | 10 0.29 15.62 62 | 11 0.32 15.94 62.1 | 14 0.41 16.35 62.2 | 7 0.20 16.56 62.3 | 7 0.20 16.76 62.4 | 16 0.47 17.22 62.5 | 6 0.17 17.40 62.6 | 13 0.38 17.78 62.7 | 6 0.17 17.95 62.8 | 13 0.38 18.33 62.9 | 13 0.38 18.71 63 | 18 0.52 19.23 63.1 | 15 0.44 19.67 63.2 | 7 0.20 19.87 63.3 | 13 0.38 20.25 63.4 | 7 0.20 20.45 63.5 | 21 0.61 21.06 63.6 | 15 0.44 21.50 63.7 | 6 0.17 21.68 63.8 | 9 0.26 21.94 63.9 | 19 0.55 22.49 64 | 14 0.41 22.90 64.1 | 18 0.52 23.42 64.2 | 12 0.35 23.77 64.3 | 11 0.32 24.09 64.4 | 18 0.52 24.61 64.5 | 12 0.35 24.96 64.6 | 7 0.20 25.17 64.7 | 14 0.41 25.57 64.8 | 14 0.41 25.98 64.9 | 20 0.58 26.56 65 | 15 0.44 27.00 65.1 | 13 0.38 27.38 65.2 | 10 0.29 27.67 65.3 | 10 0.29 27.96 65.4 | 7 0.20 28.16 65.5 | 11 0.32 28.48 65.6 | 6 0.17 28.66 65.7 | 15 0.44 29.10 65.8 | 14 0.41 29.50 65.9 | 16 0.47 29.97 66 | 17 0.49 30.46 66.1 | 16 0.47 30.93 66.2 | 13 0.38 31.31 66.3 | 20 0.58 31.89 66.4 | 15 0.44 32.32 66.5 | 25 0.73 33.05 66.6 | 8 0.23 33.28 66.7 | 14 0.41 33.69 66.8 | 13 0.38 34.07 66.9 | 13 0.38 34.45 67 | 24 0.70 35.15 67.1 | 20 0.58 35.73 67.2 | 12 0.35 36.08 67.3 | 17 0.49 36.57 67.4 | 12 0.35 36.92 67.5 | 19 0.55 37.47 67.6 | 19 0.55 38.03 67.7 | 12 0.35 38.38 67.8 | 11 0.32 38.70 67.9 | 14 0.41 39.10 68 | 15 0.44 39.54 68.1 | 12 0.35 39.89 68.2 | 21 0.61 40.50 68.3 | 15 0.44 40.94 68.4 | 7 0.20 41.14 68.5 | 8 0.23 41.37 68.6 | 11 0.32 41.69 68.7 | 15 0.44 42.13 68.8 | 15 0.44 42.57 68.9 | 16 0.47 43.03 69 | 15 0.44 43.47 69.1 | 14 0.41 43.88 69.2 | 13 0.38 44.25 69.3 | 10 0.29 44.54 69.4 | 11 0.32 44.86 69.5 | 10 0.29 45.16 69.6 | 18 0.52 45.68 69.7 | 12 0.35 46.03 69.8 | 14 0.41 46.44 69.9 | 11 0.32 46.76 70 | 14 0.41 47.16 70.1 | 6 0.17 47.34 70.2 | 16 0.47 47.80 70.3 | 14 0.41 48.21 70.4 | 8 0.23 48.44 70.5 | 12 0.35 48.79 70.6 | 14 0.41 49.20 70.7 | 13 0.38 49.58 70.8 | 18 0.52 50.10 70.9 | 14 0.41 50.51 71 | 23 0.67 51.18 71.1 | 13 0.38 51.56 71.2 | 14 0.41 51.96 71.3 | 10 0.29 52.25 71.4 | 12 0.35 52.60 71.5 | 13 0.38 52.98 71.6 | 14 0.41 53.39 71.7 | 9 0.26 53.65 71.8 | 17 0.49 54.15 71.9 | 5 0.15 54.29 72 | 12 0.35 54.64 72.1 | 11 0.32 54.96 72.2 | 14 0.41 55.37 72.3 | 12 0.35 55.72 72.4 | 9 0.26 55.98 72.5 | 8 0.23 56.21 72.6 | 10 0.29 56.50 72.7 | 12 0.35 56.85 72.8 | 7 0.20 57.06 72.9 | 14 0.41 57.46 73 | 8 0.23 57.70 73.1 | 6 0.17 57.87 73.2 | 13 0.38 58.25 73.3 | 7 0.20 58.45 73.4 | 12 0.35 58.80 73.5 | 13 0.38 59.18 73.6 | 7 0.20 59.38 73.7 | 7 0.20 59.59 73.8 | 11 0.32 59.91 73.9 | 6 0.17 60.08 74 | 10 0.29 60.37 74.1 | 9 0.26 60.63 74.2 | 9 0.26 60.90 74.3 | 5 0.15 61.04 74.4 | 9 0.26 61.30 74.5 | 4 0.12 61.42 74.6 | 9 0.26 61.68 74.7 | 11 0.32 62.00 74.8 | 5 0.15 62.15 74.9 | 8 0.23 62.38 75 | 10 0.29 62.67 75.1 | 3 0.09 62.76 75.2 | 8 0.23 62.99 75.3 | 3 0.09 63.08 75.4 | 6 0.17 63.25 75.5 | 6 0.17 63.43 75.6 | 7 0.20 63.63 75.7 | 2 0.06 63.69 75.8 | 5 0.15 63.83 75.9 | 6 0.17 64.01 76 | 4 0.12 64.13 76.1 | 6 0.17 64.30 76.2 | 5 0.15 64.45 76.3 | 5 0.15 64.59 76.4 | 5 0.15 64.74 76.5 | 6 0.17 64.91 76.6 | 2 0.06 64.97 76.7 | 6 0.17 65.14 76.8 | 5 0.15 65.29 76.9 | 3 0.09 65.38 77 | 9 0.26 65.64 77.1 | 8 0.23 65.87 77.2 | 1 0.03 65.90 77.3 | 5 0.15 66.05 77.4 | 6 0.17 66.22 77.5 | 6 0.17 66.40 77.6 | 5 0.15 66.54 77.7 | 1 0.03 66.57 77.8 | 1 0.03 66.60 77.9 | 4 0.12 66.72 78 | 5 0.15 66.86 78.1 | 3 0.09 66.95 78.2 | 4 0.12 67.06 78.3 | 4 0.12 67.18 78.4 | 2 0.06 67.24 78.5 | 3 0.09 67.33 78.6 | 3 0.09 67.41 78.7 | 4 0.12 67.53 78.8 | 3 0.09 67.62 78.9 | 3 0.09 67.70 79 | 5 0.15 67.85 79.1 | 2 0.06 67.91 79.2 | 1 0.03 67.94 79.3 | 3 0.09 68.02 79.4 | 3 0.09 68.11 79.5 | 4 0.12 68.23 79.6 | 1 0.03 68.26 79.8 | 4 0.12 68.37 80.2 | 2 0.06 68.43 80.4 | 1 0.03 68.46 80.5 | 1 0.03 68.49 80.6 | 2 0.06 68.55 80.7 | 2 0.06 68.61 80.8 | 2 0.06 68.66 80.9 | 1 0.03 68.69 81 | 3 0.09 68.78 81.2 | 1 0.03 68.81 81.4 | 2 0.06 68.87 81.5 | 2 0.06 68.93 81.6 | 1 0.03 68.96 81.7 | 2 0.06 69.01 81.8 | 1 0.03 69.04 81.9 | 1 0.03 69.07 82 | 1 0.03 69.10 82.2 | 1 0.03 69.13 82.4 | 1 0.03 69.16 82.5 | 3 0.09 69.25 82.6 | 3 0.09 69.33 82.7 | 1 0.03 69.36 82.8 | 3 0.09 69.45 82.9 | 1 0.03 69.48 83.1 | 2 0.06 69.54 83.2 | 2 0.06 69.60 83.5 | 2 0.06 69.65 83.9 | 1 0.03 69.68 84.2 | 1 0.03 69.71 84.3 | 1 0.03 69.74 84.6 | 1 0.03 69.77 84.7 | 1 0.03 69.80 84.9 | 2 0.06 69.86 85.3 | 3 0.09 69.94 87.8 | 1 0.03 69.97 . | 1,032 30.03 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for eyeex6575lcl variable in PC_HSA_rates_0307 dataset : Overall, | LCL % | Diabetic | Medicare | Enrollees | Age 65-75 | Having Eye | Examination | Test | Freq. Percent Cum. ------------+----------------------------------- 33.2 | 1 0.03 0.03 33.6 | 1 0.03 0.06 34.2 | 1 0.03 0.09 36.7 | 1 0.03 0.12 36.8 | 1 0.03 0.15 37.4 | 1 0.03 0.17 38.2 | 1 0.03 0.20 38.5 | 1 0.03 0.23 38.9 | 1 0.03 0.26 39.3 | 1 0.03 0.29 39.6 | 2 0.06 0.35 39.9 | 1 0.03 0.38 40 | 1 0.03 0.41 40.3 | 1 0.03 0.44 40.4 | 1 0.03 0.47 40.6 | 1 0.03 0.49 40.7 | 1 0.03 0.52 40.8 | 1 0.03 0.55 40.9 | 1 0.03 0.58 41.1 | 1 0.03 0.61 41.4 | 1 0.03 0.64 41.7 | 1 0.03 0.67 41.9 | 1 0.03 0.70 42.1 | 1 0.03 0.73 42.2 | 1 0.03 0.76 42.5 | 1 0.03 0.79 42.8 | 1 0.03 0.81 42.9 | 1 0.03 0.84 43 | 3 0.09 0.93 43.1 | 1 0.03 0.96 43.3 | 1 0.03 0.99 43.5 | 1 0.03 1.02 43.6 | 1 0.03 1.05 44 | 2 0.06 1.11 44.1 | 2 0.06 1.16 44.2 | 2 0.06 1.22 44.3 | 1 0.03 1.25 44.4 | 2 0.06 1.31 44.5 | 3 0.09 1.40 44.6 | 1 0.03 1.43 44.7 | 3 0.09 1.51 44.9 | 2 0.06 1.57 45 | 1 0.03 1.60 45.1 | 6 0.17 1.77 45.3 | 1 0.03 1.80 45.6 | 3 0.09 1.89 45.9 | 2 0.06 1.95 46 | 1 0.03 1.98 46.1 | 1 0.03 2.01 46.2 | 2 0.06 2.07 46.3 | 5 0.15 2.21 46.4 | 1 0.03 2.24 46.5 | 2 0.06 2.30 46.6 | 3 0.09 2.39 46.9 | 1 0.03 2.41 47 | 1 0.03 2.44 47.1 | 1 0.03 2.47 47.2 | 1 0.03 2.50 47.3 | 4 0.12 2.62 47.4 | 4 0.12 2.73 47.5 | 2 0.06 2.79 47.6 | 4 0.12 2.91 47.7 | 4 0.12 3.03 47.8 | 4 0.12 3.14 47.9 | 1 0.03 3.17 48 | 5 0.15 3.32 48.1 | 2 0.06 3.38 48.2 | 1 0.03 3.40 48.3 | 2 0.06 3.46 48.4 | 2 0.06 3.52 48.5 | 2 0.06 3.58 48.6 | 3 0.09 3.67 48.7 | 3 0.09 3.75 48.8 | 6 0.17 3.93 48.9 | 3 0.09 4.02 49 | 6 0.17 4.19 49.1 | 5 0.15 4.34 49.2 | 2 0.06 4.39 49.3 | 7 0.20 4.60 49.4 | 5 0.15 4.74 49.5 | 3 0.09 4.83 49.6 | 2 0.06 4.89 49.7 | 4 0.12 5.00 49.8 | 3 0.09 5.09 49.9 | 6 0.17 5.27 50 | 9 0.26 5.53 50.1 | 3 0.09 5.62 50.2 | 3 0.09 5.70 50.3 | 9 0.26 5.96 50.4 | 8 0.23 6.20 50.5 | 5 0.15 6.34 50.6 | 5 0.15 6.49 50.7 | 3 0.09 6.58 50.8 | 2 0.06 6.63 50.9 | 6 0.17 6.81 51 | 10 0.29 7.10 51.1 | 12 0.35 7.45 51.2 | 5 0.15 7.59 51.3 | 8 0.23 7.83 51.4 | 4 0.12 7.94 51.5 | 3 0.09 8.03 51.6 | 8 0.23 8.26 51.7 | 5 0.15 8.41 51.8 | 8 0.23 8.64 51.9 | 5 0.15 8.79 52 | 6 0.17 8.96 52.1 | 6 0.17 9.14 52.2 | 6 0.17 9.31 52.3 | 6 0.17 9.49 52.4 | 5 0.15 9.63 52.5 | 10 0.29 9.92 52.6 | 10 0.29 10.21 52.7 | 8 0.23 10.45 52.8 | 9 0.26 10.71 52.9 | 4 0.12 10.82 53 | 6 0.17 11.00 53.1 | 4 0.12 11.11 53.2 | 11 0.32 11.43 53.3 | 9 0.26 11.70 53.4 | 5 0.15 11.84 53.5 | 8 0.23 12.07 53.6 | 4 0.12 12.19 53.7 | 5 0.15 12.34 53.8 | 13 0.38 12.71 53.9 | 12 0.35 13.06 54 | 8 0.23 13.30 54.1 | 4 0.12 13.41 54.2 | 9 0.26 13.67 54.3 | 5 0.15 13.82 54.4 | 5 0.15 13.97 54.5 | 11 0.32 14.29 54.6 | 5 0.15 14.43 54.7 | 5 0.15 14.58 54.8 | 8 0.23 14.81 54.9 | 8 0.23 15.04 55 | 9 0.26 15.30 55.1 | 6 0.17 15.48 55.2 | 10 0.29 15.77 55.3 | 12 0.35 16.12 55.4 | 15 0.44 16.56 55.5 | 9 0.26 16.82 55.6 | 6 0.17 16.99 55.7 | 3 0.09 17.08 55.8 | 14 0.41 17.49 55.9 | 6 0.17 17.66 56 | 8 0.23 17.89 56.1 | 12 0.35 18.24 56.2 | 12 0.35 18.59 56.3 | 6 0.17 18.77 56.4 | 12 0.35 19.12 56.5 | 9 0.26 19.38 56.6 | 12 0.35 19.73 56.7 | 12 0.35 20.08 56.8 | 12 0.35 20.42 56.9 | 17 0.49 20.92 57 | 8 0.23 21.15 57.1 | 7 0.20 21.36 57.2 | 7 0.20 21.56 57.3 | 15 0.44 22.00 57.4 | 14 0.41 22.40 57.5 | 21 0.61 23.01 57.6 | 11 0.32 23.33 57.7 | 7 0.20 23.54 57.8 | 7 0.20 23.74 57.9 | 15 0.44 24.18 58 | 15 0.44 24.61 58.1 | 11 0.32 24.93 58.2 | 13 0.38 25.31 58.3 | 9 0.26 25.57 58.4 | 10 0.29 25.87 58.5 | 14 0.41 26.27 58.6 | 15 0.44 26.71 58.7 | 9 0.26 26.97 58.8 | 8 0.23 27.20 58.9 | 14 0.41 27.61 59 | 15 0.44 28.05 59.1 | 17 0.49 28.54 59.2 | 10 0.29 28.83 59.3 | 10 0.29 29.12 59.4 | 13 0.38 29.50 59.5 | 12 0.35 29.85 59.6 | 9 0.26 30.11 59.7 | 13 0.38 30.49 59.8 | 16 0.47 30.96 59.9 | 20 0.58 31.54 60 | 15 0.44 31.98 60.1 | 11 0.32 32.30 60.2 | 10 0.29 32.59 60.3 | 16 0.47 33.05 60.4 | 12 0.35 33.40 60.5 | 18 0.52 33.92 60.6 | 12 0.35 34.27 60.7 | 11 0.32 34.59 60.8 | 11 0.32 34.91 60.9 | 16 0.47 35.38 61 | 11 0.32 35.70 61.1 | 16 0.47 36.17 61.2 | 20 0.58 36.75 61.3 | 17 0.49 37.24 61.4 | 8 0.23 37.47 61.5 | 14 0.41 37.88 61.6 | 9 0.26 38.14 61.7 | 10 0.29 38.43 61.8 | 5 0.15 38.58 61.9 | 22 0.64 39.22 62 | 23 0.67 39.89 62.1 | 9 0.26 40.15 62.2 | 17 0.49 40.65 62.3 | 17 0.49 41.14 62.4 | 16 0.47 41.61 62.5 | 16 0.47 42.07 62.6 | 21 0.61 42.68 62.7 | 12 0.35 43.03 62.8 | 15 0.44 43.47 62.9 | 13 0.38 43.85 63 | 13 0.38 44.22 63.1 | 13 0.38 44.60 63.2 | 13 0.38 44.98 63.3 | 17 0.49 45.48 63.4 | 5 0.15 45.62 63.5 | 14 0.41 46.03 63.6 | 12 0.35 46.38 63.7 | 11 0.32 46.70 63.8 | 11 0.32 47.02 63.9 | 10 0.29 47.31 64 | 14 0.41 47.72 64.1 | 16 0.47 48.18 64.2 | 15 0.44 48.62 64.3 | 17 0.49 49.11 64.4 | 10 0.29 49.40 64.5 | 9 0.26 49.67 64.6 | 13 0.38 50.04 64.7 | 11 0.32 50.36 64.8 | 11 0.32 50.68 64.9 | 13 0.38 51.06 65 | 15 0.44 51.50 65.1 | 13 0.38 51.88 65.2 | 11 0.32 52.20 65.3 | 11 0.32 52.52 65.4 | 8 0.23 52.75 65.5 | 15 0.44 53.19 65.6 | 11 0.32 53.51 65.7 | 6 0.17 53.68 65.8 | 13 0.38 54.06 65.9 | 12 0.35 54.41 66 | 8 0.23 54.64 66.1 | 8 0.23 54.87 66.2 | 11 0.32 55.19 66.3 | 10 0.29 55.48 66.4 | 7 0.20 55.69 66.5 | 11 0.32 56.01 66.6 | 9 0.26 56.27 66.7 | 12 0.35 56.62 66.8 | 14 0.41 57.03 66.9 | 9 0.26 57.29 67 | 17 0.49 57.78 67.1 | 7 0.20 57.99 67.2 | 16 0.47 58.45 67.3 | 5 0.15 58.60 67.4 | 14 0.41 59.00 67.5 | 10 0.29 59.30 67.6 | 4 0.12 59.41 67.7 | 11 0.32 59.73 67.8 | 10 0.29 60.02 67.9 | 12 0.35 60.37 68 | 14 0.41 60.78 68.1 | 13 0.38 61.16 68.2 | 10 0.29 61.45 68.3 | 8 0.23 61.68 68.4 | 11 0.32 62.00 68.5 | 11 0.32 62.32 68.6 | 7 0.20 62.53 68.7 | 4 0.12 62.64 68.8 | 7 0.20 62.85 68.9 | 3 0.09 62.93 69 | 5 0.15 63.08 69.1 | 7 0.20 63.28 69.2 | 12 0.35 63.63 69.3 | 5 0.15 63.78 69.4 | 7 0.20 63.98 69.5 | 13 0.38 64.36 69.6 | 4 0.12 64.47 69.7 | 13 0.38 64.85 69.8 | 2 0.06 64.91 69.9 | 8 0.23 65.14 70 | 4 0.12 65.26 70.1 | 2 0.06 65.32 70.2 | 9 0.26 65.58 70.3 | 9 0.26 65.84 70.4 | 5 0.15 65.99 70.5 | 3 0.09 66.08 70.6 | 1 0.03 66.10 70.7 | 3 0.09 66.19 70.8 | 5 0.15 66.34 70.9 | 1 0.03 66.37 71 | 5 0.15 66.51 71.1 | 2 0.06 66.57 71.2 | 3 0.09 66.66 71.3 | 2 0.06 66.72 71.4 | 4 0.12 66.83 71.5 | 2 0.06 66.89 71.6 | 3 0.09 66.98 71.8 | 6 0.17 67.15 71.9 | 6 0.17 67.33 72 | 1 0.03 67.36 72.1 | 3 0.09 67.44 72.2 | 3 0.09 67.53 72.3 | 3 0.09 67.62 72.4 | 5 0.15 67.76 72.5 | 2 0.06 67.82 72.6 | 3 0.09 67.91 72.7 | 3 0.09 68.00 72.8 | 2 0.06 68.05 72.9 | 4 0.12 68.17 73 | 1 0.03 68.20 73.1 | 4 0.12 68.32 73.2 | 4 0.12 68.43 73.3 | 1 0.03 68.46 73.4 | 2 0.06 68.52 73.5 | 3 0.09 68.61 73.6 | 2 0.06 68.66 73.7 | 2 0.06 68.72 73.8 | 3 0.09 68.81 74 | 3 0.09 68.90 74.1 | 2 0.06 68.96 74.2 | 3 0.09 69.04 74.3 | 1 0.03 69.07 74.4 | 1 0.03 69.10 74.5 | 2 0.06 69.16 74.6 | 1 0.03 69.19 74.7 | 2 0.06 69.25 74.9 | 2 0.06 69.30 75.1 | 1 0.03 69.33 75.2 | 1 0.03 69.36 75.3 | 1 0.03 69.39 75.4 | 1 0.03 69.42 75.5 | 3 0.09 69.51 75.6 | 2 0.06 69.57 75.7 | 1 0.03 69.60 75.8 | 1 0.03 69.62 75.9 | 1 0.03 69.65 76 | 1 0.03 69.68 76.5 | 1 0.03 69.71 76.9 | 1 0.03 69.74 77.1 | 1 0.03 69.77 77.3 | 1 0.03 69.80 78.5 | 1 0.03 69.83 78.6 | 1 0.03 69.86 79.5 | 1 0.03 69.89 80.5 | 1 0.03 69.92 80.8 | 1 0.03 69.94 . | 1,033 30.06 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for eyeex6575ucl variable in PC_HSA_rates_0307 dataset : Overall, | UCL % | Diabetic | Medicare | Enrollees | Age 65-75 | Having Eye | Examination | Test | Freq. Percent Cum. ------------+----------------------------------- 45 | 1 0.03 0.03 49.1 | 1 0.03 0.06 49.4 | 1 0.03 0.09 49.5 | 1 0.03 0.12 50 | 1 0.03 0.15 51.4 | 1 0.03 0.17 51.6 | 1 0.03 0.20 52.8 | 1 0.03 0.23 53.1 | 1 0.03 0.26 54.1 | 1 0.03 0.29 54.2 | 2 0.06 0.35 55.1 | 1 0.03 0.38 55.4 | 1 0.03 0.41 55.6 | 1 0.03 0.44 56.2 | 1 0.03 0.47 56.3 | 1 0.03 0.49 56.6 | 2 0.06 0.55 56.7 | 1 0.03 0.58 56.8 | 1 0.03 0.61 57.1 | 1 0.03 0.64 57.3 | 2 0.06 0.70 57.4 | 1 0.03 0.73 57.6 | 4 0.12 0.84 57.7 | 1 0.03 0.87 57.8 | 2 0.06 0.93 57.9 | 1 0.03 0.96 58 | 1 0.03 0.99 58.1 | 2 0.06 1.05 58.2 | 1 0.03 1.08 58.3 | 1 0.03 1.11 58.5 | 2 0.06 1.16 58.7 | 1 0.03 1.19 58.9 | 2 0.06 1.25 59 | 3 0.09 1.34 59.1 | 2 0.06 1.40 59.2 | 1 0.03 1.43 59.3 | 2 0.06 1.48 59.4 | 3 0.09 1.57 59.6 | 2 0.06 1.63 59.8 | 3 0.09 1.72 59.9 | 2 0.06 1.77 60.2 | 1 0.03 1.80 60.5 | 2 0.06 1.86 60.6 | 3 0.09 1.95 60.7 | 2 0.06 2.01 60.8 | 4 0.12 2.12 60.9 | 4 0.12 2.24 61 | 6 0.17 2.41 61.1 | 4 0.12 2.53 61.2 | 4 0.12 2.65 61.3 | 2 0.06 2.71 61.5 | 2 0.06 2.76 61.6 | 4 0.12 2.88 61.7 | 3 0.09 2.97 61.8 | 4 0.12 3.08 61.9 | 2 0.06 3.14 62 | 3 0.09 3.23 62.1 | 3 0.09 3.32 62.2 | 4 0.12 3.43 62.3 | 1 0.03 3.46 62.4 | 6 0.17 3.64 62.5 | 4 0.12 3.75 62.6 | 3 0.09 3.84 62.7 | 3 0.09 3.93 62.8 | 3 0.09 4.02 62.9 | 4 0.12 4.13 63 | 6 0.17 4.31 63.1 | 7 0.20 4.51 63.2 | 7 0.20 4.71 63.3 | 8 0.23 4.95 63.4 | 7 0.20 5.15 63.5 | 6 0.17 5.32 63.6 | 5 0.15 5.47 63.7 | 5 0.15 5.62 63.8 | 7 0.20 5.82 63.9 | 7 0.20 6.02 64 | 6 0.17 6.20 64.1 | 5 0.15 6.34 64.2 | 4 0.12 6.46 64.3 | 6 0.17 6.63 64.4 | 3 0.09 6.72 64.5 | 4 0.12 6.84 64.6 | 4 0.12 6.95 64.7 | 2 0.06 7.01 64.8 | 9 0.26 7.27 64.9 | 8 0.23 7.51 65 | 3 0.09 7.59 65.1 | 7 0.20 7.80 65.2 | 6 0.17 7.97 65.3 | 13 0.38 8.35 65.4 | 7 0.20 8.55 65.5 | 16 0.47 9.02 65.6 | 6 0.17 9.19 65.7 | 8 0.23 9.43 65.8 | 10 0.29 9.72 65.9 | 8 0.23 9.95 66 | 11 0.32 10.27 66.1 | 12 0.35 10.62 66.2 | 8 0.23 10.85 66.3 | 9 0.26 11.11 66.4 | 4 0.12 11.23 66.5 | 10 0.29 11.52 66.6 | 5 0.15 11.67 66.7 | 16 0.47 12.13 66.8 | 10 0.29 12.42 66.9 | 8 0.23 12.66 67 | 9 0.26 12.92 67.1 | 9 0.26 13.18 67.2 | 13 0.38 13.56 67.3 | 14 0.41 13.97 67.4 | 8 0.23 14.20 67.5 | 7 0.20 14.40 67.6 | 6 0.17 14.58 67.7 | 12 0.35 14.93 67.8 | 16 0.47 15.39 67.9 | 13 0.38 15.77 68 | 11 0.32 16.09 68.1 | 7 0.20 16.29 68.2 | 14 0.41 16.70 68.3 | 8 0.23 16.93 68.4 | 11 0.32 17.25 68.5 | 8 0.23 17.49 68.6 | 13 0.38 17.86 68.7 | 7 0.20 18.07 68.8 | 19 0.55 18.62 68.9 | 7 0.20 18.82 69 | 12 0.35 19.17 69.1 | 12 0.35 19.52 69.2 | 12 0.35 19.87 69.3 | 16 0.47 20.34 69.4 | 13 0.38 20.72 69.5 | 4 0.12 20.83 69.6 | 9 0.26 21.09 69.7 | 11 0.32 21.41 69.8 | 11 0.32 21.73 69.9 | 12 0.35 22.08 70 | 25 0.73 22.81 70.1 | 11 0.32 23.13 70.2 | 15 0.44 23.57 70.3 | 15 0.44 24.00 70.4 | 13 0.38 24.38 70.5 | 12 0.35 24.73 70.6 | 17 0.49 25.23 70.7 | 11 0.32 25.55 70.8 | 5 0.15 25.69 70.9 | 13 0.38 26.07 71 | 17 0.49 26.56 71.1 | 7 0.20 26.77 71.2 | 15 0.44 27.20 71.3 | 8 0.23 27.44 71.4 | 16 0.47 27.90 71.5 | 17 0.49 28.40 71.6 | 12 0.35 28.75 71.7 | 12 0.35 29.10 71.8 | 12 0.35 29.44 71.9 | 9 0.26 29.71 72 | 17 0.49 30.20 72.1 | 13 0.38 30.58 72.2 | 20 0.58 31.16 72.3 | 16 0.47 31.63 72.4 | 9 0.26 31.89 72.5 | 16 0.47 32.35 72.6 | 12 0.35 32.70 72.7 | 11 0.32 33.02 72.8 | 15 0.44 33.46 72.9 | 13 0.38 33.84 73 | 9 0.26 34.10 73.1 | 11 0.32 34.42 73.2 | 16 0.47 34.89 73.3 | 19 0.55 35.44 73.4 | 15 0.44 35.87 73.5 | 13 0.38 36.25 73.6 | 17 0.49 36.75 73.7 | 13 0.38 37.13 73.8 | 7 0.20 37.33 73.9 | 14 0.41 37.74 74 | 19 0.55 38.29 74.1 | 15 0.44 38.73 74.2 | 11 0.32 39.05 74.3 | 18 0.52 39.57 74.4 | 6 0.17 39.74 74.5 | 15 0.44 40.18 74.6 | 14 0.41 40.59 74.7 | 18 0.52 41.11 74.8 | 10 0.29 41.40 74.9 | 12 0.35 41.75 75 | 21 0.61 42.36 75.1 | 11 0.32 42.68 75.2 | 14 0.41 43.09 75.3 | 15 0.44 43.53 75.4 | 9 0.26 43.79 75.5 | 24 0.70 44.49 75.6 | 11 0.32 44.81 75.7 | 12 0.35 45.16 75.8 | 18 0.52 45.68 75.9 | 10 0.29 45.97 76 | 10 0.29 46.26 76.1 | 11 0.32 46.58 76.2 | 13 0.38 46.96 76.3 | 16 0.47 47.43 76.4 | 8 0.23 47.66 76.5 | 15 0.44 48.09 76.6 | 11 0.32 48.41 76.7 | 10 0.29 48.71 76.8 | 13 0.38 49.08 76.9 | 8 0.23 49.32 77 | 10 0.29 49.61 77.1 | 7 0.20 49.81 77.2 | 4 0.12 49.93 77.3 | 7 0.20 50.13 77.4 | 11 0.32 50.45 77.5 | 15 0.44 50.89 77.6 | 7 0.20 51.09 77.7 | 8 0.23 51.32 77.8 | 12 0.35 51.67 77.9 | 13 0.38 52.05 78 | 12 0.35 52.40 78.1 | 10 0.29 52.69 78.2 | 10 0.29 52.98 78.3 | 11 0.32 53.30 78.4 | 11 0.32 53.62 78.5 | 9 0.26 53.88 78.6 | 8 0.23 54.12 78.7 | 11 0.32 54.44 78.8 | 14 0.41 54.84 78.9 | 9 0.26 55.11 79 | 12 0.35 55.46 79.1 | 12 0.35 55.80 79.2 | 6 0.17 55.98 79.3 | 15 0.44 56.42 79.4 | 7 0.20 56.62 79.5 | 8 0.23 56.85 79.6 | 8 0.23 57.08 79.7 | 8 0.23 57.32 79.8 | 9 0.26 57.58 79.9 | 9 0.26 57.84 80 | 7 0.20 58.04 80.1 | 4 0.12 58.16 80.2 | 11 0.32 58.48 80.3 | 9 0.26 58.74 80.4 | 6 0.17 58.92 80.5 | 7 0.20 59.12 80.6 | 3 0.09 59.21 80.7 | 10 0.29 59.50 80.8 | 8 0.23 59.73 80.9 | 7 0.20 59.94 81 | 4 0.12 60.05 81.1 | 3 0.09 60.14 81.2 | 7 0.20 60.34 81.3 | 4 0.12 60.46 81.4 | 5 0.15 60.61 81.5 | 6 0.17 60.78 81.6 | 1 0.03 60.81 81.7 | 8 0.23 61.04 81.8 | 8 0.23 61.27 81.9 | 4 0.12 61.39 82 | 2 0.06 61.45 82.1 | 7 0.20 61.65 82.2 | 6 0.17 61.83 82.3 | 8 0.23 62.06 82.4 | 4 0.12 62.18 82.5 | 6 0.17 62.35 82.6 | 4 0.12 62.47 82.7 | 3 0.09 62.55 82.8 | 4 0.12 62.67 82.9 | 5 0.15 62.82 83 | 4 0.12 62.93 83.1 | 4 0.12 63.05 83.2 | 4 0.12 63.17 83.3 | 5 0.15 63.31 83.4 | 5 0.15 63.46 83.5 | 5 0.15 63.60 83.6 | 5 0.15 63.75 83.7 | 9 0.26 64.01 83.8 | 4 0.12 64.13 83.9 | 2 0.06 64.18 84 | 3 0.09 64.27 84.1 | 1 0.03 64.30 84.2 | 3 0.09 64.39 84.3 | 5 0.15 64.53 84.4 | 8 0.23 64.77 84.5 | 5 0.15 64.91 84.7 | 2 0.06 64.97 84.8 | 7 0.20 65.17 84.9 | 4 0.12 65.29 85 | 7 0.20 65.49 85.1 | 3 0.09 65.58 85.2 | 4 0.12 65.70 85.3 | 5 0.15 65.84 85.4 | 2 0.06 65.90 85.5 | 2 0.06 65.96 85.6 | 1 0.03 65.99 85.7 | 6 0.17 66.16 85.8 | 4 0.12 66.28 85.9 | 4 0.12 66.40 86 | 1 0.03 66.42 86.1 | 3 0.09 66.51 86.2 | 2 0.06 66.57 86.3 | 2 0.06 66.63 86.5 | 6 0.17 66.80 86.6 | 2 0.06 66.86 86.7 | 5 0.15 67.01 86.8 | 4 0.12 67.12 86.9 | 2 0.06 67.18 87.1 | 3 0.09 67.27 87.3 | 4 0.12 67.38 87.4 | 3 0.09 67.47 87.5 | 1 0.03 67.50 87.6 | 6 0.17 67.68 87.7 | 1 0.03 67.70 87.8 | 1 0.03 67.73 87.9 | 2 0.06 67.79 88 | 2 0.06 67.85 88.1 | 1 0.03 67.88 88.2 | 3 0.09 67.97 88.3 | 4 0.12 68.08 88.4 | 2 0.06 68.14 88.5 | 4 0.12 68.26 88.6 | 1 0.03 68.29 88.7 | 1 0.03 68.32 88.8 | 1 0.03 68.34 89 | 2 0.06 68.40 89.1 | 2 0.06 68.46 89.2 | 1 0.03 68.49 89.3 | 1 0.03 68.52 89.6 | 1 0.03 68.55 89.7 | 5 0.15 68.69 89.8 | 1 0.03 68.72 89.9 | 3 0.09 68.81 90 | 1 0.03 68.84 90.2 | 2 0.06 68.90 90.3 | 2 0.06 68.96 90.6 | 1 0.03 68.98 90.8 | 2 0.06 69.04 90.9 | 1 0.03 69.07 91.1 | 1 0.03 69.10 91.2 | 3 0.09 69.19 91.3 | 2 0.06 69.25 91.4 | 1 0.03 69.28 91.5 | 1 0.03 69.30 91.6 | 1 0.03 69.33 91.8 | 1 0.03 69.36 92.1 | 1 0.03 69.39 92.9 | 1 0.03 69.42 93 | 1 0.03 69.45 93.1 | 1 0.03 69.48 93.2 | 1 0.03 69.51 93.5 | 1 0.03 69.54 93.6 | 2 0.06 69.60 93.7 | 2 0.06 69.65 93.8 | 2 0.06 69.71 94.2 | 1 0.03 69.74 94.3 | 1 0.03 69.77 94.7 | 1 0.03 69.80 95.2 | 1 0.03 69.83 95.4 | 1 0.03 69.86 95.9 | 1 0.03 69.89 96.5 | 1 0.03 69.92 97.8 | 1 0.03 69.94 . | 1,033 30.06 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for eyeex6575b variable in PC_HSA_rates_0307 dataset : Black, % | Diabetic | Medicare | Enrollees | Age 65-75 | Having Eye | Examination | Test | Freq. Percent Cum. ------------+----------------------------------- 45.1 | 1 0.03 0.03 45.4 | 1 0.03 0.06 45.6 | 1 0.03 0.09 47.3 | 1 0.03 0.12 48.5 | 1 0.03 0.15 49.1 | 1 0.03 0.17 49.4 | 1 0.03 0.20 49.8 | 1 0.03 0.23 50.1 | 1 0.03 0.26 50.3 | 1 0.03 0.29 50.4 | 1 0.03 0.32 50.5 | 1 0.03 0.35 50.6 | 1 0.03 0.38 51.3 | 1 0.03 0.41 51.7 | 1 0.03 0.44 52.3 | 1 0.03 0.47 52.6 | 1 0.03 0.49 52.7 | 1 0.03 0.52 52.9 | 1 0.03 0.55 53.2 | 1 0.03 0.58 53.3 | 1 0.03 0.61 53.4 | 2 0.06 0.67 53.5 | 1 0.03 0.70 53.7 | 1 0.03 0.73 53.9 | 1 0.03 0.76 54 | 1 0.03 0.79 54.3 | 2 0.06 0.84 54.5 | 2 0.06 0.90 54.6 | 1 0.03 0.93 54.9 | 1 0.03 0.96 55 | 2 0.06 1.02 55.1 | 1 0.03 1.05 55.2 | 3 0.09 1.13 55.5 | 1 0.03 1.16 55.7 | 3 0.09 1.25 55.8 | 2 0.06 1.31 55.9 | 1 0.03 1.34 56.1 | 2 0.06 1.40 56.2 | 3 0.09 1.48 56.3 | 1 0.03 1.51 56.4 | 2 0.06 1.57 56.6 | 1 0.03 1.60 56.9 | 2 0.06 1.66 57 | 1 0.03 1.69 57.1 | 1 0.03 1.72 57.2 | 3 0.09 1.80 57.3 | 2 0.06 1.86 57.4 | 5 0.15 2.01 57.5 | 4 0.12 2.12 57.6 | 1 0.03 2.15 57.9 | 2 0.06 2.21 58 | 2 0.06 2.27 58.2 | 1 0.03 2.30 58.3 | 1 0.03 2.33 58.5 | 1 0.03 2.36 58.6 | 1 0.03 2.39 58.7 | 1 0.03 2.41 58.8 | 1 0.03 2.44 58.9 | 1 0.03 2.47 59 | 2 0.06 2.53 59.1 | 2 0.06 2.59 59.2 | 2 0.06 2.65 59.3 | 1 0.03 2.68 59.4 | 1 0.03 2.71 59.5 | 3 0.09 2.79 59.6 | 3 0.09 2.88 59.7 | 2 0.06 2.94 59.8 | 3 0.09 3.03 59.9 | 3 0.09 3.11 60 | 1 0.03 3.14 60.2 | 3 0.09 3.23 60.3 | 5 0.15 3.38 60.4 | 1 0.03 3.40 60.6 | 1 0.03 3.43 60.7 | 4 0.12 3.55 60.8 | 3 0.09 3.64 60.9 | 2 0.06 3.70 61 | 2 0.06 3.75 61.1 | 3 0.09 3.84 61.2 | 1 0.03 3.87 61.3 | 1 0.03 3.90 61.4 | 3 0.09 3.99 61.5 | 4 0.12 4.10 61.6 | 2 0.06 4.16 61.7 | 1 0.03 4.19 61.8 | 3 0.09 4.28 61.9 | 7 0.20 4.48 62 | 3 0.09 4.57 62.1 | 2 0.06 4.63 62.2 | 3 0.09 4.71 62.3 | 1 0.03 4.74 62.4 | 1 0.03 4.77 62.5 | 2 0.06 4.83 62.6 | 4 0.12 4.95 62.7 | 1 0.03 4.98 62.9 | 4 0.12 5.09 63 | 4 0.12 5.21 63.1 | 3 0.09 5.30 63.2 | 4 0.12 5.41 63.3 | 2 0.06 5.47 63.4 | 1 0.03 5.50 63.5 | 3 0.09 5.59 63.6 | 3 0.09 5.67 63.7 | 4 0.12 5.79 63.8 | 3 0.09 5.88 63.9 | 3 0.09 5.96 64 | 3 0.09 6.05 64.1 | 1 0.03 6.08 64.2 | 3 0.09 6.17 64.3 | 2 0.06 6.23 64.4 | 2 0.06 6.28 64.5 | 5 0.15 6.43 64.6 | 5 0.15 6.58 64.7 | 4 0.12 6.69 64.8 | 2 0.06 6.75 64.9 | 1 0.03 6.78 65 | 3 0.09 6.87 65.1 | 2 0.06 6.92 65.2 | 2 0.06 6.98 65.3 | 3 0.09 7.07 65.4 | 4 0.12 7.19 65.5 | 1 0.03 7.22 65.6 | 2 0.06 7.27 65.7 | 1 0.03 7.30 65.8 | 3 0.09 7.39 65.9 | 1 0.03 7.42 66 | 1 0.03 7.45 66.2 | 3 0.09 7.54 66.3 | 2 0.06 7.59 66.4 | 2 0.06 7.65 66.6 | 3 0.09 7.74 66.7 | 6 0.17 7.91 66.8 | 2 0.06 7.97 66.9 | 2 0.06 8.03 67 | 3 0.09 8.12 67.1 | 1 0.03 8.15 67.2 | 3 0.09 8.23 67.3 | 1 0.03 8.26 67.4 | 2 0.06 8.32 67.5 | 1 0.03 8.35 67.6 | 1 0.03 8.38 67.7 | 4 0.12 8.50 67.8 | 2 0.06 8.55 67.9 | 2 0.06 8.61 68 | 1 0.03 8.64 68.1 | 1 0.03 8.67 68.2 | 1 0.03 8.70 68.3 | 3 0.09 8.79 68.4 | 3 0.09 8.87 68.5 | 1 0.03 8.90 68.7 | 1 0.03 8.93 68.8 | 5 0.15 9.08 68.9 | 2 0.06 9.14 69 | 1 0.03 9.16 69.1 | 1 0.03 9.19 69.2 | 4 0.12 9.31 69.3 | 2 0.06 9.37 69.4 | 2 0.06 9.43 69.5 | 1 0.03 9.46 69.6 | 1 0.03 9.49 69.7 | 3 0.09 9.57 69.8 | 2 0.06 9.63 69.9 | 1 0.03 9.66 70 | 2 0.06 9.72 70.2 | 1 0.03 9.75 70.3 | 1 0.03 9.78 70.4 | 2 0.06 9.83 70.5 | 2 0.06 9.89 70.6 | 1 0.03 9.92 70.7 | 1 0.03 9.95 70.8 | 1 0.03 9.98 70.9 | 2 0.06 10.04 71 | 1 0.03 10.07 71.1 | 1 0.03 10.10 71.2 | 1 0.03 10.13 71.3 | 1 0.03 10.15 71.6 | 2 0.06 10.21 71.7 | 1 0.03 10.24 71.8 | 1 0.03 10.27 72.3 | 1 0.03 10.30 72.4 | 1 0.03 10.33 72.5 | 1 0.03 10.36 72.6 | 1 0.03 10.39 72.7 | 1 0.03 10.42 72.9 | 2 0.06 10.47 73 | 1 0.03 10.50 73.2 | 1 0.03 10.53 73.3 | 1 0.03 10.56 73.6 | 1 0.03 10.59 73.8 | 2 0.06 10.65 73.9 | 1 0.03 10.68 74.3 | 1 0.03 10.71 74.8 | 3 0.09 10.79 75.6 | 1 0.03 10.82 75.8 | 1 0.03 10.85 77.5 | 1 0.03 10.88 79.6 | 1 0.03 10.91 . | 3,062 89.09 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for eyeex6575blcl variable in PC_HSA_rates_0307 dataset : Black, LCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having Eye | Examination | Test | Freq. Percent Cum. ------------+----------------------------------- 38.2 | 1 0.03 0.03 39.8 | 1 0.03 0.06 40 | 1 0.03 0.09 41 | 3 0.09 0.17 41.4 | 1 0.03 0.20 42 | 1 0.03 0.23 42.2 | 1 0.03 0.26 42.5 | 1 0.03 0.29 42.7 | 1 0.03 0.32 43 | 1 0.03 0.35 43.4 | 1 0.03 0.38 43.5 | 1 0.03 0.41 44.6 | 1 0.03 0.44 44.7 | 1 0.03 0.47 44.8 | 1 0.03 0.49 44.9 | 1 0.03 0.52 45 | 2 0.06 0.58 45.4 | 4 0.12 0.70 45.7 | 1 0.03 0.73 46 | 3 0.09 0.81 46.1 | 1 0.03 0.84 46.2 | 1 0.03 0.87 46.3 | 1 0.03 0.90 46.6 | 1 0.03 0.93 46.7 | 1 0.03 0.96 47.1 | 2 0.06 1.02 47.2 | 1 0.03 1.05 47.3 | 2 0.06 1.11 47.5 | 1 0.03 1.13 47.6 | 1 0.03 1.16 47.7 | 1 0.03 1.19 47.8 | 1 0.03 1.22 47.9 | 3 0.09 1.31 48.1 | 3 0.09 1.40 48.2 | 1 0.03 1.43 48.4 | 2 0.06 1.48 48.7 | 3 0.09 1.57 48.8 | 1 0.03 1.60 48.9 | 1 0.03 1.63 49.3 | 2 0.06 1.69 49.6 | 4 0.12 1.80 49.7 | 1 0.03 1.83 49.8 | 1 0.03 1.86 49.9 | 1 0.03 1.89 50 | 5 0.15 2.04 50.1 | 1 0.03 2.07 50.3 | 4 0.12 2.18 50.5 | 2 0.06 2.24 50.6 | 2 0.06 2.30 50.7 | 2 0.06 2.36 50.9 | 2 0.06 2.41 51 | 1 0.03 2.44 51.2 | 1 0.03 2.47 51.3 | 1 0.03 2.50 51.4 | 2 0.06 2.56 51.5 | 2 0.06 2.62 51.7 | 2 0.06 2.68 51.8 | 1 0.03 2.71 51.9 | 1 0.03 2.73 52 | 1 0.03 2.76 52.2 | 1 0.03 2.79 52.3 | 3 0.09 2.88 52.4 | 2 0.06 2.94 52.5 | 7 0.20 3.14 52.6 | 1 0.03 3.17 52.7 | 1 0.03 3.20 52.9 | 3 0.09 3.29 53 | 3 0.09 3.38 53.1 | 2 0.06 3.43 53.2 | 3 0.09 3.52 53.3 | 2 0.06 3.58 53.4 | 5 0.15 3.72 53.6 | 2 0.06 3.78 53.7 | 2 0.06 3.84 53.9 | 5 0.15 3.99 54 | 4 0.12 4.10 54.1 | 1 0.03 4.13 54.2 | 2 0.06 4.19 54.3 | 2 0.06 4.25 54.4 | 3 0.09 4.34 54.5 | 5 0.15 4.48 54.6 | 2 0.06 4.54 54.7 | 2 0.06 4.60 55 | 3 0.09 4.68 55.1 | 2 0.06 4.74 55.2 | 2 0.06 4.80 55.3 | 3 0.09 4.89 55.4 | 1 0.03 4.92 55.5 | 2 0.06 4.98 55.6 | 3 0.09 5.06 55.7 | 1 0.03 5.09 55.8 | 3 0.09 5.18 55.9 | 1 0.03 5.21 56 | 2 0.06 5.27 56.1 | 2 0.06 5.32 56.3 | 6 0.17 5.50 56.4 | 8 0.23 5.73 56.5 | 4 0.12 5.85 56.6 | 5 0.15 5.99 56.7 | 2 0.06 6.05 56.8 | 2 0.06 6.11 56.9 | 1 0.03 6.14 57 | 2 0.06 6.20 57.1 | 2 0.06 6.26 57.3 | 9 0.26 6.52 57.4 | 2 0.06 6.58 57.5 | 4 0.12 6.69 57.6 | 2 0.06 6.75 57.7 | 2 0.06 6.81 57.8 | 4 0.12 6.92 57.9 | 3 0.09 7.01 58 | 3 0.09 7.10 58.1 | 3 0.09 7.19 58.2 | 3 0.09 7.27 58.3 | 2 0.06 7.33 58.4 | 1 0.03 7.36 58.5 | 2 0.06 7.42 58.6 | 2 0.06 7.48 58.7 | 3 0.09 7.56 58.8 | 1 0.03 7.59 58.9 | 1 0.03 7.62 59 | 3 0.09 7.71 59.1 | 4 0.12 7.83 59.2 | 5 0.15 7.97 59.3 | 2 0.06 8.03 59.4 | 2 0.06 8.09 59.6 | 3 0.09 8.18 59.7 | 2 0.06 8.23 59.9 | 1 0.03 8.26 60.1 | 3 0.09 8.35 60.3 | 4 0.12 8.47 60.4 | 3 0.09 8.55 60.5 | 4 0.12 8.67 60.6 | 4 0.12 8.79 60.7 | 1 0.03 8.82 60.8 | 3 0.09 8.90 60.9 | 1 0.03 8.93 61.2 | 2 0.06 8.99 61.3 | 3 0.09 9.08 61.5 | 1 0.03 9.11 61.6 | 1 0.03 9.14 61.7 | 3 0.09 9.22 62 | 2 0.06 9.28 62.1 | 2 0.06 9.34 62.2 | 3 0.09 9.43 62.3 | 1 0.03 9.46 62.4 | 2 0.06 9.51 62.5 | 2 0.06 9.57 62.6 | 3 0.09 9.66 62.7 | 1 0.03 9.69 62.8 | 1 0.03 9.72 63 | 2 0.06 9.78 63.1 | 1 0.03 9.81 63.2 | 1 0.03 9.83 63.4 | 1 0.03 9.86 63.5 | 1 0.03 9.89 63.6 | 1 0.03 9.92 63.7 | 1 0.03 9.95 63.8 | 1 0.03 9.98 63.9 | 1 0.03 10.01 64 | 1 0.03 10.04 64.1 | 4 0.12 10.15 64.3 | 4 0.12 10.27 64.6 | 2 0.06 10.33 64.7 | 1 0.03 10.36 64.8 | 1 0.03 10.39 65.1 | 1 0.03 10.42 65.2 | 1 0.03 10.45 65.3 | 1 0.03 10.47 65.6 | 1 0.03 10.50 66 | 1 0.03 10.53 66.2 | 2 0.06 10.59 66.7 | 2 0.06 10.65 66.8 | 1 0.03 10.68 67.2 | 1 0.03 10.71 67.4 | 1 0.03 10.74 67.7 | 1 0.03 10.77 67.9 | 1 0.03 10.79 68.1 | 1 0.03 10.82 68.3 | 1 0.03 10.85 68.8 | 1 0.03 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for eyeex6575bucl variable in PC_HSA_rates_0307 dataset : Black, UCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having Eye | Examination | Test | Freq. Percent Cum. ------------+----------------------------------- 47.4 | 1 0.03 0.03 50.1 | 1 0.03 0.06 51.4 | 1 0.03 0.09 52.1 | 1 0.03 0.12 54.7 | 1 0.03 0.15 54.8 | 1 0.03 0.17 55.7 | 1 0.03 0.20 56.1 | 1 0.03 0.23 56.5 | 1 0.03 0.26 56.9 | 1 0.03 0.29 57.2 | 1 0.03 0.32 57.4 | 1 0.03 0.35 58.2 | 2 0.06 0.41 58.6 | 1 0.03 0.44 58.8 | 1 0.03 0.47 58.9 | 1 0.03 0.49 59.3 | 2 0.06 0.55 59.5 | 2 0.06 0.61 59.8 | 2 0.06 0.67 59.9 | 1 0.03 0.70 60.2 | 2 0.06 0.76 60.3 | 1 0.03 0.79 60.4 | 2 0.06 0.84 60.6 | 1 0.03 0.87 60.9 | 1 0.03 0.90 61 | 2 0.06 0.96 61.1 | 1 0.03 0.99 61.3 | 1 0.03 1.02 61.4 | 1 0.03 1.05 61.6 | 1 0.03 1.08 61.9 | 1 0.03 1.11 62 | 2 0.06 1.16 62.1 | 2 0.06 1.22 62.2 | 1 0.03 1.25 62.5 | 3 0.09 1.34 62.7 | 3 0.09 1.43 62.8 | 1 0.03 1.45 62.9 | 1 0.03 1.48 63 | 1 0.03 1.51 63.1 | 1 0.03 1.54 63.2 | 1 0.03 1.57 63.3 | 1 0.03 1.60 63.4 | 1 0.03 1.63 63.6 | 2 0.06 1.69 63.8 | 1 0.03 1.72 63.9 | 4 0.12 1.83 64 | 2 0.06 1.89 64.1 | 1 0.03 1.92 64.2 | 1 0.03 1.95 64.3 | 1 0.03 1.98 64.4 | 4 0.12 2.09 64.5 | 3 0.09 2.18 64.8 | 1 0.03 2.21 64.9 | 1 0.03 2.24 65 | 3 0.09 2.33 65.1 | 4 0.12 2.44 65.4 | 1 0.03 2.47 65.5 | 4 0.12 2.59 65.6 | 3 0.09 2.68 65.8 | 1 0.03 2.71 65.9 | 2 0.06 2.76 66 | 1 0.03 2.79 66.1 | 2 0.06 2.85 66.2 | 4 0.12 2.97 66.3 | 1 0.03 3.00 66.4 | 1 0.03 3.03 66.5 | 3 0.09 3.11 66.6 | 1 0.03 3.14 66.7 | 1 0.03 3.17 66.8 | 2 0.06 3.23 66.9 | 3 0.09 3.32 67 | 1 0.03 3.35 67.1 | 3 0.09 3.43 67.2 | 1 0.03 3.46 67.4 | 2 0.06 3.52 67.5 | 2 0.06 3.58 67.6 | 1 0.03 3.61 67.7 | 1 0.03 3.64 67.9 | 4 0.12 3.75 68 | 3 0.09 3.84 68.2 | 3 0.09 3.93 68.3 | 1 0.03 3.96 68.5 | 2 0.06 4.02 68.7 | 3 0.09 4.10 68.8 | 4 0.12 4.22 68.9 | 2 0.06 4.28 69 | 4 0.12 4.39 69.1 | 5 0.15 4.54 69.2 | 2 0.06 4.60 69.3 | 2 0.06 4.66 69.4 | 1 0.03 4.68 69.5 | 2 0.06 4.74 69.7 | 2 0.06 4.80 69.8 | 4 0.12 4.92 69.9 | 4 0.12 5.03 70 | 1 0.03 5.06 70.1 | 1 0.03 5.09 70.2 | 2 0.06 5.15 70.3 | 1 0.03 5.18 70.4 | 3 0.09 5.27 70.5 | 6 0.17 5.44 70.6 | 3 0.09 5.53 70.7 | 3 0.09 5.62 70.8 | 2 0.06 5.67 70.9 | 3 0.09 5.76 71 | 1 0.03 5.79 71.2 | 2 0.06 5.85 71.3 | 1 0.03 5.88 71.4 | 2 0.06 5.94 71.5 | 3 0.09 6.02 71.6 | 2 0.06 6.08 71.7 | 1 0.03 6.11 71.8 | 2 0.06 6.17 72 | 2 0.06 6.23 72.1 | 2 0.06 6.28 72.2 | 4 0.12 6.40 72.4 | 1 0.03 6.43 72.5 | 5 0.15 6.58 72.7 | 3 0.09 6.66 72.8 | 3 0.09 6.75 72.9 | 2 0.06 6.81 73 | 1 0.03 6.84 73.1 | 3 0.09 6.92 73.2 | 3 0.09 7.01 73.3 | 4 0.12 7.13 73.4 | 4 0.12 7.24 73.6 | 1 0.03 7.27 73.8 | 2 0.06 7.33 73.9 | 4 0.12 7.45 74 | 3 0.09 7.54 74.2 | 3 0.09 7.62 74.3 | 2 0.06 7.68 74.6 | 2 0.06 7.74 74.7 | 1 0.03 7.77 74.8 | 1 0.03 7.80 74.9 | 2 0.06 7.86 75 | 2 0.06 7.91 75.1 | 2 0.06 7.97 75.2 | 4 0.12 8.09 75.3 | 1 0.03 8.12 75.4 | 4 0.12 8.23 75.5 | 3 0.09 8.32 75.7 | 1 0.03 8.35 75.8 | 2 0.06 8.41 75.9 | 4 0.12 8.52 76 | 1 0.03 8.55 76.1 | 2 0.06 8.61 76.3 | 2 0.06 8.67 76.4 | 1 0.03 8.70 76.5 | 2 0.06 8.76 76.6 | 3 0.09 8.84 76.7 | 2 0.06 8.90 76.8 | 1 0.03 8.93 76.9 | 5 0.15 9.08 77 | 2 0.06 9.14 77.1 | 2 0.06 9.19 77.2 | 3 0.09 9.28 77.3 | 3 0.09 9.37 77.8 | 2 0.06 9.43 77.9 | 2 0.06 9.49 78.2 | 1 0.03 9.51 78.5 | 1 0.03 9.54 78.6 | 5 0.15 9.69 78.7 | 1 0.03 9.72 79.3 | 1 0.03 9.75 79.4 | 1 0.03 9.78 79.5 | 3 0.09 9.86 79.8 | 1 0.03 9.89 79.9 | 1 0.03 9.92 80 | 1 0.03 9.95 80.1 | 1 0.03 9.98 80.2 | 3 0.09 10.07 80.3 | 1 0.03 10.10 80.4 | 1 0.03 10.13 80.5 | 1 0.03 10.15 80.6 | 1 0.03 10.18 81.2 | 1 0.03 10.21 81.3 | 1 0.03 10.24 81.4 | 2 0.06 10.30 81.5 | 2 0.06 10.36 81.7 | 1 0.03 10.39 81.8 | 1 0.03 10.42 81.9 | 1 0.03 10.45 82.2 | 1 0.03 10.47 82.3 | 1 0.03 10.50 82.8 | 1 0.03 10.53 83.4 | 1 0.03 10.56 83.5 | 1 0.03 10.59 83.7 | 1 0.03 10.62 84.1 | 1 0.03 10.65 84.3 | 1 0.03 10.68 84.4 | 2 0.06 10.74 85 | 1 0.03 10.77 85.2 | 1 0.03 10.79 85.5 | 1 0.03 10.82 88.7 | 1 0.03 10.85 91.2 | 1 0.03 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for eyeex6575w variable in PC_HSA_rates_0307 dataset : White, % | Diabetic | Medicare | Enrollees | Age 65-75 | Having Eye | Examination | Test | Freq. Percent Cum. ------------+----------------------------------- 49.7 | 1 0.03 0.03 52.5 | 1 0.03 0.06 54.2 | 1 0.03 0.09 54.6 | 2 0.06 0.15 55.3 | 1 0.03 0.17 55.6 | 1 0.03 0.20 55.8 | 1 0.03 0.23 56.3 | 1 0.03 0.26 56.4 | 2 0.06 0.32 57.1 | 1 0.03 0.35 57.7 | 1 0.03 0.38 58 | 1 0.03 0.41 58.3 | 1 0.03 0.44 58.5 | 1 0.03 0.47 58.6 | 1 0.03 0.49 58.8 | 1 0.03 0.52 58.9 | 1 0.03 0.55 59 | 1 0.03 0.58 59.3 | 1 0.03 0.61 59.5 | 1 0.03 0.64 59.6 | 1 0.03 0.67 59.7 | 1 0.03 0.70 60.4 | 3 0.09 0.79 60.6 | 1 0.03 0.81 60.7 | 2 0.06 0.87 60.8 | 1 0.03 0.90 60.9 | 1 0.03 0.93 61 | 3 0.09 1.02 61.1 | 1 0.03 1.05 61.2 | 2 0.06 1.11 61.3 | 3 0.09 1.19 61.4 | 2 0.06 1.25 61.5 | 1 0.03 1.28 61.6 | 2 0.06 1.34 61.7 | 1 0.03 1.37 62.1 | 3 0.09 1.45 62.2 | 1 0.03 1.48 62.3 | 1 0.03 1.51 62.4 | 2 0.06 1.57 62.5 | 3 0.09 1.66 62.7 | 1 0.03 1.69 62.8 | 2 0.06 1.75 62.9 | 1 0.03 1.77 63 | 2 0.06 1.83 63.1 | 2 0.06 1.89 63.2 | 1 0.03 1.92 63.3 | 5 0.15 2.07 63.4 | 1 0.03 2.09 63.5 | 3 0.09 2.18 63.6 | 3 0.09 2.27 63.7 | 2 0.06 2.33 63.8 | 3 0.09 2.41 63.9 | 2 0.06 2.47 64 | 4 0.12 2.59 64.1 | 5 0.15 2.73 64.2 | 2 0.06 2.79 64.3 | 1 0.03 2.82 64.4 | 3 0.09 2.91 64.5 | 3 0.09 3.00 64.6 | 3 0.09 3.08 64.7 | 2 0.06 3.14 64.8 | 2 0.06 3.20 64.9 | 1 0.03 3.23 65 | 2 0.06 3.29 65.1 | 3 0.09 3.38 65.2 | 2 0.06 3.43 65.3 | 4 0.12 3.55 65.4 | 2 0.06 3.61 65.5 | 1 0.03 3.64 65.6 | 4 0.12 3.75 65.7 | 2 0.06 3.81 65.8 | 5 0.15 3.96 65.9 | 1 0.03 3.99 66 | 2 0.06 4.04 66.1 | 1 0.03 4.07 66.2 | 3 0.09 4.16 66.3 | 6 0.17 4.34 66.4 | 4 0.12 4.45 66.5 | 1 0.03 4.48 66.6 | 2 0.06 4.54 66.7 | 1 0.03 4.57 66.8 | 4 0.12 4.68 66.9 | 3 0.09 4.77 67 | 5 0.15 4.92 67.1 | 2 0.06 4.98 67.2 | 3 0.09 5.06 67.3 | 2 0.06 5.12 67.4 | 2 0.06 5.18 67.5 | 2 0.06 5.24 67.6 | 3 0.09 5.32 67.7 | 2 0.06 5.38 67.8 | 3 0.09 5.47 67.9 | 1 0.03 5.50 68 | 5 0.15 5.64 68.1 | 2 0.06 5.70 68.2 | 2 0.06 5.76 68.3 | 2 0.06 5.82 68.4 | 4 0.12 5.94 68.5 | 4 0.12 6.05 68.6 | 2 0.06 6.11 68.7 | 1 0.03 6.14 68.8 | 5 0.15 6.28 68.9 | 3 0.09 6.37 69 | 3 0.09 6.46 69.1 | 1 0.03 6.49 69.2 | 2 0.06 6.55 69.3 | 6 0.17 6.72 69.5 | 1 0.03 6.75 69.6 | 3 0.09 6.84 69.7 | 3 0.09 6.92 69.8 | 7 0.20 7.13 69.9 | 1 0.03 7.16 70 | 4 0.12 7.27 70.1 | 5 0.15 7.42 70.2 | 1 0.03 7.45 70.3 | 1 0.03 7.48 70.4 | 2 0.06 7.54 70.5 | 2 0.06 7.59 70.6 | 1 0.03 7.62 70.7 | 3 0.09 7.71 70.8 | 4 0.12 7.83 70.9 | 2 0.06 7.88 71 | 4 0.12 8.00 71.1 | 2 0.06 8.06 71.2 | 5 0.15 8.20 71.4 | 3 0.09 8.29 71.5 | 3 0.09 8.38 71.6 | 1 0.03 8.41 71.7 | 3 0.09 8.50 71.8 | 1 0.03 8.52 71.9 | 2 0.06 8.58 72 | 2 0.06 8.64 72.1 | 3 0.09 8.73 72.3 | 1 0.03 8.76 72.4 | 1 0.03 8.79 72.6 | 1 0.03 8.82 72.7 | 1 0.03 8.84 72.8 | 1 0.03 8.87 72.9 | 2 0.06 8.93 73 | 6 0.17 9.11 73.1 | 5 0.15 9.25 73.2 | 1 0.03 9.28 73.3 | 3 0.09 9.37 73.4 | 2 0.06 9.43 73.5 | 2 0.06 9.49 73.6 | 1 0.03 9.51 73.7 | 1 0.03 9.54 73.8 | 6 0.17 9.72 73.9 | 1 0.03 9.75 74 | 2 0.06 9.81 74.1 | 1 0.03 9.83 74.2 | 5 0.15 9.98 74.4 | 2 0.06 10.04 74.7 | 1 0.03 10.07 74.8 | 1 0.03 10.10 74.9 | 1 0.03 10.13 75 | 3 0.09 10.21 75.3 | 1 0.03 10.24 75.4 | 1 0.03 10.27 75.5 | 1 0.03 10.30 75.8 | 1 0.03 10.33 75.9 | 1 0.03 10.36 76 | 3 0.09 10.45 76.1 | 1 0.03 10.47 76.2 | 1 0.03 10.50 76.4 | 1 0.03 10.53 76.5 | 3 0.09 10.62 76.9 | 1 0.03 10.65 77 | 1 0.03 10.68 77.1 | 1 0.03 10.71 77.6 | 1 0.03 10.74 77.8 | 1 0.03 10.77 77.9 | 2 0.06 10.82 78 | 1 0.03 10.85 78.3 | 1 0.03 10.88 80.7 | 1 0.03 10.91 . | 3,062 89.09 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for eyeex6575wlcl variable in PC_HSA_rates_0307 dataset : White, LCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having Eye | Examination | Test | Freq. Percent Cum. ------------+----------------------------------- 42.3 | 1 0.03 0.03 44.5 | 1 0.03 0.06 44.8 | 1 0.03 0.09 45.4 | 1 0.03 0.12 47 | 1 0.03 0.15 48.4 | 1 0.03 0.17 48.6 | 1 0.03 0.20 49.9 | 1 0.03 0.23 51 | 1 0.03 0.26 51.2 | 1 0.03 0.29 51.4 | 1 0.03 0.32 51.6 | 1 0.03 0.35 51.8 | 1 0.03 0.38 52.4 | 1 0.03 0.41 52.9 | 1 0.03 0.44 53 | 1 0.03 0.47 53.1 | 1 0.03 0.49 53.9 | 1 0.03 0.52 54 | 3 0.09 0.61 54.1 | 1 0.03 0.64 54.3 | 2 0.06 0.70 54.7 | 1 0.03 0.73 54.8 | 1 0.03 0.76 54.9 | 1 0.03 0.79 55.2 | 2 0.06 0.84 55.5 | 1 0.03 0.87 55.6 | 2 0.06 0.93 55.7 | 2 0.06 0.99 55.8 | 4 0.12 1.11 56 | 3 0.09 1.19 56.1 | 1 0.03 1.22 56.2 | 1 0.03 1.25 56.3 | 1 0.03 1.28 56.4 | 2 0.06 1.34 56.6 | 1 0.03 1.37 56.7 | 3 0.09 1.45 56.8 | 1 0.03 1.48 56.9 | 3 0.09 1.57 57 | 2 0.06 1.63 57.1 | 4 0.12 1.75 57.3 | 4 0.12 1.86 57.7 | 1 0.03 1.89 57.8 | 1 0.03 1.92 57.9 | 2 0.06 1.98 58 | 2 0.06 2.04 58.1 | 2 0.06 2.09 58.2 | 2 0.06 2.15 58.4 | 1 0.03 2.18 58.5 | 2 0.06 2.24 58.6 | 2 0.06 2.30 58.7 | 1 0.03 2.33 58.8 | 1 0.03 2.36 58.9 | 2 0.06 2.41 59.1 | 1 0.03 2.44 59.2 | 1 0.03 2.47 59.3 | 2 0.06 2.53 59.4 | 2 0.06 2.59 59.5 | 1 0.03 2.62 59.6 | 2 0.06 2.68 59.7 | 2 0.06 2.73 59.8 | 3 0.09 2.82 59.9 | 1 0.03 2.85 60 | 4 0.12 2.97 60.1 | 2 0.06 3.03 60.4 | 4 0.12 3.14 60.5 | 1 0.03 3.17 60.6 | 3 0.09 3.26 60.7 | 1 0.03 3.29 60.9 | 2 0.06 3.35 61 | 5 0.15 3.49 61.1 | 4 0.12 3.61 61.2 | 4 0.12 3.72 61.3 | 5 0.15 3.87 61.4 | 2 0.06 3.93 61.5 | 3 0.09 4.02 61.6 | 2 0.06 4.07 61.7 | 3 0.09 4.16 61.8 | 1 0.03 4.19 61.9 | 3 0.09 4.28 62 | 1 0.03 4.31 62.1 | 3 0.09 4.39 62.2 | 3 0.09 4.48 62.3 | 1 0.03 4.51 62.4 | 2 0.06 4.57 62.5 | 2 0.06 4.63 62.6 | 1 0.03 4.66 62.7 | 2 0.06 4.71 62.8 | 3 0.09 4.80 62.9 | 4 0.12 4.92 63 | 2 0.06 4.98 63.1 | 4 0.12 5.09 63.2 | 3 0.09 5.18 63.3 | 2 0.06 5.24 63.4 | 2 0.06 5.30 63.5 | 4 0.12 5.41 63.6 | 4 0.12 5.53 63.7 | 1 0.03 5.56 63.9 | 1 0.03 5.59 64.1 | 2 0.06 5.64 64.2 | 5 0.15 5.79 64.3 | 2 0.06 5.85 64.4 | 3 0.09 5.94 64.5 | 4 0.12 6.05 64.6 | 4 0.12 6.17 64.7 | 6 0.17 6.34 64.8 | 3 0.09 6.43 64.9 | 1 0.03 6.46 65 | 4 0.12 6.58 65.1 | 2 0.06 6.63 65.2 | 2 0.06 6.69 65.3 | 2 0.06 6.75 65.4 | 3 0.09 6.84 65.5 | 4 0.12 6.95 65.6 | 2 0.06 7.01 65.7 | 3 0.09 7.10 65.8 | 4 0.12 7.22 65.9 | 2 0.06 7.27 66 | 2 0.06 7.33 66.1 | 3 0.09 7.42 66.2 | 2 0.06 7.48 66.3 | 1 0.03 7.51 66.4 | 3 0.09 7.59 66.5 | 2 0.06 7.65 66.6 | 3 0.09 7.74 66.7 | 1 0.03 7.77 66.8 | 1 0.03 7.80 66.9 | 2 0.06 7.86 67 | 4 0.12 7.97 67.1 | 4 0.12 8.09 67.2 | 6 0.17 8.26 67.3 | 2 0.06 8.32 67.4 | 1 0.03 8.35 67.5 | 3 0.09 8.44 67.6 | 1 0.03 8.47 67.7 | 1 0.03 8.50 67.8 | 6 0.17 8.67 67.9 | 4 0.12 8.79 68 | 4 0.12 8.90 68.2 | 3 0.09 8.99 68.3 | 1 0.03 9.02 68.4 | 2 0.06 9.08 68.5 | 2 0.06 9.14 68.6 | 3 0.09 9.22 68.7 | 2 0.06 9.28 68.8 | 2 0.06 9.34 68.9 | 2 0.06 9.40 69.1 | 2 0.06 9.46 69.3 | 1 0.03 9.49 69.5 | 2 0.06 9.54 69.6 | 1 0.03 9.57 69.7 | 3 0.09 9.66 69.8 | 3 0.09 9.75 69.9 | 2 0.06 9.81 70 | 1 0.03 9.83 70.1 | 5 0.15 9.98 70.3 | 1 0.03 10.01 70.4 | 1 0.03 10.04 70.6 | 2 0.06 10.10 70.8 | 2 0.06 10.15 70.9 | 1 0.03 10.18 71 | 1 0.03 10.21 71.1 | 1 0.03 10.24 71.2 | 1 0.03 10.27 71.3 | 1 0.03 10.30 71.7 | 2 0.06 10.36 71.9 | 1 0.03 10.39 72 | 1 0.03 10.42 72.1 | 1 0.03 10.45 72.3 | 1 0.03 10.47 72.4 | 1 0.03 10.50 72.5 | 1 0.03 10.53 72.6 | 1 0.03 10.56 72.7 | 1 0.03 10.59 73 | 1 0.03 10.62 73.2 | 2 0.06 10.68 73.5 | 1 0.03 10.71 73.6 | 1 0.03 10.74 73.8 | 1 0.03 10.77 74 | 1 0.03 10.79 74.2 | 1 0.03 10.82 74.3 | 1 0.03 10.85 74.5 | 1 0.03 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for eyeex6575wucl variable in PC_HSA_rates_0307 dataset : White, UCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having Eye | Examination | Test | Freq. Percent Cum. ------------+----------------------------------- 56.5 | 1 0.03 0.03 57.1 | 1 0.03 0.06 59.7 | 1 0.03 0.09 60 | 1 0.03 0.12 60.2 | 2 0.06 0.17 60.8 | 1 0.03 0.20 61.1 | 1 0.03 0.23 61.6 | 1 0.03 0.26 62.2 | 1 0.03 0.29 62.4 | 2 0.06 0.35 62.6 | 1 0.03 0.38 62.8 | 2 0.06 0.44 63 | 1 0.03 0.47 63.3 | 1 0.03 0.49 63.5 | 4 0.12 0.61 63.6 | 2 0.06 0.67 63.8 | 1 0.03 0.70 64.1 | 1 0.03 0.73 64.3 | 2 0.06 0.79 64.4 | 1 0.03 0.81 64.5 | 2 0.06 0.87 64.8 | 2 0.06 0.93 65 | 2 0.06 0.99 65.1 | 1 0.03 1.02 65.2 | 2 0.06 1.08 65.4 | 1 0.03 1.11 65.5 | 3 0.09 1.19 65.6 | 2 0.06 1.25 65.7 | 2 0.06 1.31 65.8 | 2 0.06 1.37 65.9 | 2 0.06 1.43 66.1 | 1 0.03 1.45 66.3 | 1 0.03 1.48 66.4 | 1 0.03 1.51 66.5 | 3 0.09 1.60 66.6 | 1 0.03 1.63 66.7 | 2 0.06 1.69 66.8 | 2 0.06 1.75 66.9 | 1 0.03 1.77 67 | 3 0.09 1.86 67.2 | 3 0.09 1.95 67.4 | 1 0.03 1.98 67.5 | 3 0.09 2.07 67.6 | 4 0.12 2.18 67.7 | 4 0.12 2.30 67.8 | 3 0.09 2.39 67.9 | 1 0.03 2.41 68 | 2 0.06 2.47 68.1 | 1 0.03 2.50 68.2 | 2 0.06 2.56 68.3 | 2 0.06 2.62 68.4 | 3 0.09 2.71 68.6 | 1 0.03 2.73 68.7 | 2 0.06 2.79 68.9 | 3 0.09 2.88 69 | 5 0.15 3.03 69.1 | 3 0.09 3.11 69.2 | 2 0.06 3.17 69.4 | 1 0.03 3.20 69.5 | 4 0.12 3.32 69.6 | 6 0.17 3.49 69.7 | 3 0.09 3.58 69.8 | 3 0.09 3.67 69.9 | 3 0.09 3.75 70 | 1 0.03 3.78 70.1 | 3 0.09 3.87 70.2 | 4 0.12 3.99 70.3 | 3 0.09 4.07 70.4 | 2 0.06 4.13 70.5 | 5 0.15 4.28 70.6 | 2 0.06 4.34 70.7 | 2 0.06 4.39 70.8 | 4 0.12 4.51 70.9 | 1 0.03 4.54 71 | 7 0.20 4.74 71.1 | 3 0.09 4.83 71.2 | 2 0.06 4.89 71.3 | 3 0.09 4.98 71.4 | 1 0.03 5.00 71.5 | 4 0.12 5.12 71.6 | 2 0.06 5.18 71.8 | 6 0.17 5.35 71.9 | 1 0.03 5.38 72 | 5 0.15 5.53 72.1 | 2 0.06 5.59 72.2 | 4 0.12 5.70 72.3 | 3 0.09 5.79 72.4 | 2 0.06 5.85 72.7 | 3 0.09 5.94 72.8 | 1 0.03 5.96 72.9 | 1 0.03 5.99 73 | 4 0.12 6.11 73.1 | 2 0.06 6.17 73.2 | 4 0.12 6.28 73.3 | 4 0.12 6.40 73.4 | 1 0.03 6.43 73.6 | 3 0.09 6.52 73.7 | 1 0.03 6.55 73.8 | 4 0.12 6.66 73.9 | 6 0.17 6.84 74 | 2 0.06 6.90 74.1 | 1 0.03 6.92 74.2 | 2 0.06 6.98 74.3 | 3 0.09 7.07 74.4 | 5 0.15 7.22 74.5 | 4 0.12 7.33 74.7 | 2 0.06 7.39 74.8 | 3 0.09 7.48 74.9 | 2 0.06 7.54 75 | 5 0.15 7.68 75.1 | 2 0.06 7.74 75.2 | 3 0.09 7.83 75.3 | 2 0.06 7.88 75.5 | 1 0.03 7.91 75.6 | 2 0.06 7.97 75.7 | 1 0.03 8.00 75.8 | 4 0.12 8.12 75.9 | 1 0.03 8.15 76 | 4 0.12 8.26 76.1 | 3 0.09 8.35 76.2 | 1 0.03 8.38 76.4 | 3 0.09 8.47 76.5 | 2 0.06 8.52 76.6 | 3 0.09 8.61 76.7 | 2 0.06 8.67 76.8 | 2 0.06 8.73 76.9 | 2 0.06 8.79 77 | 3 0.09 8.87 77.1 | 2 0.06 8.93 77.2 | 2 0.06 8.99 77.3 | 1 0.03 9.02 77.5 | 2 0.06 9.08 77.6 | 5 0.15 9.22 77.8 | 1 0.03 9.25 77.9 | 2 0.06 9.31 78.1 | 2 0.06 9.37 78.2 | 2 0.06 9.43 78.4 | 1 0.03 9.46 78.5 | 1 0.03 9.49 78.7 | 1 0.03 9.51 78.9 | 1 0.03 9.54 79.1 | 4 0.12 9.66 79.2 | 2 0.06 9.72 79.4 | 1 0.03 9.75 79.5 | 3 0.09 9.83 79.6 | 3 0.09 9.92 79.8 | 2 0.06 9.98 79.9 | 2 0.06 10.04 80 | 1 0.03 10.07 80.1 | 1 0.03 10.10 80.2 | 1 0.03 10.13 80.3 | 1 0.03 10.15 80.5 | 1 0.03 10.18 80.6 | 1 0.03 10.21 80.8 | 2 0.06 10.27 81.1 | 3 0.09 10.36 81.4 | 2 0.06 10.42 81.5 | 1 0.03 10.45 81.7 | 1 0.03 10.47 81.8 | 1 0.03 10.50 82.3 | 2 0.06 10.56 82.7 | 1 0.03 10.59 83.3 | 1 0.03 10.62 83.5 | 1 0.03 10.65 83.6 | 1 0.03 10.68 84.2 | 1 0.03 10.71 84.3 | 1 0.03 10.74 85.3 | 1 0.03 10.77 85.7 | 1 0.03 10.79 86 | 1 0.03 10.82 86.8 | 2 0.06 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for ldlc6575 variable in PC_HSA_rates_0307 dataset : Overall, % | Diabetic | Medicare | Enrollees | Age 65-75 | Having | Blood | Lipids | (LDL-C) Tes | Freq. Percent Cum. ------------+----------------------------------- 4.7 | 1 0.03 0.03 6.2 | 1 0.03 0.06 7.4 | 1 0.03 0.09 22.7 | 1 0.03 0.12 26.6 | 1 0.03 0.15 33.6 | 1 0.03 0.17 40.8 | 1 0.03 0.20 41.7 | 1 0.03 0.23 41.8 | 1 0.03 0.26 42.5 | 1 0.03 0.29 43.2 | 1 0.03 0.32 45 | 1 0.03 0.35 47.8 | 1 0.03 0.38 50.2 | 1 0.03 0.41 50.4 | 1 0.03 0.44 51.8 | 1 0.03 0.47 52.5 | 1 0.03 0.49 52.6 | 1 0.03 0.52 53 | 1 0.03 0.55 53.4 | 1 0.03 0.58 53.9 | 1 0.03 0.61 54.3 | 1 0.03 0.64 54.4 | 1 0.03 0.67 54.9 | 1 0.03 0.70 55.2 | 1 0.03 0.73 55.5 | 1 0.03 0.76 55.6 | 2 0.06 0.81 55.9 | 1 0.03 0.84 56.4 | 1 0.03 0.87 56.6 | 1 0.03 0.90 56.7 | 1 0.03 0.93 56.9 | 1 0.03 0.96 57 | 2 0.06 1.02 57.2 | 1 0.03 1.05 57.6 | 1 0.03 1.08 57.8 | 1 0.03 1.11 58 | 1 0.03 1.13 58.1 | 1 0.03 1.16 58.2 | 1 0.03 1.19 58.5 | 1 0.03 1.22 58.7 | 1 0.03 1.25 59 | 3 0.09 1.34 59.1 | 1 0.03 1.37 59.2 | 1 0.03 1.40 59.5 | 1 0.03 1.43 59.7 | 1 0.03 1.45 59.8 | 2 0.06 1.51 60.4 | 2 0.06 1.57 60.5 | 1 0.03 1.60 60.7 | 3 0.09 1.69 61.1 | 1 0.03 1.72 61.2 | 1 0.03 1.75 61.3 | 3 0.09 1.83 61.4 | 4 0.12 1.95 61.5 | 2 0.06 2.01 61.6 | 1 0.03 2.04 61.8 | 1 0.03 2.07 61.9 | 1 0.03 2.09 62.1 | 2 0.06 2.15 62.2 | 5 0.15 2.30 62.3 | 1 0.03 2.33 62.4 | 2 0.06 2.39 62.5 | 2 0.06 2.44 62.6 | 2 0.06 2.50 62.7 | 4 0.12 2.62 62.9 | 2 0.06 2.68 63 | 1 0.03 2.71 63.1 | 4 0.12 2.82 63.2 | 5 0.15 2.97 63.3 | 1 0.03 3.00 63.4 | 3 0.09 3.08 63.5 | 2 0.06 3.14 63.6 | 2 0.06 3.20 63.7 | 5 0.15 3.35 63.8 | 2 0.06 3.40 63.9 | 4 0.12 3.52 64 | 3 0.09 3.61 64.1 | 3 0.09 3.70 64.2 | 2 0.06 3.75 64.3 | 4 0.12 3.87 64.4 | 1 0.03 3.90 64.5 | 4 0.12 4.02 64.6 | 3 0.09 4.10 64.7 | 2 0.06 4.16 64.8 | 3 0.09 4.25 64.9 | 2 0.06 4.31 65 | 2 0.06 4.36 65.1 | 4 0.12 4.48 65.3 | 6 0.17 4.66 65.4 | 4 0.12 4.77 65.5 | 5 0.15 4.92 65.6 | 4 0.12 5.03 65.7 | 2 0.06 5.09 65.8 | 2 0.06 5.15 65.9 | 6 0.17 5.32 66 | 3 0.09 5.41 66.1 | 5 0.15 5.56 66.2 | 2 0.06 5.62 66.3 | 6 0.17 5.79 66.4 | 5 0.15 5.94 66.5 | 4 0.12 6.05 66.6 | 5 0.15 6.20 66.7 | 4 0.12 6.31 66.8 | 5 0.15 6.46 66.9 | 4 0.12 6.58 67 | 4 0.12 6.69 67.1 | 2 0.06 6.75 67.2 | 4 0.12 6.87 67.3 | 5 0.15 7.01 67.4 | 4 0.12 7.13 67.5 | 7 0.20 7.33 67.6 | 8 0.23 7.56 67.7 | 6 0.17 7.74 67.8 | 4 0.12 7.86 67.9 | 4 0.12 7.97 68 | 7 0.20 8.18 68.1 | 2 0.06 8.23 68.2 | 4 0.12 8.35 68.3 | 12 0.35 8.70 68.4 | 5 0.15 8.84 68.5 | 10 0.29 9.14 68.6 | 4 0.12 9.25 68.7 | 4 0.12 9.37 68.8 | 2 0.06 9.43 68.9 | 4 0.12 9.54 69 | 8 0.23 9.78 69.1 | 5 0.15 9.92 69.2 | 8 0.23 10.15 69.3 | 7 0.20 10.36 69.4 | 5 0.15 10.50 69.5 | 7 0.20 10.71 69.6 | 6 0.17 10.88 69.7 | 5 0.15 11.03 69.8 | 11 0.32 11.35 69.9 | 8 0.23 11.58 70 | 5 0.15 11.73 70.1 | 8 0.23 11.96 70.2 | 6 0.17 12.13 70.3 | 4 0.12 12.25 70.4 | 3 0.09 12.34 70.5 | 5 0.15 12.48 70.6 | 9 0.26 12.74 70.7 | 4 0.12 12.86 70.8 | 8 0.23 13.09 70.9 | 5 0.15 13.24 71 | 10 0.29 13.53 71.1 | 7 0.20 13.73 71.2 | 6 0.17 13.91 71.3 | 7 0.20 14.11 71.4 | 5 0.15 14.26 71.5 | 11 0.32 14.58 71.6 | 13 0.38 14.95 71.7 | 8 0.23 15.19 71.8 | 9 0.26 15.45 71.9 | 9 0.26 15.71 72 | 10 0.29 16.00 72.1 | 7 0.20 16.21 72.2 | 7 0.20 16.41 72.3 | 11 0.32 16.73 72.4 | 12 0.35 17.08 72.5 | 20 0.58 17.66 72.6 | 6 0.17 17.84 72.7 | 9 0.26 18.10 72.8 | 11 0.32 18.42 72.9 | 11 0.32 18.74 73 | 15 0.44 19.17 73.1 | 15 0.44 19.61 73.2 | 12 0.35 19.96 73.3 | 10 0.29 20.25 73.4 | 12 0.35 20.60 73.5 | 7 0.20 20.80 73.6 | 9 0.26 21.06 73.7 | 9 0.26 21.33 73.8 | 13 0.38 21.70 73.9 | 10 0.29 22.00 74 | 10 0.29 22.29 74.1 | 11 0.32 22.61 74.2 | 11 0.32 22.93 74.3 | 11 0.32 23.25 74.4 | 7 0.20 23.45 74.5 | 17 0.49 23.95 74.6 | 16 0.47 24.41 74.7 | 16 0.47 24.88 74.8 | 13 0.38 25.25 74.9 | 11 0.32 25.57 75 | 20 0.58 26.16 75.1 | 20 0.58 26.74 75.2 | 21 0.61 27.35 75.3 | 20 0.58 27.93 75.4 | 12 0.35 28.28 75.5 | 15 0.44 28.72 75.6 | 10 0.29 29.01 75.7 | 14 0.41 29.42 75.8 | 18 0.52 29.94 75.9 | 5 0.15 30.08 76 | 13 0.38 30.46 76.1 | 12 0.35 30.81 76.2 | 21 0.61 31.42 76.3 | 12 0.35 31.77 76.4 | 14 0.41 32.18 76.5 | 25 0.73 32.91 76.6 | 13 0.38 33.28 76.7 | 24 0.70 33.98 76.8 | 18 0.52 34.51 76.9 | 15 0.44 34.94 77 | 19 0.55 35.50 77.1 | 18 0.52 36.02 77.2 | 18 0.52 36.54 77.3 | 19 0.55 37.10 77.4 | 10 0.29 37.39 77.5 | 22 0.64 38.03 77.6 | 12 0.35 38.38 77.7 | 15 0.44 38.81 77.8 | 15 0.44 39.25 77.9 | 14 0.41 39.66 78 | 10 0.29 39.95 78.1 | 11 0.32 40.27 78.2 | 21 0.61 40.88 78.3 | 21 0.61 41.49 78.4 | 9 0.26 41.75 78.5 | 16 0.47 42.22 78.6 | 17 0.49 42.71 78.7 | 22 0.64 43.35 78.8 | 17 0.49 43.85 78.9 | 14 0.41 44.25 79 | 26 0.76 45.01 79.1 | 11 0.32 45.33 79.2 | 24 0.70 46.03 79.3 | 20 0.58 46.61 79.4 | 19 0.55 47.16 79.5 | 19 0.55 47.72 79.6 | 12 0.35 48.07 79.7 | 10 0.29 48.36 79.8 | 14 0.41 48.76 79.9 | 9 0.26 49.03 80 | 14 0.41 49.43 80.1 | 13 0.38 49.81 80.2 | 13 0.38 50.19 80.3 | 14 0.41 50.60 80.4 | 16 0.47 51.06 80.5 | 17 0.49 51.56 80.6 | 19 0.55 52.11 80.7 | 15 0.44 52.55 80.8 | 19 0.55 53.10 80.9 | 14 0.41 53.51 81 | 8 0.23 53.74 81.1 | 17 0.49 54.23 81.2 | 14 0.41 54.64 81.3 | 18 0.52 55.16 81.4 | 10 0.29 55.46 81.5 | 14 0.41 55.86 81.6 | 18 0.52 56.39 81.7 | 15 0.44 56.82 81.8 | 16 0.47 57.29 81.9 | 5 0.15 57.43 82 | 17 0.49 57.93 82.1 | 10 0.29 58.22 82.2 | 9 0.26 58.48 82.3 | 20 0.58 59.06 82.4 | 8 0.23 59.30 82.5 | 18 0.52 59.82 82.6 | 9 0.26 60.08 82.7 | 10 0.29 60.37 82.8 | 12 0.35 60.72 82.9 | 13 0.38 61.10 83 | 8 0.23 61.33 83.1 | 12 0.35 61.68 83.2 | 15 0.44 62.12 83.3 | 12 0.35 62.47 83.4 | 12 0.35 62.82 83.5 | 11 0.32 63.14 83.6 | 9 0.26 63.40 83.7 | 7 0.20 63.60 83.8 | 18 0.52 64.13 83.9 | 7 0.20 64.33 84 | 8 0.23 64.56 84.1 | 8 0.23 64.79 84.2 | 4 0.12 64.91 84.3 | 8 0.23 65.14 84.4 | 6 0.17 65.32 84.5 | 10 0.29 65.61 84.6 | 4 0.12 65.73 84.7 | 7 0.20 65.93 84.8 | 11 0.32 66.25 84.9 | 4 0.12 66.37 85 | 8 0.23 66.60 85.1 | 3 0.09 66.69 85.2 | 6 0.17 66.86 85.3 | 11 0.32 67.18 85.4 | 3 0.09 67.27 85.5 | 5 0.15 67.41 85.6 | 6 0.17 67.59 85.7 | 3 0.09 67.68 85.8 | 5 0.15 67.82 85.9 | 2 0.06 67.88 86 | 6 0.17 68.05 86.1 | 4 0.12 68.17 86.2 | 6 0.17 68.34 86.3 | 4 0.12 68.46 86.4 | 5 0.15 68.61 86.5 | 2 0.06 68.66 86.6 | 4 0.12 68.78 86.7 | 1 0.03 68.81 86.8 | 2 0.06 68.87 86.9 | 1 0.03 68.90 87 | 3 0.09 68.98 87.1 | 3 0.09 69.07 87.2 | 7 0.20 69.28 87.3 | 1 0.03 69.30 87.4 | 1 0.03 69.33 87.5 | 3 0.09 69.42 87.6 | 4 0.12 69.54 87.7 | 1 0.03 69.57 87.9 | 1 0.03 69.60 88 | 2 0.06 69.65 88.1 | 1 0.03 69.68 88.3 | 2 0.06 69.74 88.4 | 1 0.03 69.77 88.7 | 1 0.03 69.80 89.6 | 1 0.03 69.83 90 | 1 0.03 69.86 90.5 | 1 0.03 69.89 91 | 1 0.03 69.92 91.4 | 1 0.03 69.94 91.7 | 1 0.03 69.97 . | 1,032 30.03 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for ldlc6575lcl variable in PC_HSA_rates_0307 dataset : Overall, | LCL % | Diabetic | Medicare | Enrollees | Age 65-75 | Having | Blood | Lipids | (LDL-C) | Freq. Percent Cum. ------------+----------------------------------- 2.2 | 1 0.03 0.03 4 | 1 0.03 0.06 4.4 | 1 0.03 0.09 17.7 | 1 0.03 0.12 23.2 | 1 0.03 0.15 26 | 1 0.03 0.17 33.8 | 1 0.03 0.20 34.2 | 1 0.03 0.23 34.8 | 1 0.03 0.26 36.4 | 1 0.03 0.29 36.9 | 1 0.03 0.32 37.7 | 1 0.03 0.35 40 | 1 0.03 0.38 41.6 | 1 0.03 0.41 42.1 | 1 0.03 0.44 42.9 | 1 0.03 0.47 43.6 | 1 0.03 0.49 44 | 1 0.03 0.52 44.8 | 1 0.03 0.55 45.1 | 1 0.03 0.58 45.4 | 1 0.03 0.61 46.8 | 1 0.03 0.64 47.2 | 1 0.03 0.67 47.4 | 1 0.03 0.70 47.6 | 1 0.03 0.73 47.7 | 1 0.03 0.76 47.9 | 1 0.03 0.79 48.1 | 1 0.03 0.81 48.3 | 1 0.03 0.84 48.6 | 2 0.06 0.90 48.7 | 1 0.03 0.93 48.9 | 1 0.03 0.96 49 | 1 0.03 0.99 49.3 | 3 0.09 1.08 49.6 | 1 0.03 1.11 49.9 | 1 0.03 1.13 50 | 2 0.06 1.19 50.1 | 1 0.03 1.22 50.3 | 1 0.03 1.25 50.6 | 3 0.09 1.34 50.7 | 1 0.03 1.37 50.8 | 1 0.03 1.40 50.9 | 2 0.06 1.45 51.2 | 1 0.03 1.48 51.3 | 1 0.03 1.51 51.4 | 1 0.03 1.54 51.6 | 2 0.06 1.60 51.7 | 1 0.03 1.63 51.8 | 1 0.03 1.66 51.9 | 1 0.03 1.69 52.3 | 1 0.03 1.72 52.4 | 2 0.06 1.77 52.6 | 1 0.03 1.80 52.7 | 1 0.03 1.83 52.8 | 2 0.06 1.89 52.9 | 1 0.03 1.92 53.1 | 4 0.12 2.04 53.2 | 2 0.06 2.09 53.4 | 1 0.03 2.12 53.5 | 3 0.09 2.21 53.7 | 3 0.09 2.30 53.8 | 1 0.03 2.33 53.9 | 2 0.06 2.39 54 | 3 0.09 2.47 54.1 | 1 0.03 2.50 54.2 | 1 0.03 2.53 54.4 | 1 0.03 2.56 54.5 | 1 0.03 2.59 54.6 | 1 0.03 2.62 54.7 | 3 0.09 2.71 54.8 | 1 0.03 2.73 54.9 | 4 0.12 2.85 55 | 3 0.09 2.94 55.1 | 3 0.09 3.03 55.2 | 4 0.12 3.14 55.3 | 2 0.06 3.20 55.4 | 2 0.06 3.26 55.5 | 4 0.12 3.38 55.6 | 1 0.03 3.40 55.7 | 2 0.06 3.46 55.9 | 4 0.12 3.58 56 | 1 0.03 3.61 56.1 | 5 0.15 3.75 56.2 | 1 0.03 3.78 56.3 | 7 0.20 3.99 56.5 | 2 0.06 4.04 56.6 | 2 0.06 4.10 56.7 | 4 0.12 4.22 56.8 | 5 0.15 4.36 56.9 | 1 0.03 4.39 57 | 5 0.15 4.54 57.1 | 3 0.09 4.63 57.2 | 4 0.12 4.74 57.3 | 4 0.12 4.86 57.4 | 4 0.12 4.98 57.5 | 3 0.09 5.06 57.6 | 8 0.23 5.30 57.8 | 4 0.12 5.41 57.9 | 4 0.12 5.53 58 | 5 0.15 5.67 58.2 | 4 0.12 5.79 58.3 | 3 0.09 5.88 58.4 | 2 0.06 5.94 58.5 | 4 0.12 6.05 58.6 | 1 0.03 6.08 58.7 | 5 0.15 6.23 58.8 | 7 0.20 6.43 58.9 | 5 0.15 6.58 59 | 5 0.15 6.72 59.1 | 2 0.06 6.78 59.2 | 1 0.03 6.81 59.3 | 4 0.12 6.92 59.4 | 6 0.17 7.10 59.5 | 6 0.17 7.27 59.6 | 5 0.15 7.42 59.7 | 1 0.03 7.45 59.8 | 6 0.17 7.62 59.9 | 7 0.20 7.83 60 | 5 0.15 7.97 60.1 | 8 0.23 8.20 60.2 | 5 0.15 8.35 60.3 | 3 0.09 8.44 60.4 | 2 0.06 8.50 60.5 | 5 0.15 8.64 60.6 | 2 0.06 8.70 60.7 | 4 0.12 8.82 60.8 | 7 0.20 9.02 60.9 | 7 0.20 9.22 61 | 4 0.12 9.34 61.1 | 6 0.17 9.51 61.2 | 6 0.17 9.69 61.3 | 9 0.26 9.95 61.4 | 3 0.09 10.04 61.5 | 12 0.35 10.39 61.6 | 5 0.15 10.53 61.7 | 9 0.26 10.79 61.8 | 3 0.09 10.88 61.9 | 8 0.23 11.11 62 | 2 0.06 11.17 62.1 | 7 0.20 11.38 62.2 | 4 0.12 11.49 62.3 | 3 0.09 11.58 62.4 | 6 0.17 11.75 62.5 | 7 0.20 11.96 62.6 | 7 0.20 12.16 62.7 | 7 0.20 12.37 62.8 | 7 0.20 12.57 62.9 | 9 0.26 12.83 63 | 7 0.20 13.03 63.1 | 10 0.29 13.33 63.2 | 10 0.29 13.62 63.3 | 9 0.26 13.88 63.4 | 12 0.35 14.23 63.5 | 11 0.32 14.55 63.6 | 5 0.15 14.69 63.7 | 5 0.15 14.84 63.8 | 16 0.47 15.30 63.9 | 8 0.23 15.54 64 | 8 0.23 15.77 64.1 | 4 0.12 15.89 64.2 | 10 0.29 16.18 64.3 | 7 0.20 16.38 64.4 | 7 0.20 16.58 64.5 | 13 0.38 16.96 64.6 | 7 0.20 17.17 64.7 | 16 0.47 17.63 64.8 | 4 0.12 17.75 64.9 | 11 0.32 18.07 65 | 8 0.23 18.30 65.1 | 5 0.15 18.45 65.2 | 10 0.29 18.74 65.3 | 11 0.32 19.06 65.4 | 6 0.17 19.23 65.5 | 4 0.12 19.35 65.6 | 11 0.32 19.67 65.7 | 11 0.32 19.99 65.8 | 12 0.35 20.34 65.9 | 9 0.26 20.60 66 | 12 0.35 20.95 66.1 | 13 0.38 21.33 66.2 | 6 0.17 21.50 66.3 | 20 0.58 22.08 66.4 | 9 0.26 22.35 66.5 | 14 0.41 22.75 66.6 | 9 0.26 23.01 66.7 | 10 0.29 23.31 66.8 | 8 0.23 23.54 66.9 | 8 0.23 23.77 67 | 13 0.38 24.15 67.1 | 13 0.38 24.53 67.2 | 10 0.29 24.82 67.3 | 9 0.26 25.08 67.4 | 10 0.29 25.37 67.5 | 11 0.32 25.69 67.6 | 8 0.23 25.92 67.7 | 8 0.23 26.16 67.8 | 9 0.26 26.42 67.9 | 10 0.29 26.71 68 | 15 0.44 27.15 68.1 | 13 0.38 27.52 68.2 | 16 0.47 27.99 68.3 | 6 0.17 28.16 68.4 | 9 0.26 28.43 68.5 | 14 0.41 28.83 68.6 | 8 0.23 29.07 68.7 | 13 0.38 29.44 68.8 | 13 0.38 29.82 68.9 | 9 0.26 30.08 69 | 20 0.58 30.67 69.1 | 10 0.29 30.96 69.2 | 11 0.32 31.28 69.3 | 17 0.49 31.77 69.4 | 10 0.29 32.06 69.5 | 11 0.32 32.38 69.6 | 9 0.26 32.64 69.7 | 12 0.35 32.99 69.8 | 24 0.70 33.69 69.9 | 7 0.20 33.90 70 | 13 0.38 34.27 70.1 | 11 0.32 34.59 70.2 | 13 0.38 34.97 70.3 | 12 0.35 35.32 70.4 | 22 0.64 35.96 70.5 | 12 0.35 36.31 70.6 | 6 0.17 36.49 70.7 | 15 0.44 36.92 70.8 | 14 0.41 37.33 70.9 | 13 0.38 37.71 71 | 26 0.76 38.46 71.1 | 7 0.20 38.67 71.2 | 15 0.44 39.10 71.3 | 19 0.55 39.66 71.4 | 11 0.32 39.98 71.5 | 15 0.44 40.41 71.6 | 9 0.26 40.68 71.7 | 13 0.38 41.05 71.8 | 15 0.44 41.49 71.9 | 22 0.64 42.13 72 | 17 0.49 42.62 72.1 | 16 0.47 43.09 72.2 | 14 0.41 43.50 72.3 | 16 0.47 43.96 72.4 | 15 0.44 44.40 72.5 | 10 0.29 44.69 72.6 | 16 0.47 45.16 72.7 | 15 0.44 45.59 72.8 | 25 0.73 46.32 72.9 | 9 0.26 46.58 73 | 19 0.55 47.13 73.1 | 15 0.44 47.57 73.2 | 14 0.41 47.98 73.3 | 11 0.32 48.30 73.4 | 15 0.44 48.73 73.5 | 17 0.49 49.23 73.6 | 11 0.32 49.55 73.7 | 20 0.58 50.13 73.8 | 17 0.49 50.63 73.9 | 12 0.35 50.97 74 | 9 0.26 51.24 74.1 | 11 0.32 51.56 74.2 | 7 0.20 51.76 74.3 | 15 0.44 52.20 74.4 | 8 0.23 52.43 74.5 | 14 0.41 52.84 74.6 | 10 0.29 53.13 74.7 | 19 0.55 53.68 74.8 | 14 0.41 54.09 74.9 | 14 0.41 54.50 75 | 16 0.47 54.96 75.1 | 13 0.38 55.34 75.2 | 25 0.73 56.07 75.3 | 18 0.52 56.59 75.4 | 14 0.41 57.00 75.5 | 17 0.49 57.49 75.6 | 12 0.35 57.84 75.7 | 11 0.32 58.16 75.8 | 15 0.44 58.60 75.9 | 12 0.35 58.95 76 | 12 0.35 59.30 76.1 | 8 0.23 59.53 76.2 | 13 0.38 59.91 76.3 | 15 0.44 60.34 76.4 | 5 0.15 60.49 76.5 | 11 0.32 60.81 76.6 | 8 0.23 61.04 76.7 | 10 0.29 61.33 76.8 | 15 0.44 61.77 76.9 | 5 0.15 61.91 77 | 11 0.32 62.23 77.1 | 15 0.44 62.67 77.2 | 5 0.15 62.82 77.3 | 7 0.20 63.02 77.4 | 11 0.32 63.34 77.5 | 13 0.38 63.72 77.6 | 4 0.12 63.83 77.7 | 7 0.20 64.04 77.8 | 12 0.35 64.39 77.9 | 7 0.20 64.59 78 | 4 0.12 64.71 78.1 | 7 0.20 64.91 78.2 | 6 0.17 65.09 78.3 | 7 0.20 65.29 78.4 | 4 0.12 65.41 78.5 | 8 0.23 65.64 78.6 | 5 0.15 65.78 78.7 | 5 0.15 65.93 78.8 | 7 0.20 66.13 78.9 | 4 0.12 66.25 79 | 5 0.15 66.40 79.1 | 6 0.17 66.57 79.2 | 9 0.26 66.83 79.3 | 7 0.20 67.04 79.4 | 4 0.12 67.15 79.5 | 11 0.32 67.47 79.6 | 2 0.06 67.53 79.7 | 4 0.12 67.65 79.8 | 6 0.17 67.82 79.9 | 3 0.09 67.91 80 | 5 0.15 68.05 80.1 | 3 0.09 68.14 80.2 | 2 0.06 68.20 80.3 | 4 0.12 68.32 80.4 | 1 0.03 68.34 80.5 | 2 0.06 68.40 80.6 | 2 0.06 68.46 80.7 | 4 0.12 68.58 80.8 | 4 0.12 68.69 80.9 | 1 0.03 68.72 81 | 2 0.06 68.78 81.2 | 4 0.12 68.90 81.3 | 1 0.03 68.93 81.4 | 3 0.09 69.01 81.5 | 3 0.09 69.10 81.6 | 1 0.03 69.13 81.7 | 1 0.03 69.16 81.8 | 4 0.12 69.28 82 | 3 0.09 69.36 82.1 | 1 0.03 69.39 82.2 | 1 0.03 69.42 82.3 | 2 0.06 69.48 82.4 | 1 0.03 69.51 82.5 | 2 0.06 69.57 82.6 | 1 0.03 69.60 82.7 | 1 0.03 69.62 82.8 | 1 0.03 69.65 83 | 2 0.06 69.71 83.2 | 1 0.03 69.74 83.3 | 1 0.03 69.77 83.4 | 1 0.03 69.80 83.6 | 1 0.03 69.83 84 | 1 0.03 69.86 84.2 | 1 0.03 69.89 84.7 | 1 0.03 69.92 85.1 | 1 0.03 69.94 . | 1,033 30.06 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for ldlc6575ucl variable in PC_HSA_rates_0307 dataset : Overall, | UCL % | Diabetic | Medicare | Enrollees | Age 65-75 | Having | Blood | Lipids | (LDL-C) | Freq. Percent Cum. ------------+----------------------------------- 7.1 | 1 0.03 0.03 8.5 | 1 0.03 0.06 10.4 | 1 0.03 0.09 27.7 | 1 0.03 0.12 30.1 | 1 0.03 0.15 41.3 | 1 0.03 0.17 44.6 | 1 0.03 0.20 48.6 | 2 0.06 0.26 49.5 | 1 0.03 0.29 51.1 | 1 0.03 0.32 53.5 | 1 0.03 0.35 55.7 | 1 0.03 0.38 58.2 | 1 0.03 0.41 59.2 | 1 0.03 0.44 59.9 | 2 0.06 0.49 60.2 | 1 0.03 0.52 60.3 | 1 0.03 0.55 60.7 | 1 0.03 0.58 61.1 | 1 0.03 0.61 61.5 | 1 0.03 0.64 61.6 | 1 0.03 0.67 61.7 | 1 0.03 0.70 62 | 1 0.03 0.73 62.3 | 1 0.03 0.76 62.6 | 1 0.03 0.79 62.7 | 2 0.06 0.84 63.5 | 1 0.03 0.87 63.9 | 1 0.03 0.90 64 | 1 0.03 0.93 64.4 | 2 0.06 0.99 64.7 | 1 0.03 1.02 65 | 2 0.06 1.08 65.1 | 1 0.03 1.11 65.2 | 1 0.03 1.13 65.8 | 2 0.06 1.19 66.2 | 1 0.03 1.22 66.5 | 2 0.06 1.28 66.7 | 3 0.09 1.37 67.1 | 1 0.03 1.40 67.2 | 1 0.03 1.43 67.3 | 4 0.12 1.54 67.4 | 2 0.06 1.60 67.6 | 1 0.03 1.63 67.7 | 4 0.12 1.75 67.8 | 2 0.06 1.80 68 | 1 0.03 1.83 68.1 | 2 0.06 1.89 68.2 | 2 0.06 1.95 68.3 | 2 0.06 2.01 68.4 | 3 0.09 2.09 68.5 | 1 0.03 2.12 68.7 | 2 0.06 2.18 68.8 | 2 0.06 2.24 68.9 | 1 0.03 2.27 69 | 3 0.09 2.36 69.1 | 4 0.12 2.47 69.2 | 5 0.15 2.62 69.4 | 1 0.03 2.65 69.5 | 1 0.03 2.68 69.7 | 1 0.03 2.71 69.8 | 2 0.06 2.76 69.9 | 2 0.06 2.82 70 | 1 0.03 2.85 70.2 | 4 0.12 2.97 70.3 | 2 0.06 3.03 70.4 | 1 0.03 3.05 70.5 | 3 0.09 3.14 70.6 | 1 0.03 3.17 70.7 | 3 0.09 3.26 70.8 | 2 0.06 3.32 70.9 | 2 0.06 3.38 71 | 8 0.23 3.61 71.1 | 2 0.06 3.67 71.2 | 1 0.03 3.70 71.3 | 1 0.03 3.72 71.4 | 4 0.12 3.84 71.5 | 2 0.06 3.90 71.6 | 3 0.09 3.99 71.7 | 4 0.12 4.10 71.8 | 5 0.15 4.25 71.9 | 6 0.17 4.42 72 | 3 0.09 4.51 72.1 | 2 0.06 4.57 72.2 | 4 0.12 4.68 72.3 | 2 0.06 4.74 72.4 | 1 0.03 4.77 72.5 | 1 0.03 4.80 72.6 | 4 0.12 4.92 72.8 | 3 0.09 5.00 72.9 | 5 0.15 5.15 73 | 3 0.09 5.24 73.1 | 3 0.09 5.32 73.2 | 5 0.15 5.47 73.3 | 7 0.20 5.67 73.4 | 6 0.17 5.85 73.5 | 5 0.15 5.99 73.6 | 5 0.15 6.14 73.7 | 3 0.09 6.23 73.8 | 5 0.15 6.37 73.9 | 6 0.17 6.55 74 | 2 0.06 6.60 74.1 | 4 0.12 6.72 74.2 | 6 0.17 6.90 74.3 | 7 0.20 7.10 74.4 | 6 0.17 7.27 74.5 | 4 0.12 7.39 74.6 | 2 0.06 7.45 74.7 | 8 0.23 7.68 74.8 | 4 0.12 7.80 74.9 | 9 0.26 8.06 75 | 10 0.29 8.35 75.1 | 1 0.03 8.38 75.2 | 6 0.17 8.55 75.3 | 3 0.09 8.64 75.4 | 6 0.17 8.82 75.5 | 9 0.26 9.08 75.6 | 8 0.23 9.31 75.7 | 8 0.23 9.54 75.8 | 9 0.26 9.81 75.9 | 6 0.17 9.98 76 | 8 0.23 10.21 76.1 | 6 0.17 10.39 76.2 | 7 0.20 10.59 76.3 | 9 0.26 10.85 76.4 | 4 0.12 10.97 76.5 | 10 0.29 11.26 76.6 | 5 0.15 11.41 76.7 | 7 0.20 11.61 76.8 | 8 0.23 11.84 76.9 | 8 0.23 12.07 77 | 12 0.35 12.42 77.1 | 3 0.09 12.51 77.2 | 5 0.15 12.66 77.3 | 7 0.20 12.86 77.4 | 7 0.20 13.06 77.5 | 8 0.23 13.30 77.6 | 9 0.26 13.56 77.7 | 7 0.20 13.76 77.8 | 11 0.32 14.08 77.9 | 7 0.20 14.29 78 | 9 0.26 14.55 78.1 | 9 0.26 14.81 78.2 | 12 0.35 15.16 78.3 | 10 0.29 15.45 78.4 | 12 0.35 15.80 78.5 | 10 0.29 16.09 78.6 | 8 0.23 16.32 78.7 | 14 0.41 16.73 78.8 | 11 0.32 17.05 78.9 | 13 0.38 17.43 79 | 12 0.35 17.78 79.1 | 11 0.32 18.10 79.2 | 12 0.35 18.45 79.3 | 8 0.23 18.68 79.4 | 6 0.17 18.85 79.5 | 13 0.38 19.23 79.6 | 12 0.35 19.58 79.7 | 8 0.23 19.81 79.8 | 8 0.23 20.05 79.9 | 5 0.15 20.19 80 | 16 0.47 20.66 80.1 | 11 0.32 20.98 80.2 | 13 0.38 21.36 80.3 | 8 0.23 21.59 80.4 | 11 0.32 21.91 80.5 | 15 0.44 22.35 80.6 | 10 0.29 22.64 80.7 | 19 0.55 23.19 80.8 | 15 0.44 23.63 80.9 | 14 0.41 24.03 81 | 16 0.47 24.50 81.1 | 6 0.17 24.67 81.2 | 12 0.35 25.02 81.3 | 15 0.44 25.46 81.4 | 8 0.23 25.69 81.5 | 11 0.32 26.01 81.6 | 19 0.55 26.56 81.7 | 12 0.35 26.91 81.8 | 12 0.35 27.26 81.9 | 13 0.38 27.64 82 | 15 0.44 28.08 82.1 | 10 0.29 28.37 82.2 | 10 0.29 28.66 82.3 | 19 0.55 29.21 82.4 | 16 0.47 29.68 82.5 | 16 0.47 30.14 82.6 | 15 0.44 30.58 82.7 | 10 0.29 30.87 82.8 | 20 0.58 31.45 82.9 | 8 0.23 31.68 83 | 15 0.44 32.12 83.1 | 18 0.52 32.64 83.2 | 25 0.73 33.37 83.3 | 14 0.41 33.78 83.4 | 17 0.49 34.27 83.5 | 14 0.41 34.68 83.6 | 11 0.32 35.00 83.7 | 18 0.52 35.53 83.8 | 9 0.26 35.79 83.9 | 17 0.49 36.28 84 | 24 0.70 36.98 84.1 | 15 0.44 37.42 84.2 | 12 0.35 37.77 84.3 | 12 0.35 38.11 84.4 | 11 0.32 38.43 84.5 | 17 0.49 38.93 84.6 | 20 0.58 39.51 84.7 | 15 0.44 39.95 84.8 | 17 0.49 40.44 84.9 | 13 0.38 40.82 85 | 18 0.52 41.34 85.1 | 11 0.32 41.66 85.2 | 16 0.47 42.13 85.3 | 19 0.55 42.68 85.4 | 12 0.35 43.03 85.5 | 9 0.26 43.29 85.6 | 15 0.44 43.73 85.7 | 20 0.58 44.31 85.8 | 16 0.47 44.78 85.9 | 11 0.32 45.10 86 | 15 0.44 45.53 86.1 | 8 0.23 45.77 86.2 | 17 0.49 46.26 86.3 | 10 0.29 46.55 86.4 | 15 0.44 46.99 86.5 | 22 0.64 47.63 86.6 | 11 0.32 47.95 86.7 | 10 0.29 48.24 86.8 | 15 0.44 48.68 86.9 | 16 0.47 49.14 87 | 15 0.44 49.58 87.1 | 14 0.41 49.99 87.2 | 12 0.35 50.33 87.3 | 14 0.41 50.74 87.4 | 11 0.32 51.06 87.5 | 17 0.49 51.56 87.6 | 13 0.38 51.93 87.7 | 11 0.32 52.25 87.8 | 10 0.29 52.55 87.9 | 11 0.32 52.87 88 | 21 0.61 53.48 88.1 | 11 0.32 53.80 88.2 | 12 0.35 54.15 88.3 | 9 0.26 54.41 88.4 | 7 0.20 54.61 88.5 | 21 0.61 55.22 88.6 | 14 0.41 55.63 88.7 | 9 0.26 55.89 88.8 | 13 0.38 56.27 88.9 | 10 0.29 56.56 89 | 12 0.35 56.91 89.1 | 18 0.52 57.43 89.2 | 10 0.29 57.72 89.3 | 14 0.41 58.13 89.4 | 5 0.15 58.28 89.5 | 7 0.20 58.48 89.6 | 9 0.26 58.74 89.7 | 12 0.35 59.09 89.8 | 9 0.26 59.35 89.9 | 13 0.38 59.73 90 | 1 0.03 59.76 90.1 | 12 0.35 60.11 90.2 | 15 0.44 60.55 90.3 | 11 0.32 60.87 90.4 | 6 0.17 61.04 90.5 | 9 0.26 61.30 90.6 | 4 0.12 61.42 90.7 | 8 0.23 61.65 90.8 | 5 0.15 61.80 90.9 | 9 0.26 62.06 91 | 13 0.38 62.44 91.1 | 8 0.23 62.67 91.2 | 11 0.32 62.99 91.3 | 9 0.26 63.25 91.4 | 6 0.17 63.43 91.5 | 13 0.38 63.81 91.6 | 7 0.20 64.01 91.7 | 5 0.15 64.15 91.8 | 6 0.17 64.33 91.9 | 5 0.15 64.47 92 | 10 0.29 64.77 92.1 | 3 0.09 64.85 92.2 | 4 0.12 64.97 92.3 | 9 0.26 65.23 92.4 | 7 0.20 65.43 92.5 | 4 0.12 65.55 92.6 | 4 0.12 65.67 92.7 | 6 0.17 65.84 92.8 | 8 0.23 66.08 92.9 | 2 0.06 66.13 93 | 9 0.26 66.40 93.1 | 8 0.23 66.63 93.2 | 3 0.09 66.72 93.3 | 7 0.20 66.92 93.4 | 4 0.12 67.04 93.5 | 2 0.06 67.09 93.6 | 4 0.12 67.21 93.7 | 4 0.12 67.33 93.8 | 8 0.23 67.56 93.9 | 3 0.09 67.65 94 | 8 0.23 67.88 94.1 | 3 0.09 67.97 94.2 | 2 0.06 68.02 94.3 | 2 0.06 68.08 94.4 | 3 0.09 68.17 94.6 | 1 0.03 68.20 94.7 | 1 0.03 68.23 94.8 | 6 0.17 68.40 94.9 | 4 0.12 68.52 95 | 5 0.15 68.66 95.1 | 1 0.03 68.69 95.2 | 2 0.06 68.75 95.3 | 2 0.06 68.81 95.5 | 2 0.06 68.87 95.6 | 1 0.03 68.90 95.7 | 1 0.03 68.93 95.9 | 1 0.03 68.96 96 | 3 0.09 69.04 96.1 | 1 0.03 69.07 96.2 | 2 0.06 69.13 96.3 | 1 0.03 69.16 96.4 | 1 0.03 69.19 96.5 | 1 0.03 69.22 96.6 | 2 0.06 69.28 96.7 | 1 0.03 69.30 96.9 | 1 0.03 69.33 97.1 | 1 0.03 69.36 97.2 | 2 0.06 69.42 97.3 | 1 0.03 69.45 97.4 | 3 0.09 69.54 97.5 | 2 0.06 69.60 97.7 | 1 0.03 69.62 97.8 | 1 0.03 69.65 98.5 | 2 0.06 69.71 98.6 | 1 0.03 69.74 98.9 | 1 0.03 69.77 99.3 | 1 0.03 69.80 99.6 | 1 0.03 69.83 100.2 | 1 0.03 69.86 100.6 | 1 0.03 69.89 100.7 | 1 0.03 69.92 102.5 | 1 0.03 69.94 . | 1,033 30.06 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for ldlc6575b variable in PC_HSA_rates_0307 dataset : Black, % | Diabetic | Medicare | Enrollees | Age 65-75 | Having | Blood | Lipids | (LDL-C) | Test | Freq. Percent Cum. ------------+----------------------------------- 45.8 | 1 0.03 0.03 48.9 | 1 0.03 0.06 50.1 | 1 0.03 0.09 50.5 | 1 0.03 0.12 51.6 | 1 0.03 0.15 53.7 | 1 0.03 0.17 53.8 | 1 0.03 0.20 55 | 2 0.06 0.26 55.7 | 1 0.03 0.29 55.8 | 1 0.03 0.32 55.9 | 1 0.03 0.35 56.2 | 1 0.03 0.38 56.5 | 1 0.03 0.41 56.8 | 1 0.03 0.44 57.1 | 1 0.03 0.47 57.3 | 1 0.03 0.49 58.1 | 1 0.03 0.52 58.3 | 1 0.03 0.55 58.7 | 1 0.03 0.58 58.8 | 1 0.03 0.61 59.4 | 2 0.06 0.67 59.5 | 2 0.06 0.73 59.6 | 1 0.03 0.76 59.7 | 1 0.03 0.79 59.8 | 2 0.06 0.84 59.9 | 2 0.06 0.90 60 | 1 0.03 0.93 60.3 | 1 0.03 0.96 60.4 | 3 0.09 1.05 60.5 | 1 0.03 1.08 60.7 | 1 0.03 1.11 60.8 | 1 0.03 1.13 60.9 | 1 0.03 1.16 61.1 | 3 0.09 1.25 61.9 | 2 0.06 1.31 62.1 | 1 0.03 1.34 62.2 | 1 0.03 1.37 62.3 | 1 0.03 1.40 62.4 | 1 0.03 1.43 62.5 | 2 0.06 1.48 62.6 | 1 0.03 1.51 62.7 | 2 0.06 1.57 62.8 | 1 0.03 1.60 63 | 3 0.09 1.69 63.1 | 1 0.03 1.72 63.2 | 1 0.03 1.75 63.4 | 2 0.06 1.80 63.7 | 2 0.06 1.86 63.8 | 1 0.03 1.89 63.9 | 3 0.09 1.98 64 | 1 0.03 2.01 64.1 | 1 0.03 2.04 64.2 | 2 0.06 2.09 64.3 | 2 0.06 2.15 64.5 | 2 0.06 2.21 64.6 | 2 0.06 2.27 64.8 | 2 0.06 2.33 65 | 3 0.09 2.41 65.1 | 1 0.03 2.44 65.2 | 2 0.06 2.50 65.3 | 3 0.09 2.59 65.4 | 2 0.06 2.65 65.5 | 5 0.15 2.79 65.6 | 2 0.06 2.85 65.7 | 2 0.06 2.91 65.8 | 2 0.06 2.97 66 | 2 0.06 3.03 66.1 | 3 0.09 3.11 66.3 | 1 0.03 3.14 66.4 | 3 0.09 3.23 66.5 | 1 0.03 3.26 66.6 | 4 0.12 3.38 66.7 | 2 0.06 3.43 66.9 | 2 0.06 3.49 67 | 1 0.03 3.52 67.1 | 3 0.09 3.61 67.2 | 4 0.12 3.72 67.3 | 1 0.03 3.75 67.5 | 5 0.15 3.90 67.6 | 3 0.09 3.99 67.7 | 2 0.06 4.04 67.8 | 6 0.17 4.22 67.9 | 2 0.06 4.28 68 | 3 0.09 4.36 68.1 | 2 0.06 4.42 68.2 | 7 0.20 4.63 68.3 | 3 0.09 4.71 68.4 | 1 0.03 4.74 68.5 | 1 0.03 4.77 68.6 | 1 0.03 4.80 68.7 | 3 0.09 4.89 68.8 | 4 0.12 5.00 68.9 | 1 0.03 5.03 69 | 1 0.03 5.06 69.1 | 2 0.06 5.12 69.2 | 2 0.06 5.18 69.4 | 1 0.03 5.21 69.5 | 2 0.06 5.27 69.6 | 2 0.06 5.32 69.7 | 3 0.09 5.41 69.8 | 1 0.03 5.44 69.9 | 4 0.12 5.56 70.2 | 4 0.12 5.67 70.3 | 1 0.03 5.70 70.4 | 2 0.06 5.76 70.5 | 2 0.06 5.82 70.6 | 3 0.09 5.91 70.8 | 2 0.06 5.96 70.9 | 1 0.03 5.99 71 | 1 0.03 6.02 71.1 | 1 0.03 6.05 71.2 | 3 0.09 6.14 71.3 | 2 0.06 6.20 71.4 | 4 0.12 6.31 71.5 | 2 0.06 6.37 71.6 | 3 0.09 6.46 71.7 | 3 0.09 6.55 71.8 | 4 0.12 6.66 71.9 | 3 0.09 6.75 72 | 2 0.06 6.81 72.1 | 2 0.06 6.87 72.2 | 4 0.12 6.98 72.3 | 3 0.09 7.07 72.4 | 3 0.09 7.16 72.6 | 4 0.12 7.27 72.7 | 3 0.09 7.36 72.8 | 3 0.09 7.45 72.9 | 5 0.15 7.59 73 | 3 0.09 7.68 73.1 | 5 0.15 7.83 73.2 | 3 0.09 7.91 73.3 | 4 0.12 8.03 73.4 | 7 0.20 8.23 73.5 | 2 0.06 8.29 73.6 | 1 0.03 8.32 73.7 | 2 0.06 8.38 73.9 | 4 0.12 8.50 74 | 2 0.06 8.55 74.1 | 1 0.03 8.58 74.2 | 1 0.03 8.61 74.3 | 2 0.06 8.67 74.4 | 1 0.03 8.70 74.5 | 3 0.09 8.79 74.7 | 3 0.09 8.87 74.8 | 1 0.03 8.90 74.9 | 2 0.06 8.96 75 | 2 0.06 9.02 75.1 | 1 0.03 9.05 75.2 | 1 0.03 9.08 75.3 | 2 0.06 9.14 75.4 | 1 0.03 9.16 75.5 | 2 0.06 9.22 75.7 | 1 0.03 9.25 75.8 | 1 0.03 9.28 75.9 | 1 0.03 9.31 76 | 1 0.03 9.34 76.2 | 1 0.03 9.37 76.3 | 1 0.03 9.40 76.4 | 2 0.06 9.46 76.5 | 1 0.03 9.49 76.6 | 4 0.12 9.60 76.7 | 1 0.03 9.63 76.8 | 1 0.03 9.66 77 | 3 0.09 9.75 77.1 | 1 0.03 9.78 77.2 | 1 0.03 9.81 77.3 | 2 0.06 9.86 77.4 | 1 0.03 9.89 77.8 | 2 0.06 9.95 77.9 | 2 0.06 10.01 78 | 2 0.06 10.07 78.1 | 1 0.03 10.10 78.5 | 1 0.03 10.13 78.6 | 1 0.03 10.15 79 | 1 0.03 10.18 79.3 | 1 0.03 10.21 79.4 | 1 0.03 10.24 79.5 | 1 0.03 10.27 79.9 | 1 0.03 10.30 80 | 1 0.03 10.33 80.1 | 1 0.03 10.36 80.5 | 1 0.03 10.39 80.6 | 5 0.15 10.53 80.8 | 1 0.03 10.56 80.9 | 1 0.03 10.59 81 | 1 0.03 10.62 81.2 | 2 0.06 10.68 81.5 | 1 0.03 10.71 82 | 1 0.03 10.74 82.2 | 1 0.03 10.77 82.7 | 1 0.03 10.79 83.5 | 1 0.03 10.82 83.9 | 1 0.03 10.85 85.7 | 1 0.03 10.88 89.3 | 1 0.03 10.91 . | 3,062 89.09 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for ldlc6575blcl variable in PC_HSA_rates_0307 dataset : Black, LCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having | Blood | Lipids | (LDL-C) T | Freq. Percent Cum. ------------+----------------------------------- 37.1 | 1 0.03 0.03 42.7 | 1 0.03 0.06 42.8 | 1 0.03 0.09 43.2 | 1 0.03 0.12 44.7 | 1 0.03 0.15 45.4 | 1 0.03 0.17 45.5 | 1 0.03 0.20 45.6 | 1 0.03 0.23 45.8 | 1 0.03 0.26 45.9 | 1 0.03 0.29 46.5 | 1 0.03 0.32 47.4 | 1 0.03 0.35 47.9 | 1 0.03 0.38 49 | 1 0.03 0.41 49.2 | 2 0.06 0.47 49.3 | 2 0.06 0.52 49.6 | 1 0.03 0.55 50 | 1 0.03 0.58 50.7 | 1 0.03 0.61 50.8 | 1 0.03 0.64 51.1 | 1 0.03 0.67 51.2 | 2 0.06 0.73 51.5 | 1 0.03 0.76 51.6 | 2 0.06 0.81 51.8 | 1 0.03 0.84 52 | 1 0.03 0.87 52.5 | 1 0.03 0.90 52.7 | 1 0.03 0.93 52.8 | 3 0.09 1.02 53 | 2 0.06 1.08 53.1 | 2 0.06 1.13 53.2 | 1 0.03 1.16 53.4 | 1 0.03 1.19 53.5 | 1 0.03 1.22 53.7 | 1 0.03 1.25 53.8 | 1 0.03 1.28 54 | 3 0.09 1.37 54.1 | 5 0.15 1.51 54.5 | 2 0.06 1.57 54.6 | 1 0.03 1.60 54.7 | 1 0.03 1.63 55 | 2 0.06 1.69 55.1 | 1 0.03 1.72 55.2 | 2 0.06 1.77 55.3 | 1 0.03 1.80 55.6 | 2 0.06 1.86 55.8 | 4 0.12 1.98 56.1 | 1 0.03 2.01 56.2 | 1 0.03 2.04 56.4 | 2 0.06 2.09 56.6 | 1 0.03 2.12 56.7 | 1 0.03 2.15 56.8 | 2 0.06 2.21 56.9 | 2 0.06 2.27 57 | 2 0.06 2.33 57.1 | 1 0.03 2.36 57.2 | 2 0.06 2.41 57.3 | 3 0.09 2.50 57.4 | 1 0.03 2.53 57.5 | 4 0.12 2.65 57.6 | 4 0.12 2.76 57.7 | 1 0.03 2.79 57.8 | 1 0.03 2.82 57.9 | 4 0.12 2.94 58 | 2 0.06 3.00 58.1 | 2 0.06 3.05 58.2 | 2 0.06 3.11 58.3 | 2 0.06 3.17 58.5 | 3 0.09 3.26 58.6 | 3 0.09 3.35 58.7 | 1 0.03 3.38 58.9 | 1 0.03 3.40 59 | 1 0.03 3.43 59.1 | 2 0.06 3.49 59.2 | 2 0.06 3.55 59.3 | 2 0.06 3.61 59.4 | 3 0.09 3.70 59.5 | 4 0.12 3.81 59.6 | 1 0.03 3.84 59.7 | 3 0.09 3.93 59.8 | 3 0.09 4.02 59.9 | 5 0.15 4.16 60.1 | 2 0.06 4.22 60.2 | 3 0.09 4.31 60.3 | 1 0.03 4.34 60.4 | 1 0.03 4.36 60.5 | 1 0.03 4.39 60.6 | 2 0.06 4.45 60.7 | 1 0.03 4.48 60.8 | 2 0.06 4.54 61 | 4 0.12 4.66 61.1 | 2 0.06 4.71 61.2 | 3 0.09 4.80 61.3 | 1 0.03 4.83 61.4 | 3 0.09 4.92 61.5 | 3 0.09 5.00 61.6 | 2 0.06 5.06 61.7 | 1 0.03 5.09 61.8 | 1 0.03 5.12 61.9 | 3 0.09 5.21 62 | 2 0.06 5.27 62.1 | 2 0.06 5.32 62.2 | 3 0.09 5.41 62.4 | 2 0.06 5.47 62.5 | 1 0.03 5.50 62.6 | 3 0.09 5.59 62.7 | 1 0.03 5.62 62.8 | 3 0.09 5.70 62.9 | 3 0.09 5.79 63 | 2 0.06 5.85 63.1 | 4 0.12 5.96 63.2 | 5 0.15 6.11 63.4 | 3 0.09 6.20 63.5 | 1 0.03 6.23 63.6 | 2 0.06 6.28 63.7 | 3 0.09 6.37 63.8 | 2 0.06 6.43 63.9 | 3 0.09 6.52 64 | 1 0.03 6.55 64.1 | 1 0.03 6.58 64.2 | 4 0.12 6.69 64.3 | 2 0.06 6.75 64.5 | 4 0.12 6.87 64.6 | 2 0.06 6.92 64.7 | 3 0.09 7.01 64.8 | 3 0.09 7.10 64.9 | 6 0.17 7.27 65 | 2 0.06 7.33 65.1 | 3 0.09 7.42 65.2 | 1 0.03 7.45 65.3 | 4 0.12 7.56 65.4 | 1 0.03 7.59 65.5 | 4 0.12 7.71 65.6 | 2 0.06 7.77 65.7 | 6 0.17 7.94 65.8 | 2 0.06 8.00 66 | 2 0.06 8.06 66.1 | 1 0.03 8.09 66.2 | 4 0.12 8.20 66.3 | 5 0.15 8.35 66.5 | 1 0.03 8.38 66.6 | 3 0.09 8.47 66.7 | 5 0.15 8.61 66.8 | 1 0.03 8.64 66.9 | 4 0.12 8.76 67 | 1 0.03 8.79 67.1 | 1 0.03 8.82 67.2 | 3 0.09 8.90 67.4 | 4 0.12 9.02 67.5 | 1 0.03 9.05 67.6 | 1 0.03 9.08 68 | 1 0.03 9.11 68.2 | 1 0.03 9.14 68.3 | 3 0.09 9.22 68.4 | 4 0.12 9.34 68.5 | 2 0.06 9.40 68.6 | 2 0.06 9.46 68.7 | 2 0.06 9.51 68.8 | 1 0.03 9.54 68.9 | 3 0.09 9.63 69 | 3 0.09 9.72 69.1 | 3 0.09 9.81 69.2 | 1 0.03 9.83 69.4 | 1 0.03 9.86 69.5 | 1 0.03 9.89 69.6 | 1 0.03 9.92 69.7 | 1 0.03 9.95 69.8 | 4 0.12 10.07 70 | 1 0.03 10.10 70.4 | 1 0.03 10.13 70.5 | 3 0.09 10.21 70.6 | 2 0.06 10.27 70.9 | 1 0.03 10.30 71 | 1 0.03 10.33 71.2 | 1 0.03 10.36 71.3 | 1 0.03 10.39 71.4 | 1 0.03 10.42 71.5 | 1 0.03 10.45 71.6 | 2 0.06 10.50 71.7 | 2 0.06 10.56 71.8 | 1 0.03 10.59 72.4 | 1 0.03 10.62 72.5 | 1 0.03 10.65 73.5 | 1 0.03 10.68 73.6 | 1 0.03 10.71 73.7 | 1 0.03 10.74 73.9 | 1 0.03 10.77 74 | 1 0.03 10.79 74.7 | 1 0.03 10.82 74.9 | 1 0.03 10.85 77 | 1 0.03 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for ldlc6575bucl variable in PC_HSA_rates_0307 dataset : Black, UCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having | Blood | Lipids | (LDL-C) T | Freq. Percent Cum. ------------+----------------------------------- 54.4 | 1 0.03 0.03 54.6 | 1 0.03 0.06 55.5 | 1 0.03 0.09 57.5 | 1 0.03 0.12 60 | 1 0.03 0.15 60.1 | 1 0.03 0.17 60.5 | 1 0.03 0.20 60.8 | 1 0.03 0.23 61 | 2 0.06 0.29 61.5 | 1 0.03 0.32 62.8 | 1 0.03 0.35 63.5 | 2 0.06 0.41 64.3 | 1 0.03 0.44 64.4 | 1 0.03 0.47 64.5 | 1 0.03 0.49 64.6 | 2 0.06 0.55 65 | 2 0.06 0.61 65.1 | 1 0.03 0.64 65.7 | 1 0.03 0.67 66 | 1 0.03 0.70 66.1 | 1 0.03 0.73 66.5 | 2 0.06 0.79 66.7 | 1 0.03 0.81 66.9 | 1 0.03 0.84 67.1 | 1 0.03 0.87 67.2 | 2 0.06 0.93 67.4 | 1 0.03 0.96 67.7 | 2 0.06 1.02 67.9 | 1 0.03 1.05 68 | 2 0.06 1.11 68.1 | 2 0.06 1.16 68.4 | 1 0.03 1.19 68.5 | 2 0.06 1.25 68.7 | 2 0.06 1.31 68.8 | 2 0.06 1.37 68.9 | 1 0.03 1.40 69.2 | 2 0.06 1.45 69.6 | 1 0.03 1.48 69.7 | 1 0.03 1.51 69.8 | 1 0.03 1.54 69.9 | 1 0.03 1.57 70 | 1 0.03 1.60 70.1 | 2 0.06 1.66 70.2 | 3 0.09 1.75 70.4 | 1 0.03 1.77 70.5 | 3 0.09 1.86 70.6 | 2 0.06 1.92 70.7 | 1 0.03 1.95 70.8 | 2 0.06 2.01 71 | 3 0.09 2.09 71.1 | 2 0.06 2.15 71.2 | 2 0.06 2.21 71.3 | 2 0.06 2.27 71.4 | 1 0.03 2.30 71.6 | 1 0.03 2.33 71.7 | 3 0.09 2.41 71.9 | 3 0.09 2.50 72 | 4 0.12 2.62 72.2 | 1 0.03 2.65 72.3 | 1 0.03 2.68 72.6 | 4 0.12 2.79 72.7 | 2 0.06 2.85 72.8 | 3 0.09 2.94 72.9 | 3 0.09 3.03 73 | 1 0.03 3.05 73.1 | 2 0.06 3.11 73.2 | 1 0.03 3.14 73.3 | 1 0.03 3.17 73.4 | 1 0.03 3.20 73.5 | 1 0.03 3.23 73.6 | 2 0.06 3.29 73.7 | 3 0.09 3.38 73.9 | 2 0.06 3.43 74 | 3 0.09 3.52 74.1 | 3 0.09 3.61 74.2 | 1 0.03 3.64 74.3 | 4 0.12 3.75 74.5 | 1 0.03 3.78 74.6 | 2 0.06 3.84 74.7 | 3 0.09 3.93 74.8 | 3 0.09 4.02 74.9 | 5 0.15 4.16 75 | 1 0.03 4.19 75.2 | 4 0.12 4.31 75.3 | 1 0.03 4.34 75.4 | 3 0.09 4.42 75.5 | 2 0.06 4.48 75.6 | 1 0.03 4.51 75.7 | 4 0.12 4.63 75.8 | 2 0.06 4.68 75.9 | 1 0.03 4.71 76.1 | 3 0.09 4.80 76.3 | 3 0.09 4.89 76.4 | 5 0.15 5.03 76.5 | 2 0.06 5.09 76.6 | 2 0.06 5.15 76.8 | 2 0.06 5.21 76.9 | 3 0.09 5.30 77 | 2 0.06 5.35 77.1 | 5 0.15 5.50 77.3 | 3 0.09 5.59 77.4 | 2 0.06 5.64 77.5 | 1 0.03 5.67 77.6 | 2 0.06 5.73 77.7 | 2 0.06 5.79 77.8 | 1 0.03 5.82 77.9 | 1 0.03 5.85 78 | 1 0.03 5.88 78.2 | 3 0.09 5.96 78.3 | 2 0.06 6.02 78.4 | 1 0.03 6.05 78.5 | 2 0.06 6.11 78.6 | 3 0.09 6.20 78.7 | 2 0.06 6.26 78.8 | 3 0.09 6.34 78.9 | 1 0.03 6.37 79 | 1 0.03 6.40 79.1 | 3 0.09 6.49 79.2 | 2 0.06 6.55 79.3 | 1 0.03 6.58 79.4 | 7 0.20 6.78 79.5 | 1 0.03 6.81 79.6 | 1 0.03 6.84 79.7 | 1 0.03 6.87 79.8 | 2 0.06 6.92 79.9 | 1 0.03 6.95 80 | 2 0.06 7.01 80.1 | 1 0.03 7.04 80.2 | 5 0.15 7.19 80.3 | 2 0.06 7.24 80.4 | 2 0.06 7.30 80.5 | 2 0.06 7.36 80.6 | 2 0.06 7.42 80.8 | 2 0.06 7.48 80.9 | 2 0.06 7.54 81 | 3 0.09 7.62 81.1 | 4 0.12 7.74 81.2 | 1 0.03 7.77 81.3 | 2 0.06 7.83 81.4 | 1 0.03 7.86 81.6 | 1 0.03 7.88 81.7 | 4 0.12 8.00 81.8 | 2 0.06 8.06 81.9 | 2 0.06 8.12 82 | 1 0.03 8.15 82.2 | 4 0.12 8.26 82.5 | 3 0.09 8.35 82.6 | 1 0.03 8.38 82.8 | 2 0.06 8.44 82.9 | 1 0.03 8.47 83 | 1 0.03 8.50 83.2 | 3 0.09 8.58 83.4 | 2 0.06 8.64 83.5 | 2 0.06 8.70 84.1 | 5 0.15 8.84 84.2 | 2 0.06 8.90 84.5 | 3 0.09 8.99 84.6 | 1 0.03 9.02 84.7 | 2 0.06 9.08 84.8 | 1 0.03 9.11 84.9 | 1 0.03 9.14 85 | 3 0.09 9.22 85.1 | 2 0.06 9.28 85.2 | 2 0.06 9.34 85.3 | 1 0.03 9.37 85.4 | 1 0.03 9.40 85.6 | 1 0.03 9.43 85.7 | 2 0.06 9.49 85.8 | 1 0.03 9.51 85.9 | 1 0.03 9.54 86 | 2 0.06 9.60 86.2 | 1 0.03 9.63 86.3 | 1 0.03 9.66 86.4 | 2 0.06 9.72 86.9 | 3 0.09 9.81 87 | 2 0.06 9.86 87.1 | 1 0.03 9.89 87.2 | 1 0.03 9.92 87.3 | 2 0.06 9.98 87.5 | 3 0.09 10.07 87.7 | 1 0.03 10.10 87.9 | 1 0.03 10.13 88.1 | 1 0.03 10.15 88.5 | 1 0.03 10.18 88.6 | 1 0.03 10.21 89 | 1 0.03 10.24 89.8 | 1 0.03 10.27 89.9 | 1 0.03 10.30 90.6 | 1 0.03 10.33 90.8 | 2 0.06 10.39 91 | 2 0.06 10.45 91.1 | 1 0.03 10.47 91.6 | 1 0.03 10.50 92.4 | 1 0.03 10.53 92.5 | 2 0.06 10.59 92.6 | 1 0.03 10.62 92.7 | 1 0.03 10.65 93 | 1 0.03 10.68 93.2 | 1 0.03 10.71 93.5 | 1 0.03 10.74 93.8 | 1 0.03 10.77 93.9 | 1 0.03 10.79 95.3 | 1 0.03 10.82 97.4 | 1 0.03 10.85 101.7 | 1 0.03 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for ldlc6575w variable in PC_HSA_rates_0307 dataset : White, % | Diabetic | Medicare | Enrollees | Age 65-75 | Having | Blood | Lipids | (LDL-C) | Test | Freq. Percent Cum. ------------+----------------------------------- 48.4 | 1 0.03 0.03 58.9 | 1 0.03 0.06 63 | 2 0.06 0.12 63.6 | 1 0.03 0.15 63.7 | 1 0.03 0.17 63.8 | 1 0.03 0.20 64.3 | 1 0.03 0.23 65 | 1 0.03 0.26 65.4 | 1 0.03 0.29 65.8 | 2 0.06 0.35 65.9 | 2 0.06 0.41 66.2 | 1 0.03 0.44 66.3 | 1 0.03 0.47 66.5 | 1 0.03 0.49 66.8 | 1 0.03 0.52 66.9 | 2 0.06 0.58 67.2 | 1 0.03 0.61 67.5 | 1 0.03 0.64 67.7 | 1 0.03 0.67 67.9 | 1 0.03 0.70 68 | 1 0.03 0.73 68.1 | 2 0.06 0.79 68.3 | 2 0.06 0.84 68.5 | 2 0.06 0.90 68.6 | 1 0.03 0.93 68.7 | 3 0.09 1.02 69 | 1 0.03 1.05 69.1 | 1 0.03 1.08 69.5 | 2 0.06 1.13 69.9 | 2 0.06 1.19 70 | 3 0.09 1.28 70.1 | 2 0.06 1.34 70.5 | 1 0.03 1.37 70.6 | 2 0.06 1.43 71 | 1 0.03 1.45 71.1 | 1 0.03 1.48 71.2 | 1 0.03 1.51 71.5 | 1 0.03 1.54 71.6 | 1 0.03 1.57 71.8 | 1 0.03 1.60 71.9 | 2 0.06 1.66 72 | 1 0.03 1.69 72.1 | 1 0.03 1.72 72.2 | 1 0.03 1.75 72.3 | 3 0.09 1.83 72.4 | 1 0.03 1.86 72.5 | 3 0.09 1.95 72.6 | 1 0.03 1.98 72.7 | 2 0.06 2.04 72.8 | 2 0.06 2.09 72.9 | 2 0.06 2.15 73.2 | 5 0.15 2.30 73.3 | 3 0.09 2.39 73.4 | 1 0.03 2.41 73.5 | 4 0.12 2.53 73.6 | 1 0.03 2.56 73.7 | 4 0.12 2.68 73.8 | 3 0.09 2.76 73.9 | 3 0.09 2.85 74.2 | 2 0.06 2.91 74.3 | 2 0.06 2.97 74.4 | 3 0.09 3.05 74.5 | 2 0.06 3.11 74.6 | 1 0.03 3.14 74.7 | 2 0.06 3.20 74.8 | 3 0.09 3.29 74.9 | 3 0.09 3.38 75.1 | 1 0.03 3.40 75.2 | 2 0.06 3.46 75.4 | 4 0.12 3.58 75.5 | 1 0.03 3.61 75.6 | 5 0.15 3.75 75.7 | 4 0.12 3.87 75.8 | 3 0.09 3.96 75.9 | 3 0.09 4.04 76 | 2 0.06 4.10 76.2 | 3 0.09 4.19 76.3 | 1 0.03 4.22 76.4 | 3 0.09 4.31 76.5 | 1 0.03 4.34 76.6 | 4 0.12 4.45 76.7 | 2 0.06 4.51 76.8 | 3 0.09 4.60 76.9 | 2 0.06 4.66 77 | 4 0.12 4.77 77.1 | 1 0.03 4.80 77.2 | 6 0.17 4.98 77.3 | 3 0.09 5.06 77.4 | 1 0.03 5.09 77.5 | 4 0.12 5.21 77.6 | 3 0.09 5.30 77.7 | 3 0.09 5.38 77.8 | 3 0.09 5.47 77.9 | 2 0.06 5.53 78 | 2 0.06 5.59 78.1 | 1 0.03 5.62 78.2 | 3 0.09 5.70 78.3 | 2 0.06 5.76 78.4 | 2 0.06 5.82 78.5 | 5 0.15 5.96 78.6 | 1 0.03 5.99 78.7 | 6 0.17 6.17 78.8 | 3 0.09 6.26 78.9 | 2 0.06 6.31 79 | 6 0.17 6.49 79.1 | 2 0.06 6.55 79.2 | 3 0.09 6.63 79.3 | 4 0.12 6.75 79.4 | 4 0.12 6.87 79.5 | 5 0.15 7.01 79.6 | 4 0.12 7.13 79.7 | 3 0.09 7.22 79.8 | 2 0.06 7.27 79.9 | 1 0.03 7.30 80 | 1 0.03 7.33 80.2 | 1 0.03 7.36 80.3 | 7 0.20 7.56 80.4 | 1 0.03 7.59 80.5 | 3 0.09 7.68 80.6 | 2 0.06 7.74 80.7 | 3 0.09 7.83 80.8 | 2 0.06 7.88 80.9 | 7 0.20 8.09 81 | 4 0.12 8.20 81.1 | 2 0.06 8.26 81.2 | 4 0.12 8.38 81.3 | 5 0.15 8.52 81.4 | 2 0.06 8.58 81.5 | 2 0.06 8.64 81.6 | 2 0.06 8.70 81.7 | 3 0.09 8.79 81.8 | 4 0.12 8.90 81.9 | 2 0.06 8.96 82 | 4 0.12 9.08 82.2 | 1 0.03 9.11 82.3 | 4 0.12 9.22 82.4 | 2 0.06 9.28 82.5 | 2 0.06 9.34 82.6 | 3 0.09 9.43 82.7 | 4 0.12 9.54 82.8 | 3 0.09 9.63 82.9 | 1 0.03 9.66 83 | 2 0.06 9.72 83.2 | 2 0.06 9.78 83.3 | 2 0.06 9.83 83.6 | 1 0.03 9.86 83.8 | 1 0.03 9.89 83.9 | 2 0.06 9.95 84 | 1 0.03 9.98 84.1 | 1 0.03 10.01 84.2 | 2 0.06 10.07 84.3 | 2 0.06 10.13 84.4 | 1 0.03 10.15 84.5 | 3 0.09 10.24 84.6 | 1 0.03 10.27 84.7 | 2 0.06 10.33 84.8 | 3 0.09 10.42 85 | 1 0.03 10.45 85.1 | 1 0.03 10.47 85.6 | 1 0.03 10.50 85.7 | 1 0.03 10.53 85.8 | 1 0.03 10.56 85.9 | 2 0.06 10.62 86.2 | 1 0.03 10.65 86.3 | 1 0.03 10.68 86.5 | 1 0.03 10.71 86.8 | 1 0.03 10.74 87 | 1 0.03 10.77 87.2 | 1 0.03 10.79 87.5 | 2 0.06 10.85 88.5 | 1 0.03 10.88 89.7 | 1 0.03 10.91 . | 3,062 89.09 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for ldlc6575wlcl variable in PC_HSA_rates_0307 dataset : White, LCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having | Blood | Lipids | (LDL-C) T | Freq. Percent Cum. ------------+----------------------------------- 39.9 | 1 0.03 0.03 50.7 | 1 0.03 0.06 54.3 | 1 0.03 0.09 54.6 | 1 0.03 0.12 55.9 | 1 0.03 0.15 56.4 | 2 0.06 0.20 56.9 | 1 0.03 0.23 57.3 | 1 0.03 0.26 57.6 | 1 0.03 0.29 58 | 1 0.03 0.32 58.1 | 2 0.06 0.38 58.9 | 1 0.03 0.41 59 | 2 0.06 0.47 59.3 | 1 0.03 0.49 60 | 3 0.09 0.58 60.5 | 1 0.03 0.61 61.1 | 2 0.06 0.67 61.2 | 1 0.03 0.70 61.4 | 1 0.03 0.73 61.7 | 1 0.03 0.76 61.8 | 3 0.09 0.84 61.9 | 3 0.09 0.93 62.3 | 1 0.03 0.96 62.5 | 1 0.03 0.99 62.6 | 2 0.06 1.05 62.7 | 1 0.03 1.08 62.9 | 3 0.09 1.16 63.2 | 1 0.03 1.19 63.6 | 1 0.03 1.22 64.2 | 2 0.06 1.28 64.3 | 1 0.03 1.31 64.4 | 1 0.03 1.34 65 | 1 0.03 1.37 65.2 | 1 0.03 1.40 65.5 | 1 0.03 1.43 65.6 | 2 0.06 1.48 65.7 | 3 0.09 1.57 65.8 | 3 0.09 1.66 65.9 | 1 0.03 1.69 66.2 | 1 0.03 1.72 66.4 | 1 0.03 1.75 66.5 | 3 0.09 1.83 66.7 | 2 0.06 1.89 66.8 | 1 0.03 1.92 66.9 | 1 0.03 1.95 67 | 1 0.03 1.98 67.5 | 4 0.12 2.09 67.6 | 1 0.03 2.12 67.8 | 2 0.06 2.18 67.9 | 2 0.06 2.24 68.1 | 2 0.06 2.30 68.3 | 1 0.03 2.33 68.5 | 3 0.09 2.41 68.6 | 1 0.03 2.44 68.7 | 2 0.06 2.50 68.8 | 2 0.06 2.56 68.9 | 1 0.03 2.59 69 | 3 0.09 2.68 69.1 | 2 0.06 2.73 69.2 | 4 0.12 2.85 69.3 | 1 0.03 2.88 69.4 | 2 0.06 2.94 69.5 | 2 0.06 3.00 69.6 | 2 0.06 3.05 69.7 | 3 0.09 3.14 69.8 | 3 0.09 3.23 69.9 | 2 0.06 3.29 70 | 3 0.09 3.38 70.1 | 1 0.03 3.40 70.2 | 1 0.03 3.43 70.3 | 1 0.03 3.46 70.4 | 3 0.09 3.55 70.5 | 3 0.09 3.64 70.6 | 1 0.03 3.67 70.7 | 1 0.03 3.70 70.8 | 5 0.15 3.84 71 | 3 0.09 3.93 71.1 | 4 0.12 4.04 71.2 | 2 0.06 4.10 71.3 | 1 0.03 4.13 71.4 | 1 0.03 4.16 71.5 | 2 0.06 4.22 71.6 | 2 0.06 4.28 71.7 | 2 0.06 4.34 71.8 | 2 0.06 4.39 71.9 | 2 0.06 4.45 72 | 1 0.03 4.48 72.1 | 5 0.15 4.63 72.2 | 4 0.12 4.74 72.3 | 2 0.06 4.80 72.5 | 5 0.15 4.95 72.7 | 2 0.06 5.00 72.8 | 3 0.09 5.09 72.9 | 1 0.03 5.12 73 | 4 0.12 5.24 73.1 | 1 0.03 5.27 73.2 | 3 0.09 5.35 73.3 | 1 0.03 5.38 73.4 | 6 0.17 5.56 73.5 | 3 0.09 5.64 73.6 | 4 0.12 5.76 73.7 | 3 0.09 5.85 73.8 | 5 0.15 5.99 73.9 | 3 0.09 6.08 74 | 1 0.03 6.11 74.1 | 1 0.03 6.14 74.2 | 1 0.03 6.17 74.4 | 3 0.09 6.26 74.5 | 4 0.12 6.37 74.6 | 2 0.06 6.43 74.7 | 3 0.09 6.52 74.8 | 3 0.09 6.60 74.9 | 1 0.03 6.63 75 | 5 0.15 6.78 75.1 | 2 0.06 6.84 75.5 | 7 0.20 7.04 75.6 | 1 0.03 7.07 75.7 | 1 0.03 7.10 75.8 | 2 0.06 7.16 76 | 4 0.12 7.27 76.1 | 4 0.12 7.39 76.2 | 1 0.03 7.42 76.3 | 5 0.15 7.56 76.4 | 1 0.03 7.59 76.5 | 4 0.12 7.71 76.6 | 3 0.09 7.80 76.7 | 3 0.09 7.88 76.8 | 4 0.12 8.00 76.9 | 2 0.06 8.06 77 | 6 0.17 8.23 77.1 | 3 0.09 8.32 77.2 | 2 0.06 8.38 77.3 | 4 0.12 8.50 77.4 | 2 0.06 8.55 77.5 | 2 0.06 8.61 77.6 | 5 0.15 8.76 77.7 | 1 0.03 8.79 77.8 | 1 0.03 8.82 77.9 | 4 0.12 8.93 78 | 3 0.09 9.02 78.1 | 4 0.12 9.14 78.2 | 2 0.06 9.19 78.3 | 1 0.03 9.22 78.4 | 2 0.06 9.28 78.6 | 3 0.09 9.37 78.7 | 1 0.03 9.40 78.8 | 4 0.12 9.51 78.9 | 3 0.09 9.60 79.1 | 1 0.03 9.63 79.4 | 3 0.09 9.72 79.5 | 3 0.09 9.81 79.6 | 4 0.12 9.92 79.7 | 4 0.12 10.04 79.8 | 2 0.06 10.10 79.9 | 3 0.09 10.18 80 | 3 0.09 10.27 80.2 | 1 0.03 10.30 80.4 | 2 0.06 10.36 80.8 | 1 0.03 10.39 80.9 | 2 0.06 10.45 81 | 1 0.03 10.47 81.5 | 2 0.06 10.53 81.6 | 1 0.03 10.56 82 | 5 0.15 10.71 82.2 | 1 0.03 10.74 82.3 | 1 0.03 10.77 82.7 | 1 0.03 10.79 83.5 | 1 0.03 10.82 83.7 | 1 0.03 10.85 84.2 | 1 0.03 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for ldlc6575wucl variable in PC_HSA_rates_0307 dataset : White, UCL | % Diabetic | Medicare | Enrollees | Age 65-75 | Having | Blood | Lipids | (LDL-C) T | Freq. Percent Cum. ------------+----------------------------------- 57 | 1 0.03 0.03 67.1 | 1 0.03 0.06 67.2 | 1 0.03 0.09 68.5 | 1 0.03 0.12 68.7 | 1 0.03 0.15 70.1 | 2 0.06 0.20 70.2 | 2 0.06 0.26 70.6 | 1 0.03 0.29 70.7 | 1 0.03 0.32 71.1 | 1 0.03 0.35 71.2 | 1 0.03 0.38 71.4 | 1 0.03 0.41 71.5 | 1 0.03 0.44 72 | 1 0.03 0.47 72.1 | 1 0.03 0.49 72.3 | 1 0.03 0.52 72.5 | 1 0.03 0.55 72.7 | 2 0.06 0.61 72.9 | 1 0.03 0.64 73.2 | 1 0.03 0.67 73.4 | 1 0.03 0.70 73.5 | 1 0.03 0.73 73.6 | 1 0.03 0.76 73.7 | 1 0.03 0.79 74 | 1 0.03 0.81 74.4 | 1 0.03 0.84 74.5 | 3 0.09 0.93 74.8 | 2 0.06 0.99 74.9 | 1 0.03 1.02 75 | 4 0.12 1.13 75.1 | 1 0.03 1.16 75.2 | 2 0.06 1.22 75.4 | 1 0.03 1.25 75.5 | 1 0.03 1.28 75.6 | 1 0.03 1.31 75.7 | 4 0.12 1.43 75.8 | 2 0.06 1.48 75.9 | 2 0.06 1.54 76 | 1 0.03 1.57 76.1 | 2 0.06 1.63 76.4 | 2 0.06 1.69 76.5 | 2 0.06 1.75 76.7 | 1 0.03 1.77 76.8 | 2 0.06 1.83 76.9 | 2 0.06 1.89 77 | 3 0.09 1.98 77.2 | 1 0.03 2.01 77.3 | 5 0.15 2.15 77.4 | 2 0.06 2.21 77.6 | 2 0.06 2.27 77.7 | 1 0.03 2.30 78 | 1 0.03 2.33 78.1 | 4 0.12 2.44 78.2 | 1 0.03 2.47 78.3 | 5 0.15 2.62 78.4 | 1 0.03 2.65 78.7 | 2 0.06 2.71 78.8 | 5 0.15 2.85 78.9 | 1 0.03 2.88 79 | 2 0.06 2.94 79.1 | 1 0.03 2.97 79.2 | 2 0.06 3.03 79.3 | 2 0.06 3.08 79.4 | 1 0.03 3.11 79.5 | 6 0.17 3.29 79.6 | 3 0.09 3.38 79.7 | 3 0.09 3.46 79.8 | 2 0.06 3.52 79.9 | 2 0.06 3.58 80 | 4 0.12 3.70 80.1 | 1 0.03 3.72 80.2 | 1 0.03 3.75 80.3 | 3 0.09 3.84 80.4 | 3 0.09 3.93 80.5 | 4 0.12 4.04 80.6 | 4 0.12 4.16 80.7 | 6 0.17 4.34 80.8 | 1 0.03 4.36 80.9 | 2 0.06 4.42 81 | 2 0.06 4.48 81.1 | 1 0.03 4.51 81.2 | 5 0.15 4.66 81.3 | 2 0.06 4.71 81.4 | 2 0.06 4.77 81.5 | 3 0.09 4.86 81.6 | 2 0.06 4.92 81.7 | 1 0.03 4.95 81.8 | 2 0.06 5.00 81.9 | 4 0.12 5.12 82 | 4 0.12 5.24 82.1 | 3 0.09 5.32 82.2 | 5 0.15 5.47 82.3 | 3 0.09 5.56 82.4 | 1 0.03 5.59 82.5 | 1 0.03 5.62 82.6 | 3 0.09 5.70 82.7 | 2 0.06 5.76 82.8 | 4 0.12 5.88 82.9 | 3 0.09 5.96 83 | 3 0.09 6.05 83.1 | 1 0.03 6.08 83.2 | 5 0.15 6.23 83.3 | 5 0.15 6.37 83.4 | 4 0.12 6.49 83.5 | 2 0.06 6.55 83.6 | 1 0.03 6.58 83.7 | 1 0.03 6.60 83.8 | 2 0.06 6.66 83.9 | 2 0.06 6.72 84 | 2 0.06 6.78 84.1 | 2 0.06 6.84 84.2 | 4 0.12 6.95 84.3 | 3 0.09 7.04 84.4 | 1 0.03 7.07 84.5 | 4 0.12 7.19 84.6 | 2 0.06 7.24 84.7 | 4 0.12 7.36 84.8 | 2 0.06 7.42 84.9 | 6 0.17 7.59 85 | 2 0.06 7.65 85.1 | 1 0.03 7.68 85.2 | 5 0.15 7.83 85.3 | 1 0.03 7.86 85.4 | 4 0.12 7.97 85.5 | 4 0.12 8.09 85.6 | 4 0.12 8.20 85.7 | 1 0.03 8.23 85.8 | 4 0.12 8.35 85.9 | 2 0.06 8.41 86 | 2 0.06 8.47 86.2 | 1 0.03 8.50 86.3 | 9 0.26 8.76 86.4 | 1 0.03 8.79 86.5 | 3 0.09 8.87 86.7 | 2 0.06 8.93 86.8 | 2 0.06 8.99 86.9 | 4 0.12 9.11 87 | 3 0.09 9.19 87.1 | 4 0.12 9.31 87.5 | 3 0.09 9.40 87.6 | 1 0.03 9.43 87.7 | 3 0.09 9.51 87.8 | 2 0.06 9.57 88 | 4 0.12 9.69 88.1 | 3 0.09 9.78 88.2 | 1 0.03 9.81 88.3 | 1 0.03 9.83 88.4 | 1 0.03 9.86 88.7 | 1 0.03 9.89 88.9 | 1 0.03 9.92 89 | 2 0.06 9.98 89.3 | 1 0.03 10.01 89.4 | 1 0.03 10.04 89.5 | 1 0.03 10.07 89.7 | 1 0.03 10.10 89.8 | 1 0.03 10.13 90 | 1 0.03 10.15 90.1 | 1 0.03 10.18 90.2 | 2 0.06 10.24 90.3 | 1 0.03 10.27 90.6 | 1 0.03 10.30 90.7 | 1 0.03 10.33 90.8 | 1 0.03 10.36 90.9 | 1 0.03 10.39 91 | 1 0.03 10.42 91.2 | 2 0.06 10.47 91.3 | 1 0.03 10.50 91.4 | 1 0.03 10.53 91.5 | 1 0.03 10.56 91.9 | 1 0.03 10.59 92.1 | 1 0.03 10.62 92.4 | 1 0.03 10.65 92.5 | 1 0.03 10.68 92.7 | 1 0.03 10.71 92.8 | 1 0.03 10.74 93.7 | 1 0.03 10.77 94.9 | 1 0.03 10.79 95.3 | 1 0.03 10.82 95.7 | 1 0.03 10.85 95.9 | 1 0.03 10.88 . | 3,063 89.12 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for fem6769 variable in PC_HSA_rates_0307 dataset : Overall, | Number of | Female | medicare | Enrollees | Age 67-69 | Freq. Percent Cum. ------------+----------------------------------- 200 | 6 0.17 0.17 201 | 8 0.23 0.41 202 | 8 0.23 0.64 203 | 8 0.23 0.87 204 | 6 0.17 1.05 205 | 9 0.26 1.31 206 | 5 0.15 1.45 207 | 9 0.26 1.72 208 | 5 0.15 1.86 209 | 1 0.03 1.89 210 | 4 0.12 2.01 211 | 6 0.17 2.18 212 | 4 0.12 2.30 213 | 3 0.09 2.39 214 | 4 0.12 2.50 215 | 6 0.17 2.68 216 | 6 0.17 2.85 217 | 7 0.20 3.05 218 | 1 0.03 3.08 219 | 1 0.03 3.11 220 | 6 0.17 3.29 221 | 9 0.26 3.55 222 | 5 0.15 3.70 223 | 2 0.06 3.75 224 | 5 0.15 3.90 225 | 3 0.09 3.99 226 | 4 0.12 4.10 227 | 10 0.29 4.39 228 | 5 0.15 4.54 229 | 5 0.15 4.68 230 | 3 0.09 4.77 231 | 7 0.20 4.98 232 | 4 0.12 5.09 233 | 5 0.15 5.24 234 | 1 0.03 5.27 235 | 6 0.17 5.44 236 | 7 0.20 5.64 237 | 5 0.15 5.79 238 | 5 0.15 5.94 239 | 8 0.23 6.17 240 | 5 0.15 6.31 241 | 6 0.17 6.49 242 | 2 0.06 6.55 243 | 3 0.09 6.63 244 | 5 0.15 6.78 245 | 5 0.15 6.92 246 | 6 0.17 7.10 247 | 6 0.17 7.27 248 | 2 0.06 7.33 249 | 3 0.09 7.42 250 | 6 0.17 7.59 251 | 4 0.12 7.71 252 | 9 0.26 7.97 253 | 7 0.20 8.18 254 | 4 0.12 8.29 255 | 4 0.12 8.41 256 | 1 0.03 8.44 257 | 6 0.17 8.61 258 | 6 0.17 8.79 259 | 5 0.15 8.93 260 | 3 0.09 9.02 261 | 5 0.15 9.16 262 | 6 0.17 9.34 263 | 5 0.15 9.49 264 | 4 0.12 9.60 265 | 3 0.09 9.69 266 | 2 0.06 9.75 267 | 4 0.12 9.86 268 | 6 0.17 10.04 269 | 5 0.15 10.18 270 | 4 0.12 10.30 271 | 8 0.23 10.53 272 | 5 0.15 10.68 273 | 3 0.09 10.77 274 | 5 0.15 10.91 275 | 5 0.15 11.06 276 | 1 0.03 11.09 277 | 3 0.09 11.17 278 | 4 0.12 11.29 279 | 4 0.12 11.41 280 | 5 0.15 11.55 281 | 6 0.17 11.73 282 | 2 0.06 11.78 283 | 4 0.12 11.90 284 | 5 0.15 12.05 285 | 3 0.09 12.13 286 | 5 0.15 12.28 287 | 2 0.06 12.34 288 | 1 0.03 12.37 289 | 3 0.09 12.45 290 | 4 0.12 12.57 291 | 3 0.09 12.66 292 | 3 0.09 12.74 293 | 6 0.17 12.92 294 | 5 0.15 13.06 295 | 4 0.12 13.18 296 | 3 0.09 13.27 297 | 2 0.06 13.33 298 | 1 0.03 13.35 299 | 3 0.09 13.44 300 | 5 0.15 13.59 301 | 2 0.06 13.65 302 | 3 0.09 13.73 303 | 4 0.12 13.85 304 | 1 0.03 13.88 305 | 5 0.15 14.02 306 | 4 0.12 14.14 307 | 6 0.17 14.31 308 | 2 0.06 14.37 309 | 1 0.03 14.40 310 | 2 0.06 14.46 311 | 1 0.03 14.49 312 | 1 0.03 14.52 313 | 6 0.17 14.69 314 | 6 0.17 14.87 315 | 6 0.17 15.04 316 | 3 0.09 15.13 317 | 3 0.09 15.22 318 | 3 0.09 15.30 319 | 8 0.23 15.54 320 | 7 0.20 15.74 321 | 3 0.09 15.83 322 | 4 0.12 15.94 323 | 2 0.06 16.00 324 | 6 0.17 16.18 325 | 5 0.15 16.32 326 | 3 0.09 16.41 327 | 5 0.15 16.56 328 | 4 0.12 16.67 329 | 4 0.12 16.79 330 | 4 0.12 16.90 331 | 2 0.06 16.96 332 | 5 0.15 17.11 333 | 3 0.09 17.20 335 | 6 0.17 17.37 336 | 5 0.15 17.52 337 | 2 0.06 17.57 338 | 2 0.06 17.63 339 | 3 0.09 17.72 340 | 4 0.12 17.84 341 | 3 0.09 17.92 342 | 5 0.15 18.07 343 | 4 0.12 18.18 344 | 2 0.06 18.24 345 | 7 0.20 18.45 346 | 1 0.03 18.48 347 | 3 0.09 18.56 348 | 2 0.06 18.62 349 | 1 0.03 18.65 350 | 1 0.03 18.68 351 | 1 0.03 18.71 352 | 2 0.06 18.77 353 | 6 0.17 18.94 354 | 3 0.09 19.03 355 | 2 0.06 19.09 357 | 5 0.15 19.23 358 | 4 0.12 19.35 359 | 3 0.09 19.44 360 | 3 0.09 19.52 361 | 5 0.15 19.67 362 | 1 0.03 19.70 364 | 3 0.09 19.78 365 | 4 0.12 19.90 366 | 2 0.06 19.96 367 | 4 0.12 20.08 368 | 6 0.17 20.25 369 | 3 0.09 20.34 370 | 1 0.03 20.37 371 | 4 0.12 20.48 372 | 4 0.12 20.60 373 | 4 0.12 20.72 375 | 3 0.09 20.80 376 | 4 0.12 20.92 377 | 2 0.06 20.98 378 | 3 0.09 21.06 379 | 3 0.09 21.15 380 | 4 0.12 21.27 381 | 2 0.06 21.33 382 | 3 0.09 21.41 383 | 2 0.06 21.47 384 | 1 0.03 21.50 385 | 3 0.09 21.59 386 | 1 0.03 21.62 387 | 1 0.03 21.65 388 | 3 0.09 21.73 389 | 2 0.06 21.79 390 | 3 0.09 21.88 391 | 2 0.06 21.94 392 | 3 0.09 22.03 393 | 4 0.12 22.14 394 | 5 0.15 22.29 395 | 6 0.17 22.46 396 | 5 0.15 22.61 397 | 2 0.06 22.67 398 | 4 0.12 22.78 399 | 2 0.06 22.84 400 | 4 0.12 22.96 401 | 3 0.09 23.04 402 | 3 0.09 23.13 403 | 3 0.09 23.22 404 | 2 0.06 23.28 405 | 3 0.09 23.36 406 | 3 0.09 23.45 407 | 3 0.09 23.54 408 | 4 0.12 23.65 409 | 1 0.03 23.68 410 | 2 0.06 23.74 411 | 2 0.06 23.80 412 | 3 0.09 23.89 413 | 1 0.03 23.92 414 | 1 0.03 23.95 415 | 3 0.09 24.03 416 | 2 0.06 24.09 417 | 4 0.12 24.21 418 | 1 0.03 24.24 419 | 1 0.03 24.27 420 | 3 0.09 24.35 421 | 2 0.06 24.41 422 | 1 0.03 24.44 423 | 4 0.12 24.56 424 | 3 0.09 24.64 425 | 1 0.03 24.67 426 | 1 0.03 24.70 427 | 2 0.06 24.76 428 | 1 0.03 24.79 429 | 1 0.03 24.82 430 | 2 0.06 24.88 431 | 2 0.06 24.93 432 | 2 0.06 24.99 433 | 2 0.06 25.05 434 | 2 0.06 25.11 435 | 5 0.15 25.25 436 | 1 0.03 25.28 437 | 2 0.06 25.34 438 | 3 0.09 25.43 439 | 2 0.06 25.49 440 | 1 0.03 25.52 441 | 1 0.03 25.55 442 | 3 0.09 25.63 443 | 4 0.12 25.75 444 | 4 0.12 25.87 445 | 2 0.06 25.92 447 | 1 0.03 25.95 448 | 2 0.06 26.01 449 | 2 0.06 26.07 452 | 4 0.12 26.19 453 | 2 0.06 26.24 454 | 7 0.20 26.45 455 | 1 0.03 26.48 456 | 2 0.06 26.53 457 | 1 0.03 26.56 458 | 2 0.06 26.62 459 | 1 0.03 26.65 460 | 2 0.06 26.71 461 | 5 0.15 26.85 462 | 1 0.03 26.88 463 | 4 0.12 27.00 464 | 2 0.06 27.06 465 | 2 0.06 27.12 466 | 4 0.12 27.23 467 | 1 0.03 27.26 469 | 1 0.03 27.29 470 | 3 0.09 27.38 471 | 2 0.06 27.44 472 | 1 0.03 27.47 473 | 3 0.09 27.55 474 | 1 0.03 27.58 475 | 2 0.06 27.64 476 | 1 0.03 27.67 477 | 1 0.03 27.70 478 | 2 0.06 27.76 479 | 4 0.12 27.87 480 | 2 0.06 27.93 481 | 2 0.06 27.99 482 | 2 0.06 28.05 484 | 4 0.12 28.16 485 | 2 0.06 28.22 486 | 1 0.03 28.25 489 | 3 0.09 28.34 490 | 4 0.12 28.46 491 | 1 0.03 28.48 492 | 1 0.03 28.51 493 | 2 0.06 28.57 494 | 4 0.12 28.69 495 | 1 0.03 28.72 496 | 1 0.03 28.75 501 | 3 0.09 28.83 502 | 1 0.03 28.86 503 | 3 0.09 28.95 504 | 1 0.03 28.98 505 | 2 0.06 29.04 506 | 7 0.20 29.24 507 | 2 0.06 29.30 509 | 3 0.09 29.39 510 | 2 0.06 29.44 511 | 4 0.12 29.56 512 | 3 0.09 29.65 513 | 2 0.06 29.71 514 | 2 0.06 29.76 515 | 2 0.06 29.82 517 | 4 0.12 29.94 518 | 2 0.06 30.00 519 | 5 0.15 30.14 520 | 1 0.03 30.17 521 | 1 0.03 30.20 522 | 2 0.06 30.26 523 | 3 0.09 30.35 524 | 1 0.03 30.38 526 | 2 0.06 30.43 527 | 4 0.12 30.55 528 | 2 0.06 30.61 529 | 4 0.12 30.72 530 | 3 0.09 30.81 531 | 1 0.03 30.84 532 | 1 0.03 30.87 533 | 3 0.09 30.96 534 | 1 0.03 30.99 535 | 1 0.03 31.02 536 | 1 0.03 31.04 538 | 5 0.15 31.19 540 | 5 0.15 31.34 542 | 2 0.06 31.39 544 | 1 0.03 31.42 546 | 2 0.06 31.48 547 | 2 0.06 31.54 548 | 1 0.03 31.57 549 | 1 0.03 31.60 551 | 1 0.03 31.63 552 | 2 0.06 31.68 554 | 3 0.09 31.77 555 | 4 0.12 31.89 557 | 2 0.06 31.95 558 | 1 0.03 31.98 559 | 2 0.06 32.03 560 | 3 0.09 32.12 561 | 3 0.09 32.21 562 | 2 0.06 32.27 563 | 1 0.03 32.30 564 | 2 0.06 32.35 565 | 2 0.06 32.41 566 | 3 0.09 32.50 567 | 3 0.09 32.59 568 | 3 0.09 32.67 569 | 2 0.06 32.73 570 | 1 0.03 32.76 571 | 1 0.03 32.79 572 | 5 0.15 32.94 575 | 3 0.09 33.02 576 | 3 0.09 33.11 577 | 1 0.03 33.14 578 | 2 0.06 33.20 579 | 1 0.03 33.23 580 | 1 0.03 33.26 582 | 3 0.09 33.34 585 | 1 0.03 33.37 586 | 3 0.09 33.46 588 | 2 0.06 33.52 589 | 6 0.17 33.69 590 | 1 0.03 33.72 591 | 7 0.20 33.92 592 | 3 0.09 34.01 593 | 3 0.09 34.10 594 | 3 0.09 34.19 595 | 1 0.03 34.22 597 | 1 0.03 34.24 598 | 1 0.03 34.27 599 | 1 0.03 34.30 600 | 1 0.03 34.33 601 | 3 0.09 34.42 603 | 1 0.03 34.45 605 | 1 0.03 34.48 606 | 3 0.09 34.57 607 | 2 0.06 34.62 608 | 1 0.03 34.65 610 | 1 0.03 34.68 611 | 3 0.09 34.77 612 | 1 0.03 34.80 613 | 1 0.03 34.83 614 | 1 0.03 34.86 615 | 1 0.03 34.89 616 | 1 0.03 34.91 617 | 1 0.03 34.94 618 | 3 0.09 35.03 621 | 2 0.06 35.09 622 | 1 0.03 35.12 624 | 3 0.09 35.21 625 | 2 0.06 35.26 626 | 1 0.03 35.29 627 | 1 0.03 35.32 628 | 1 0.03 35.35 629 | 1 0.03 35.38 630 | 2 0.06 35.44 631 | 6 0.17 35.61 632 | 1 0.03 35.64 633 | 2 0.06 35.70 634 | 4 0.12 35.82 636 | 2 0.06 35.87 637 | 2 0.06 35.93 638 | 4 0.12 36.05 639 | 1 0.03 36.08 642 | 3 0.09 36.17 643 | 1 0.03 36.19 646 | 1 0.03 36.22 650 | 1 0.03 36.25 651 | 2 0.06 36.31 652 | 3 0.09 36.40 654 | 2 0.06 36.46 655 | 3 0.09 36.54 656 | 2 0.06 36.60 657 | 1 0.03 36.63 658 | 1 0.03 36.66 659 | 3 0.09 36.75 660 | 1 0.03 36.78 661 | 1 0.03 36.81 662 | 2 0.06 36.86 663 | 2 0.06 36.92 666 | 4 0.12 37.04 667 | 1 0.03 37.07 668 | 5 0.15 37.21 669 | 1 0.03 37.24 670 | 1 0.03 37.27 671 | 1 0.03 37.30 672 | 3 0.09 37.39 673 | 2 0.06 37.45 674 | 2 0.06 37.50 675 | 1 0.03 37.53 677 | 1 0.03 37.56 678 | 2 0.06 37.62 679 | 2 0.06 37.68 680 | 1 0.03 37.71 681 | 2 0.06 37.77 683 | 1 0.03 37.79 684 | 4 0.12 37.91 685 | 2 0.06 37.97 686 | 1 0.03 38.00 688 | 2 0.06 38.06 689 | 2 0.06 38.11 690 | 1 0.03 38.14 691 | 1 0.03 38.17 692 | 3 0.09 38.26 693 | 1 0.03 38.29 694 | 1 0.03 38.32 695 | 3 0.09 38.41 696 | 2 0.06 38.46 697 | 1 0.03 38.49 701 | 2 0.06 38.55 703 | 4 0.12 38.67 706 | 1 0.03 38.70 707 | 1 0.03 38.73 709 | 1 0.03 38.75 710 | 2 0.06 38.81 713 | 1 0.03 38.84 714 | 2 0.06 38.90 716 | 4 0.12 39.02 717 | 2 0.06 39.07 718 | 2 0.06 39.13 719 | 3 0.09 39.22 720 | 2 0.06 39.28 722 | 1 0.03 39.31 723 | 2 0.06 39.37 725 | 5 0.15 39.51 726 | 1 0.03 39.54 727 | 3 0.09 39.63 728 | 2 0.06 39.69 729 | 1 0.03 39.71 732 | 4 0.12 39.83 734 | 2 0.06 39.89 737 | 1 0.03 39.92 738 | 1 0.03 39.95 739 | 1 0.03 39.98 740 | 2 0.06 40.03 742 | 3 0.09 40.12 743 | 1 0.03 40.15 746 | 1 0.03 40.18 747 | 2 0.06 40.24 748 | 3 0.09 40.33 750 | 1 0.03 40.35 751 | 1 0.03 40.38 754 | 2 0.06 40.44 755 | 4 0.12 40.56 756 | 2 0.06 40.62 757 | 1 0.03 40.65 760 | 1 0.03 40.68 761 | 2 0.06 40.73 762 | 2 0.06 40.79 763 | 1 0.03 40.82 768 | 1 0.03 40.85 769 | 2 0.06 40.91 770 | 1 0.03 40.94 771 | 2 0.06 41.00 773 | 1 0.03 41.02 774 | 1 0.03 41.05 776 | 2 0.06 41.11 777 | 3 0.09 41.20 778 | 1 0.03 41.23 780 | 1 0.03 41.26 781 | 2 0.06 41.32 782 | 2 0.06 41.37 784 | 2 0.06 41.43 786 | 1 0.03 41.46 787 | 1 0.03 41.49 788 | 1 0.03 41.52 790 | 2 0.06 41.58 791 | 4 0.12 41.69 794 | 1 0.03 41.72 795 | 1 0.03 41.75 797 | 1 0.03 41.78 798 | 1 0.03 41.81 799 | 1 0.03 41.84 801 | 2 0.06 41.90 802 | 2 0.06 41.96 803 | 1 0.03 41.98 804 | 1 0.03 42.01 805 | 1 0.03 42.04 806 | 1 0.03 42.07 807 | 3 0.09 42.16 808 | 1 0.03 42.19 814 | 1 0.03 42.22 815 | 1 0.03 42.25 817 | 1 0.03 42.28 818 | 1 0.03 42.30 819 | 1 0.03 42.33 822 | 1 0.03 42.36 825 | 1 0.03 42.39 826 | 1 0.03 42.42 827 | 2 0.06 42.48 830 | 1 0.03 42.51 831 | 1 0.03 42.54 832 | 3 0.09 42.62 833 | 1 0.03 42.65 836 | 1 0.03 42.68 838 | 1 0.03 42.71 839 | 3 0.09 42.80 840 | 1 0.03 42.83 841 | 3 0.09 42.92 842 | 1 0.03 42.94 844 | 2 0.06 43.00 846 | 2 0.06 43.06 848 | 2 0.06 43.12 850 | 1 0.03 43.15 852 | 1 0.03 43.18 854 | 2 0.06 43.24 857 | 1 0.03 43.26 859 | 2 0.06 43.32 861 | 1 0.03 43.35 862 | 2 0.06 43.41 863 | 1 0.03 43.44 864 | 1 0.03 43.47 866 | 1 0.03 43.50 867 | 1 0.03 43.53 868 | 1 0.03 43.56 869 | 2 0.06 43.61 871 | 1 0.03 43.64 873 | 1 0.03 43.67 879 | 1 0.03 43.70 880 | 1 0.03 43.73 881 | 3 0.09 43.82 883 | 1 0.03 43.85 886 | 1 0.03 43.88 887 | 1 0.03 43.90 894 | 2 0.06 43.96 895 | 1 0.03 43.99 899 | 1 0.03 44.02 901 | 1 0.03 44.05 902 | 2 0.06 44.11 905 | 1 0.03 44.14 906 | 1 0.03 44.17 908 | 1 0.03 44.20 909 | 1 0.03 44.22 910 | 1 0.03 44.25 911 | 1 0.03 44.28 912 | 1 0.03 44.31 913 | 2 0.06 44.37 914 | 2 0.06 44.43 915 | 1 0.03 44.46 916 | 2 0.06 44.52 917 | 1 0.03 44.54 918 | 1 0.03 44.57 919 | 1 0.03 44.60 922 | 1 0.03 44.63 924 | 2 0.06 44.69 925 | 2 0.06 44.75 926 | 1 0.03 44.78 928 | 1 0.03 44.81 932 | 2 0.06 44.86 933 | 1 0.03 44.89 934 | 1 0.03 44.92 935 | 1 0.03 44.95 940 | 3 0.09 45.04 941 | 1 0.03 45.07 942 | 2 0.06 45.13 943 | 1 0.03 45.16 944 | 1 0.03 45.18 946 | 1 0.03 45.21 952 | 2 0.06 45.27 955 | 1 0.03 45.30 962 | 1 0.03 45.33 964 | 2 0.06 45.39 966 | 2 0.06 45.45 968 | 1 0.03 45.48 969 | 1 0.03 45.50 971 | 1 0.03 45.53 972 | 1 0.03 45.56 973 | 2 0.06 45.62 974 | 2 0.06 45.68 976 | 1 0.03 45.71 977 | 1 0.03 45.74 978 | 1 0.03 45.77 979 | 1 0.03 45.80 980 | 1 0.03 45.82 981 | 1 0.03 45.85 983 | 1 0.03 45.88 984 | 2 0.06 45.94 985 | 2 0.06 46.00 987 | 1 0.03 46.03 990 | 3 0.09 46.12 991 | 2 0.06 46.17 995 | 4 0.12 46.29 996 | 2 0.06 46.35 999 | 1 0.03 46.38 1000 | 1 0.03 46.41 1001 | 3 0.09 46.49 1004 | 1 0.03 46.52 1005 | 1 0.03 46.55 1006 | 1 0.03 46.58 1007 | 1 0.03 46.61 1011 | 1 0.03 46.64 1013 | 1 0.03 46.67 1016 | 1 0.03 46.70 1017 | 1 0.03 46.73 1020 | 1 0.03 46.76 1022 | 1 0.03 46.78 1023 | 1 0.03 46.81 1024 | 2 0.06 46.87 1026 | 1 0.03 46.90 1029 | 1 0.03 46.93 1030 | 1 0.03 46.96 1032 | 1 0.03 46.99 1034 | 1 0.03 47.02 1036 | 1 0.03 47.05 1037 | 1 0.03 47.08 1038 | 1 0.03 47.11 1040 | 3 0.09 47.19 1041 | 1 0.03 47.22 1047 | 2 0.06 47.28 1048 | 2 0.06 47.34 1050 | 1 0.03 47.37 1051 | 1 0.03 47.40 1052 | 3 0.09 47.48 1053 | 1 0.03 47.51 1055 | 1 0.03 47.54 1056 | 1 0.03 47.57 1057 | 3 0.09 47.66 1058 | 1 0.03 47.69 1059 | 1 0.03 47.72 1067 | 1 0.03 47.75 1069 | 3 0.09 47.83 1070 | 2 0.06 47.89 1073 | 1 0.03 47.92 1076 | 1 0.03 47.95 1079 | 1 0.03 47.98 1080 | 1 0.03 48.01 1082 | 2 0.06 48.07 1084 | 1 0.03 48.09 1085 | 1 0.03 48.12 1087 | 1 0.03 48.15 1089 | 1 0.03 48.18 1090 | 1 0.03 48.21 1091 | 1 0.03 48.24 1094 | 1 0.03 48.27 1096 | 1 0.03 48.30 1098 | 1 0.03 48.33 1099 | 3 0.09 48.41 1101 | 1 0.03 48.44 1103 | 1 0.03 48.47 1105 | 3 0.09 48.56 1108 | 2 0.06 48.62 1113 | 2 0.06 48.68 1115 | 1 0.03 48.71 1118 | 1 0.03 48.73 1120 | 1 0.03 48.76 1123 | 1 0.03 48.79 1124 | 2 0.06 48.85 1127 | 1 0.03 48.88 1130 | 1 0.03 48.91 1132 | 1 0.03 48.94 1134 | 2 0.06 49.00 1136 | 1 0.03 49.03 1137 | 3 0.09 49.11 1138 | 2 0.06 49.17 1139 | 1 0.03 49.20 1141 | 2 0.06 49.26 1144 | 2 0.06 49.32 1145 | 1 0.03 49.35 1147 | 1 0.03 49.37 1148 | 1 0.03 49.40 1149 | 1 0.03 49.43 1150 | 2 0.06 49.49 1151 | 1 0.03 49.52 1153 | 1 0.03 49.55 1154 | 1 0.03 49.58 1155 | 1 0.03 49.61 1156 | 1 0.03 49.64 1158 | 1 0.03 49.67 1160 | 1 0.03 49.69 1161 | 1 0.03 49.72 1164 | 1 0.03 49.75 1170 | 1 0.03 49.78 1179 | 1 0.03 49.81 1182 | 1 0.03 49.84 1184 | 1 0.03 49.87 1188 | 1 0.03 49.90 1189 | 3 0.09 49.99 1195 | 2 0.06 50.04 1196 | 1 0.03 50.07 1198 | 2 0.06 50.13 1200 | 1 0.03 50.16 1202 | 1 0.03 50.19 1203 | 1 0.03 50.22 1206 | 3 0.09 50.31 1207 | 1 0.03 50.33 1209 | 1 0.03 50.36 1213 | 2 0.06 50.42 1217 | 2 0.06 50.48 1219 | 1 0.03 50.51 1220 | 1 0.03 50.54 1221 | 2 0.06 50.60 1222 | 2 0.06 50.65 1223 | 2 0.06 50.71 1228 | 1 0.03 50.74 1229 | 1 0.03 50.77 1233 | 2 0.06 50.83 1239 | 1 0.03 50.86 1242 | 1 0.03 50.89 1243 | 1 0.03 50.92 1244 | 2 0.06 50.97 1245 | 1 0.03 51.00 1251 | 1 0.03 51.03 1254 | 1 0.03 51.06 1255 | 1 0.03 51.09 1258 | 1 0.03 51.12 1260 | 2 0.06 51.18 1262 | 1 0.03 51.21 1264 | 1 0.03 51.24 1265 | 1 0.03 51.27 1270 | 1 0.03 51.29 1271 | 2 0.06 51.35 1276 | 2 0.06 51.41 1278 | 1 0.03 51.44 1282 | 2 0.06 51.50 1283 | 1 0.03 51.53 1287 | 1 0.03 51.56 1289 | 1 0.03 51.59 1290 | 1 0.03 51.61 1297 | 1 0.03 51.64 1299 | 1 0.03 51.67 1300 | 1 0.03 51.70 1303 | 1 0.03 51.73 1304 | 1 0.03 51.76 1308 | 1 0.03 51.79 1309 | 3 0.09 51.88 1310 | 1 0.03 51.91 1312 | 2 0.06 51.96 1314 | 1 0.03 51.99 1315 | 1 0.03 52.02 1316 | 1 0.03 52.05 1319 | 2 0.06 52.11 1320 | 1 0.03 52.14 1321 | 1 0.03 52.17 1325 | 2 0.06 52.23 1326 | 1 0.03 52.25 1327 | 2 0.06 52.31 1328 | 2 0.06 52.37 1330 | 3 0.09 52.46 1332 | 1 0.03 52.49 1333 | 1 0.03 52.52 1334 | 2 0.06 52.57 1336 | 1 0.03 52.60 1337 | 1 0.03 52.63 1341 | 1 0.03 52.66 1342 | 1 0.03 52.69 1343 | 2 0.06 52.75 1344 | 1 0.03 52.78 1346 | 1 0.03 52.81 1349 | 1 0.03 52.84 1351 | 1 0.03 52.87 1354 | 3 0.09 52.95 1355 | 1 0.03 52.98 1360 | 2 0.06 53.04 1361 | 1 0.03 53.07 1371 | 1 0.03 53.10 1378 | 2 0.06 53.16 1380 | 1 0.03 53.19 1384 | 2 0.06 53.24 1385 | 2 0.06 53.30 1386 | 1 0.03 53.33 1388 | 1 0.03 53.36 1391 | 1 0.03 53.39 1394 | 1 0.03 53.42 1396 | 1 0.03 53.45 1398 | 1 0.03 53.48 1407 | 1 0.03 53.51 1421 | 1 0.03 53.54 1422 | 1 0.03 53.56 1423 | 2 0.06 53.62 1425 | 1 0.03 53.65 1432 | 3 0.09 53.74 1433 | 1 0.03 53.77 1438 | 1 0.03 53.80 1440 | 2 0.06 53.86 1441 | 1 0.03 53.88 1456 | 2 0.06 53.94 1459 | 1 0.03 53.97 1461 | 1 0.03 54.00 1462 | 3 0.09 54.09 1465 | 1 0.03 54.12 1466 | 1 0.03 54.15 1476 | 1 0.03 54.18 1477 | 2 0.06 54.23 1483 | 1 0.03 54.26 1484 | 1 0.03 54.29 1488 | 1 0.03 54.32 1489 | 1 0.03 54.35 1491 | 1 0.03 54.38 1495 | 1 0.03 54.41 1505 | 2 0.06 54.47 1513 | 1 0.03 54.50 1517 | 1 0.03 54.52 1521 | 1 0.03 54.55 1524 | 1 0.03 54.58 1532 | 1 0.03 54.61 1536 | 2 0.06 54.67 1539 | 1 0.03 54.70 1543 | 2 0.06 54.76 1545 | 1 0.03 54.79 1551 | 1 0.03 54.82 1553 | 1 0.03 54.84 1561 | 1 0.03 54.87 1564 | 1 0.03 54.90 1567 | 1 0.03 54.93 1569 | 1 0.03 54.96 1574 | 1 0.03 54.99 1575 | 1 0.03 55.02 1576 | 1 0.03 55.05 1580 | 1 0.03 55.08 1581 | 1 0.03 55.11 1582 | 1 0.03 55.14 1595 | 1 0.03 55.16 1597 | 1 0.03 55.19 1598 | 1 0.03 55.22 1599 | 1 0.03 55.25 1607 | 1 0.03 55.28 1612 | 1 0.03 55.31 1618 | 1 0.03 55.34 1621 | 1 0.03 55.37 1627 | 1 0.03 55.40 1629 | 1 0.03 55.43 1636 | 2 0.06 55.48 1645 | 1 0.03 55.51 1648 | 2 0.06 55.57 1649 | 2 0.06 55.63 1650 | 1 0.03 55.66 1656 | 1 0.03 55.69 1664 | 1 0.03 55.72 1677 | 1 0.03 55.75 1680 | 1 0.03 55.78 1685 | 1 0.03 55.80 1686 | 1 0.03 55.83 1690 | 1 0.03 55.86 1697 | 1 0.03 55.89 1705 | 1 0.03 55.92 1711 | 2 0.06 55.98 1731 | 1 0.03 56.01 1734 | 1 0.03 56.04 1743 | 2 0.06 56.10 1758 | 1 0.03 56.12 1759 | 1 0.03 56.15 1784 | 1 0.03 56.18 1800 | 1 0.03 56.21 1812 | 1 0.03 56.24 1817 | 1 0.03 56.27 1823 | 1 0.03 56.30 1826 | 1 0.03 56.33 1830 | 1 0.03 56.36 1833 | 1 0.03 56.39 1840 | 1 0.03 56.42 1841 | 1 0.03 56.44 1845 | 2 0.06 56.50 1848 | 1 0.03 56.53 1849 | 1 0.03 56.56 1862 | 1 0.03 56.59 1866 | 1 0.03 56.62 1868 | 1 0.03 56.65 1878 | 1 0.03 56.68 1894 | 1 0.03 56.71 1895 | 1 0.03 56.74 1899 | 1 0.03 56.76 1902 | 1 0.03 56.79 1907 | 1 0.03 56.82 1911 | 1 0.03 56.85 1917 | 1 0.03 56.88 1929 | 1 0.03 56.91 1930 | 1 0.03 56.94 1931 | 1 0.03 56.97 1932 | 1 0.03 57.00 1943 | 1 0.03 57.03 1945 | 1 0.03 57.06 1951 | 1 0.03 57.08 1956 | 1 0.03 57.11 1964 | 1 0.03 57.14 1969 | 1 0.03 57.17 1984 | 1 0.03 57.20 1999 | 1 0.03 57.23 2010 | 2 0.06 57.29 2014 | 1 0.03 57.32 2016 | 1 0.03 57.35 2023 | 1 0.03 57.38 2027 | 1 0.03 57.40 2029 | 1 0.03 57.43 2031 | 1 0.03 57.46 2036 | 1 0.03 57.49 2040 | 1 0.03 57.52 2046 | 1 0.03 57.55 2051 | 1 0.03 57.58 2052 | 1 0.03 57.61 2057 | 1 0.03 57.64 2067 | 1 0.03 57.67 2073 | 1 0.03 57.70 2085 | 1 0.03 57.72 2089 | 1 0.03 57.75 2091 | 1 0.03 57.78 2103 | 1 0.03 57.81 2113 | 1 0.03 57.84 2115 | 1 0.03 57.87 2124 | 1 0.03 57.90 2130 | 1 0.03 57.93 2132 | 1 0.03 57.96 2138 | 1 0.03 57.99 2141 | 1 0.03 58.02 2144 | 1 0.03 58.04 2145 | 3 0.09 58.13 2150 | 1 0.03 58.16 2156 | 1 0.03 58.19 2168 | 1 0.03 58.22 2175 | 1 0.03 58.25 2194 | 1 0.03 58.28 2195 | 1 0.03 58.31 2202 | 1 0.03 58.34 2215 | 1 0.03 58.36 2218 | 1 0.03 58.39 2225 | 1 0.03 58.42 2227 | 2 0.06 58.48 2229 | 1 0.03 58.51 2231 | 1 0.03 58.54 2233 | 1 0.03 58.57 2250 | 1 0.03 58.60 2263 | 1 0.03 58.63 2277 | 1 0.03 58.66 2299 | 1 0.03 58.68 2326 | 1 0.03 58.71 2343 | 1 0.03 58.74 2353 | 1 0.03 58.77 2356 | 1 0.03 58.80 2369 | 1 0.03 58.83 2371 | 1 0.03 58.86 2393 | 1 0.03 58.89 2395 | 1 0.03 58.92 2410 | 1 0.03 58.95 2416 | 1 0.03 58.98 2420 | 1 0.03 59.00 2432 | 1 0.03 59.03 2433 | 1 0.03 59.06 2435 | 1 0.03 59.09 2439 | 1 0.03 59.12 2442 | 1 0.03 59.15 2455 | 1 0.03 59.18 2460 | 1 0.03 59.21 2461 | 1 0.03 59.24 2467 | 1 0.03 59.27 2480 | 1 0.03 59.30 2488 | 1 0.03 59.32 2495 | 1 0.03 59.35 2572 | 1 0.03 59.38 2585 | 1 0.03 59.41 2595 | 1 0.03 59.44 2598 | 1 0.03 59.47 2604 | 1 0.03 59.50 2619 | 1 0.03 59.53 2652 | 1 0.03 59.56 2672 | 1 0.03 59.59 2674 | 1 0.03 59.62 2719 | 1 0.03 59.65 2738 | 1 0.03 59.67 2755 | 1 0.03 59.70 2766 | 1 0.03 59.73 2772 | 1 0.03 59.76 2788 | 1 0.03 59.79 2814 | 1 0.03 59.82 2878 | 2 0.06 59.88 2881 | 1 0.03 59.91 2895 | 1 0.03 59.94 2910 | 1 0.03 59.97 2929 | 1 0.03 59.99 2982 | 1 0.03 60.02 2996 | 1 0.03 60.05 3008 | 1 0.03 60.08 3034 | 1 0.03 60.11 3045 | 1 0.03 60.14 3078 | 1 0.03 60.17 3102 | 1 0.03 60.20 3105 | 1 0.03 60.23 3130 | 1 0.03 60.26 3154 | 1 0.03 60.29 3178 | 1 0.03 60.31 3229 | 1 0.03 60.34 3254 | 1 0.03 60.37 3317 | 1 0.03 60.40 3332 | 1 0.03 60.43 3419 | 1 0.03 60.46 3490 | 1 0.03 60.49 3505 | 1 0.03 60.52 3541 | 1 0.03 60.55 3543 | 1 0.03 60.58 3546 | 1 0.03 60.61 3551 | 1 0.03 60.63 3570 | 1 0.03 60.66 3578 | 1 0.03 60.69 3583 | 1 0.03 60.72 3588 | 1 0.03 60.75 3620 | 1 0.03 60.78 3623 | 1 0.03 60.81 3667 | 1 0.03 60.84 3674 | 1 0.03 60.87 3758 | 1 0.03 60.90 3770 | 1 0.03 60.93 3773 | 1 0.03 60.95 3860 | 1 0.03 60.98 3889 | 1 0.03 61.01 3900 | 1 0.03 61.04 3938 | 1 0.03 61.07 3984 | 1 0.03 61.10 4034 | 1 0.03 61.13 4035 | 1 0.03 61.16 4042 | 1 0.03 61.19 4115 | 1 0.03 61.22 4124 | 1 0.03 61.25 4132 | 1 0.03 61.27 4134 | 1 0.03 61.30 4191 | 1 0.03 61.33 4201 | 1 0.03 61.36 4255 | 1 0.03 61.39 4264 | 1 0.03 61.42 4320 | 1 0.03 61.45 4332 | 1 0.03 61.48 4335 | 1 0.03 61.51 4339 | 2 0.06 61.57 4346 | 1 0.03 61.59 4431 | 1 0.03 61.62 4471 | 1 0.03 61.65 4507 | 1 0.03 61.68 4546 | 1 0.03 61.71 4618 | 1 0.03 61.74 4720 | 1 0.03 61.77 4783 | 1 0.03 61.80 4789 | 1 0.03 61.83 4853 | 1 0.03 61.86 4927 | 1 0.03 61.89 5026 | 1 0.03 61.91 5172 | 1 0.03 61.94 5188 | 1 0.03 61.97 5217 | 1 0.03 62.00 5251 | 1 0.03 62.03 5284 | 1 0.03 62.06 5304 | 1 0.03 62.09 5348 | 1 0.03 62.12 5479 | 1 0.03 62.15 5489 | 1 0.03 62.18 5562 | 1 0.03 62.21 5812 | 1 0.03 62.23 5824 | 1 0.03 62.26 5933 | 1 0.03 62.29 6026 | 1 0.03 62.32 6087 | 1 0.03 62.35 6196 | 1 0.03 62.38 6199 | 1 0.03 62.41 6322 | 1 0.03 62.44 6401 | 1 0.03 62.47 6560 | 1 0.03 62.50 6781 | 1 0.03 62.53 6950 | 1 0.03 62.55 7075 | 1 0.03 62.58 7085 | 1 0.03 62.61 7138 | 1 0.03 62.64 7393 | 1 0.03 62.67 7978 | 1 0.03 62.70 8020 | 1 0.03 62.73 8089 | 1 0.03 62.76 8159 | 1 0.03 62.79 8162 | 1 0.03 62.82 8516 | 1 0.03 62.85 9256 | 1 0.03 62.87 10553 | 1 0.03 62.90 10775 | 1 0.03 62.93 10888 | 1 0.03 62.96 11066 | 1 0.03 62.99 11325 | 1 0.03 63.02 11546 | 1 0.03 63.05 15732 | 1 0.03 63.08 16801 | 1 0.03 63.11 2165901 | 1 0.03 63.14 . | 1,267 36.86 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for fem6769b variable in PC_HSA_rates_0307 dataset : Black, | Number of | Female | medicare | Enrollees | Age 67-69 | Freq. Percent Cum. ------------+----------------------------------- 201 | 1 0.03 0.03 204 | 1 0.03 0.06 206 | 1 0.03 0.09 207 | 1 0.03 0.12 213 | 1 0.03 0.15 215 | 2 0.06 0.20 216 | 1 0.03 0.23 217 | 1 0.03 0.26 218 | 1 0.03 0.29 220 | 2 0.06 0.35 221 | 1 0.03 0.38 222 | 1 0.03 0.41 223 | 1 0.03 0.44 224 | 2 0.06 0.49 225 | 1 0.03 0.52 228 | 1 0.03 0.55 229 | 1 0.03 0.58 230 | 1 0.03 0.61 232 | 2 0.06 0.67 233 | 3 0.09 0.76 234 | 1 0.03 0.79 237 | 1 0.03 0.81 238 | 1 0.03 0.84 239 | 1 0.03 0.87 241 | 1 0.03 0.90 243 | 1 0.03 0.93 244 | 1 0.03 0.96 245 | 1 0.03 0.99 248 | 2 0.06 1.05 250 | 1 0.03 1.08 251 | 1 0.03 1.11 252 | 2 0.06 1.16 258 | 1 0.03 1.19 260 | 1 0.03 1.22 262 | 2 0.06 1.28 263 | 2 0.06 1.34 265 | 2 0.06 1.40 266 | 1 0.03 1.43 267 | 1 0.03 1.45 268 | 1 0.03 1.48 271 | 1 0.03 1.51 272 | 1 0.03 1.54 277 | 1 0.03 1.57 279 | 1 0.03 1.60 280 | 2 0.06 1.66 281 | 1 0.03 1.69 286 | 1 0.03 1.72 289 | 2 0.06 1.77 291 | 2 0.06 1.83 292 | 1 0.03 1.86 294 | 1 0.03 1.89 295 | 1 0.03 1.92 296 | 3 0.09 2.01 297 | 1 0.03 2.04 300 | 2 0.06 2.09 301 | 1 0.03 2.12 303 | 1 0.03 2.15 306 | 1 0.03 2.18 307 | 1 0.03 2.21 311 | 1 0.03 2.24 315 | 1 0.03 2.27 321 | 1 0.03 2.30 325 | 3 0.09 2.39 327 | 1 0.03 2.41 328 | 1 0.03 2.44 329 | 1 0.03 2.47 334 | 2 0.06 2.53 344 | 1 0.03 2.56 348 | 1 0.03 2.59 352 | 1 0.03 2.62 356 | 1 0.03 2.65 358 | 1 0.03 2.68 359 | 2 0.06 2.73 367 | 2 0.06 2.79 370 | 1 0.03 2.82 373 | 2 0.06 2.88 375 | 1 0.03 2.91 379 | 1 0.03 2.94 392 | 2 0.06 3.00 395 | 2 0.06 3.05 399 | 1 0.03 3.08 403 | 1 0.03 3.11 412 | 1 0.03 3.14 416 | 2 0.06 3.20 421 | 1 0.03 3.23 428 | 1 0.03 3.26 430 | 1 0.03 3.29 432 | 1 0.03 3.32 434 | 1 0.03 3.35 442 | 1 0.03 3.38 443 | 1 0.03 3.40 445 | 1 0.03 3.43 454 | 1 0.03 3.46 456 | 1 0.03 3.49 460 | 1 0.03 3.52 461 | 1 0.03 3.55 463 | 1 0.03 3.58 464 | 1 0.03 3.61 465 | 1 0.03 3.64 472 | 1 0.03 3.67 502 | 1 0.03 3.70 504 | 1 0.03 3.72 510 | 1 0.03 3.75 514 | 1 0.03 3.78 515 | 1 0.03 3.81 519 | 1 0.03 3.84 528 | 2 0.06 3.90 532 | 1 0.03 3.93 534 | 1 0.03 3.96 539 | 1 0.03 3.99 551 | 1 0.03 4.02 570 | 1 0.03 4.04 583 | 1 0.03 4.07 587 | 1 0.03 4.10 589 | 1 0.03 4.13 595 | 1 0.03 4.16 606 | 1 0.03 4.19 620 | 1 0.03 4.22 628 | 1 0.03 4.25 642 | 1 0.03 4.28 662 | 1 0.03 4.31 693 | 1 0.03 4.34 706 | 1 0.03 4.36 712 | 1 0.03 4.39 714 | 1 0.03 4.42 715 | 1 0.03 4.45 717 | 1 0.03 4.48 730 | 1 0.03 4.51 744 | 1 0.03 4.54 787 | 2 0.06 4.60 792 | 1 0.03 4.63 804 | 1 0.03 4.66 815 | 1 0.03 4.68 829 | 1 0.03 4.71 839 | 1 0.03 4.74 846 | 1 0.03 4.77 875 | 1 0.03 4.80 878 | 1 0.03 4.83 885 | 1 0.03 4.86 888 | 1 0.03 4.89 959 | 1 0.03 4.92 972 | 1 0.03 4.95 978 | 1 0.03 4.98 1002 | 1 0.03 5.00 1005 | 1 0.03 5.03 1028 | 1 0.03 5.06 1054 | 1 0.03 5.09 1063 | 1 0.03 5.12 1115 | 1 0.03 5.15 1117 | 1 0.03 5.18 1180 | 1 0.03 5.21 1181 | 1 0.03 5.24 1230 | 1 0.03 5.27 1290 | 1 0.03 5.30 1353 | 1 0.03 5.32 1379 | 1 0.03 5.35 1517 | 1 0.03 5.38 1861 | 1 0.03 5.41 1973 | 1 0.03 5.44 2082 | 1 0.03 5.47 2093 | 1 0.03 5.50 2111 | 1 0.03 5.53 2171 | 1 0.03 5.56 2280 | 1 0.03 5.59 2997 | 1 0.03 5.62 3238 | 1 0.03 5.64 3344 | 1 0.03 5.67 3428 | 1 0.03 5.70 3517 | 1 0.03 5.73 3837 | 1 0.03 5.76 5193 | 1 0.03 5.79 6854 | 1 0.03 5.82 199650 | 1 0.03 5.85 . | 3,236 94.15 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for fem6769w variable in PC_HSA_rates_0307 dataset : White, | Number of | Female | medicare | Enrollees | Age 67-69 | Freq. Percent Cum. ------------+----------------------------------- 235 | 1 0.03 0.03 257 | 1 0.03 0.06 269 | 1 0.03 0.09 273 | 1 0.03 0.12 309 | 1 0.03 0.15 327 | 1 0.03 0.17 392 | 1 0.03 0.20 393 | 1 0.03 0.23 396 | 1 0.03 0.26 414 | 1 0.03 0.29 435 | 1 0.03 0.32 447 | 1 0.03 0.35 451 | 1 0.03 0.38 490 | 1 0.03 0.41 493 | 1 0.03 0.44 502 | 1 0.03 0.47 511 | 1 0.03 0.49 515 | 1 0.03 0.52 517 | 1 0.03 0.55 536 | 1 0.03 0.58 560 | 1 0.03 0.61 563 | 1 0.03 0.64 582 | 1 0.03 0.67 617 | 1 0.03 0.70 632 | 1 0.03 0.73 645 | 1 0.03 0.76 663 | 1 0.03 0.79 677 | 1 0.03 0.81 679 | 1 0.03 0.84 683 | 1 0.03 0.87 699 | 1 0.03 0.90 702 | 1 0.03 0.93 726 | 1 0.03 0.96 728 | 1 0.03 0.99 761 | 2 0.06 1.05 785 | 1 0.03 1.08 802 | 1 0.03 1.11 812 | 1 0.03 1.13 816 | 1 0.03 1.16 820 | 1 0.03 1.19 821 | 1 0.03 1.22 826 | 1 0.03 1.25 836 | 1 0.03 1.28 856 | 1 0.03 1.31 861 | 1 0.03 1.34 862 | 1 0.03 1.37 877 | 1 0.03 1.40 880 | 1 0.03 1.43 882 | 1 0.03 1.45 922 | 1 0.03 1.48 931 | 1 0.03 1.51 935 | 1 0.03 1.54 947 | 1 0.03 1.57 972 | 1 0.03 1.60 993 | 1 0.03 1.63 996 | 1 0.03 1.66 1015 | 1 0.03 1.69 1033 | 1 0.03 1.72 1085 | 1 0.03 1.75 1091 | 1 0.03 1.77 1123 | 1 0.03 1.80 1135 | 1 0.03 1.83 1180 | 1 0.03 1.86 1204 | 1 0.03 1.89 1207 | 1 0.03 1.92 1227 | 1 0.03 1.95 1290 | 1 0.03 1.98 1291 | 1 0.03 2.01 1294 | 1 0.03 2.04 1309 | 1 0.03 2.07 1358 | 1 0.03 2.09 1377 | 1 0.03 2.12 1446 | 1 0.03 2.15 1508 | 1 0.03 2.18 1546 | 1 0.03 2.21 1551 | 1 0.03 2.24 1570 | 1 0.03 2.27 1577 | 1 0.03 2.30 1592 | 1 0.03 2.33 1595 | 1 0.03 2.36 1610 | 1 0.03 2.39 1615 | 1 0.03 2.41 1620 | 1 0.03 2.44 1625 | 1 0.03 2.47 1629 | 1 0.03 2.50 1640 | 1 0.03 2.53 1641 | 1 0.03 2.56 1651 | 1 0.03 2.59 1670 | 1 0.03 2.62 1696 | 1 0.03 2.65 1703 | 1 0.03 2.68 1712 | 1 0.03 2.71 1729 | 1 0.03 2.73 1739 | 1 0.03 2.76 1752 | 1 0.03 2.79 1767 | 1 0.03 2.82 1773 | 1 0.03 2.85 1774 | 1 0.03 2.88 1776 | 1 0.03 2.91 1793 | 1 0.03 2.94 1814 | 1 0.03 2.97 1857 | 1 0.03 3.00 1871 | 1 0.03 3.03 1919 | 1 0.03 3.05 1933 | 1 0.03 3.08 1934 | 1 0.03 3.11 1944 | 1 0.03 3.14 1945 | 1 0.03 3.17 1952 | 1 0.03 3.20 1959 | 1 0.03 3.23 1963 | 1 0.03 3.26 1989 | 1 0.03 3.29 2003 | 1 0.03 3.32 2058 | 1 0.03 3.35 2112 | 1 0.03 3.38 2113 | 1 0.03 3.40 2127 | 1 0.03 3.43 2134 | 1 0.03 3.46 2182 | 1 0.03 3.49 2230 | 1 0.03 3.52 2410 | 1 0.03 3.55 2436 | 1 0.03 3.58 2452 | 1 0.03 3.61 2508 | 1 0.03 3.64 2535 | 1 0.03 3.67 2595 | 1 0.03 3.70 2630 | 1 0.03 3.72 2710 | 1 0.03 3.75 2782 | 1 0.03 3.78 2934 | 1 0.03 3.81 2936 | 1 0.03 3.84 2948 | 1 0.03 3.87 2954 | 1 0.03 3.90 2959 | 1 0.03 3.93 2967 | 1 0.03 3.96 3006 | 1 0.03 3.99 3029 | 1 0.03 4.02 3109 | 1 0.03 4.04 3204 | 1 0.03 4.07 3208 | 1 0.03 4.10 3230 | 1 0.03 4.13 3237 | 1 0.03 4.16 3238 | 1 0.03 4.19 3271 | 1 0.03 4.22 3275 | 1 0.03 4.25 3281 | 1 0.03 4.28 3328 | 1 0.03 4.31 3356 | 1 0.03 4.34 3430 | 1 0.03 4.36 3459 | 1 0.03 4.39 3468 | 1 0.03 4.42 3531 | 1 0.03 4.45 3601 | 1 0.03 4.48 3615 | 1 0.03 4.51 3626 | 1 0.03 4.54 3650 | 1 0.03 4.57 3743 | 1 0.03 4.60 3786 | 1 0.03 4.63 3802 | 1 0.03 4.66 3920 | 1 0.03 4.68 3984 | 1 0.03 4.71 4025 | 1 0.03 4.74 4159 | 1 0.03 4.77 4370 | 1 0.03 4.80 4414 | 1 0.03 4.83 4424 | 1 0.03 4.86 4436 | 1 0.03 4.89 4541 | 1 0.03 4.92 4699 | 1 0.03 4.95 4703 | 1 0.03 4.98 4745 | 1 0.03 5.00 4749 | 1 0.03 5.03 4796 | 1 0.03 5.06 4869 | 1 0.03 5.09 5027 | 1 0.03 5.12 5220 | 1 0.03 5.15 5499 | 1 0.03 5.18 5684 | 1 0.03 5.21 5722 | 1 0.03 5.24 5782 | 1 0.03 5.27 6018 | 1 0.03 5.30 6025 | 1 0.03 5.32 6031 | 1 0.03 5.35 6046 | 1 0.03 5.38 6069 | 1 0.03 5.41 6104 | 1 0.03 5.44 6505 | 1 0.03 5.47 6798 | 1 0.03 5.50 6999 | 1 0.03 5.53 7042 | 1 0.03 5.56 7229 | 1 0.03 5.59 7308 | 1 0.03 5.62 8328 | 1 0.03 5.64 8608 | 1 0.03 5.67 8664 | 1 0.03 5.70 8878 | 1 0.03 5.73 9573 | 1 0.03 5.76 9925 | 1 0.03 5.79 13373 | 1 0.03 5.82 1966251 | 1 0.03 5.85 . | 3,236 94.15 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for mammo6769 variable in PC_HSA_rates_0307 dataset : Overall, % | Female | Medicare | Enrollees | Age 67-69 | Having | Mammogram | in 2 Years | Freq. Percent Cum. ------------+----------------------------------- 8.8 | 1 0.03 0.03 34.9 | 1 0.03 0.06 38.2 | 1 0.03 0.09 38.3 | 1 0.03 0.12 40.4 | 2 0.06 0.17 40.9 | 1 0.03 0.20 42 | 1 0.03 0.23 42.4 | 1 0.03 0.26 42.7 | 1 0.03 0.29 42.9 | 2 0.06 0.35 43.5 | 3 0.09 0.44 43.6 | 2 0.06 0.49 44 | 1 0.03 0.52 44.3 | 2 0.06 0.58 44.4 | 1 0.03 0.61 44.6 | 1 0.03 0.64 44.8 | 2 0.06 0.70 44.9 | 1 0.03 0.73 45.2 | 1 0.03 0.76 45.3 | 3 0.09 0.84 45.5 | 4 0.12 0.96 45.6 | 1 0.03 0.99 45.7 | 1 0.03 1.02 45.9 | 1 0.03 1.05 46 | 3 0.09 1.13 46.1 | 1 0.03 1.16 46.3 | 1 0.03 1.19 46.4 | 1 0.03 1.22 46.5 | 3 0.09 1.31 46.6 | 4 0.12 1.43 46.7 | 1 0.03 1.45 46.9 | 3 0.09 1.54 47 | 1 0.03 1.57 47.1 | 3 0.09 1.66 47.4 | 2 0.06 1.72 47.5 | 1 0.03 1.75 47.6 | 1 0.03 1.77 47.7 | 5 0.15 1.92 47.8 | 1 0.03 1.95 47.9 | 1 0.03 1.98 48 | 6 0.17 2.15 48.1 | 3 0.09 2.24 48.2 | 1 0.03 2.27 48.4 | 1 0.03 2.30 48.5 | 4 0.12 2.41 48.6 | 3 0.09 2.50 48.7 | 1 0.03 2.53 48.8 | 2 0.06 2.59 48.9 | 1 0.03 2.62 49 | 2 0.06 2.68 49.1 | 3 0.09 2.76 49.2 | 1 0.03 2.79 49.3 | 1 0.03 2.82 49.4 | 3 0.09 2.91 49.5 | 2 0.06 2.97 49.6 | 1 0.03 3.00 49.8 | 1 0.03 3.03 49.9 | 1 0.03 3.05 50 | 7 0.20 3.26 50.1 | 4 0.12 3.38 50.2 | 2 0.06 3.43 50.3 | 2 0.06 3.49 50.4 | 3 0.09 3.58 50.5 | 3 0.09 3.67 50.6 | 3 0.09 3.75 50.7 | 2 0.06 3.81 50.8 | 1 0.03 3.84 51 | 1 0.03 3.87 51.1 | 1 0.03 3.90 51.2 | 4 0.12 4.02 51.3 | 7 0.20 4.22 51.4 | 5 0.15 4.36 51.5 | 5 0.15 4.51 51.6 | 1 0.03 4.54 51.7 | 3 0.09 4.63 51.8 | 4 0.12 4.74 51.9 | 5 0.15 4.89 52 | 2 0.06 4.95 52.1 | 2 0.06 5.00 52.2 | 2 0.06 5.06 52.3 | 2 0.06 5.12 52.4 | 1 0.03 5.15 52.5 | 8 0.23 5.38 52.6 | 3 0.09 5.47 52.7 | 5 0.15 5.62 52.8 | 5 0.15 5.76 52.9 | 5 0.15 5.91 53 | 6 0.17 6.08 53.1 | 4 0.12 6.20 53.2 | 11 0.32 6.52 53.4 | 4 0.12 6.63 53.5 | 3 0.09 6.72 53.6 | 4 0.12 6.84 53.7 | 4 0.12 6.95 53.8 | 2 0.06 7.01 54 | 10 0.29 7.30 54.1 | 3 0.09 7.39 54.2 | 7 0.20 7.59 54.3 | 5 0.15 7.74 54.4 | 7 0.20 7.94 54.5 | 5 0.15 8.09 54.6 | 6 0.17 8.26 54.7 | 7 0.20 8.47 54.8 | 5 0.15 8.61 54.9 | 7 0.20 8.82 55 | 5 0.15 8.96 55.1 | 4 0.12 9.08 55.2 | 4 0.12 9.19 55.3 | 7 0.20 9.40 55.4 | 7 0.20 9.60 55.5 | 1 0.03 9.63 55.6 | 6 0.17 9.81 55.7 | 7 0.20 10.01 55.8 | 2 0.06 10.07 55.9 | 5 0.15 10.21 56 | 7 0.20 10.42 56.1 | 5 0.15 10.56 56.2 | 8 0.23 10.79 56.3 | 3 0.09 10.88 56.4 | 7 0.20 11.09 56.5 | 3 0.09 11.17 56.6 | 9 0.26 11.43 56.7 | 10 0.29 11.73 56.8 | 8 0.23 11.96 56.9 | 8 0.23 12.19 57 | 8 0.23 12.42 57.1 | 6 0.17 12.60 57.2 | 7 0.20 12.80 57.3 | 9 0.26 13.06 57.4 | 8 0.23 13.30 57.5 | 6 0.17 13.47 57.6 | 9 0.26 13.73 57.7 | 8 0.23 13.97 57.8 | 13 0.38 14.34 57.9 | 8 0.23 14.58 58 | 5 0.15 14.72 58.1 | 10 0.29 15.01 58.2 | 5 0.15 15.16 58.3 | 5 0.15 15.30 58.4 | 12 0.35 15.65 58.5 | 11 0.32 15.97 58.6 | 14 0.41 16.38 58.7 | 11 0.32 16.70 58.8 | 8 0.23 16.93 58.9 | 7 0.20 17.14 59 | 11 0.32 17.46 59.1 | 5 0.15 17.60 59.2 | 6 0.17 17.78 59.3 | 13 0.38 18.16 59.4 | 13 0.38 18.53 59.5 | 10 0.29 18.82 59.6 | 6 0.17 19.00 59.7 | 7 0.20 19.20 59.8 | 7 0.20 19.41 59.9 | 13 0.38 19.78 60 | 14 0.41 20.19 60.1 | 8 0.23 20.42 60.2 | 10 0.29 20.72 60.3 | 10 0.29 21.01 60.4 | 12 0.35 21.36 60.5 | 11 0.32 21.68 60.6 | 4 0.12 21.79 60.7 | 8 0.23 22.03 60.8 | 9 0.26 22.29 60.9 | 6 0.17 22.46 61 | 10 0.29 22.75 61.1 | 20 0.58 23.33 61.2 | 10 0.29 23.63 61.3 | 9 0.26 23.89 61.4 | 10 0.29 24.18 61.5 | 12 0.35 24.53 61.6 | 10 0.29 24.82 61.7 | 11 0.32 25.14 61.8 | 8 0.23 25.37 61.9 | 11 0.32 25.69 62 | 8 0.23 25.92 62.1 | 7 0.20 26.13 62.2 | 13 0.38 26.51 62.3 | 7 0.20 26.71 62.4 | 6 0.17 26.88 62.5 | 13 0.38 27.26 62.6 | 11 0.32 27.58 62.7 | 13 0.38 27.96 62.8 | 5 0.15 28.11 62.9 | 11 0.32 28.43 63 | 15 0.44 28.86 63.1 | 15 0.44 29.30 63.2 | 13 0.38 29.68 63.3 | 10 0.29 29.97 63.4 | 9 0.26 30.23 63.5 | 21 0.61 30.84 63.6 | 10 0.29 31.13 63.7 | 8 0.23 31.36 63.8 | 12 0.35 31.71 63.9 | 12 0.35 32.06 64 | 10 0.29 32.35 64.1 | 17 0.49 32.85 64.2 | 11 0.32 33.17 64.3 | 12 0.35 33.52 64.4 | 17 0.49 34.01 64.5 | 13 0.38 34.39 64.6 | 8 0.23 34.62 64.7 | 16 0.47 35.09 64.8 | 16 0.47 35.55 64.9 | 11 0.32 35.87 65 | 13 0.38 36.25 65.1 | 6 0.17 36.43 65.2 | 14 0.41 36.83 65.3 | 9 0.26 37.10 65.4 | 17 0.49 37.59 65.5 | 23 0.67 38.26 65.6 | 15 0.44 38.70 65.7 | 14 0.41 39.10 65.8 | 10 0.29 39.39 65.9 | 13 0.38 39.77 66 | 12 0.35 40.12 66.1 | 7 0.20 40.33 66.2 | 13 0.38 40.70 66.3 | 3 0.09 40.79 66.4 | 14 0.41 41.20 66.5 | 14 0.41 41.61 66.6 | 8 0.23 41.84 66.7 | 10 0.29 42.13 66.8 | 13 0.38 42.51 66.9 | 9 0.26 42.77 67 | 12 0.35 43.12 67.1 | 10 0.29 43.41 67.2 | 7 0.20 43.61 67.3 | 7 0.20 43.82 67.4 | 13 0.38 44.20 67.5 | 17 0.49 44.69 67.6 | 8 0.23 44.92 67.7 | 11 0.32 45.24 67.8 | 9 0.26 45.50 67.9 | 12 0.35 45.85 68 | 8 0.23 46.09 68.1 | 12 0.35 46.44 68.2 | 13 0.38 46.81 68.3 | 9 0.26 47.08 68.4 | 14 0.41 47.48 68.5 | 11 0.32 47.80 68.6 | 8 0.23 48.04 68.7 | 8 0.23 48.27 68.8 | 13 0.38 48.65 68.9 | 10 0.29 48.94 69 | 14 0.41 49.35 69.1 | 7 0.20 49.55 69.2 | 7 0.20 49.75 69.3 | 6 0.17 49.93 69.4 | 9 0.26 50.19 69.5 | 11 0.32 50.51 69.6 | 8 0.23 50.74 69.7 | 5 0.15 50.89 69.8 | 8 0.23 51.12 69.9 | 8 0.23 51.35 70 | 10 0.29 51.64 70.1 | 10 0.29 51.93 70.2 | 9 0.26 52.20 70.3 | 5 0.15 52.34 70.4 | 4 0.12 52.46 70.5 | 6 0.17 52.63 70.6 | 10 0.29 52.92 70.7 | 8 0.23 53.16 70.8 | 8 0.23 53.39 70.9 | 6 0.17 53.56 71 | 11 0.32 53.88 71.1 | 5 0.15 54.03 71.2 | 9 0.26 54.29 71.3 | 10 0.29 54.58 71.4 | 6 0.17 54.76 71.5 | 2 0.06 54.82 71.6 | 6 0.17 54.99 71.7 | 3 0.09 55.08 71.8 | 12 0.35 55.43 71.9 | 3 0.09 55.51 72 | 5 0.15 55.66 72.1 | 6 0.17 55.83 72.2 | 7 0.20 56.04 72.3 | 6 0.17 56.21 72.4 | 7 0.20 56.42 72.5 | 7 0.20 56.62 72.6 | 3 0.09 56.71 72.7 | 12 0.35 57.06 72.8 | 9 0.26 57.32 72.9 | 3 0.09 57.40 73 | 2 0.06 57.46 73.1 | 5 0.15 57.61 73.2 | 9 0.26 57.87 73.3 | 7 0.20 58.07 73.4 | 7 0.20 58.28 73.5 | 6 0.17 58.45 73.6 | 4 0.12 58.57 73.7 | 8 0.23 58.80 73.8 | 2 0.06 58.86 73.9 | 3 0.09 58.95 74 | 10 0.29 59.24 74.1 | 3 0.09 59.32 74.2 | 8 0.23 59.56 74.3 | 4 0.12 59.67 74.4 | 9 0.26 59.94 74.5 | 3 0.09 60.02 74.6 | 3 0.09 60.11 74.7 | 3 0.09 60.20 74.8 | 3 0.09 60.29 74.9 | 5 0.15 60.43 75 | 3 0.09 60.52 75.1 | 2 0.06 60.58 75.2 | 2 0.06 60.63 75.3 | 2 0.06 60.69 75.4 | 3 0.09 60.78 75.5 | 3 0.09 60.87 75.6 | 1 0.03 60.90 75.7 | 2 0.06 60.95 75.8 | 2 0.06 61.01 75.9 | 7 0.20 61.22 76 | 1 0.03 61.25 76.1 | 1 0.03 61.27 76.2 | 3 0.09 61.36 76.3 | 4 0.12 61.48 76.4 | 2 0.06 61.54 76.5 | 2 0.06 61.59 76.6 | 2 0.06 61.65 76.7 | 2 0.06 61.71 76.8 | 1 0.03 61.74 76.9 | 1 0.03 61.77 77 | 5 0.15 61.91 77.1 | 1 0.03 61.94 77.2 | 1 0.03 61.97 77.3 | 3 0.09 62.06 77.4 | 1 0.03 62.09 77.5 | 1 0.03 62.12 77.7 | 1 0.03 62.15 77.8 | 4 0.12 62.26 77.9 | 2 0.06 62.32 78 | 1 0.03 62.35 78.2 | 2 0.06 62.41 78.3 | 3 0.09 62.50 78.4 | 2 0.06 62.55 78.5 | 1 0.03 62.58 78.6 | 1 0.03 62.61 78.8 | 1 0.03 62.64 79 | 1 0.03 62.67 79.2 | 2 0.06 62.73 79.3 | 2 0.06 62.79 79.4 | 1 0.03 62.82 79.5 | 1 0.03 62.85 79.9 | 1 0.03 62.87 80 | 1 0.03 62.90 80.4 | 1 0.03 62.93 80.8 | 1 0.03 62.96 80.9 | 1 0.03 62.99 81 | 1 0.03 63.02 81.2 | 1 0.03 63.05 82.2 | 1 0.03 63.08 82.7 | 1 0.03 63.11 86.9 | 1 0.03 63.14 . | 1,267 36.86 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for mammo6769lcl variable in PC_HSA_rates_0307 dataset : Overall, | LCL % | Female | Medicare | Enrollees | Age 67-69 | Having | Mammogram | in 2 Years | Freq. Percent Cum. ------------+----------------------------------- 4.7 | 1 0.03 0.03 27 | 1 0.03 0.06 32 | 1 0.03 0.09 32.1 | 1 0.03 0.12 34.1 | 1 0.03 0.15 34.2 | 1 0.03 0.17 34.5 | 1 0.03 0.20 34.7 | 1 0.03 0.23 35.3 | 1 0.03 0.26 35.4 | 2 0.06 0.32 35.5 | 2 0.06 0.38 35.7 | 1 0.03 0.41 35.8 | 1 0.03 0.44 36 | 1 0.03 0.47 36.1 | 1 0.03 0.49 36.4 | 1 0.03 0.52 36.5 | 2 0.06 0.58 36.7 | 2 0.06 0.64 36.9 | 2 0.06 0.70 37.1 | 1 0.03 0.73 37.3 | 1 0.03 0.76 37.4 | 2 0.06 0.81 37.5 | 2 0.06 0.87 37.6 | 3 0.09 0.96 37.8 | 2 0.06 1.02 37.9 | 3 0.09 1.11 38 | 1 0.03 1.13 38.4 | 1 0.03 1.16 38.6 | 1 0.03 1.19 38.8 | 2 0.06 1.25 38.9 | 3 0.09 1.34 39.1 | 2 0.06 1.40 39.3 | 1 0.03 1.43 39.4 | 2 0.06 1.48 39.6 | 1 0.03 1.51 39.7 | 1 0.03 1.54 39.8 | 2 0.06 1.60 40 | 1 0.03 1.63 40.2 | 5 0.15 1.77 40.4 | 1 0.03 1.80 40.6 | 2 0.06 1.86 40.8 | 3 0.09 1.95 41 | 1 0.03 1.98 41.1 | 4 0.12 2.09 41.2 | 3 0.09 2.18 41.3 | 2 0.06 2.24 41.4 | 2 0.06 2.30 41.5 | 2 0.06 2.36 41.6 | 1 0.03 2.39 41.7 | 1 0.03 2.41 41.8 | 1 0.03 2.44 41.9 | 3 0.09 2.53 42 | 3 0.09 2.62 42.1 | 3 0.09 2.71 42.2 | 2 0.06 2.76 42.3 | 2 0.06 2.82 42.4 | 3 0.09 2.91 42.5 | 2 0.06 2.97 42.6 | 1 0.03 3.00 42.8 | 2 0.06 3.05 42.9 | 2 0.06 3.11 43 | 3 0.09 3.20 43.1 | 3 0.09 3.29 43.2 | 3 0.09 3.38 43.3 | 2 0.06 3.43 43.4 | 5 0.15 3.58 43.5 | 4 0.12 3.70 43.6 | 2 0.06 3.75 43.7 | 3 0.09 3.84 43.8 | 3 0.09 3.93 43.9 | 4 0.12 4.04 44 | 2 0.06 4.10 44.1 | 4 0.12 4.22 44.2 | 3 0.09 4.31 44.3 | 5 0.15 4.45 44.4 | 4 0.12 4.57 44.5 | 3 0.09 4.66 44.6 | 3 0.09 4.74 44.7 | 1 0.03 4.77 44.8 | 6 0.17 4.95 44.9 | 3 0.09 5.03 45 | 1 0.03 5.06 45.1 | 1 0.03 5.09 45.2 | 2 0.06 5.15 45.3 | 2 0.06 5.21 45.4 | 6 0.17 5.38 45.5 | 5 0.15 5.53 45.6 | 8 0.23 5.76 45.7 | 1 0.03 5.79 45.8 | 6 0.17 5.96 45.9 | 2 0.06 6.02 46 | 8 0.23 6.26 46.1 | 6 0.17 6.43 46.2 | 4 0.12 6.55 46.3 | 4 0.12 6.66 46.4 | 2 0.06 6.72 46.5 | 9 0.26 6.98 46.6 | 4 0.12 7.10 46.7 | 4 0.12 7.22 46.8 | 1 0.03 7.24 46.9 | 4 0.12 7.36 47 | 3 0.09 7.45 47.1 | 4 0.12 7.56 47.2 | 4 0.12 7.68 47.3 | 8 0.23 7.91 47.4 | 6 0.17 8.09 47.5 | 4 0.12 8.20 47.6 | 4 0.12 8.32 47.7 | 4 0.12 8.44 47.8 | 3 0.09 8.52 47.9 | 6 0.17 8.70 48 | 7 0.20 8.90 48.1 | 12 0.35 9.25 48.2 | 6 0.17 9.43 48.3 | 2 0.06 9.49 48.4 | 4 0.12 9.60 48.5 | 6 0.17 9.78 48.6 | 2 0.06 9.83 48.7 | 8 0.23 10.07 48.8 | 10 0.29 10.36 48.9 | 7 0.20 10.56 49 | 8 0.23 10.79 49.1 | 8 0.23 11.03 49.2 | 2 0.06 11.09 49.3 | 5 0.15 11.23 49.4 | 6 0.17 11.41 49.5 | 9 0.26 11.67 49.6 | 6 0.17 11.84 49.7 | 4 0.12 11.96 49.8 | 8 0.23 12.19 49.9 | 8 0.23 12.42 50 | 5 0.15 12.57 50.1 | 3 0.09 12.66 50.2 | 2 0.06 12.71 50.3 | 6 0.17 12.89 50.4 | 4 0.12 13.01 50.5 | 13 0.38 13.38 50.6 | 8 0.23 13.62 50.7 | 6 0.17 13.79 50.8 | 13 0.38 14.17 50.9 | 4 0.12 14.29 51 | 11 0.32 14.61 51.1 | 11 0.32 14.93 51.2 | 7 0.20 15.13 51.3 | 6 0.17 15.30 51.4 | 5 0.15 15.45 51.5 | 14 0.41 15.86 51.6 | 8 0.23 16.09 51.7 | 9 0.26 16.35 51.8 | 8 0.23 16.58 51.9 | 13 0.38 16.96 52 | 9 0.26 17.22 52.1 | 7 0.20 17.43 52.2 | 3 0.09 17.52 52.3 | 6 0.17 17.69 52.4 | 8 0.23 17.92 52.5 | 14 0.41 18.33 52.6 | 4 0.12 18.45 52.7 | 4 0.12 18.56 52.8 | 9 0.26 18.82 52.9 | 9 0.26 19.09 53 | 8 0.23 19.32 53.1 | 11 0.32 19.64 53.2 | 9 0.26 19.90 53.3 | 7 0.20 20.10 53.4 | 8 0.23 20.34 53.5 | 14 0.41 20.74 53.6 | 10 0.29 21.04 53.7 | 6 0.17 21.21 53.8 | 8 0.23 21.44 53.9 | 8 0.23 21.68 54 | 10 0.29 21.97 54.1 | 7 0.20 22.17 54.2 | 9 0.26 22.43 54.3 | 5 0.15 22.58 54.4 | 7 0.20 22.78 54.5 | 9 0.26 23.04 54.6 | 13 0.38 23.42 54.7 | 14 0.41 23.83 54.8 | 9 0.26 24.09 54.9 | 18 0.52 24.61 55 | 12 0.35 24.96 55.1 | 8 0.23 25.20 55.2 | 3 0.09 25.28 55.3 | 8 0.23 25.52 55.4 | 9 0.26 25.78 55.5 | 10 0.29 26.07 55.6 | 10 0.29 26.36 55.7 | 12 0.35 26.71 55.8 | 11 0.32 27.03 55.9 | 13 0.38 27.41 56 | 14 0.41 27.81 56.1 | 16 0.47 28.28 56.2 | 11 0.32 28.60 56.3 | 11 0.32 28.92 56.4 | 13 0.38 29.30 56.5 | 10 0.29 29.59 56.6 | 16 0.47 30.06 56.7 | 12 0.35 30.40 56.8 | 9 0.26 30.67 56.9 | 12 0.35 31.02 57 | 5 0.15 31.16 57.1 | 9 0.26 31.42 57.2 | 12 0.35 31.77 57.3 | 16 0.47 32.24 57.4 | 20 0.58 32.82 57.5 | 15 0.44 33.26 57.6 | 11 0.32 33.58 57.7 | 12 0.35 33.92 57.8 | 11 0.32 34.24 57.9 | 12 0.35 34.59 58 | 13 0.38 34.97 58.1 | 12 0.35 35.32 58.2 | 9 0.26 35.58 58.3 | 9 0.26 35.85 58.4 | 6 0.17 36.02 58.5 | 16 0.47 36.49 58.6 | 12 0.35 36.83 58.7 | 10 0.29 37.13 58.8 | 15 0.44 37.56 58.9 | 11 0.32 37.88 59 | 13 0.38 38.26 59.1 | 8 0.23 38.49 59.2 | 10 0.29 38.78 59.3 | 14 0.41 39.19 59.4 | 14 0.41 39.60 59.5 | 12 0.35 39.95 59.6 | 7 0.20 40.15 59.7 | 6 0.17 40.33 59.8 | 15 0.44 40.76 59.9 | 18 0.52 41.29 60 | 8 0.23 41.52 60.1 | 11 0.32 41.84 60.2 | 14 0.41 42.25 60.3 | 16 0.47 42.71 60.4 | 4 0.12 42.83 60.5 | 11 0.32 43.15 60.6 | 9 0.26 43.41 60.7 | 9 0.26 43.67 60.8 | 7 0.20 43.88 60.9 | 5 0.15 44.02 61 | 13 0.38 44.40 61.1 | 12 0.35 44.75 61.2 | 9 0.26 45.01 61.3 | 10 0.29 45.30 61.4 | 5 0.15 45.45 61.5 | 14 0.41 45.85 61.6 | 9 0.26 46.12 61.7 | 13 0.38 46.49 61.8 | 14 0.41 46.90 61.9 | 6 0.17 47.08 62 | 10 0.29 47.37 62.1 | 8 0.23 47.60 62.2 | 13 0.38 47.98 62.3 | 8 0.23 48.21 62.4 | 8 0.23 48.44 62.5 | 9 0.26 48.71 62.6 | 9 0.26 48.97 62.7 | 15 0.44 49.40 62.8 | 7 0.20 49.61 62.9 | 5 0.15 49.75 63 | 18 0.52 50.28 63.1 | 17 0.49 50.77 63.2 | 8 0.23 51.00 63.3 | 8 0.23 51.24 63.4 | 11 0.32 51.56 63.5 | 6 0.17 51.73 63.6 | 8 0.23 51.96 63.7 | 7 0.20 52.17 63.8 | 10 0.29 52.46 63.9 | 11 0.32 52.78 64 | 8 0.23 53.01 64.1 | 8 0.23 53.24 64.2 | 6 0.17 53.42 64.3 | 5 0.15 53.56 64.4 | 6 0.17 53.74 64.5 | 7 0.20 53.94 64.6 | 6 0.17 54.12 64.7 | 8 0.23 54.35 64.8 | 12 0.35 54.70 64.9 | 2 0.06 54.76 65 | 7 0.20 54.96 65.1 | 3 0.09 55.05 65.2 | 6 0.17 55.22 65.3 | 7 0.20 55.43 65.4 | 4 0.12 55.54 65.5 | 7 0.20 55.75 65.6 | 5 0.15 55.89 65.7 | 5 0.15 56.04 65.8 | 5 0.15 56.18 65.9 | 6 0.17 56.36 66 | 9 0.26 56.62 66.1 | 7 0.20 56.82 66.2 | 4 0.12 56.94 66.3 | 10 0.29 57.23 66.4 | 5 0.15 57.38 66.5 | 5 0.15 57.52 66.6 | 8 0.23 57.75 66.7 | 9 0.26 58.02 66.8 | 6 0.17 58.19 66.9 | 4 0.12 58.31 67 | 7 0.20 58.51 67.1 | 7 0.20 58.71 67.2 | 6 0.17 58.89 67.3 | 2 0.06 58.95 67.4 | 2 0.06 59.00 67.5 | 6 0.17 59.18 67.6 | 5 0.15 59.32 67.7 | 3 0.09 59.41 67.8 | 1 0.03 59.44 67.9 | 2 0.06 59.50 68 | 1 0.03 59.53 68.1 | 3 0.09 59.62 68.2 | 7 0.20 59.82 68.3 | 5 0.15 59.97 68.4 | 3 0.09 60.05 68.5 | 3 0.09 60.14 68.6 | 2 0.06 60.20 68.7 | 2 0.06 60.26 68.8 | 7 0.20 60.46 68.9 | 1 0.03 60.49 69 | 2 0.06 60.55 69.1 | 4 0.12 60.66 69.2 | 3 0.09 60.75 69.3 | 2 0.06 60.81 69.4 | 4 0.12 60.93 69.5 | 3 0.09 61.01 69.6 | 3 0.09 61.10 69.7 | 2 0.06 61.16 69.8 | 6 0.17 61.33 69.9 | 3 0.09 61.42 70 | 2 0.06 61.48 70.1 | 2 0.06 61.54 70.2 | 4 0.12 61.65 70.3 | 2 0.06 61.71 70.6 | 2 0.06 61.77 70.7 | 3 0.09 61.86 70.8 | 1 0.03 61.89 70.9 | 3 0.09 61.97 71 | 3 0.09 62.06 71.1 | 3 0.09 62.15 71.2 | 3 0.09 62.23 71.3 | 1 0.03 62.26 71.5 | 3 0.09 62.35 71.6 | 2 0.06 62.41 71.7 | 3 0.09 62.50 71.9 | 1 0.03 62.53 72.1 | 1 0.03 62.55 72.2 | 1 0.03 62.58 72.3 | 2 0.06 62.64 72.7 | 3 0.09 62.73 73.1 | 1 0.03 62.76 73.4 | 1 0.03 62.79 73.6 | 1 0.03 62.82 73.7 | 1 0.03 62.85 73.8 | 1 0.03 62.87 73.9 | 1 0.03 62.90 74.3 | 1 0.03 62.93 74.4 | 1 0.03 62.96 74.7 | 1 0.03 62.99 74.9 | 1 0.03 63.02 75 | 1 0.03 63.05 75.5 | 1 0.03 63.08 75.8 | 1 0.03 63.11 . | 1,268 36.89 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for mammo6769ucl variable in PC_HSA_rates_0307 dataset : Overall, | UCL % | Female | Medicare | Enrollees | Age 67-69 | Having | Mammogram | in 2 Years | Freq. Percent Cum. ------------+----------------------------------- 12.8 | 1 0.03 0.03 42.2 | 1 0.03 0.06 42.9 | 1 0.03 0.09 44.5 | 1 0.03 0.12 45.4 | 1 0.03 0.15 46.2 | 1 0.03 0.17 46.9 | 1 0.03 0.20 47.9 | 1 0.03 0.23 48.1 | 1 0.03 0.26 48.3 | 1 0.03 0.29 48.7 | 1 0.03 0.32 49.7 | 1 0.03 0.35 49.9 | 1 0.03 0.38 50 | 1 0.03 0.41 50.2 | 1 0.03 0.44 50.5 | 1 0.03 0.47 50.8 | 1 0.03 0.49 50.9 | 1 0.03 0.52 51 | 1 0.03 0.55 51.2 | 3 0.09 0.64 51.3 | 1 0.03 0.67 51.4 | 1 0.03 0.70 51.5 | 3 0.09 0.79 51.6 | 2 0.06 0.84 51.7 | 1 0.03 0.87 51.8 | 2 0.06 0.93 52 | 2 0.06 0.99 52.2 | 1 0.03 1.02 52.5 | 1 0.03 1.05 52.7 | 3 0.09 1.13 52.8 | 2 0.06 1.19 52.9 | 1 0.03 1.22 53 | 3 0.09 1.31 53.1 | 2 0.06 1.37 53.2 | 1 0.03 1.40 53.3 | 2 0.06 1.45 53.4 | 2 0.06 1.51 53.5 | 3 0.09 1.60 53.6 | 1 0.03 1.63 53.7 | 4 0.12 1.75 53.8 | 4 0.12 1.86 53.9 | 1 0.03 1.89 54 | 5 0.15 2.04 54.1 | 2 0.06 2.09 54.2 | 5 0.15 2.24 54.3 | 1 0.03 2.27 54.4 | 3 0.09 2.36 54.6 | 5 0.15 2.50 54.7 | 2 0.06 2.56 54.8 | 2 0.06 2.62 55 | 3 0.09 2.71 55.2 | 1 0.03 2.73 55.3 | 2 0.06 2.79 55.4 | 3 0.09 2.88 55.5 | 3 0.09 2.97 55.7 | 1 0.03 3.00 55.8 | 2 0.06 3.05 55.9 | 1 0.03 3.08 56 | 3 0.09 3.17 56.1 | 1 0.03 3.20 56.2 | 4 0.12 3.32 56.3 | 1 0.03 3.35 56.4 | 4 0.12 3.46 56.5 | 7 0.20 3.67 56.6 | 1 0.03 3.70 56.7 | 3 0.09 3.78 56.9 | 4 0.12 3.90 57 | 10 0.29 4.19 57.1 | 3 0.09 4.28 57.2 | 2 0.06 4.34 57.3 | 1 0.03 4.36 57.4 | 1 0.03 4.39 57.5 | 4 0.12 4.51 57.6 | 2 0.06 4.57 57.7 | 2 0.06 4.63 57.8 | 2 0.06 4.68 57.9 | 1 0.03 4.71 58 | 5 0.15 4.86 58.1 | 5 0.15 5.00 58.2 | 3 0.09 5.09 58.3 | 4 0.12 5.21 58.4 | 5 0.15 5.35 58.5 | 3 0.09 5.44 58.6 | 1 0.03 5.47 58.7 | 4 0.12 5.59 58.8 | 4 0.12 5.70 59 | 2 0.06 5.76 59.1 | 4 0.12 5.88 59.2 | 1 0.03 5.91 59.3 | 2 0.06 5.96 59.4 | 3 0.09 6.05 59.5 | 8 0.23 6.28 59.6 | 5 0.15 6.43 59.7 | 1 0.03 6.46 59.8 | 6 0.17 6.63 59.9 | 6 0.17 6.81 60 | 3 0.09 6.90 60.1 | 2 0.06 6.95 60.2 | 5 0.15 7.10 60.3 | 3 0.09 7.19 60.4 | 1 0.03 7.22 60.5 | 4 0.12 7.33 60.6 | 7 0.20 7.54 60.7 | 7 0.20 7.74 60.8 | 6 0.17 7.91 60.9 | 5 0.15 8.06 61 | 4 0.12 8.18 61.1 | 3 0.09 8.26 61.2 | 4 0.12 8.38 61.3 | 4 0.12 8.50 61.4 | 3 0.09 8.58 61.5 | 6 0.17 8.76 61.6 | 7 0.20 8.96 61.7 | 3 0.09 9.05 61.8 | 7 0.20 9.25 61.9 | 7 0.20 9.46 62 | 7 0.20 9.66 62.1 | 5 0.15 9.81 62.2 | 9 0.26 10.07 62.3 | 4 0.12 10.18 62.4 | 5 0.15 10.33 62.5 | 8 0.23 10.56 62.6 | 4 0.12 10.68 62.7 | 9 0.26 10.94 62.8 | 7 0.20 11.14 62.9 | 9 0.26 11.41 63 | 6 0.17 11.58 63.1 | 7 0.20 11.78 63.2 | 6 0.17 11.96 63.3 | 12 0.35 12.31 63.4 | 4 0.12 12.42 63.5 | 7 0.20 12.63 63.6 | 10 0.29 12.92 63.7 | 6 0.17 13.09 63.8 | 7 0.20 13.30 63.9 | 14 0.41 13.70 64 | 7 0.20 13.91 64.1 | 12 0.35 14.26 64.2 | 7 0.20 14.46 64.3 | 10 0.29 14.75 64.4 | 3 0.09 14.84 64.5 | 12 0.35 15.19 64.6 | 11 0.32 15.51 64.7 | 6 0.17 15.68 64.8 | 7 0.20 15.89 64.9 | 9 0.26 16.15 65 | 12 0.35 16.50 65.1 | 10 0.29 16.79 65.2 | 8 0.23 17.02 65.3 | 8 0.23 17.25 65.4 | 8 0.23 17.49 65.5 | 17 0.49 17.98 65.6 | 7 0.20 18.18 65.7 | 9 0.26 18.45 65.8 | 11 0.32 18.77 65.9 | 8 0.23 19.00 66 | 9 0.26 19.26 66.1 | 9 0.26 19.52 66.2 | 9 0.26 19.78 66.3 | 8 0.23 20.02 66.4 | 5 0.15 20.16 66.5 | 11 0.32 20.48 66.6 | 3 0.09 20.57 66.7 | 15 0.44 21.01 66.8 | 14 0.41 21.41 66.9 | 11 0.32 21.73 67 | 11 0.32 22.05 67.1 | 20 0.58 22.64 67.2 | 9 0.26 22.90 67.3 | 12 0.35 23.25 67.4 | 6 0.17 23.42 67.5 | 6 0.17 23.60 67.6 | 6 0.17 23.77 67.7 | 8 0.23 24.00 67.8 | 13 0.38 24.38 67.9 | 12 0.35 24.73 68 | 19 0.55 25.28 68.1 | 5 0.15 25.43 68.2 | 18 0.52 25.95 68.3 | 12 0.35 26.30 68.4 | 13 0.38 26.68 68.5 | 10 0.29 26.97 68.6 | 8 0.23 27.20 68.7 | 10 0.29 27.49 68.8 | 10 0.29 27.79 68.9 | 7 0.20 27.99 69 | 13 0.38 28.37 69.1 | 10 0.29 28.66 69.2 | 9 0.26 28.92 69.3 | 12 0.35 29.27 69.4 | 9 0.26 29.53 69.5 | 14 0.41 29.94 69.6 | 9 0.26 30.20 69.7 | 10 0.29 30.49 69.8 | 11 0.32 30.81 69.9 | 10 0.29 31.10 70 | 16 0.47 31.57 70.1 | 9 0.26 31.83 70.2 | 11 0.32 32.15 70.3 | 9 0.26 32.41 70.4 | 11 0.32 32.73 70.5 | 11 0.32 33.05 70.6 | 14 0.41 33.46 70.7 | 10 0.29 33.75 70.8 | 10 0.29 34.04 70.9 | 4 0.12 34.16 71 | 12 0.35 34.51 71.1 | 10 0.29 34.80 71.2 | 10 0.29 35.09 71.3 | 13 0.38 35.47 71.4 | 9 0.26 35.73 71.5 | 11 0.32 36.05 71.6 | 5 0.15 36.19 71.7 | 12 0.35 36.54 71.8 | 14 0.41 36.95 71.9 | 8 0.23 37.18 72 | 13 0.38 37.56 72.1 | 5 0.15 37.71 72.2 | 12 0.35 38.06 72.3 | 5 0.15 38.20 72.4 | 10 0.29 38.49 72.5 | 8 0.23 38.73 72.6 | 7 0.20 38.93 72.7 | 11 0.32 39.25 72.8 | 5 0.15 39.39 72.9 | 7 0.20 39.60 73 | 13 0.38 39.98 73.1 | 10 0.29 40.27 73.2 | 13 0.38 40.65 73.3 | 10 0.29 40.94 73.4 | 9 0.26 41.20 73.5 | 18 0.52 41.72 73.6 | 12 0.35 42.07 73.7 | 16 0.47 42.54 73.8 | 16 0.47 43.00 73.9 | 8 0.23 43.24 74 | 13 0.38 43.61 74.1 | 11 0.32 43.93 74.2 | 11 0.32 44.25 74.3 | 8 0.23 44.49 74.4 | 9 0.26 44.75 74.5 | 8 0.23 44.98 74.6 | 7 0.20 45.18 74.7 | 15 0.44 45.62 74.8 | 5 0.15 45.77 74.9 | 8 0.23 46.00 75 | 10 0.29 46.29 75.1 | 11 0.32 46.61 75.2 | 9 0.26 46.87 75.3 | 13 0.38 47.25 75.4 | 6 0.17 47.43 75.5 | 8 0.23 47.66 75.6 | 11 0.32 47.98 75.7 | 6 0.17 48.15 75.8 | 11 0.32 48.47 75.9 | 3 0.09 48.56 76 | 7 0.20 48.76 76.1 | 8 0.23 49.00 76.2 | 12 0.35 49.35 76.3 | 6 0.17 49.52 76.4 | 8 0.23 49.75 76.5 | 12 0.35 50.10 76.6 | 5 0.15 50.25 76.7 | 6 0.17 50.42 76.8 | 13 0.38 50.80 76.9 | 8 0.23 51.03 77 | 7 0.20 51.24 77.1 | 4 0.12 51.35 77.2 | 7 0.20 51.56 77.3 | 11 0.32 51.88 77.4 | 6 0.17 52.05 77.5 | 9 0.26 52.31 77.6 | 7 0.20 52.52 77.7 | 8 0.23 52.75 77.8 | 6 0.17 52.92 77.9 | 4 0.12 53.04 78 | 4 0.12 53.16 78.1 | 9 0.26 53.42 78.2 | 7 0.20 53.62 78.3 | 3 0.09 53.71 78.4 | 3 0.09 53.80 78.5 | 6 0.17 53.97 78.6 | 9 0.26 54.23 78.7 | 10 0.29 54.52 78.8 | 5 0.15 54.67 78.9 | 15 0.44 55.11 79 | 3 0.09 55.19 79.1 | 6 0.17 55.37 79.2 | 9 0.26 55.63 79.3 | 1 0.03 55.66 79.4 | 2 0.06 55.72 79.5 | 4 0.12 55.83 79.6 | 9 0.26 56.10 79.7 | 7 0.20 56.30 79.8 | 6 0.17 56.47 79.9 | 5 0.15 56.62 80 | 9 0.26 56.88 80.1 | 7 0.20 57.08 80.2 | 5 0.15 57.23 80.3 | 5 0.15 57.38 80.4 | 5 0.15 57.52 80.5 | 2 0.06 57.58 80.6 | 3 0.09 57.67 80.7 | 2 0.06 57.72 80.8 | 6 0.17 57.90 80.9 | 8 0.23 58.13 81 | 6 0.17 58.31 81.1 | 3 0.09 58.39 81.2 | 5 0.15 58.54 81.3 | 3 0.09 58.63 81.4 | 2 0.06 58.68 81.5 | 3 0.09 58.77 81.6 | 2 0.06 58.83 81.7 | 7 0.20 59.03 81.8 | 4 0.12 59.15 81.9 | 4 0.12 59.27 82 | 5 0.15 59.41 82.1 | 2 0.06 59.47 82.2 | 3 0.09 59.56 82.3 | 5 0.15 59.70 82.4 | 1 0.03 59.73 82.5 | 8 0.23 59.97 82.6 | 3 0.09 60.05 82.7 | 3 0.09 60.14 82.8 | 3 0.09 60.23 83 | 3 0.09 60.31 83.1 | 6 0.17 60.49 83.2 | 1 0.03 60.52 83.3 | 2 0.06 60.58 83.4 | 1 0.03 60.61 83.5 | 4 0.12 60.72 83.6 | 5 0.15 60.87 83.8 | 1 0.03 60.90 83.9 | 3 0.09 60.98 84 | 4 0.12 61.10 84.2 | 4 0.12 61.22 84.3 | 5 0.15 61.36 84.4 | 3 0.09 61.45 84.5 | 2 0.06 61.51 84.6 | 5 0.15 61.65 84.7 | 2 0.06 61.71 84.8 | 2 0.06 61.77 84.9 | 1 0.03 61.80 85 | 2 0.06 61.86 85.2 | 2 0.06 61.91 85.4 | 4 0.12 62.03 85.7 | 1 0.03 62.06 85.8 | 1 0.03 62.09 85.9 | 1 0.03 62.12 86 | 1 0.03 62.15 86.1 | 1 0.03 62.18 86.2 | 2 0.06 62.23 86.3 | 2 0.06 62.29 86.4 | 1 0.03 62.32 86.5 | 1 0.03 62.35 86.6 | 1 0.03 62.38 86.7 | 1 0.03 62.41 86.8 | 3 0.09 62.50 86.9 | 1 0.03 62.53 87.1 | 1 0.03 62.55 87.2 | 1 0.03 62.58 87.5 | 1 0.03 62.61 87.7 | 1 0.03 62.64 87.8 | 3 0.09 62.73 88.1 | 1 0.03 62.76 88.2 | 1 0.03 62.79 88.3 | 1 0.03 62.82 88.4 | 1 0.03 62.85 88.9 | 1 0.03 62.87 90 | 1 0.03 62.90 90.6 | 1 0.03 62.93 90.7 | 1 0.03 62.96 90.9 | 1 0.03 62.99 91.1 | 1 0.03 63.02 92 | 1 0.03 63.05 92.1 | 1 0.03 63.08 97.9 | 1 0.03 63.11 . | 1,268 36.89 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for mammo6769b variable in PC_HSA_rates_0307 dataset : Black, % | Female | Medicare | Enrollees | Age 67-69 | Having | Mammogram | in 2 Years | Freq. Percent Cum. ------------+----------------------------------- 38.1 | 1 0.03 0.03 40.9 | 1 0.03 0.06 41.4 | 1 0.03 0.09 41.9 | 1 0.03 0.12 42.3 | 1 0.03 0.15 43.5 | 1 0.03 0.17 43.8 | 1 0.03 0.20 44.4 | 1 0.03 0.23 44.5 | 1 0.03 0.26 45.9 | 1 0.03 0.29 46.1 | 1 0.03 0.32 46.2 | 1 0.03 0.35 46.4 | 1 0.03 0.38 46.5 | 1 0.03 0.41 46.6 | 2 0.06 0.47 46.7 | 1 0.03 0.49 46.8 | 1 0.03 0.52 47.1 | 1 0.03 0.55 47.3 | 1 0.03 0.58 48.1 | 1 0.03 0.61 48.4 | 1 0.03 0.64 48.6 | 1 0.03 0.67 49.2 | 1 0.03 0.70 49.3 | 1 0.03 0.73 49.6 | 1 0.03 0.76 49.7 | 1 0.03 0.79 50 | 1 0.03 0.81 50.6 | 2 0.06 0.87 50.8 | 1 0.03 0.90 51.2 | 1 0.03 0.93 51.3 | 1 0.03 0.96 51.4 | 1 0.03 0.99 51.5 | 1 0.03 1.02 51.7 | 1 0.03 1.05 51.8 | 2 0.06 1.11 52.2 | 1 0.03 1.13 52.3 | 2 0.06 1.19 52.5 | 1 0.03 1.22 52.6 | 3 0.09 1.31 52.8 | 2 0.06 1.37 52.9 | 1 0.03 1.40 53.2 | 1 0.03 1.43 53.5 | 1 0.03 1.45 53.6 | 2 0.06 1.51 53.8 | 2 0.06 1.57 54 | 3 0.09 1.66 54.1 | 1 0.03 1.69 54.4 | 2 0.06 1.75 54.6 | 4 0.12 1.86 54.9 | 2 0.06 1.92 55.2 | 1 0.03 1.95 55.3 | 1 0.03 1.98 55.4 | 3 0.09 2.07 55.5 | 2 0.06 2.12 55.6 | 2 0.06 2.18 55.7 | 1 0.03 2.21 55.8 | 1 0.03 2.24 55.9 | 1 0.03 2.27 56.1 | 2 0.06 2.33 56.2 | 3 0.09 2.41 56.3 | 1 0.03 2.44 56.4 | 1 0.03 2.47 56.6 | 2 0.06 2.53 56.7 | 1 0.03 2.56 56.8 | 2 0.06 2.62 56.9 | 4 0.12 2.73 57 | 1 0.03 2.76 57.1 | 1 0.03 2.79 57.2 | 3 0.09 2.88 57.3 | 1 0.03 2.91 57.4 | 4 0.12 3.03 57.5 | 2 0.06 3.08 57.8 | 2 0.06 3.14 57.9 | 1 0.03 3.17 58.1 | 1 0.03 3.20 58.2 | 1 0.03 3.23 58.3 | 1 0.03 3.26 58.5 | 1 0.03 3.29 58.6 | 2 0.06 3.35 58.7 | 2 0.06 3.40 58.8 | 2 0.06 3.46 59.1 | 2 0.06 3.52 59.2 | 1 0.03 3.55 59.3 | 1 0.03 3.58 59.5 | 2 0.06 3.64 59.6 | 1 0.03 3.67 59.9 | 2 0.06 3.72 60.1 | 3 0.09 3.81 60.2 | 1 0.03 3.84 60.3 | 1 0.03 3.87 60.4 | 1 0.03 3.90 60.7 | 1 0.03 3.93 60.8 | 1 0.03 3.96 60.9 | 1 0.03 3.99 61 | 1 0.03 4.02 61.1 | 3 0.09 4.10 61.2 | 1 0.03 4.13 61.3 | 1 0.03 4.16 61.4 | 4 0.12 4.28 61.5 | 1 0.03 4.31 61.6 | 1 0.03 4.34 62 | 3 0.09 4.42 62.3 | 1 0.03 4.45 62.4 | 1 0.03 4.48 62.5 | 2 0.06 4.54 62.6 | 1 0.03 4.57 62.7 | 1 0.03 4.60 62.9 | 2 0.06 4.66 63.4 | 1 0.03 4.68 63.5 | 2 0.06 4.74 63.7 | 1 0.03 4.77 63.9 | 1 0.03 4.80 64.1 | 2 0.06 4.86 64.3 | 1 0.03 4.89 64.4 | 2 0.06 4.95 64.6 | 2 0.06 5.00 64.8 | 1 0.03 5.03 64.9 | 1 0.03 5.06 65 | 2 0.06 5.12 65.1 | 1 0.03 5.15 65.6 | 1 0.03 5.18 65.7 | 1 0.03 5.21 65.9 | 1 0.03 5.24 66.1 | 2 0.06 5.30 66.2 | 2 0.06 5.35 66.3 | 1 0.03 5.38 66.5 | 1 0.03 5.41 66.7 | 1 0.03 5.44 66.8 | 1 0.03 5.47 66.9 | 1 0.03 5.50 67 | 2 0.06 5.56 67.3 | 1 0.03 5.59 67.5 | 1 0.03 5.62 67.9 | 1 0.03 5.64 69 | 2 0.06 5.70 69.1 | 1 0.03 5.73 69.4 | 1 0.03 5.76 69.6 | 1 0.03 5.79 70.4 | 1 0.03 5.82 76.5 | 1 0.03 5.85 . | 3,236 94.15 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for mammo6769blcl variable in PC_HSA_rates_0307 dataset : Black, LCL | % Female | Medicare | Enrollees | Age 67-69 | Having | Mammogram | in 2 Years | Freq. Percent Cum. ------------+----------------------------------- 34.3 | 1 0.03 0.03 35 | 1 0.03 0.06 35.2 | 1 0.03 0.09 35.6 | 1 0.03 0.12 35.9 | 1 0.03 0.15 36.1 | 1 0.03 0.17 36.7 | 1 0.03 0.20 37 | 1 0.03 0.23 37.7 | 1 0.03 0.26 38 | 2 0.06 0.32 38.3 | 1 0.03 0.35 38.4 | 1 0.03 0.38 38.8 | 1 0.03 0.41 38.9 | 1 0.03 0.44 39.8 | 1 0.03 0.47 40.8 | 1 0.03 0.49 40.9 | 1 0.03 0.52 41.2 | 1 0.03 0.55 41.4 | 1 0.03 0.58 41.6 | 1 0.03 0.61 42.5 | 1 0.03 0.64 42.9 | 2 0.06 0.70 43.6 | 1 0.03 0.73 43.8 | 2 0.06 0.79 43.9 | 2 0.06 0.84 44 | 1 0.03 0.87 44.1 | 3 0.09 0.96 44.2 | 3 0.09 1.05 44.4 | 1 0.03 1.08 44.5 | 2 0.06 1.13 45 | 2 0.06 1.19 45.1 | 1 0.03 1.22 45.2 | 1 0.03 1.25 45.3 | 1 0.03 1.28 45.4 | 4 0.12 1.40 45.5 | 1 0.03 1.43 45.6 | 1 0.03 1.45 45.9 | 2 0.06 1.51 46.1 | 1 0.03 1.54 46.2 | 1 0.03 1.57 46.4 | 1 0.03 1.60 46.6 | 1 0.03 1.63 46.8 | 1 0.03 1.66 46.9 | 3 0.09 1.75 47.3 | 3 0.09 1.83 47.4 | 1 0.03 1.86 47.5 | 4 0.12 1.98 47.6 | 4 0.12 2.09 47.8 | 2 0.06 2.15 48.2 | 2 0.06 2.21 48.3 | 1 0.03 2.24 48.4 | 3 0.09 2.33 48.5 | 1 0.03 2.36 48.7 | 1 0.03 2.39 48.8 | 1 0.03 2.41 48.9 | 1 0.03 2.44 49 | 1 0.03 2.47 49.1 | 4 0.12 2.59 49.2 | 2 0.06 2.65 49.3 | 1 0.03 2.68 49.5 | 1 0.03 2.71 49.6 | 2 0.06 2.76 49.7 | 2 0.06 2.82 50.1 | 1 0.03 2.85 50.2 | 1 0.03 2.88 50.3 | 2 0.06 2.94 50.4 | 1 0.03 2.97 50.5 | 1 0.03 3.00 50.6 | 1 0.03 3.03 50.7 | 3 0.09 3.11 50.8 | 2 0.06 3.17 51 | 1 0.03 3.20 51.1 | 2 0.06 3.26 51.2 | 2 0.06 3.32 51.3 | 1 0.03 3.35 51.6 | 2 0.06 3.40 51.7 | 1 0.03 3.43 51.8 | 1 0.03 3.46 51.9 | 1 0.03 3.49 52 | 2 0.06 3.55 52.1 | 2 0.06 3.61 52.2 | 2 0.06 3.67 52.3 | 2 0.06 3.72 52.4 | 2 0.06 3.78 52.5 | 1 0.03 3.81 52.6 | 2 0.06 3.87 52.7 | 1 0.03 3.90 52.8 | 1 0.03 3.93 52.9 | 2 0.06 3.99 53 | 3 0.09 4.07 53.2 | 1 0.03 4.10 53.3 | 1 0.03 4.13 53.5 | 1 0.03 4.16 53.6 | 1 0.03 4.19 53.9 | 1 0.03 4.22 54 | 2 0.06 4.28 54.1 | 1 0.03 4.31 54.4 | 1 0.03 4.34 54.7 | 2 0.06 4.39 54.8 | 1 0.03 4.42 55 | 1 0.03 4.45 55.5 | 1 0.03 4.48 55.9 | 2 0.06 4.54 56.2 | 1 0.03 4.57 56.3 | 1 0.03 4.60 56.4 | 1 0.03 4.63 56.5 | 2 0.06 4.68 56.6 | 1 0.03 4.71 56.9 | 1 0.03 4.74 57.1 | 1 0.03 4.77 57.2 | 1 0.03 4.80 57.3 | 2 0.06 4.86 57.4 | 1 0.03 4.89 57.7 | 1 0.03 4.92 57.8 | 1 0.03 4.95 57.9 | 2 0.06 5.00 58 | 1 0.03 5.03 58.3 | 1 0.03 5.06 58.8 | 1 0.03 5.09 58.9 | 1 0.03 5.12 59 | 1 0.03 5.15 59.1 | 2 0.06 5.21 59.2 | 2 0.06 5.27 59.3 | 1 0.03 5.30 59.4 | 2 0.06 5.35 59.6 | 3 0.09 5.44 59.7 | 2 0.06 5.50 59.9 | 1 0.03 5.53 60 | 1 0.03 5.56 60.1 | 2 0.06 5.62 60.3 | 1 0.03 5.64 60.6 | 1 0.03 5.67 60.8 | 1 0.03 5.70 61.5 | 1 0.03 5.73 62 | 1 0.03 5.76 63.8 | 1 0.03 5.79 65.5 | 1 0.03 5.82 . | 3,237 94.18 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for mammo6769bucl variable in PC_HSA_rates_0307 dataset : Black, UCL | % Female | Medicare | Enrollees | Age 67-69 | Having | Mammogram | in 2 Years | Freq. Percent Cum. ------------+----------------------------------- 41.2 | 1 0.03 0.03 45.9 | 1 0.03 0.06 47.5 | 1 0.03 0.09 47.7 | 1 0.03 0.12 48.8 | 1 0.03 0.15 49.1 | 1 0.03 0.17 49.5 | 1 0.03 0.20 49.6 | 1 0.03 0.23 50.4 | 1 0.03 0.26 50.6 | 1 0.03 0.29 50.7 | 1 0.03 0.32 51.2 | 1 0.03 0.35 51.8 | 1 0.03 0.38 52.4 | 1 0.03 0.41 52.7 | 2 0.06 0.47 53.5 | 1 0.03 0.49 53.6 | 2 0.06 0.55 53.7 | 1 0.03 0.58 54.2 | 2 0.06 0.64 54.9 | 1 0.03 0.67 55.4 | 1 0.03 0.70 55.6 | 1 0.03 0.73 55.8 | 1 0.03 0.76 56.3 | 2 0.06 0.81 56.5 | 1 0.03 0.84 56.6 | 1 0.03 0.87 57.1 | 1 0.03 0.90 57.3 | 1 0.03 0.93 57.4 | 1 0.03 0.96 57.6 | 1 0.03 0.99 57.8 | 1 0.03 1.02 58.4 | 1 0.03 1.05 58.5 | 2 0.06 1.11 58.7 | 2 0.06 1.16 58.9 | 1 0.03 1.19 59 | 1 0.03 1.22 59.1 | 2 0.06 1.28 59.2 | 1 0.03 1.31 59.4 | 1 0.03 1.34 59.6 | 1 0.03 1.37 59.7 | 1 0.03 1.40 60.2 | 2 0.06 1.45 60.3 | 1 0.03 1.48 60.4 | 1 0.03 1.51 60.5 | 2 0.06 1.57 60.7 | 2 0.06 1.63 60.8 | 2 0.06 1.69 60.9 | 2 0.06 1.75 61.3 | 1 0.03 1.77 61.4 | 1 0.03 1.80 61.5 | 2 0.06 1.86 61.6 | 1 0.03 1.89 61.7 | 1 0.03 1.92 61.8 | 1 0.03 1.95 61.9 | 2 0.06 2.01 62 | 1 0.03 2.04 62.1 | 1 0.03 2.07 62.2 | 2 0.06 2.12 62.3 | 2 0.06 2.18 62.5 | 2 0.06 2.24 63 | 1 0.03 2.27 63.1 | 1 0.03 2.30 63.2 | 2 0.06 2.36 63.3 | 1 0.03 2.39 63.5 | 2 0.06 2.44 63.9 | 5 0.15 2.59 64.1 | 1 0.03 2.62 64.2 | 1 0.03 2.65 64.5 | 3 0.09 2.73 64.7 | 1 0.03 2.76 64.8 | 1 0.03 2.79 65 | 2 0.06 2.85 65.2 | 1 0.03 2.88 65.3 | 2 0.06 2.94 65.7 | 2 0.06 3.00 65.9 | 1 0.03 3.03 66 | 1 0.03 3.05 66.1 | 1 0.03 3.08 66.2 | 2 0.06 3.14 66.3 | 3 0.09 3.23 66.4 | 2 0.06 3.29 66.5 | 1 0.03 3.32 66.6 | 3 0.09 3.40 66.7 | 1 0.03 3.43 66.8 | 2 0.06 3.49 66.9 | 2 0.06 3.55 67.2 | 3 0.09 3.64 67.3 | 2 0.06 3.70 67.4 | 1 0.03 3.72 67.9 | 2 0.06 3.78 68 | 1 0.03 3.81 68.3 | 1 0.03 3.84 68.4 | 1 0.03 3.87 68.5 | 1 0.03 3.90 68.7 | 1 0.03 3.93 68.8 | 2 0.06 3.99 69 | 1 0.03 4.02 69.2 | 1 0.03 4.04 69.3 | 4 0.12 4.16 69.7 | 1 0.03 4.19 69.8 | 2 0.06 4.25 69.9 | 3 0.09 4.34 70 | 2 0.06 4.39 70.1 | 1 0.03 4.42 70.2 | 1 0.03 4.45 70.3 | 1 0.03 4.48 70.7 | 2 0.06 4.54 70.8 | 3 0.09 4.63 71 | 2 0.06 4.68 71.2 | 2 0.06 4.74 71.3 | 1 0.03 4.77 71.5 | 2 0.06 4.83 71.6 | 1 0.03 4.86 71.8 | 3 0.09 4.95 72 | 1 0.03 4.98 72.2 | 2 0.06 5.03 72.4 | 3 0.09 5.12 72.5 | 2 0.06 5.18 72.6 | 2 0.06 5.24 72.9 | 1 0.03 5.27 73.1 | 2 0.06 5.32 73.8 | 1 0.03 5.35 73.9 | 1 0.03 5.38 75 | 1 0.03 5.41 75.1 | 1 0.03 5.44 75.2 | 1 0.03 5.47 75.3 | 1 0.03 5.50 75.5 | 1 0.03 5.53 75.7 | 1 0.03 5.56 75.8 | 1 0.03 5.59 76.2 | 1 0.03 5.62 77.8 | 1 0.03 5.64 78.5 | 1 0.03 5.67 79 | 1 0.03 5.70 79.5 | 1 0.03 5.73 79.7 | 1 0.03 5.76 81.6 | 1 0.03 5.79 87.5 | 1 0.03 5.82 . | 3,237 94.18 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for mammo6769w variable in PC_HSA_rates_0307 dataset : White, % | Female | Medicare | Enrollees | Age 67-69 | Having | Mammogram | in 2 Years | Freq. Percent Cum. ------------+----------------------------------- 35.5 | 1 0.03 0.03 44 | 1 0.03 0.06 46.2 | 1 0.03 0.09 46.8 | 1 0.03 0.12 48.6 | 1 0.03 0.15 48.7 | 1 0.03 0.17 48.8 | 1 0.03 0.20 49.7 | 1 0.03 0.23 51 | 1 0.03 0.26 51.8 | 1 0.03 0.29 51.9 | 1 0.03 0.32 52.2 | 1 0.03 0.35 52.7 | 1 0.03 0.38 52.8 | 1 0.03 0.41 53.1 | 2 0.06 0.47 53.3 | 2 0.06 0.52 53.6 | 2 0.06 0.58 53.8 | 1 0.03 0.61 53.9 | 1 0.03 0.64 54.1 | 1 0.03 0.67 55 | 1 0.03 0.70 55.5 | 1 0.03 0.73 55.6 | 2 0.06 0.79 55.8 | 1 0.03 0.81 56 | 1 0.03 0.84 56.2 | 2 0.06 0.90 56.4 | 1 0.03 0.93 56.6 | 1 0.03 0.96 56.9 | 2 0.06 1.02 57.1 | 1 0.03 1.05 57.2 | 1 0.03 1.08 57.6 | 1 0.03 1.11 57.8 | 2 0.06 1.16 58.1 | 1 0.03 1.19 58.2 | 1 0.03 1.22 58.4 | 2 0.06 1.28 58.6 | 3 0.09 1.37 58.9 | 1 0.03 1.40 59 | 1 0.03 1.43 59.1 | 1 0.03 1.45 59.2 | 2 0.06 1.51 59.6 | 1 0.03 1.54 60 | 1 0.03 1.57 60.1 | 2 0.06 1.63 60.2 | 2 0.06 1.69 60.3 | 1 0.03 1.72 60.4 | 1 0.03 1.75 60.5 | 1 0.03 1.77 60.8 | 1 0.03 1.80 61.1 | 3 0.09 1.89 61.2 | 1 0.03 1.92 61.4 | 2 0.06 1.98 61.5 | 1 0.03 2.01 61.6 | 1 0.03 2.04 61.9 | 3 0.09 2.12 62 | 1 0.03 2.15 62.1 | 1 0.03 2.18 62.2 | 2 0.06 2.24 62.5 | 1 0.03 2.27 62.6 | 2 0.06 2.33 62.8 | 2 0.06 2.39 62.9 | 1 0.03 2.41 63 | 1 0.03 2.44 63.1 | 2 0.06 2.50 63.2 | 2 0.06 2.56 63.3 | 1 0.03 2.59 63.4 | 2 0.06 2.65 63.5 | 2 0.06 2.71 63.7 | 1 0.03 2.73 63.9 | 2 0.06 2.79 64.1 | 1 0.03 2.82 64.2 | 2 0.06 2.88 64.3 | 2 0.06 2.94 64.5 | 2 0.06 3.00 64.6 | 1 0.03 3.03 64.7 | 2 0.06 3.08 64.8 | 3 0.09 3.17 65 | 4 0.12 3.29 65.1 | 1 0.03 3.32 65.2 | 2 0.06 3.38 65.3 | 1 0.03 3.40 65.4 | 2 0.06 3.46 65.5 | 3 0.09 3.55 65.6 | 3 0.09 3.64 65.7 | 3 0.09 3.72 65.8 | 3 0.09 3.81 65.9 | 3 0.09 3.90 66 | 1 0.03 3.93 66.1 | 1 0.03 3.96 66.2 | 2 0.06 4.02 66.3 | 2 0.06 4.07 66.4 | 1 0.03 4.10 66.5 | 2 0.06 4.16 66.6 | 1 0.03 4.19 66.7 | 1 0.03 4.22 66.8 | 1 0.03 4.25 66.9 | 1 0.03 4.28 67.4 | 2 0.06 4.34 67.5 | 2 0.06 4.39 67.6 | 2 0.06 4.45 67.7 | 1 0.03 4.48 67.8 | 1 0.03 4.51 67.9 | 1 0.03 4.54 68 | 2 0.06 4.60 68.1 | 2 0.06 4.66 68.2 | 1 0.03 4.68 68.3 | 3 0.09 4.77 68.5 | 1 0.03 4.80 68.7 | 1 0.03 4.83 68.8 | 1 0.03 4.86 69 | 1 0.03 4.89 69.1 | 2 0.06 4.95 69.2 | 1 0.03 4.98 69.3 | 1 0.03 5.00 69.5 | 1 0.03 5.03 69.6 | 1 0.03 5.06 69.7 | 1 0.03 5.09 69.8 | 1 0.03 5.12 70 | 1 0.03 5.15 70.3 | 1 0.03 5.18 70.4 | 1 0.03 5.21 70.5 | 1 0.03 5.24 71 | 1 0.03 5.27 71.3 | 1 0.03 5.30 71.5 | 1 0.03 5.32 71.6 | 1 0.03 5.35 71.8 | 1 0.03 5.38 72 | 2 0.06 5.44 72.1 | 3 0.09 5.53 72.3 | 1 0.03 5.56 72.4 | 1 0.03 5.59 72.8 | 1 0.03 5.62 72.9 | 1 0.03 5.64 73.1 | 1 0.03 5.67 73.4 | 1 0.03 5.70 74.2 | 1 0.03 5.73 74.7 | 1 0.03 5.76 75.1 | 1 0.03 5.79 76 | 1 0.03 5.82 79.5 | 1 0.03 5.85 . | 3,236 94.15 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for mammo6769wlcl variable in PC_HSA_rates_0307 dataset : White, LCL | % Female | Medicare | Enrollees | Age 67-69 | Having | Mammogram | in 2 Years | Freq. Percent Cum. ------------+----------------------------------- 30.2 | 1 0.03 0.03 40.4 | 1 0.03 0.06 40.8 | 1 0.03 0.09 41.1 | 1 0.03 0.12 41.7 | 1 0.03 0.15 43.8 | 1 0.03 0.17 45 | 1 0.03 0.20 46.8 | 1 0.03 0.23 47.1 | 1 0.03 0.26 47.6 | 1 0.03 0.29 47.7 | 1 0.03 0.32 47.9 | 1 0.03 0.35 48.3 | 1 0.03 0.38 48.6 | 1 0.03 0.41 49 | 1 0.03 0.44 49.8 | 1 0.03 0.47 50 | 1 0.03 0.49 50.1 | 1 0.03 0.52 50.3 | 1 0.03 0.55 50.4 | 1 0.03 0.58 50.5 | 1 0.03 0.61 50.6 | 1 0.03 0.64 51 | 1 0.03 0.67 51.1 | 2 0.06 0.73 51.2 | 2 0.06 0.79 51.3 | 1 0.03 0.81 51.5 | 1 0.03 0.84 51.6 | 1 0.03 0.87 51.7 | 1 0.03 0.90 51.8 | 1 0.03 0.93 51.9 | 1 0.03 0.96 52 | 1 0.03 0.99 52.1 | 1 0.03 1.02 52.3 | 1 0.03 1.05 52.4 | 1 0.03 1.08 52.7 | 1 0.03 1.11 52.8 | 1 0.03 1.13 52.9 | 1 0.03 1.16 53.2 | 1 0.03 1.19 53.9 | 1 0.03 1.22 54 | 1 0.03 1.25 54.3 | 2 0.06 1.31 54.4 | 2 0.06 1.37 54.5 | 2 0.06 1.43 55 | 1 0.03 1.45 55.1 | 1 0.03 1.48 55.4 | 1 0.03 1.51 55.5 | 1 0.03 1.54 55.9 | 2 0.06 1.60 56 | 1 0.03 1.63 56.3 | 2 0.06 1.69 56.4 | 1 0.03 1.72 56.5 | 3 0.09 1.80 56.6 | 3 0.09 1.89 56.8 | 1 0.03 1.92 56.9 | 1 0.03 1.95 57.3 | 2 0.06 2.01 57.5 | 2 0.06 2.07 57.6 | 2 0.06 2.12 57.9 | 2 0.06 2.18 58 | 1 0.03 2.21 58.2 | 2 0.06 2.27 58.5 | 1 0.03 2.30 58.6 | 3 0.09 2.39 58.7 | 1 0.03 2.41 58.8 | 1 0.03 2.44 59 | 1 0.03 2.47 59.1 | 2 0.06 2.53 59.3 | 1 0.03 2.56 59.5 | 1 0.03 2.59 59.7 | 1 0.03 2.62 59.8 | 1 0.03 2.65 59.9 | 2 0.06 2.71 60 | 2 0.06 2.76 60.3 | 4 0.12 2.88 60.5 | 2 0.06 2.94 60.6 | 1 0.03 2.97 60.7 | 4 0.12 3.08 60.8 | 1 0.03 3.11 60.9 | 1 0.03 3.14 61 | 3 0.09 3.23 61.1 | 3 0.09 3.32 61.2 | 1 0.03 3.35 61.4 | 1 0.03 3.38 61.5 | 2 0.06 3.43 61.6 | 1 0.03 3.46 61.7 | 1 0.03 3.49 61.8 | 2 0.06 3.55 61.9 | 4 0.12 3.67 62 | 1 0.03 3.70 62.1 | 1 0.03 3.72 62.2 | 2 0.06 3.78 62.3 | 2 0.06 3.84 62.4 | 3 0.09 3.93 62.5 | 1 0.03 3.96 62.6 | 1 0.03 3.99 62.7 | 4 0.12 4.10 62.8 | 1 0.03 4.13 62.9 | 2 0.06 4.19 63 | 1 0.03 4.22 63.1 | 1 0.03 4.25 63.2 | 2 0.06 4.31 63.3 | 3 0.09 4.39 63.4 | 2 0.06 4.45 63.6 | 1 0.03 4.48 63.7 | 2 0.06 4.54 63.8 | 2 0.06 4.60 64.2 | 2 0.06 4.66 64.3 | 1 0.03 4.68 64.4 | 1 0.03 4.71 64.6 | 1 0.03 4.74 64.8 | 2 0.06 4.80 65.1 | 1 0.03 4.83 65.2 | 1 0.03 4.86 65.5 | 1 0.03 4.89 65.6 | 1 0.03 4.92 65.7 | 1 0.03 4.95 65.9 | 2 0.06 5.00 66 | 2 0.06 5.06 66.2 | 2 0.06 5.12 66.3 | 1 0.03 5.15 66.5 | 1 0.03 5.18 66.7 | 1 0.03 5.21 66.9 | 2 0.06 5.27 67 | 1 0.03 5.30 67.2 | 1 0.03 5.32 67.4 | 1 0.03 5.35 68 | 1 0.03 5.38 68.2 | 2 0.06 5.44 68.5 | 1 0.03 5.47 68.6 | 1 0.03 5.50 68.8 | 1 0.03 5.53 68.9 | 1 0.03 5.56 69.5 | 1 0.03 5.59 69.6 | 1 0.03 5.62 69.7 | 1 0.03 5.64 70.3 | 2 0.06 5.70 71.2 | 1 0.03 5.73 72 | 1 0.03 5.76 72.5 | 1 0.03 5.79 74.4 | 1 0.03 5.82 . | 3,237 94.18 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for mammo6769wucl variable in PC_HSA_rates_0307 dataset : White, UCL | % Female | Medicare | Enrollees | Age 67-69 | Having | Mammogram | in 2 Years | Freq. Percent Cum. ------------+----------------------------------- 40.8 | 1 0.03 0.03 46.9 | 1 0.03 0.06 50.4 | 1 0.03 0.09 50.7 | 1 0.03 0.12 52.8 | 1 0.03 0.15 53.3 | 1 0.03 0.17 53.4 | 2 0.06 0.23 54.2 | 1 0.03 0.26 54.3 | 2 0.06 0.32 54.6 | 1 0.03 0.35 54.8 | 1 0.03 0.38 54.9 | 1 0.03 0.41 56.1 | 1 0.03 0.44 56.2 | 1 0.03 0.47 57 | 1 0.03 0.49 57.1 | 1 0.03 0.52 57.2 | 1 0.03 0.55 57.6 | 1 0.03 0.58 57.7 | 1 0.03 0.61 57.9 | 1 0.03 0.64 58.3 | 1 0.03 0.67 58.9 | 1 0.03 0.70 59 | 2 0.06 0.76 59.5 | 1 0.03 0.79 60.3 | 2 0.06 0.84 60.7 | 1 0.03 0.87 60.8 | 2 0.06 0.93 60.9 | 2 0.06 0.99 61 | 1 0.03 1.02 61.1 | 1 0.03 1.05 61.4 | 1 0.03 1.08 61.6 | 2 0.06 1.13 61.7 | 1 0.03 1.16 61.9 | 1 0.03 1.19 62 | 1 0.03 1.22 62.1 | 1 0.03 1.25 62.2 | 2 0.06 1.31 62.3 | 1 0.03 1.34 62.6 | 1 0.03 1.37 62.9 | 1 0.03 1.40 63.1 | 1 0.03 1.43 63.5 | 1 0.03 1.45 63.6 | 3 0.09 1.54 63.7 | 2 0.06 1.60 63.9 | 2 0.06 1.66 64 | 2 0.06 1.72 64.2 | 2 0.06 1.77 64.3 | 2 0.06 1.83 64.8 | 1 0.03 1.86 64.9 | 1 0.03 1.89 65.2 | 1 0.03 1.92 65.4 | 1 0.03 1.95 65.5 | 2 0.06 2.01 65.7 | 1 0.03 2.04 65.8 | 3 0.09 2.12 65.9 | 1 0.03 2.15 66 | 3 0.09 2.24 66.1 | 2 0.06 2.30 66.2 | 1 0.03 2.33 66.3 | 1 0.03 2.36 66.5 | 2 0.06 2.41 66.6 | 3 0.09 2.50 66.8 | 2 0.06 2.56 66.9 | 1 0.03 2.59 67.2 | 2 0.06 2.65 67.3 | 1 0.03 2.68 67.5 | 2 0.06 2.73 67.6 | 2 0.06 2.79 67.8 | 3 0.09 2.88 67.9 | 3 0.09 2.97 68 | 1 0.03 3.00 68.1 | 1 0.03 3.03 68.2 | 2 0.06 3.08 68.3 | 2 0.06 3.14 68.5 | 1 0.03 3.17 68.6 | 2 0.06 3.23 68.7 | 3 0.09 3.32 68.8 | 2 0.06 3.38 68.9 | 2 0.06 3.43 69 | 3 0.09 3.52 69.1 | 1 0.03 3.55 69.2 | 1 0.03 3.58 69.3 | 1 0.03 3.61 69.5 | 2 0.06 3.67 69.6 | 1 0.03 3.70 69.7 | 1 0.03 3.72 69.8 | 1 0.03 3.75 69.9 | 1 0.03 3.78 70 | 1 0.03 3.81 70.1 | 1 0.03 3.84 70.4 | 2 0.06 3.90 70.5 | 3 0.09 3.99 70.7 | 3 0.09 4.07 70.9 | 1 0.03 4.10 71 | 2 0.06 4.16 71.1 | 1 0.03 4.19 71.5 | 3 0.09 4.28 71.6 | 1 0.03 4.31 71.7 | 1 0.03 4.34 71.8 | 3 0.09 4.42 71.9 | 2 0.06 4.48 72.1 | 2 0.06 4.54 72.2 | 1 0.03 4.57 72.4 | 1 0.03 4.60 72.6 | 2 0.06 4.66 72.7 | 1 0.03 4.68 72.9 | 2 0.06 4.74 73.3 | 1 0.03 4.77 73.4 | 1 0.03 4.80 73.9 | 1 0.03 4.83 74 | 3 0.09 4.92 74.2 | 1 0.03 4.95 74.4 | 3 0.09 5.03 74.5 | 1 0.03 5.06 74.6 | 1 0.03 5.09 74.8 | 1 0.03 5.12 75.1 | 1 0.03 5.15 75.2 | 1 0.03 5.18 75.5 | 2 0.06 5.24 75.7 | 2 0.06 5.30 75.9 | 1 0.03 5.32 76 | 1 0.03 5.35 76.2 | 2 0.06 5.41 76.3 | 1 0.03 5.44 76.6 | 1 0.03 5.47 76.7 | 1 0.03 5.50 76.8 | 1 0.03 5.53 77.3 | 1 0.03 5.56 77.4 | 1 0.03 5.59 77.5 | 1 0.03 5.62 78 | 1 0.03 5.64 78.6 | 2 0.06 5.70 79.4 | 1 0.03 5.73 79.8 | 1 0.03 5.76 80.2 | 1 0.03 5.79 84.6 | 1 0.03 5.82 . | 3,237 94.18 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for enra variable in PC_HSA_rates_0307 dataset : Overall, | Number of | Medicare | Beneficiari | es Part A | Eligible | Freq. Percent Cum. ------------+----------------------------------- 513 | 1 0.03 0.03 597 | 1 0.03 0.06 654 | 1 0.03 0.09 768 | 1 0.03 0.12 805 | 1 0.03 0.15 846 | 1 0.03 0.17 868 | 1 0.03 0.20 901 | 1 0.03 0.23 918 | 1 0.03 0.26 933 | 1 0.03 0.29 992 | 1 0.03 0.32 1018 | 1 0.03 0.35 1041 | 1 0.03 0.38 1051 | 1 0.03 0.41 1071 | 1 0.03 0.44 1152 | 1 0.03 0.47 1225 | 1 0.03 0.49 1229 | 1 0.03 0.52 1256 | 1 0.03 0.55 1271 | 1 0.03 0.58 1290 | 1 0.03 0.61 1317 | 1 0.03 0.64 1321 | 1 0.03 0.67 1323 | 1 0.03 0.70 1337 | 1 0.03 0.73 1381 | 1 0.03 0.76 1417 | 1 0.03 0.79 1437 | 1 0.03 0.81 1454 | 1 0.03 0.84 1473 | 1 0.03 0.87 1476 | 1 0.03 0.90 1507 | 1 0.03 0.93 1516 | 1 0.03 0.96 1517 | 1 0.03 0.99 1526 | 1 0.03 1.02 1563 | 1 0.03 1.05 1574 | 1 0.03 1.08 1618 | 1 0.03 1.11 1621 | 1 0.03 1.13 1631 | 1 0.03 1.16 1643 | 1 0.03 1.19 1645 | 1 0.03 1.22 1648 | 1 0.03 1.25 1664 | 1 0.03 1.28 1681 | 1 0.03 1.31 1682 | 1 0.03 1.34 1696 | 1 0.03 1.37 1700 | 1 0.03 1.40 1707 | 1 0.03 1.43 1710 | 1 0.03 1.45 1711 | 1 0.03 1.48 1724 | 1 0.03 1.51 1730 | 2 0.06 1.57 1734 | 1 0.03 1.60 1756 | 1 0.03 1.63 1779 | 1 0.03 1.66 1790 | 1 0.03 1.69 1808 | 1 0.03 1.72 1811 | 2 0.06 1.77 1826 | 1 0.03 1.80 1830 | 1 0.03 1.83 1853 | 1 0.03 1.86 1859 | 1 0.03 1.89 1861 | 1 0.03 1.92 1880 | 1 0.03 1.95 1907 | 1 0.03 1.98 1930 | 1 0.03 2.01 1954 | 1 0.03 2.04 1955 | 1 0.03 2.07 1967 | 2 0.06 2.12 1969 | 1 0.03 2.15 1990 | 1 0.03 2.18 2021 | 1 0.03 2.21 2025 | 1 0.03 2.24 2030 | 1 0.03 2.27 2035 | 1 0.03 2.30 2039 | 1 0.03 2.33 2043 | 1 0.03 2.36 2062 | 1 0.03 2.39 2123 | 1 0.03 2.41 2139 | 1 0.03 2.44 2151 | 1 0.03 2.47 2155 | 2 0.06 2.53 2163 | 2 0.06 2.59 2164 | 1 0.03 2.62 2173 | 1 0.03 2.65 2174 | 1 0.03 2.68 2204 | 1 0.03 2.71 2218 | 1 0.03 2.73 2223 | 1 0.03 2.76 2237 | 1 0.03 2.79 2251 | 1 0.03 2.82 2252 | 1 0.03 2.85 2272 | 1 0.03 2.88 2273 | 1 0.03 2.91 2278 | 1 0.03 2.94 2283 | 1 0.03 2.97 2286 | 1 0.03 3.00 2289 | 1 0.03 3.03 2290 | 1 0.03 3.05 2310 | 1 0.03 3.08 2317 | 1 0.03 3.11 2327 | 1 0.03 3.14 2328 | 1 0.03 3.17 2340 | 1 0.03 3.20 2353 | 1 0.03 3.23 2370 | 1 0.03 3.26 2398 | 1 0.03 3.29 2412 | 1 0.03 3.32 2414 | 2 0.06 3.38 2419 | 1 0.03 3.40 2436 | 1 0.03 3.43 2439 | 1 0.03 3.46 2478 | 1 0.03 3.49 2506 | 1 0.03 3.52 2511 | 1 0.03 3.55 2514 | 1 0.03 3.58 2517 | 1 0.03 3.61 2543 | 1 0.03 3.64 2589 | 1 0.03 3.67 2591 | 1 0.03 3.70 2592 | 1 0.03 3.72 2604 | 1 0.03 3.75 2608 | 1 0.03 3.78 2620 | 1 0.03 3.81 2622 | 1 0.03 3.84 2623 | 1 0.03 3.87 2625 | 1 0.03 3.90 2628 | 1 0.03 3.93 2631 | 1 0.03 3.96 2647 | 2 0.06 4.02 2674 | 1 0.03 4.04 2679 | 1 0.03 4.07 2704 | 1 0.03 4.10 2718 | 1 0.03 4.13 2723 | 1 0.03 4.16 2724 | 1 0.03 4.19 2759 | 1 0.03 4.22 2763 | 1 0.03 4.25 2767 | 2 0.06 4.31 2769 | 1 0.03 4.34 2774 | 1 0.03 4.36 2786 | 1 0.03 4.39 2797 | 1 0.03 4.42 2805 | 2 0.06 4.48 2820 | 1 0.03 4.51 2823 | 1 0.03 4.54 2839 | 1 0.03 4.57 2847 | 1 0.03 4.60 2849 | 1 0.03 4.63 2853 | 1 0.03 4.66 2859 | 1 0.03 4.68 2866 | 1 0.03 4.71 2877 | 1 0.03 4.74 2879 | 1 0.03 4.77 2880 | 1 0.03 4.80 2887 | 1 0.03 4.83 2889 | 1 0.03 4.86 2898 | 1 0.03 4.89 2902 | 1 0.03 4.92 2910 | 1 0.03 4.95 2914 | 1 0.03 4.98 2923 | 1 0.03 5.00 2924 | 1 0.03 5.03 2927 | 1 0.03 5.06 2951 | 1 0.03 5.09 2960 | 1 0.03 5.12 2962 | 1 0.03 5.15 2963 | 1 0.03 5.18 2989 | 1 0.03 5.21 3001 | 1 0.03 5.24 3006 | 1 0.03 5.27 3021 | 1 0.03 5.30 3026 | 1 0.03 5.32 3029 | 1 0.03 5.35 3049 | 2 0.06 5.41 3058 | 1 0.03 5.44 3066 | 1 0.03 5.47 3074 | 1 0.03 5.50 3076 | 2 0.06 5.56 3088 | 1 0.03 5.59 3098 | 1 0.03 5.62 3103 | 1 0.03 5.64 3104 | 1 0.03 5.67 3113 | 1 0.03 5.70 3117 | 1 0.03 5.73 3123 | 2 0.06 5.79 3126 | 1 0.03 5.82 3128 | 1 0.03 5.85 3133 | 1 0.03 5.88 3135 | 1 0.03 5.91 3141 | 1 0.03 5.94 3147 | 1 0.03 5.96 3153 | 1 0.03 5.99 3162 | 1 0.03 6.02 3169 | 1 0.03 6.05 3173 | 1 0.03 6.08 3180 | 1 0.03 6.11 3196 | 1 0.03 6.14 3208 | 1 0.03 6.17 3231 | 1 0.03 6.20 3236 | 1 0.03 6.23 3246 | 1 0.03 6.26 3257 | 1 0.03 6.28 3272 | 1 0.03 6.31 3278 | 1 0.03 6.34 3291 | 1 0.03 6.37 3294 | 2 0.06 6.43 3304 | 1 0.03 6.46 3309 | 1 0.03 6.49 3312 | 1 0.03 6.52 3314 | 1 0.03 6.55 3365 | 1 0.03 6.58 3377 | 1 0.03 6.60 3383 | 1 0.03 6.63 3387 | 1 0.03 6.66 3393 | 1 0.03 6.69 3401 | 1 0.03 6.72 3407 | 1 0.03 6.75 3420 | 1 0.03 6.78 3423 | 1 0.03 6.81 3428 | 1 0.03 6.84 3432 | 1 0.03 6.87 3454 | 1 0.03 6.90 3456 | 1 0.03 6.92 3457 | 1 0.03 6.95 3459 | 1 0.03 6.98 3500 | 1 0.03 7.01 3543 | 1 0.03 7.04 3554 | 1 0.03 7.07 3555 | 1 0.03 7.10 3572 | 1 0.03 7.13 3588 | 1 0.03 7.16 3599 | 1 0.03 7.19 3601 | 1 0.03 7.22 3616 | 1 0.03 7.24 3637 | 1 0.03 7.27 3644 | 1 0.03 7.30 3646 | 1 0.03 7.33 3651 | 1 0.03 7.36 3652 | 1 0.03 7.39 3659 | 2 0.06 7.45 3674 | 1 0.03 7.48 3691 | 2 0.06 7.54 3702 | 1 0.03 7.56 3708 | 1 0.03 7.59 3714 | 1 0.03 7.62 3728 | 1 0.03 7.65 3750 | 1 0.03 7.68 3754 | 1 0.03 7.71 3755 | 2 0.06 7.77 3756 | 1 0.03 7.80 3771 | 1 0.03 7.83 3772 | 1 0.03 7.86 3774 | 1 0.03 7.88 3783 | 1 0.03 7.91 3803 | 1 0.03 7.94 3812 | 2 0.06 8.00 3825 | 1 0.03 8.03 3829 | 1 0.03 8.06 3836 | 1 0.03 8.09 3842 | 1 0.03 8.12 3860 | 1 0.03 8.15 3862 | 1 0.03 8.18 3873 | 1 0.03 8.20 3877 | 1 0.03 8.23 3891 | 1 0.03 8.26 3893 | 1 0.03 8.29 3909 | 2 0.06 8.35 3913 | 1 0.03 8.38 3914 | 1 0.03 8.41 3919 | 1 0.03 8.44 3924 | 1 0.03 8.47 3928 | 1 0.03 8.50 3931 | 1 0.03 8.52 3937 | 2 0.06 8.58 3949 | 1 0.03 8.61 3971 | 1 0.03 8.64 3976 | 1 0.03 8.67 3990 | 1 0.03 8.70 3992 | 1 0.03 8.73 3998 | 1 0.03 8.76 4016 | 1 0.03 8.79 4017 | 1 0.03 8.82 4028 | 1 0.03 8.84 4035 | 1 0.03 8.87 4036 | 1 0.03 8.90 4048 | 1 0.03 8.93 4049 | 1 0.03 8.96 4067 | 1 0.03 8.99 4078 | 1 0.03 9.02 4094 | 1 0.03 9.05 4105 | 2 0.06 9.11 4122 | 1 0.03 9.14 4146 | 2 0.06 9.19 4159 | 1 0.03 9.22 4165 | 1 0.03 9.25 4217 | 1 0.03 9.28 4223 | 1 0.03 9.31 4230 | 1 0.03 9.34 4240 | 2 0.06 9.40 4250 | 1 0.03 9.43 4254 | 1 0.03 9.46 4255 | 1 0.03 9.49 4263 | 1 0.03 9.51 4266 | 1 0.03 9.54 4282 | 1 0.03 9.57 4304 | 1 0.03 9.60 4329 | 1 0.03 9.63 4341 | 1 0.03 9.66 4352 | 1 0.03 9.69 4357 | 1 0.03 9.72 4358 | 1 0.03 9.75 4374 | 1 0.03 9.78 4385 | 1 0.03 9.81 4392 | 1 0.03 9.83 4393 | 1 0.03 9.86 4402 | 1 0.03 9.89 4418 | 1 0.03 9.92 4421 | 1 0.03 9.95 4429 | 1 0.03 9.98 4444 | 1 0.03 10.01 4448 | 1 0.03 10.04 4471 | 1 0.03 10.07 4478 | 1 0.03 10.10 4494 | 1 0.03 10.13 4501 | 1 0.03 10.15 4503 | 2 0.06 10.21 4506 | 1 0.03 10.24 4511 | 1 0.03 10.27 4527 | 1 0.03 10.30 4545 | 2 0.06 10.36 4573 | 1 0.03 10.39 4594 | 1 0.03 10.42 4606 | 1 0.03 10.45 4610 | 1 0.03 10.47 4611 | 1 0.03 10.50 4612 | 1 0.03 10.53 4616 | 2 0.06 10.59 4628 | 1 0.03 10.62 4635 | 1 0.03 10.65 4641 | 1 0.03 10.68 4653 | 1 0.03 10.71 4656 | 1 0.03 10.74 4658 | 1 0.03 10.77 4669 | 1 0.03 10.79 4699 | 2 0.06 10.85 4708 | 1 0.03 10.88 4724 | 1 0.03 10.91 4733 | 1 0.03 10.94 4736 | 1 0.03 10.97 4737 | 1 0.03 11.00 4740 | 1 0.03 11.03 4743 | 1 0.03 11.06 4747 | 1 0.03 11.09 4753 | 1 0.03 11.11 4754 | 1 0.03 11.14 4755 | 1 0.03 11.17 4759 | 1 0.03 11.20 4763 | 1 0.03 11.23 4769 | 1 0.03 11.26 4781 | 1 0.03 11.29 4793 | 1 0.03 11.32 4801 | 1 0.03 11.35 4806 | 1 0.03 11.38 4819 | 1 0.03 11.41 4823 | 1 0.03 11.43 4840 | 1 0.03 11.46 4851 | 1 0.03 11.49 4859 | 1 0.03 11.52 4874 | 1 0.03 11.55 4913 | 1 0.03 11.58 4917 | 1 0.03 11.61 4919 | 1 0.03 11.64 4920 | 1 0.03 11.67 4926 | 1 0.03 11.70 4934 | 1 0.03 11.73 4945 | 1 0.03 11.75 4946 | 1 0.03 11.78 4947 | 1 0.03 11.81 4950 | 1 0.03 11.84 4957 | 1 0.03 11.87 4967 | 1 0.03 11.90 4975 | 1 0.03 11.93 4985 | 1 0.03 11.96 4987 | 1 0.03 11.99 5002 | 1 0.03 12.02 5019 | 1 0.03 12.05 5026 | 1 0.03 12.07 5062 | 1 0.03 12.10 5071 | 1 0.03 12.13 5100 | 1 0.03 12.16 5114 | 1 0.03 12.19 5133 | 1 0.03 12.22 5143 | 1 0.03 12.25 5144 | 1 0.03 12.28 5148 | 1 0.03 12.31 5153 | 1 0.03 12.34 5156 | 2 0.06 12.39 5160 | 1 0.03 12.42 5172 | 1 0.03 12.45 5174 | 1 0.03 12.48 5178 | 1 0.03 12.51 5186 | 1 0.03 12.54 5195 | 1 0.03 12.57 5200 | 1 0.03 12.60 5201 | 1 0.03 12.63 5203 | 1 0.03 12.66 5217 | 1 0.03 12.69 5227 | 1 0.03 12.71 5232 | 1 0.03 12.74 5238 | 1 0.03 12.77 5241 | 2 0.06 12.83 5259 | 1 0.03 12.86 5273 | 1 0.03 12.89 5288 | 1 0.03 12.92 5291 | 1 0.03 12.95 5295 | 1 0.03 12.98 5314 | 1 0.03 13.01 5333 | 1 0.03 13.03 5340 | 1 0.03 13.06 5344 | 1 0.03 13.09 5347 | 1 0.03 13.12 5377 | 1 0.03 13.15 5403 | 1 0.03 13.18 5413 | 1 0.03 13.21 5423 | 1 0.03 13.24 5430 | 1 0.03 13.27 5431 | 1 0.03 13.30 5435 | 1 0.03 13.33 5445 | 1 0.03 13.35 5448 | 1 0.03 13.38 5455 | 1 0.03 13.41 5461 | 1 0.03 13.44 5471 | 2 0.06 13.50 5478 | 1 0.03 13.53 5484 | 1 0.03 13.56 5487 | 1 0.03 13.59 5492 | 1 0.03 13.62 5494 | 1 0.03 13.65 5499 | 1 0.03 13.67 5504 | 1 0.03 13.70 5510 | 1 0.03 13.73 5515 | 1 0.03 13.76 5517 | 1 0.03 13.79 5535 | 1 0.03 13.82 5540 | 2 0.06 13.88 5542 | 1 0.03 13.91 5561 | 1 0.03 13.94 5566 | 1 0.03 13.97 5571 | 1 0.03 13.99 5574 | 1 0.03 14.02 5576 | 1 0.03 14.05 5578 | 1 0.03 14.08 5583 | 1 0.03 14.11 5584 | 1 0.03 14.14 5596 | 1 0.03 14.17 5607 | 1 0.03 14.20 5622 | 1 0.03 14.23 5655 | 1 0.03 14.26 5672 | 1 0.03 14.29 5676 | 1 0.03 14.31 5679 | 1 0.03 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159796 | 1 0.03 95.81 161129 | 1 0.03 95.84 161233 | 1 0.03 95.87 161456 | 1 0.03 95.90 162365 | 1 0.03 95.93 162625 | 1 0.03 95.96 162942 | 1 0.03 95.98 163382 | 1 0.03 96.01 164601 | 1 0.03 96.04 166007 | 1 0.03 96.07 166119 | 1 0.03 96.10 166547 | 1 0.03 96.13 170525 | 1 0.03 96.16 171963 | 1 0.03 96.19 172371 | 1 0.03 96.22 173181 | 1 0.03 96.25 174714 | 1 0.03 96.28 175256 | 1 0.03 96.30 175803 | 1 0.03 96.33 178529 | 1 0.03 96.36 178951 | 1 0.03 96.39 181249 | 1 0.03 96.42 182008 | 1 0.03 96.45 182363 | 1 0.03 96.48 182946 | 1 0.03 96.51 183077 | 1 0.03 96.54 183661 | 1 0.03 96.57 184377 | 1 0.03 96.60 185372 | 1 0.03 96.62 187055 | 1 0.03 96.65 187887 | 1 0.03 96.68 188074 | 1 0.03 96.71 189310 | 1 0.03 96.74 191154 | 1 0.03 96.77 198782 | 1 0.03 96.80 200178 | 1 0.03 96.83 200641 | 1 0.03 96.86 200922 | 1 0.03 96.89 202702 | 1 0.03 96.92 203242 | 1 0.03 96.95 205039 | 1 0.03 96.97 206487 | 1 0.03 97.00 206642 | 1 0.03 97.03 208109 | 1 0.03 97.06 211133 | 1 0.03 97.09 213269 | 1 0.03 97.12 213900 | 1 0.03 97.15 214129 | 1 0.03 97.18 215175 | 1 0.03 97.21 215333 | 1 0.03 97.24 215914 | 1 0.03 97.27 218118 | 1 0.03 97.29 218413 | 1 0.03 97.32 221627 | 1 0.03 97.35 223639 | 1 0.03 97.38 225455 | 1 0.03 97.41 227637 | 1 0.03 97.44 231858 | 1 0.03 97.47 234874 | 1 0.03 97.50 237343 | 1 0.03 97.53 239121 | 1 0.03 97.56 240053 | 1 0.03 97.59 240989 | 1 0.03 97.61 244565 | 1 0.03 97.64 245053 | 1 0.03 97.67 246185 | 1 0.03 97.70 246407 | 1 0.03 97.73 247140 | 1 0.03 97.76 247291 | 1 0.03 97.79 247864 | 1 0.03 97.82 248480 | 1 0.03 97.85 248917 | 1 0.03 97.88 261849 | 1 0.03 97.91 261942 | 1 0.03 97.93 262756 | 1 0.03 97.96 266310 | 1 0.03 97.99 269650 | 1 0.03 98.02 269770 | 1 0.03 98.05 270040 | 1 0.03 98.08 270747 | 1 0.03 98.11 273803 | 1 0.03 98.14 279120 | 1 0.03 98.17 280219 | 1 0.03 98.20 280904 | 1 0.03 98.23 284329 | 1 0.03 98.25 285316 | 1 0.03 98.28 286240 | 1 0.03 98.31 289063 | 1 0.03 98.34 291090 | 1 0.03 98.37 292719 | 1 0.03 98.40 292958 | 1 0.03 98.43 299661 | 1 0.03 98.46 302745 | 1 0.03 98.49 305135 | 1 0.03 98.52 309209 | 1 0.03 98.55 309276 | 1 0.03 98.57 311827 | 1 0.03 98.60 321235 | 1 0.03 98.63 321491 | 1 0.03 98.66 327688 | 1 0.03 98.69 330356 | 1 0.03 98.72 334805 | 1 0.03 98.75 338789 | 1 0.03 98.78 341502 | 1 0.03 98.81 345795 | 1 0.03 98.84 354158 | 1 0.03 98.87 355458 | 1 0.03 98.89 361720 | 1 0.03 98.92 369860 | 1 0.03 98.95 373127 | 1 0.03 98.98 374420 | 1 0.03 99.01 383920 | 1 0.03 99.04 388218 | 1 0.03 99.07 397326 | 1 0.03 99.10 401363 | 1 0.03 99.13 406129 | 1 0.03 99.16 406436 | 1 0.03 99.19 424875 | 1 0.03 99.21 429101 | 1 0.03 99.24 433856 | 1 0.03 99.27 445783 | 1 0.03 99.30 456529 | 1 0.03 99.33 467047 | 1 0.03 99.36 469355 | 1 0.03 99.39 470700 | 1 0.03 99.42 476238 | 1 0.03 99.45 481761 | 1 0.03 99.48 492490 | 1 0.03 99.51 505150 | 1 0.03 99.53 506121 | 1 0.03 99.56 514520 | 1 0.03 99.59 526334 | 1 0.03 99.62 530669 | 1 0.03 99.65 540981 | 1 0.03 99.68 542147 | 1 0.03 99.71 564104 | 1 0.03 99.74 631360 | 1 0.03 99.77 677154 | 1 0.03 99.80 726798 | 1 0.03 99.83 763431 | 1 0.03 99.85 813949 | 1 0.03 99.88 832793 | 1 0.03 99.91 1025933 | 1 0.03 99.94 1062858 | 1 0.03 99.97 1.43e+08 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for enrab variable in PC_HSA_rates_0307 dataset : Black, | Number of | Medicare | Beneficiari | es Part A | Eligible | Freq. Percent Cum. ------------+----------------------------------- 200 | 2 0.06 0.06 201 | 5 0.15 0.20 202 | 1 0.03 0.23 203 | 4 0.12 0.35 204 | 2 0.06 0.41 205 | 3 0.09 0.49 206 | 1 0.03 0.52 208 | 1 0.03 0.55 209 | 1 0.03 0.58 211 | 1 0.03 0.61 212 | 1 0.03 0.64 213 | 1 0.03 0.67 214 | 1 0.03 0.70 215 | 1 0.03 0.73 216 | 3 0.09 0.81 217 | 1 0.03 0.84 219 | 2 0.06 0.90 220 | 1 0.03 0.93 221 | 1 0.03 0.96 223 | 1 0.03 0.99 224 | 1 0.03 1.02 225 | 2 0.06 1.08 226 | 1 0.03 1.11 227 | 1 0.03 1.13 228 | 2 0.06 1.19 229 | 3 0.09 1.28 230 | 1 0.03 1.31 232 | 1 0.03 1.34 233 | 2 0.06 1.40 234 | 1 0.03 1.43 235 | 2 0.06 1.48 238 | 1 0.03 1.51 240 | 1 0.03 1.54 241 | 1 0.03 1.57 243 | 1 0.03 1.60 244 | 1 0.03 1.63 245 | 2 0.06 1.69 246 | 1 0.03 1.72 247 | 1 0.03 1.75 248 | 3 0.09 1.83 249 | 4 0.12 1.95 250 | 3 0.09 2.04 251 | 4 0.12 2.15 252 | 1 0.03 2.18 253 | 2 0.06 2.24 254 | 6 0.17 2.41 257 | 1 0.03 2.44 258 | 2 0.06 2.50 261 | 2 0.06 2.56 262 | 2 0.06 2.62 265 | 1 0.03 2.65 266 | 2 0.06 2.71 267 | 3 0.09 2.79 269 | 1 0.03 2.82 271 | 1 0.03 2.85 274 | 3 0.09 2.94 275 | 2 0.06 3.00 276 | 1 0.03 3.03 277 | 1 0.03 3.05 283 | 1 0.03 3.08 284 | 1 0.03 3.11 285 | 1 0.03 3.14 288 | 1 0.03 3.17 289 | 1 0.03 3.20 290 | 3 0.09 3.29 291 | 2 0.06 3.35 292 | 2 0.06 3.40 294 | 2 0.06 3.46 295 | 2 0.06 3.52 296 | 1 0.03 3.55 298 | 4 0.12 3.67 299 | 1 0.03 3.70 300 | 3 0.09 3.78 301 | 1 0.03 3.81 302 | 1 0.03 3.84 305 | 1 0.03 3.87 307 | 1 0.03 3.90 309 | 1 0.03 3.93 312 | 2 0.06 3.99 314 | 1 0.03 4.02 315 | 6 0.17 4.19 316 | 4 0.12 4.31 317 | 1 0.03 4.34 318 | 3 0.09 4.42 320 | 2 0.06 4.48 321 | 1 0.03 4.51 322 | 1 0.03 4.54 325 | 2 0.06 4.60 326 | 1 0.03 4.63 328 | 1 0.03 4.66 331 | 3 0.09 4.74 333 | 1 0.03 4.77 334 | 3 0.09 4.86 335 | 1 0.03 4.89 336 | 3 0.09 4.98 338 | 3 0.09 5.06 339 | 2 0.06 5.12 342 | 1 0.03 5.15 343 | 1 0.03 5.18 346 | 1 0.03 5.21 350 | 1 0.03 5.24 351 | 1 0.03 5.27 353 | 3 0.09 5.35 355 | 1 0.03 5.38 356 | 2 0.06 5.44 357 | 2 0.06 5.50 358 | 2 0.06 5.56 363 | 2 0.06 5.62 364 | 1 0.03 5.64 365 | 1 0.03 5.67 366 | 2 0.06 5.73 367 | 3 0.09 5.82 368 | 1 0.03 5.85 369 | 1 0.03 5.88 370 | 1 0.03 5.91 371 | 4 0.12 6.02 373 | 1 0.03 6.05 375 | 1 0.03 6.08 377 | 5 0.15 6.23 381 | 2 0.06 6.28 383 | 1 0.03 6.31 384 | 1 0.03 6.34 387 | 1 0.03 6.37 388 | 1 0.03 6.40 391 | 2 0.06 6.46 392 | 2 0.06 6.52 394 | 1 0.03 6.55 395 | 1 0.03 6.58 398 | 1 0.03 6.60 399 | 2 0.06 6.66 401 | 1 0.03 6.69 403 | 1 0.03 6.72 404 | 1 0.03 6.75 405 | 1 0.03 6.78 406 | 1 0.03 6.81 408 | 1 0.03 6.84 411 | 2 0.06 6.90 412 | 1 0.03 6.92 413 | 3 0.09 7.01 415 | 3 0.09 7.10 416 | 3 0.09 7.19 418 | 2 0.06 7.24 423 | 1 0.03 7.27 425 | 1 0.03 7.30 427 | 2 0.06 7.36 428 | 3 0.09 7.45 429 | 2 0.06 7.51 430 | 2 0.06 7.56 431 | 2 0.06 7.62 432 | 1 0.03 7.65 433 | 1 0.03 7.68 434 | 2 0.06 7.74 435 | 2 0.06 7.80 436 | 3 0.09 7.88 439 | 1 0.03 7.91 442 | 1 0.03 7.94 443 | 1 0.03 7.97 444 | 2 0.06 8.03 446 | 1 0.03 8.06 447 | 1 0.03 8.09 449 | 2 0.06 8.15 450 | 1 0.03 8.18 451 | 1 0.03 8.20 452 | 2 0.06 8.26 453 | 1 0.03 8.29 455 | 1 0.03 8.32 456 | 2 0.06 8.38 457 | 1 0.03 8.41 458 | 2 0.06 8.47 463 | 1 0.03 8.50 465 | 2 0.06 8.55 466 | 1 0.03 8.58 468 | 1 0.03 8.61 469 | 1 0.03 8.64 470 | 1 0.03 8.67 472 | 1 0.03 8.70 474 | 1 0.03 8.73 475 | 1 0.03 8.76 479 | 1 0.03 8.79 480 | 1 0.03 8.82 481 | 2 0.06 8.87 482 | 1 0.03 8.90 484 | 1 0.03 8.93 485 | 1 0.03 8.96 486 | 1 0.03 8.99 487 | 2 0.06 9.05 488 | 2 0.06 9.11 489 | 2 0.06 9.16 490 | 3 0.09 9.25 492 | 2 0.06 9.31 493 | 1 0.03 9.34 494 | 1 0.03 9.37 495 | 1 0.03 9.40 496 | 2 0.06 9.46 497 | 2 0.06 9.51 498 | 1 0.03 9.54 500 | 3 0.09 9.63 502 | 2 0.06 9.69 503 | 1 0.03 9.72 504 | 1 0.03 9.75 507 | 1 0.03 9.78 508 | 1 0.03 9.81 509 | 2 0.06 9.86 510 | 3 0.09 9.95 512 | 1 0.03 9.98 513 | 3 0.09 10.07 514 | 1 0.03 10.10 515 | 1 0.03 10.13 518 | 2 0.06 10.18 521 | 1 0.03 10.21 525 | 1 0.03 10.24 527 | 2 0.06 10.30 528 | 3 0.09 10.39 529 | 1 0.03 10.42 530 | 2 0.06 10.47 533 | 2 0.06 10.53 535 | 1 0.03 10.56 536 | 2 0.06 10.62 540 | 1 0.03 10.65 541 | 1 0.03 10.68 544 | 1 0.03 10.71 546 | 1 0.03 10.74 548 | 2 0.06 10.79 551 | 1 0.03 10.82 553 | 1 0.03 10.85 554 | 2 0.06 10.91 556 | 2 0.06 10.97 557 | 1 0.03 11.00 558 | 1 0.03 11.03 562 | 2 0.06 11.09 563 | 4 0.12 11.20 564 | 1 0.03 11.23 565 | 1 0.03 11.26 566 | 3 0.09 11.35 570 | 1 0.03 11.38 571 | 1 0.03 11.41 573 | 1 0.03 11.43 575 | 2 0.06 11.49 576 | 4 0.12 11.61 577 | 1 0.03 11.64 578 | 1 0.03 11.67 581 | 1 0.03 11.70 582 | 1 0.03 11.73 583 | 2 0.06 11.78 584 | 1 0.03 11.81 585 | 2 0.06 11.87 586 | 3 0.09 11.96 587 | 1 0.03 11.99 591 | 2 0.06 12.05 598 | 1 0.03 12.07 599 | 1 0.03 12.10 604 | 1 0.03 12.13 605 | 1 0.03 12.16 606 | 1 0.03 12.19 608 | 2 0.06 12.25 610 | 2 0.06 12.31 611 | 1 0.03 12.34 615 | 1 0.03 12.37 616 | 2 0.06 12.42 619 | 1 0.03 12.45 620 | 1 0.03 12.48 623 | 1 0.03 12.51 624 | 2 0.06 12.57 625 | 2 0.06 12.63 626 | 1 0.03 12.66 629 | 1 0.03 12.69 632 | 1 0.03 12.71 633 | 1 0.03 12.74 634 | 1 0.03 12.77 635 | 3 0.09 12.86 636 | 1 0.03 12.89 638 | 1 0.03 12.92 644 | 3 0.09 13.01 649 | 1 0.03 13.03 653 | 2 0.06 13.09 655 | 1 0.03 13.12 659 | 1 0.03 13.15 663 | 1 0.03 13.18 665 | 1 0.03 13.21 666 | 1 0.03 13.24 667 | 1 0.03 13.27 668 | 2 0.06 13.33 669 | 2 0.06 13.38 671 | 1 0.03 13.41 674 | 1 0.03 13.44 677 | 1 0.03 13.47 679 | 1 0.03 13.50 680 | 2 0.06 13.56 681 | 1 0.03 13.59 682 | 1 0.03 13.62 683 | 1 0.03 13.65 684 | 1 0.03 13.67 685 | 2 0.06 13.73 689 | 2 0.06 13.79 690 | 1 0.03 13.82 695 | 1 0.03 13.85 697 | 3 0.09 13.94 698 | 1 0.03 13.97 700 | 1 0.03 13.99 701 | 1 0.03 14.02 702 | 1 0.03 14.05 706 | 1 0.03 14.08 707 | 1 0.03 14.11 708 | 1 0.03 14.14 711 | 1 0.03 14.17 715 | 1 0.03 14.20 719 | 1 0.03 14.23 720 | 1 0.03 14.26 722 | 1 0.03 14.29 724 | 1 0.03 14.31 726 | 1 0.03 14.34 734 | 1 0.03 14.37 735 | 3 0.09 14.46 740 | 1 0.03 14.49 743 | 2 0.06 14.55 744 | 2 0.06 14.61 745 | 1 0.03 14.63 748 | 1 0.03 14.66 749 | 1 0.03 14.69 751 | 2 0.06 14.75 752 | 2 0.06 14.81 753 | 2 0.06 14.87 759 | 1 0.03 14.90 761 | 1 0.03 14.93 762 | 2 0.06 14.98 763 | 1 0.03 15.01 768 | 2 0.06 15.07 770 | 1 0.03 15.10 771 | 1 0.03 15.13 773 | 1 0.03 15.16 778 | 1 0.03 15.19 782 | 1 0.03 15.22 784 | 1 0.03 15.25 788 | 1 0.03 15.27 789 | 1 0.03 15.30 791 | 2 0.06 15.36 793 | 1 0.03 15.39 795 | 2 0.06 15.45 799 | 2 0.06 15.51 800 | 1 0.03 15.54 801 | 1 0.03 15.57 802 | 1 0.03 15.59 803 | 1 0.03 15.62 805 | 3 0.09 15.71 807 | 2 0.06 15.77 812 | 2 0.06 15.83 817 | 3 0.09 15.92 819 | 1 0.03 15.94 820 | 1 0.03 15.97 821 | 1 0.03 16.00 822 | 1 0.03 16.03 824 | 2 0.06 16.09 825 | 1 0.03 16.12 826 | 1 0.03 16.15 828 | 1 0.03 16.18 831 | 1 0.03 16.21 834 | 2 0.06 16.26 835 | 2 0.06 16.32 836 | 2 0.06 16.38 839 | 1 0.03 16.41 842 | 1 0.03 16.44 847 | 3 0.09 16.53 848 | 1 0.03 16.56 849 | 1 0.03 16.58 855 | 4 0.12 16.70 856 | 1 0.03 16.73 857 | 1 0.03 16.76 863 | 1 0.03 16.79 867 | 1 0.03 16.82 868 | 2 0.06 16.88 869 | 1 0.03 16.90 874 | 1 0.03 16.93 879 | 1 0.03 16.96 884 | 2 0.06 17.02 885 | 1 0.03 17.05 888 | 1 0.03 17.08 889 | 1 0.03 17.11 890 | 1 0.03 17.14 891 | 2 0.06 17.20 893 | 2 0.06 17.25 895 | 1 0.03 17.28 899 | 1 0.03 17.31 900 | 1 0.03 17.34 901 | 1 0.03 17.37 903 | 2 0.06 17.43 906 | 1 0.03 17.46 909 | 1 0.03 17.49 911 | 1 0.03 17.52 913 | 1 0.03 17.54 917 | 1 0.03 17.57 919 | 1 0.03 17.60 922 | 1 0.03 17.63 923 | 1 0.03 17.66 927 | 1 0.03 17.69 936 | 1 0.03 17.72 937 | 1 0.03 17.75 939 | 1 0.03 17.78 940 | 1 0.03 17.81 946 | 1 0.03 17.84 948 | 1 0.03 17.86 951 | 1 0.03 17.89 956 | 1 0.03 17.92 957 | 1 0.03 17.95 958 | 1 0.03 17.98 959 | 1 0.03 18.01 961 | 1 0.03 18.04 966 | 2 0.06 18.10 968 | 1 0.03 18.13 971 | 1 0.03 18.16 972 | 2 0.06 18.21 973 | 1 0.03 18.24 976 | 1 0.03 18.27 981 | 1 0.03 18.30 982 | 1 0.03 18.33 984 | 2 0.06 18.39 985 | 1 0.03 18.42 988 | 1 0.03 18.45 991 | 1 0.03 18.48 994 | 2 0.06 18.53 1000 | 1 0.03 18.56 1005 | 1 0.03 18.59 1006 | 1 0.03 18.62 1012 | 2 0.06 18.68 1015 | 1 0.03 18.71 1017 | 2 0.06 18.77 1018 | 1 0.03 18.80 1021 | 2 0.06 18.85 1023 | 1 0.03 18.88 1025 | 1 0.03 18.91 1026 | 1 0.03 18.94 1027 | 1 0.03 18.97 1031 | 1 0.03 19.00 1032 | 1 0.03 19.03 1035 | 1 0.03 19.06 1036 | 1 0.03 19.09 1040 | 1 0.03 19.12 1041 | 2 0.06 19.17 1044 | 1 0.03 19.20 1045 | 2 0.06 19.26 1046 | 1 0.03 19.29 1048 | 2 0.06 19.35 1051 | 1 0.03 19.38 1054 | 1 0.03 19.41 1056 | 2 0.06 19.46 1064 | 1 0.03 19.49 1065 | 1 0.03 19.52 1066 | 1 0.03 19.55 1067 | 1 0.03 19.58 1072 | 1 0.03 19.61 1079 | 1 0.03 19.64 1084 | 1 0.03 19.67 1089 | 1 0.03 19.70 1090 | 1 0.03 19.73 1094 | 2 0.06 19.78 1095 | 1 0.03 19.81 1102 | 1 0.03 19.84 1104 | 3 0.09 19.93 1105 | 1 0.03 19.96 1106 | 1 0.03 19.99 1110 | 1 0.03 20.02 1114 | 1 0.03 20.05 1116 | 2 0.06 20.10 1124 | 1 0.03 20.13 1125 | 1 0.03 20.16 1127 | 1 0.03 20.19 1130 | 1 0.03 20.22 1132 | 1 0.03 20.25 1135 | 1 0.03 20.28 1136 | 1 0.03 20.31 1138 | 1 0.03 20.34 1141 | 1 0.03 20.37 1145 | 1 0.03 20.40 1152 | 2 0.06 20.45 1156 | 1 0.03 20.48 1166 | 1 0.03 20.51 1169 | 1 0.03 20.54 1174 | 1 0.03 20.57 1175 | 1 0.03 20.60 1181 | 2 0.06 20.66 1182 | 1 0.03 20.69 1183 | 1 0.03 20.72 1186 | 2 0.06 20.77 1187 | 1 0.03 20.80 1188 | 1 0.03 20.83 1189 | 1 0.03 20.86 1191 | 1 0.03 20.89 1192 | 1 0.03 20.92 1198 | 1 0.03 20.95 1200 | 1 0.03 20.98 1202 | 2 0.06 21.04 1203 | 1 0.03 21.06 1205 | 1 0.03 21.09 1207 | 1 0.03 21.12 1211 | 1 0.03 21.15 1212 | 1 0.03 21.18 1213 | 2 0.06 21.24 1216 | 1 0.03 21.27 1221 | 1 0.03 21.30 1222 | 1 0.03 21.33 1223 | 1 0.03 21.36 1226 | 1 0.03 21.38 1227 | 1 0.03 21.41 1228 | 2 0.06 21.47 1230 | 1 0.03 21.50 1233 | 1 0.03 21.53 1236 | 2 0.06 21.59 1237 | 1 0.03 21.62 1241 | 1 0.03 21.65 1242 | 1 0.03 21.68 1252 | 1 0.03 21.70 1253 | 1 0.03 21.73 1255 | 1 0.03 21.76 1257 | 1 0.03 21.79 1258 | 1 0.03 21.82 1261 | 1 0.03 21.85 1266 | 1 0.03 21.88 1273 | 1 0.03 21.91 1277 | 2 0.06 21.97 1278 | 1 0.03 22.00 1279 | 1 0.03 22.03 1281 | 1 0.03 22.05 1282 | 1 0.03 22.08 1283 | 1 0.03 22.11 1286 | 2 0.06 22.17 1287 | 1 0.03 22.20 1289 | 1 0.03 22.23 1292 | 2 0.06 22.29 1295 | 1 0.03 22.32 1297 | 2 0.06 22.37 1308 | 1 0.03 22.40 1314 | 1 0.03 22.43 1315 | 1 0.03 22.46 1318 | 1 0.03 22.49 1322 | 1 0.03 22.52 1327 | 2 0.06 22.58 1333 | 1 0.03 22.61 1336 | 1 0.03 22.64 1340 | 1 0.03 22.67 1344 | 1 0.03 22.69 1345 | 1 0.03 22.72 1348 | 1 0.03 22.75 1349 | 1 0.03 22.78 1351 | 1 0.03 22.81 1353 | 1 0.03 22.84 1357 | 1 0.03 22.87 1360 | 1 0.03 22.90 1362 | 1 0.03 22.93 1367 | 1 0.03 22.96 1368 | 1 0.03 22.99 1371 | 1 0.03 23.01 1372 | 1 0.03 23.04 1373 | 1 0.03 23.07 1374 | 1 0.03 23.10 1375 | 1 0.03 23.13 1378 | 1 0.03 23.16 1379 | 1 0.03 23.19 1382 | 1 0.03 23.22 1389 | 1 0.03 23.25 1390 | 2 0.06 23.31 1391 | 1 0.03 23.33 1395 | 1 0.03 23.36 1397 | 1 0.03 23.39 1398 | 2 0.06 23.45 1406 | 1 0.03 23.48 1410 | 1 0.03 23.51 1416 | 1 0.03 23.54 1421 | 1 0.03 23.57 1424 | 1 0.03 23.60 1428 | 1 0.03 23.63 1430 | 1 0.03 23.65 1431 | 1 0.03 23.68 1432 | 1 0.03 23.71 1434 | 1 0.03 23.74 1435 | 2 0.06 23.80 1443 | 2 0.06 23.86 1446 | 1 0.03 23.89 1449 | 1 0.03 23.92 1453 | 1 0.03 23.95 1459 | 1 0.03 23.97 1461 | 1 0.03 24.00 1463 | 1 0.03 24.03 1472 | 1 0.03 24.06 1478 | 1 0.03 24.09 1480 | 1 0.03 24.12 1486 | 1 0.03 24.15 1487 | 1 0.03 24.18 1499 | 1 0.03 24.21 1504 | 1 0.03 24.24 1519 | 1 0.03 24.27 1521 | 1 0.03 24.29 1524 | 1 0.03 24.32 1525 | 1 0.03 24.35 1530 | 1 0.03 24.38 1536 | 1 0.03 24.41 1538 | 2 0.06 24.47 1539 | 1 0.03 24.50 1540 | 2 0.06 24.56 1541 | 1 0.03 24.59 1555 | 1 0.03 24.61 1557 | 2 0.06 24.67 1558 | 1 0.03 24.70 1562 | 1 0.03 24.73 1563 | 1 0.03 24.76 1564 | 1 0.03 24.79 1566 | 1 0.03 24.82 1569 | 1 0.03 24.85 1573 | 1 0.03 24.88 1575 | 1 0.03 24.91 1583 | 1 0.03 24.93 1590 | 1 0.03 24.96 1595 | 1 0.03 24.99 1600 | 2 0.06 25.05 1605 | 1 0.03 25.08 1606 | 1 0.03 25.11 1609 | 1 0.03 25.14 1611 | 1 0.03 25.17 1612 | 1 0.03 25.20 1622 | 1 0.03 25.23 1632 | 1 0.03 25.25 1634 | 2 0.06 25.31 1635 | 1 0.03 25.34 1636 | 1 0.03 25.37 1637 | 1 0.03 25.40 1640 | 2 0.06 25.46 1644 | 2 0.06 25.52 1645 | 2 0.06 25.57 1652 | 1 0.03 25.60 1653 | 1 0.03 25.63 1655 | 2 0.06 25.69 1670 | 1 0.03 25.72 1675 | 1 0.03 25.75 1681 | 1 0.03 25.78 1687 | 1 0.03 25.81 1691 | 1 0.03 25.84 1697 | 1 0.03 25.87 1699 | 1 0.03 25.89 1703 | 1 0.03 25.92 1705 | 1 0.03 25.95 1707 | 1 0.03 25.98 1710 | 1 0.03 26.01 1714 | 1 0.03 26.04 1717 | 1 0.03 26.07 1718 | 1 0.03 26.10 1719 | 1 0.03 26.13 1726 | 1 0.03 26.16 1729 | 1 0.03 26.19 1730 | 1 0.03 26.21 1736 | 2 0.06 26.27 1739 | 1 0.03 26.30 1757 | 1 0.03 26.33 1758 | 1 0.03 26.36 1759 | 1 0.03 26.39 1763 | 1 0.03 26.42 1764 | 1 0.03 26.45 1772 | 2 0.06 26.51 1775 | 1 0.03 26.53 1778 | 1 0.03 26.56 1785 | 2 0.06 26.62 1786 | 1 0.03 26.65 1792 | 1 0.03 26.68 1793 | 1 0.03 26.71 1804 | 1 0.03 26.74 1808 | 1 0.03 26.77 1809 | 1 0.03 26.80 1810 | 2 0.06 26.85 1811 | 1 0.03 26.88 1820 | 1 0.03 26.91 1821 | 1 0.03 26.94 1825 | 1 0.03 26.97 1830 | 1 0.03 27.00 1837 | 1 0.03 27.03 1840 | 1 0.03 27.06 1843 | 1 0.03 27.09 1844 | 1 0.03 27.12 1850 | 1 0.03 27.15 1851 | 1 0.03 27.17 1860 | 2 0.06 27.23 1861 | 1 0.03 27.26 1868 | 1 0.03 27.29 1884 | 1 0.03 27.32 1886 | 1 0.03 27.35 1890 | 1 0.03 27.38 1898 | 2 0.06 27.44 1906 | 1 0.03 27.47 1914 | 1 0.03 27.49 1915 | 1 0.03 27.52 1923 | 1 0.03 27.55 1931 | 1 0.03 27.58 1933 | 1 0.03 27.61 1934 | 1 0.03 27.64 1937 | 1 0.03 27.67 1938 | 1 0.03 27.70 1943 | 2 0.06 27.76 1958 | 3 0.09 27.84 1976 | 1 0.03 27.87 1977 | 1 0.03 27.90 1978 | 1 0.03 27.93 1979 | 1 0.03 27.96 1980 | 2 0.06 28.02 1991 | 1 0.03 28.05 1996 | 1 0.03 28.08 2002 | 1 0.03 28.11 2003 | 1 0.03 28.14 2004 | 1 0.03 28.16 2007 | 1 0.03 28.19 2008 | 1 0.03 28.22 2009 | 1 0.03 28.25 2010 | 1 0.03 28.28 2016 | 1 0.03 28.31 2034 | 1 0.03 28.34 2036 | 1 0.03 28.37 2041 | 1 0.03 28.40 2042 | 1 0.03 28.43 2050 | 1 0.03 28.46 2063 | 1 0.03 28.48 2066 | 1 0.03 28.51 2068 | 1 0.03 28.54 2072 | 1 0.03 28.57 2076 | 1 0.03 28.60 2077 | 1 0.03 28.63 2079 | 1 0.03 28.66 2082 | 1 0.03 28.69 2083 | 1 0.03 28.72 2085 | 1 0.03 28.75 2086 | 1 0.03 28.78 2089 | 1 0.03 28.80 2105 | 1 0.03 28.83 2110 | 1 0.03 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30.52 2398 | 1 0.03 30.55 2399 | 1 0.03 30.58 2403 | 1 0.03 30.61 2406 | 1 0.03 30.64 2407 | 1 0.03 30.67 2425 | 1 0.03 30.70 2427 | 1 0.03 30.72 2433 | 1 0.03 30.75 2436 | 1 0.03 30.78 2456 | 1 0.03 30.81 2466 | 1 0.03 30.84 2468 | 1 0.03 30.87 2470 | 1 0.03 30.90 2475 | 2 0.06 30.96 2477 | 1 0.03 30.99 2478 | 1 0.03 31.02 2495 | 1 0.03 31.04 2496 | 2 0.06 31.10 2499 | 1 0.03 31.13 2503 | 1 0.03 31.16 2506 | 2 0.06 31.22 2508 | 1 0.03 31.25 2519 | 1 0.03 31.28 2524 | 1 0.03 31.31 2532 | 1 0.03 31.34 2534 | 1 0.03 31.36 2535 | 1 0.03 31.39 2539 | 1 0.03 31.42 2540 | 1 0.03 31.45 2541 | 1 0.03 31.48 2543 | 1 0.03 31.51 2544 | 1 0.03 31.54 2547 | 1 0.03 31.57 2554 | 1 0.03 31.60 2558 | 1 0.03 31.63 2560 | 1 0.03 31.66 2572 | 1 0.03 31.68 2579 | 2 0.06 31.74 2589 | 2 0.06 31.80 2591 | 1 0.03 31.83 2593 | 1 0.03 31.86 2598 | 1 0.03 31.89 2602 | 1 0.03 31.92 2606 | 1 0.03 31.95 2608 | 1 0.03 31.98 2612 | 1 0.03 32.00 2614 | 1 0.03 32.03 2617 | 1 0.03 32.06 2618 | 1 0.03 32.09 2627 | 1 0.03 32.12 2638 | 2 0.06 32.18 2643 | 1 0.03 32.21 2656 | 1 0.03 32.24 2660 | 2 0.06 32.30 2681 | 1 0.03 32.32 2683 | 1 0.03 32.35 2684 | 1 0.03 32.38 2700 | 1 0.03 32.41 2707 | 2 0.06 32.47 2708 | 2 0.06 32.53 2718 | 1 0.03 32.56 2723 | 2 0.06 32.62 2724 | 1 0.03 32.64 2729 | 1 0.03 32.67 2734 | 1 0.03 32.70 2735 | 1 0.03 32.73 2737 | 1 0.03 32.76 2751 | 1 0.03 32.79 2758 | 1 0.03 32.82 2770 | 1 0.03 32.85 2777 | 1 0.03 32.88 2778 | 1 0.03 32.91 2781 | 1 0.03 32.94 2782 | 1 0.03 32.96 2790 | 1 0.03 32.99 2800 | 1 0.03 33.02 2815 | 2 0.06 33.08 2827 | 1 0.03 33.11 2838 | 1 0.03 33.14 2849 | 1 0.03 33.17 2853 | 1 0.03 33.20 2874 | 1 0.03 33.23 2886 | 1 0.03 33.26 2908 | 3 0.09 33.34 2911 | 1 0.03 33.37 2914 | 2 0.06 33.43 2930 | 1 0.03 33.46 2953 | 1 0.03 33.49 2973 | 1 0.03 33.52 2979 | 1 0.03 33.55 3015 | 1 0.03 33.58 3040 | 1 0.03 33.60 3046 | 1 0.03 33.63 3047 | 1 0.03 33.66 3051 | 1 0.03 33.69 3056 | 1 0.03 33.72 3063 | 1 0.03 33.75 3065 | 1 0.03 33.78 3073 | 1 0.03 33.81 3074 | 1 0.03 33.84 3075 | 1 0.03 33.87 3080 | 1 0.03 33.90 3091 | 1 0.03 33.92 3126 | 1 0.03 33.95 3148 | 1 0.03 33.98 3160 | 1 0.03 34.01 3166 | 1 0.03 34.04 3167 | 1 0.03 34.07 3170 | 1 0.03 34.10 3172 | 1 0.03 34.13 3176 | 1 0.03 34.16 3183 | 1 0.03 34.19 3184 | 1 0.03 34.22 3187 | 1 0.03 34.24 3208 | 1 0.03 34.27 3215 | 1 0.03 34.30 3217 | 1 0.03 34.33 3229 | 1 0.03 34.36 3237 | 1 0.03 34.39 3249 | 1 0.03 34.42 3254 | 1 0.03 34.45 3256 | 1 0.03 34.48 3273 | 1 0.03 34.51 3277 | 1 0.03 34.54 3279 | 2 0.06 34.59 3299 | 1 0.03 34.62 3305 | 1 0.03 34.65 3307 | 1 0.03 34.68 3318 | 1 0.03 34.71 3324 | 1 0.03 34.74 3334 | 1 0.03 34.77 3341 | 1 0.03 34.80 3352 | 1 0.03 34.83 3360 | 1 0.03 34.86 3381 | 1 0.03 34.89 3392 | 1 0.03 34.91 3395 | 1 0.03 34.94 3400 | 1 0.03 34.97 3401 | 1 0.03 35.00 3410 | 2 0.06 35.06 3421 | 1 0.03 35.09 3435 | 1 0.03 35.12 3436 | 1 0.03 35.15 3443 | 2 0.06 35.21 3448 | 1 0.03 35.23 3458 | 1 0.03 35.26 3459 | 1 0.03 35.29 3475 | 1 0.03 35.32 3478 | 1 0.03 35.35 3492 | 2 0.06 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36.98 4082 | 1 0.03 37.01 4083 | 1 0.03 37.04 4094 | 1 0.03 37.07 4106 | 1 0.03 37.10 4109 | 1 0.03 37.13 4113 | 1 0.03 37.15 4123 | 1 0.03 37.18 4132 | 1 0.03 37.21 4149 | 1 0.03 37.24 4164 | 1 0.03 37.27 4191 | 1 0.03 37.30 4194 | 1 0.03 37.33 4199 | 1 0.03 37.36 4240 | 1 0.03 37.39 4271 | 1 0.03 37.42 4285 | 1 0.03 37.45 4301 | 1 0.03 37.47 4311 | 1 0.03 37.50 4340 | 1 0.03 37.53 4374 | 1 0.03 37.56 4378 | 2 0.06 37.62 4399 | 1 0.03 37.65 4429 | 1 0.03 37.68 4448 | 1 0.03 37.71 4470 | 1 0.03 37.74 4475 | 1 0.03 37.77 4476 | 1 0.03 37.79 4499 | 1 0.03 37.82 4515 | 1 0.03 37.85 4522 | 1 0.03 37.88 4544 | 1 0.03 37.91 4551 | 1 0.03 37.94 4556 | 1 0.03 37.97 4562 | 1 0.03 38.00 4625 | 1 0.03 38.03 4645 | 1 0.03 38.06 4651 | 1 0.03 38.09 4655 | 1 0.03 38.11 4661 | 1 0.03 38.14 4667 | 1 0.03 38.17 4671 | 1 0.03 38.20 4674 | 1 0.03 38.23 4698 | 1 0.03 38.26 4720 | 1 0.03 38.29 4722 | 1 0.03 38.32 4724 | 1 0.03 38.35 4728 | 1 0.03 38.38 4735 | 1 0.03 38.41 4736 | 1 0.03 38.43 4747 | 1 0.03 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44.46 8920 | 1 0.03 44.49 9127 | 1 0.03 44.52 9169 | 1 0.03 44.54 9192 | 1 0.03 44.57 9225 | 1 0.03 44.60 9372 | 1 0.03 44.63 9407 | 1 0.03 44.66 9411 | 1 0.03 44.69 9446 | 1 0.03 44.72 9482 | 1 0.03 44.75 9559 | 1 0.03 44.78 9566 | 1 0.03 44.81 9672 | 1 0.03 44.84 9710 | 1 0.03 44.86 9785 | 1 0.03 44.89 9968 | 1 0.03 44.92 10041 | 1 0.03 44.95 10107 | 1 0.03 44.98 10196 | 1 0.03 45.01 10362 | 1 0.03 45.04 10373 | 1 0.03 45.07 10401 | 1 0.03 45.10 10406 | 1 0.03 45.13 10503 | 1 0.03 45.16 10519 | 1 0.03 45.18 10530 | 1 0.03 45.21 10579 | 1 0.03 45.24 10638 | 1 0.03 45.27 10682 | 1 0.03 45.30 10730 | 1 0.03 45.33 10734 | 1 0.03 45.36 10744 | 1 0.03 45.39 10843 | 1 0.03 45.42 10871 | 1 0.03 45.45 10888 | 1 0.03 45.48 10896 | 1 0.03 45.50 10942 | 1 0.03 45.53 10991 | 1 0.03 45.56 11024 | 1 0.03 45.59 11101 | 1 0.03 45.62 11211 | 1 0.03 45.65 11242 | 1 0.03 45.68 11305 | 1 0.03 45.71 11317 | 1 0.03 45.74 11373 | 1 0.03 45.77 11577 | 1 0.03 45.80 11734 | 1 0.03 45.82 11807 | 1 0.03 45.85 11861 | 1 0.03 45.88 11875 | 1 0.03 45.91 11989 | 1 0.03 45.94 11991 | 1 0.03 45.97 12005 | 1 0.03 46.00 12064 | 1 0.03 46.03 12176 | 1 0.03 46.06 12241 | 1 0.03 46.09 12379 | 2 0.06 46.14 12442 | 1 0.03 46.17 12560 | 1 0.03 46.20 12675 | 1 0.03 46.23 12935 | 1 0.03 46.26 13104 | 1 0.03 46.29 13367 | 1 0.03 46.32 13387 | 1 0.03 46.35 13598 | 1 0.03 46.38 13756 | 1 0.03 46.41 13804 | 1 0.03 46.44 13846 | 1 0.03 46.46 13913 | 1 0.03 46.49 13921 | 1 0.03 46.52 13993 | 1 0.03 46.55 14193 | 1 0.03 46.58 14342 | 1 0.03 46.61 14359 | 1 0.03 46.64 14399 | 1 0.03 46.67 14437 | 1 0.03 46.70 14463 | 1 0.03 46.73 14473 | 1 0.03 46.76 14502 | 1 0.03 46.78 14535 | 1 0.03 46.81 14572 | 1 0.03 46.84 14621 | 1 0.03 46.87 14736 | 1 0.03 46.90 14924 | 2 0.06 46.96 14931 | 1 0.03 46.99 15058 | 1 0.03 47.02 15067 | 1 0.03 47.05 15182 | 1 0.03 47.08 15437 | 1 0.03 47.11 15604 | 1 0.03 47.13 15614 | 1 0.03 47.16 15697 | 1 0.03 47.19 15713 | 1 0.03 47.22 15719 | 1 0.03 47.25 15903 | 1 0.03 47.28 15966 | 1 0.03 47.31 16036 | 1 0.03 47.34 16098 | 1 0.03 47.37 16207 | 1 0.03 47.40 16318 | 1 0.03 47.43 16334 | 1 0.03 47.45 16335 | 1 0.03 47.48 16430 | 1 0.03 47.51 16479 | 1 0.03 47.54 16482 | 1 0.03 47.57 16624 | 1 0.03 47.60 16664 | 1 0.03 47.63 16679 | 1 0.03 47.66 17030 | 1 0.03 47.69 17120 | 1 0.03 47.72 17581 | 1 0.03 47.75 17617 | 1 0.03 47.77 17727 | 1 0.03 47.80 17750 | 1 0.03 47.83 17840 | 1 0.03 47.86 18106 | 1 0.03 47.89 18276 | 1 0.03 47.92 18422 | 1 0.03 47.95 18565 | 1 0.03 47.98 18630 | 1 0.03 48.01 18656 | 1 0.03 48.04 18698 | 1 0.03 48.07 18961 | 1 0.03 48.09 19107 | 1 0.03 48.12 19235 | 1 0.03 48.15 19732 | 1 0.03 48.18 19925 | 1 0.03 48.21 20059 | 1 0.03 48.24 20121 | 1 0.03 48.27 20155 | 1 0.03 48.30 20160 | 1 0.03 48.33 20180 | 1 0.03 48.36 20619 | 1 0.03 48.39 20678 | 1 0.03 48.41 20809 | 1 0.03 48.44 21561 | 1 0.03 48.47 21752 | 1 0.03 48.50 21923 | 1 0.03 48.53 21997 | 1 0.03 48.56 22031 | 1 0.03 48.59 22072 | 1 0.03 48.62 22108 | 1 0.03 48.65 22166 | 1 0.03 48.68 22466 | 1 0.03 48.71 22565 | 1 0.03 48.73 22684 | 1 0.03 48.76 22795 | 1 0.03 48.79 23038 | 1 0.03 48.82 23285 | 1 0.03 48.85 23527 | 1 0.03 48.88 23531 | 1 0.03 48.91 23568 | 1 0.03 48.94 23935 | 1 0.03 48.97 24170 | 1 0.03 49.00 24400 | 1 0.03 49.03 24469 | 1 0.03 49.05 24507 | 1 0.03 49.08 25121 | 1 0.03 49.11 25795 | 1 0.03 49.14 26438 | 1 0.03 49.17 26734 | 1 0.03 49.20 26836 | 1 0.03 49.23 27030 | 1 0.03 49.26 27090 | 1 0.03 49.29 27324 | 1 0.03 49.32 28074 | 1 0.03 49.35 28634 | 1 0.03 49.37 28980 | 1 0.03 49.40 29748 | 1 0.03 49.43 29973 | 1 0.03 49.46 30206 | 1 0.03 49.49 30724 | 1 0.03 49.52 31241 | 1 0.03 49.55 31820 | 1 0.03 49.58 32619 | 1 0.03 49.61 33254 | 1 0.03 49.64 33989 | 1 0.03 49.67 34077 | 1 0.03 49.69 34133 | 1 0.03 49.72 34231 | 1 0.03 49.75 35445 | 1 0.03 49.78 36523 | 1 0.03 49.81 36879 | 1 0.03 49.84 37072 | 1 0.03 49.87 37421 | 1 0.03 49.90 37980 | 1 0.03 49.93 38350 | 1 0.03 49.96 38369 | 1 0.03 49.99 38930 | 1 0.03 50.01 39495 | 1 0.03 50.04 40249 | 1 0.03 50.07 42100 | 1 0.03 50.10 42886 | 1 0.03 50.13 43949 | 1 0.03 50.16 44335 | 1 0.03 50.19 44649 | 1 0.03 50.22 45957 | 1 0.03 50.25 45983 | 1 0.03 50.28 47264 | 1 0.03 50.31 47860 | 1 0.03 50.33 47864 | 1 0.03 50.36 47969 | 1 0.03 50.39 49257 | 1 0.03 50.42 49276 | 1 0.03 50.45 52206 | 1 0.03 50.48 54026 | 1 0.03 50.51 54704 | 1 0.03 50.54 54816 | 1 0.03 50.57 57770 | 1 0.03 50.60 58881 | 1 0.03 50.63 59596 | 1 0.03 50.65 63044 | 1 0.03 50.68 63219 | 1 0.03 50.71 66265 | 1 0.03 50.74 66522 | 1 0.03 50.77 67526 | 1 0.03 50.80 67993 | 1 0.03 50.83 70047 | 1 0.03 50.86 80875 | 1 0.03 50.89 99276 | 1 0.03 50.92 100053 | 1 0.03 50.95 110577 | 1 0.03 50.97 115448 | 1 0.03 51.00 115592 | 1 0.03 51.03 118624 | 1 0.03 51.06 144707 | 1 0.03 51.09 159652 | 1 0.03 51.12 159891 | 1 0.03 51.15 161412 | 1 0.03 51.18 182162 | 1 0.03 51.21 186171 | 1 0.03 51.24 213409 | 1 0.03 51.27 262035 | 1 0.03 51.29 310714 | 1 0.03 51.32 378087 | 1 0.03 51.35 1.12e+07 | 1 0.03 51.38 . | 1,671 48.62 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for enraw variable in PC_HSA_rates_0307 dataset : White, | Number of | Medicare | Beneficiari | es Part A | Eligible | Freq. Percent Cum. ------------+----------------------------------- 863 | 1 0.03 0.03 1091 | 1 0.03 0.06 1401 | 1 0.03 0.09 1467 | 1 0.03 0.12 1502 | 1 0.03 0.15 1566 | 1 0.03 0.17 1617 | 1 0.03 0.20 1691 | 1 0.03 0.23 1746 | 1 0.03 0.26 1924 | 1 0.03 0.29 2048 | 1 0.03 0.32 2074 | 1 0.03 0.35 2126 | 1 0.03 0.38 2142 | 1 0.03 0.41 2178 | 1 0.03 0.44 2410 | 1 0.03 0.47 2417 | 1 0.03 0.49 2506 | 1 0.03 0.52 2518 | 1 0.03 0.55 2543 | 1 0.03 0.58 2549 | 1 0.03 0.61 2572 | 1 0.03 0.64 2603 | 1 0.03 0.67 2681 | 1 0.03 0.70 2743 | 1 0.03 0.73 2975 | 1 0.03 0.76 3014 | 1 0.03 0.79 3117 | 1 0.03 0.81 3136 | 1 0.03 0.84 3167 | 1 0.03 0.87 3201 | 1 0.03 0.90 3212 | 1 0.03 0.93 3256 | 1 0.03 0.96 3265 | 1 0.03 0.99 3281 | 1 0.03 1.02 3297 | 1 0.03 1.05 3334 | 1 0.03 1.08 3395 | 1 0.03 1.11 3400 | 1 0.03 1.13 3461 | 1 0.03 1.16 3462 | 1 0.03 1.19 3487 | 1 0.03 1.22 3490 | 1 0.03 1.25 3505 | 1 0.03 1.28 3523 | 1 0.03 1.31 3623 | 1 0.03 1.34 3707 | 1 0.03 1.37 3735 | 1 0.03 1.40 3851 | 1 0.03 1.43 3853 | 1 0.03 1.45 3887 | 1 0.03 1.48 3941 | 1 0.03 1.51 3988 | 1 0.03 1.54 3992 | 1 0.03 1.57 4011 | 1 0.03 1.60 4056 | 1 0.03 1.63 4062 | 1 0.03 1.66 4079 | 1 0.03 1.69 4098 | 1 0.03 1.72 4122 | 1 0.03 1.75 4179 | 1 0.03 1.77 4212 | 1 0.03 1.80 4251 | 1 0.03 1.83 4286 | 1 0.03 1.86 4316 | 1 0.03 1.89 4338 | 1 0.03 1.92 4350 | 1 0.03 1.95 4354 | 1 0.03 1.98 4378 | 1 0.03 2.01 4389 | 1 0.03 2.04 4405 | 1 0.03 2.07 4438 | 1 0.03 2.09 4455 | 1 0.03 2.12 4543 | 1 0.03 2.15 4554 | 1 0.03 2.18 4591 | 1 0.03 2.21 4646 | 1 0.03 2.24 4648 | 1 0.03 2.27 4692 | 1 0.03 2.30 4706 | 1 0.03 2.33 4769 | 1 0.03 2.36 4770 | 1 0.03 2.39 4778 | 1 0.03 2.41 4784 | 1 0.03 2.44 4791 | 1 0.03 2.47 4805 | 1 0.03 2.50 4916 | 1 0.03 2.53 4939 | 1 0.03 2.56 4993 | 1 0.03 2.59 5115 | 1 0.03 2.62 5228 | 1 0.03 2.65 5247 | 1 0.03 2.68 5301 | 1 0.03 2.71 5322 | 1 0.03 2.73 5337 | 1 0.03 2.76 5405 | 1 0.03 2.79 5455 | 1 0.03 2.82 5546 | 1 0.03 2.85 5616 | 1 0.03 2.88 5695 | 1 0.03 2.91 5706 | 1 0.03 2.94 5746 | 1 0.03 2.97 5803 | 1 0.03 3.00 5805 | 1 0.03 3.03 5816 | 1 0.03 3.05 5817 | 1 0.03 3.08 5826 | 1 0.03 3.11 5830 | 1 0.03 3.14 5862 | 1 0.03 3.17 5867 | 1 0.03 3.20 5925 | 1 0.03 3.23 6023 | 1 0.03 3.26 6046 | 1 0.03 3.29 6062 | 1 0.03 3.32 6065 | 1 0.03 3.35 6109 | 1 0.03 3.38 6127 | 1 0.03 3.40 6128 | 1 0.03 3.43 6138 | 1 0.03 3.46 6183 | 1 0.03 3.49 6187 | 1 0.03 3.52 6200 | 1 0.03 3.55 6226 | 1 0.03 3.58 6255 | 1 0.03 3.61 6287 | 1 0.03 3.64 6296 | 1 0.03 3.67 6301 | 1 0.03 3.70 6310 | 1 0.03 3.72 6342 | 1 0.03 3.75 6363 | 1 0.03 3.78 6376 | 1 0.03 3.81 6477 | 1 0.03 3.84 6513 | 1 0.03 3.87 6566 | 1 0.03 3.90 6576 | 1 0.03 3.93 6579 | 1 0.03 3.96 6610 | 1 0.03 3.99 6632 | 1 0.03 4.02 6645 | 1 0.03 4.04 6702 | 1 0.03 4.07 6738 | 1 0.03 4.10 6747 | 1 0.03 4.13 6762 | 1 0.03 4.16 6795 | 1 0.03 4.19 6819 | 1 0.03 4.22 6890 | 1 0.03 4.25 6895 | 1 0.03 4.28 6946 | 1 0.03 4.31 6949 | 1 0.03 4.34 6979 | 1 0.03 4.36 7014 | 1 0.03 4.39 7044 | 1 0.03 4.42 7064 | 1 0.03 4.45 7067 | 1 0.03 4.48 7109 | 1 0.03 4.51 7125 | 1 0.03 4.54 7154 | 1 0.03 4.57 7195 | 1 0.03 4.60 7208 | 1 0.03 4.63 7225 | 1 0.03 4.66 7247 | 1 0.03 4.68 7254 | 1 0.03 4.71 7257 | 1 0.03 4.74 7262 | 1 0.03 4.77 7341 | 1 0.03 4.80 7370 | 1 0.03 4.83 7388 | 1 0.03 4.86 7398 | 1 0.03 4.89 7428 | 1 0.03 4.92 7439 | 1 0.03 4.95 7446 | 1 0.03 4.98 7448 | 1 0.03 5.00 7464 | 1 0.03 5.03 7484 | 1 0.03 5.06 7506 | 1 0.03 5.09 7553 | 1 0.03 5.12 7565 | 1 0.03 5.15 7568 | 1 0.03 5.18 7570 | 1 0.03 5.21 7580 | 1 0.03 5.24 7592 | 1 0.03 5.27 7673 | 1 0.03 5.30 7703 | 1 0.03 5.32 7830 | 1 0.03 5.35 7877 | 1 0.03 5.38 7892 | 1 0.03 5.41 7946 | 1 0.03 5.44 7989 | 1 0.03 5.47 8029 | 1 0.03 5.50 8081 | 1 0.03 5.53 8084 | 1 0.03 5.56 8091 | 1 0.03 5.59 8123 | 1 0.03 5.62 8160 | 1 0.03 5.64 8223 | 1 0.03 5.67 8243 | 1 0.03 5.70 8246 | 1 0.03 5.73 8248 | 1 0.03 5.76 8289 | 1 0.03 5.79 8325 | 1 0.03 5.82 8369 | 1 0.03 5.85 8372 | 1 0.03 5.88 8407 | 1 0.03 5.91 8523 | 1 0.03 5.94 8605 | 1 0.03 5.96 8629 | 1 0.03 5.99 8641 | 1 0.03 6.02 8657 | 1 0.03 6.05 8697 | 1 0.03 6.08 8758 | 1 0.03 6.11 8760 | 1 0.03 6.14 8878 | 1 0.03 6.17 8903 | 1 0.03 6.20 8946 | 1 0.03 6.23 9106 | 1 0.03 6.26 9140 | 1 0.03 6.28 9163 | 1 0.03 6.31 9171 | 1 0.03 6.34 9197 | 1 0.03 6.37 9215 | 1 0.03 6.40 9229 | 1 0.03 6.43 9247 | 1 0.03 6.46 9260 | 1 0.03 6.49 9288 | 1 0.03 6.52 9331 | 1 0.03 6.55 9445 | 1 0.03 6.58 9462 | 1 0.03 6.60 9503 | 1 0.03 6.63 9551 | 1 0.03 6.66 9553 | 1 0.03 6.69 9612 | 1 0.03 6.72 9632 | 1 0.03 6.75 9642 | 1 0.03 6.78 9691 | 1 0.03 6.81 9738 | 1 0.03 6.84 9741 | 1 0.03 6.87 9748 | 1 0.03 6.90 9752 | 1 0.03 6.92 9858 | 1 0.03 6.95 9922 | 1 0.03 6.98 9925 | 1 0.03 7.01 9953 | 1 0.03 7.04 9961 | 1 0.03 7.07 9977 | 1 0.03 7.10 9995 | 1 0.03 7.13 10070 | 1 0.03 7.16 10108 | 1 0.03 7.19 10206 | 1 0.03 7.22 10212 | 1 0.03 7.24 10216 | 1 0.03 7.27 10243 | 1 0.03 7.30 10254 | 1 0.03 7.33 10257 | 1 0.03 7.36 10271 | 1 0.03 7.39 10322 | 1 0.03 7.42 10324 | 1 0.03 7.45 10348 | 1 0.03 7.48 10382 | 1 0.03 7.51 10389 | 1 0.03 7.54 10449 | 1 0.03 7.56 10458 | 1 0.03 7.59 10469 | 1 0.03 7.62 10557 | 1 0.03 7.65 10562 | 1 0.03 7.68 10565 | 1 0.03 7.71 10579 | 1 0.03 7.74 10596 | 1 0.03 7.77 10626 | 1 0.03 7.80 10638 | 1 0.03 7.83 10666 | 1 0.03 7.86 10687 | 1 0.03 7.88 10790 | 1 0.03 7.91 10831 | 1 0.03 7.94 10869 | 1 0.03 7.97 10890 | 1 0.03 8.00 10899 | 1 0.03 8.03 10925 | 1 0.03 8.06 10927 | 1 0.03 8.09 10947 | 1 0.03 8.12 10984 | 1 0.03 8.15 11037 | 1 0.03 8.18 11056 | 1 0.03 8.20 11075 | 1 0.03 8.23 11079 | 1 0.03 8.26 11081 | 1 0.03 8.29 11170 | 1 0.03 8.32 11233 | 1 0.03 8.35 11240 | 1 0.03 8.38 11242 | 1 0.03 8.41 11244 | 1 0.03 8.44 11294 | 1 0.03 8.47 11314 | 1 0.03 8.50 11316 | 1 0.03 8.52 11325 | 1 0.03 8.55 11334 | 1 0.03 8.58 11377 | 1 0.03 8.61 11430 | 1 0.03 8.64 11457 | 1 0.03 8.67 11467 | 1 0.03 8.70 11481 | 1 0.03 8.73 11511 | 2 0.06 8.79 11524 | 1 0.03 8.82 11577 | 1 0.03 8.84 11588 | 1 0.03 8.87 11610 | 1 0.03 8.90 11661 | 1 0.03 8.93 11677 | 1 0.03 8.96 11718 | 1 0.03 8.99 11739 | 1 0.03 9.02 11795 | 1 0.03 9.05 11802 | 1 0.03 9.08 11817 | 1 0.03 9.11 11837 | 1 0.03 9.14 11840 | 1 0.03 9.16 11875 | 1 0.03 9.19 11878 | 1 0.03 9.22 11943 | 1 0.03 9.25 12053 | 1 0.03 9.28 12065 | 1 0.03 9.31 12099 | 1 0.03 9.34 12110 | 1 0.03 9.37 12148 | 1 0.03 9.40 12151 | 1 0.03 9.43 12185 | 1 0.03 9.46 12198 | 1 0.03 9.49 12270 | 1 0.03 9.51 12272 | 1 0.03 9.54 12342 | 1 0.03 9.57 12378 | 1 0.03 9.60 12391 | 1 0.03 9.63 12411 | 1 0.03 9.66 12476 | 1 0.03 9.69 12480 | 1 0.03 9.72 12496 | 1 0.03 9.75 12531 | 1 0.03 9.78 12538 | 1 0.03 9.81 12613 | 1 0.03 9.83 12636 | 1 0.03 9.86 12688 | 1 0.03 9.89 12702 | 1 0.03 9.92 12730 | 1 0.03 9.95 12786 | 1 0.03 9.98 12796 | 1 0.03 10.01 12865 | 1 0.03 10.04 12890 | 1 0.03 10.07 12939 | 1 0.03 10.10 12942 | 1 0.03 10.13 13013 | 1 0.03 10.15 13025 | 1 0.03 10.18 13106 | 1 0.03 10.21 13108 | 1 0.03 10.24 13109 | 1 0.03 10.27 13119 | 1 0.03 10.30 13151 | 1 0.03 10.33 13224 | 1 0.03 10.36 13227 | 1 0.03 10.39 13251 | 1 0.03 10.42 13258 | 1 0.03 10.45 13300 | 1 0.03 10.47 13307 | 1 0.03 10.50 13314 | 1 0.03 10.53 13325 | 1 0.03 10.56 13349 | 1 0.03 10.59 13398 | 1 0.03 10.62 13427 | 1 0.03 10.65 13451 | 1 0.03 10.68 13473 | 1 0.03 10.71 13504 | 1 0.03 10.74 13584 | 1 0.03 10.77 13597 | 1 0.03 10.79 13644 | 1 0.03 10.82 13723 | 1 0.03 10.85 13794 | 1 0.03 10.88 13821 | 1 0.03 10.91 13828 | 1 0.03 10.94 13848 | 1 0.03 10.97 13998 | 1 0.03 11.00 14021 | 1 0.03 11.03 14074 | 1 0.03 11.06 14111 | 1 0.03 11.09 14114 | 1 0.03 11.11 14115 | 1 0.03 11.14 14151 | 1 0.03 11.17 14210 | 1 0.03 11.20 14214 | 1 0.03 11.23 14232 | 1 0.03 11.26 14264 | 1 0.03 11.29 14274 | 1 0.03 11.32 14287 | 1 0.03 11.35 14295 | 1 0.03 11.38 14338 | 1 0.03 11.41 14346 | 1 0.03 11.43 14378 | 1 0.03 11.46 14404 | 1 0.03 11.49 14422 | 1 0.03 11.52 14429 | 1 0.03 11.55 14443 | 1 0.03 11.58 14477 | 1 0.03 11.61 14495 | 1 0.03 11.64 14577 | 1 0.03 11.67 14633 | 1 0.03 11.70 14653 | 1 0.03 11.73 14658 | 1 0.03 11.75 14674 | 1 0.03 11.78 14698 | 1 0.03 11.81 14704 | 1 0.03 11.84 14706 | 1 0.03 11.87 14760 | 1 0.03 11.90 14864 | 1 0.03 11.93 14871 | 1 0.03 11.96 14890 | 1 0.03 11.99 14929 | 1 0.03 12.02 14944 | 1 0.03 12.05 14956 | 1 0.03 12.07 14967 | 1 0.03 12.10 14990 | 1 0.03 12.13 15007 | 1 0.03 12.16 15029 | 1 0.03 12.19 15035 | 1 0.03 12.22 15045 | 1 0.03 12.25 15078 | 2 0.06 12.31 15085 | 1 0.03 12.34 15103 | 1 0.03 12.37 15112 | 1 0.03 12.39 15136 | 1 0.03 12.42 15199 | 1 0.03 12.45 15283 | 1 0.03 12.48 15299 | 1 0.03 12.51 15345 | 1 0.03 12.54 15348 | 1 0.03 12.57 15352 | 1 0.03 12.60 15407 | 1 0.03 12.63 15523 | 1 0.03 12.66 15574 | 1 0.03 12.69 15633 | 1 0.03 12.71 15744 | 1 0.03 12.74 15750 | 1 0.03 12.77 15766 | 1 0.03 12.80 15768 | 1 0.03 12.83 15811 | 1 0.03 12.86 15829 | 1 0.03 12.89 15909 | 1 0.03 12.92 15921 | 1 0.03 12.95 15937 | 1 0.03 12.98 15963 | 1 0.03 13.01 15967 | 1 0.03 13.03 16026 | 1 0.03 13.06 16085 | 1 0.03 13.09 16121 | 1 0.03 13.12 16141 | 1 0.03 13.15 16161 | 1 0.03 13.18 16182 | 1 0.03 13.21 16229 | 1 0.03 13.24 16308 | 1 0.03 13.27 16392 | 1 0.03 13.30 16396 | 1 0.03 13.33 16440 | 1 0.03 13.35 16449 | 1 0.03 13.38 16499 | 1 0.03 13.41 16525 | 1 0.03 13.44 16532 | 1 0.03 13.47 16573 | 1 0.03 13.50 16622 | 1 0.03 13.53 16631 | 1 0.03 13.56 16645 | 1 0.03 13.59 16666 | 1 0.03 13.62 16677 | 1 0.03 13.65 16731 | 1 0.03 13.67 16802 | 1 0.03 13.70 16843 | 1 0.03 13.73 16878 | 1 0.03 13.76 16885 | 1 0.03 13.79 16904 | 1 0.03 13.82 16921 | 1 0.03 13.85 16946 | 1 0.03 13.88 17028 | 1 0.03 13.91 17045 | 1 0.03 13.94 17085 | 1 0.03 13.97 17181 | 1 0.03 13.99 17275 | 1 0.03 14.02 17310 | 1 0.03 14.05 17313 | 1 0.03 14.08 17344 | 1 0.03 14.11 17408 | 1 0.03 14.14 17442 | 1 0.03 14.17 17446 | 1 0.03 14.20 17451 | 1 0.03 14.23 17461 | 1 0.03 14.26 17479 | 1 0.03 14.29 17514 | 1 0.03 14.31 17623 | 1 0.03 14.34 17748 | 1 0.03 14.37 17773 | 1 0.03 14.40 17791 | 1 0.03 14.43 17844 | 1 0.03 14.46 17884 | 1 0.03 14.49 17889 | 1 0.03 14.52 17891 | 1 0.03 14.55 17931 | 1 0.03 14.58 18043 | 1 0.03 14.61 18044 | 2 0.06 14.66 18052 | 1 0.03 14.69 18103 | 1 0.03 14.72 18125 | 1 0.03 14.75 18129 | 1 0.03 14.78 18182 | 1 0.03 14.81 18199 | 1 0.03 14.84 18229 | 1 0.03 14.87 18258 | 1 0.03 14.90 18274 | 1 0.03 14.93 18292 | 1 0.03 14.95 18330 | 1 0.03 14.98 18332 | 1 0.03 15.01 18355 | 1 0.03 15.04 18376 | 1 0.03 15.07 18430 | 1 0.03 15.10 18432 | 1 0.03 15.13 18443 | 1 0.03 15.16 18462 | 1 0.03 15.19 18479 | 1 0.03 15.22 18525 | 1 0.03 15.25 18595 | 1 0.03 15.27 18644 | 1 0.03 15.30 18671 | 1 0.03 15.33 18710 | 1 0.03 15.36 18726 | 1 0.03 15.39 18752 | 1 0.03 15.42 18769 | 1 0.03 15.45 18779 | 1 0.03 15.48 18865 | 1 0.03 15.51 18916 | 1 0.03 15.54 18939 | 1 0.03 15.57 18995 | 1 0.03 15.59 19034 | 1 0.03 15.62 19081 | 1 0.03 15.65 19094 | 1 0.03 15.68 19153 | 1 0.03 15.71 19195 | 1 0.03 15.74 19198 | 1 0.03 15.77 19229 | 1 0.03 15.80 19231 | 1 0.03 15.83 19249 | 1 0.03 15.86 19306 | 1 0.03 15.89 19339 | 1 0.03 15.92 19347 | 1 0.03 15.94 19383 | 1 0.03 15.97 19456 | 1 0.03 16.00 19457 | 1 0.03 16.03 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0.03 34.19 55918 | 1 0.03 34.22 55956 | 1 0.03 34.24 56121 | 1 0.03 34.27 56135 | 1 0.03 34.30 56213 | 1 0.03 34.33 56336 | 1 0.03 34.36 56351 | 1 0.03 34.39 56371 | 1 0.03 34.42 56433 | 1 0.03 34.45 56466 | 1 0.03 34.48 56484 | 1 0.03 34.51 56630 | 1 0.03 34.54 56826 | 1 0.03 34.57 57054 | 1 0.03 34.59 57084 | 1 0.03 34.62 57088 | 1 0.03 34.65 57224 | 1 0.03 34.68 57290 | 1 0.03 34.71 57442 | 1 0.03 34.74 57681 | 1 0.03 34.77 57756 | 1 0.03 34.80 57904 | 2 0.06 34.86 57913 | 1 0.03 34.89 57992 | 1 0.03 34.91 58111 | 1 0.03 34.94 58118 | 1 0.03 34.97 58123 | 1 0.03 35.00 58129 | 1 0.03 35.03 58180 | 1 0.03 35.06 58206 | 1 0.03 35.09 58241 | 1 0.03 35.12 58311 | 1 0.03 35.15 58340 | 1 0.03 35.18 58416 | 1 0.03 35.21 58438 | 1 0.03 35.23 58504 | 1 0.03 35.26 58657 | 1 0.03 35.29 58802 | 1 0.03 35.32 58932 | 1 0.03 35.35 58959 | 1 0.03 35.38 59016 | 1 0.03 35.41 59067 | 1 0.03 35.44 59070 | 1 0.03 35.47 59117 | 1 0.03 35.50 59146 | 1 0.03 35.53 59468 | 1 0.03 35.55 59609 | 1 0.03 35.58 60019 | 1 0.03 35.61 60191 | 1 0.03 35.64 60535 | 1 0.03 35.67 60596 | 1 0.03 35.70 60622 | 1 0.03 35.73 60632 | 1 0.03 35.76 60914 | 1 0.03 35.79 60923 | 1 0.03 35.82 61493 | 1 0.03 35.85 61568 | 1 0.03 35.87 61700 | 1 0.03 35.90 61811 | 1 0.03 35.93 62041 | 1 0.03 35.96 62079 | 1 0.03 35.99 62103 | 1 0.03 36.02 62167 | 1 0.03 36.05 62272 | 1 0.03 36.08 62342 | 1 0.03 36.11 62433 | 1 0.03 36.14 62499 | 1 0.03 36.17 62570 | 1 0.03 36.19 62630 | 1 0.03 36.22 62845 | 1 0.03 36.25 62919 | 1 0.03 36.28 62939 | 1 0.03 36.31 62958 | 1 0.03 36.34 63249 | 1 0.03 36.37 63355 | 1 0.03 36.40 63458 | 1 0.03 36.43 63787 | 1 0.03 36.46 63900 | 1 0.03 36.49 63933 | 1 0.03 36.51 64018 | 1 0.03 36.54 64076 | 1 0.03 36.57 64111 | 1 0.03 36.60 64175 | 1 0.03 36.63 64178 | 1 0.03 36.66 64502 | 1 0.03 36.69 64577 | 1 0.03 36.72 64650 | 1 0.03 36.75 64769 | 1 0.03 36.78 64775 | 1 0.03 36.81 64953 | 1 0.03 36.83 65178 | 1 0.03 36.86 65376 | 1 0.03 36.89 65509 | 1 0.03 36.92 65633 | 1 0.03 36.95 65783 | 1 0.03 36.98 65905 | 1 0.03 37.01 65954 | 1 0.03 37.04 66315 | 1 0.03 37.07 66422 | 1 0.03 37.10 66428 | 1 0.03 37.13 66458 | 1 0.03 37.15 66619 | 1 0.03 37.18 66749 | 1 0.03 37.21 66761 | 1 0.03 37.24 66790 | 1 0.03 37.27 66801 | 1 0.03 37.30 67003 | 1 0.03 37.33 67026 | 1 0.03 37.36 67031 | 1 0.03 37.39 67037 | 1 0.03 37.42 67305 | 1 0.03 37.45 67567 | 1 0.03 37.47 67770 | 1 0.03 37.50 67909 | 1 0.03 37.53 68011 | 1 0.03 37.56 68134 | 1 0.03 37.59 68220 | 1 0.03 37.62 68282 | 1 0.03 37.65 68531 | 1 0.03 37.68 68537 | 1 0.03 37.71 68628 | 1 0.03 37.74 68755 | 1 0.03 37.77 69029 | 1 0.03 37.79 69184 | 1 0.03 37.82 69250 | 1 0.03 37.85 69265 | 1 0.03 37.88 69377 | 1 0.03 37.91 69434 | 1 0.03 37.94 69461 | 1 0.03 37.97 69489 | 1 0.03 38.00 69525 | 1 0.03 38.03 69623 | 1 0.03 38.06 69676 | 1 0.03 38.09 69805 | 1 0.03 38.11 69971 | 1 0.03 38.14 69992 | 1 0.03 38.17 70143 | 1 0.03 38.20 70587 | 1 0.03 38.23 70850 | 1 0.03 38.26 71120 | 1 0.03 38.29 71157 | 1 0.03 38.32 71268 | 1 0.03 38.35 71308 | 1 0.03 38.38 71404 | 1 0.03 38.41 71666 | 1 0.03 38.43 71889 | 1 0.03 38.46 71959 | 1 0.03 38.49 72066 | 1 0.03 38.52 72089 | 1 0.03 38.55 72290 | 1 0.03 38.58 72400 | 1 0.03 38.61 72454 | 1 0.03 38.64 72491 | 1 0.03 38.67 72526 | 1 0.03 38.70 72710 | 1 0.03 38.73 72864 | 1 0.03 38.75 73308 | 1 0.03 38.78 73462 | 1 0.03 38.81 73720 | 1 0.03 38.84 73733 | 1 0.03 38.87 73859 | 1 0.03 38.90 73867 | 1 0.03 38.93 74128 | 1 0.03 38.96 74738 | 1 0.03 38.99 74816 | 1 0.03 39.02 74863 | 1 0.03 39.05 75151 | 1 0.03 39.07 75307 | 1 0.03 39.10 75332 | 1 0.03 39.13 75539 | 1 0.03 39.16 75857 | 1 0.03 39.19 75905 | 1 0.03 39.22 75946 | 1 0.03 39.25 76688 | 1 0.03 39.28 76805 | 1 0.03 39.31 77067 | 1 0.03 39.34 77068 | 1 0.03 39.37 77192 | 1 0.03 39.39 77362 | 1 0.03 39.42 77490 | 1 0.03 39.45 77566 | 1 0.03 39.48 77682 | 1 0.03 39.51 77861 | 1 0.03 39.54 77950 | 1 0.03 39.57 77967 | 1 0.03 39.60 78096 | 1 0.03 39.63 78250 | 1 0.03 39.66 78380 | 1 0.03 39.69 78570 | 1 0.03 39.71 78893 | 1 0.03 39.74 79261 | 1 0.03 39.77 79264 | 1 0.03 39.80 79340 | 1 0.03 39.83 79790 | 1 0.03 39.86 79820 | 1 0.03 39.89 80125 | 1 0.03 39.92 80193 | 1 0.03 39.95 80482 | 1 0.03 39.98 80983 | 1 0.03 40.01 81027 | 1 0.03 40.03 81243 | 1 0.03 40.06 81476 | 1 0.03 40.09 81489 | 1 0.03 40.12 81598 | 1 0.03 40.15 81616 | 1 0.03 40.18 81718 | 1 0.03 40.21 81741 | 1 0.03 40.24 81867 | 1 0.03 40.27 81985 | 1 0.03 40.30 82234 | 1 0.03 40.33 82305 | 1 0.03 40.35 82452 | 1 0.03 40.38 82517 | 1 0.03 40.41 82583 | 1 0.03 40.44 83104 | 1 0.03 40.47 83193 | 1 0.03 40.50 83274 | 1 0.03 40.53 83332 | 1 0.03 40.56 83399 | 1 0.03 40.59 83503 | 1 0.03 40.62 83579 | 1 0.03 40.65 83603 | 1 0.03 40.68 83626 | 1 0.03 40.70 83733 | 1 0.03 40.73 83772 | 1 0.03 40.76 84014 | 1 0.03 40.79 84155 | 1 0.03 40.82 84353 | 1 0.03 40.85 84404 | 1 0.03 40.88 84531 | 1 0.03 40.91 85475 | 1 0.03 40.94 85481 | 1 0.03 40.97 85538 | 1 0.03 41.00 85565 | 1 0.03 41.02 85574 | 1 0.03 41.05 85682 | 1 0.03 41.08 85748 | 1 0.03 41.11 85881 | 1 0.03 41.14 86043 | 1 0.03 41.17 86096 | 1 0.03 41.20 86185 | 1 0.03 41.23 86260 | 1 0.03 41.26 86501 | 1 0.03 41.29 86759 | 1 0.03 41.32 86864 | 1 0.03 41.34 86960 | 1 0.03 41.37 87151 | 1 0.03 41.40 87283 | 1 0.03 41.43 87507 | 1 0.03 41.46 87965 | 1 0.03 41.49 88320 | 1 0.03 41.52 88615 | 1 0.03 41.55 89057 | 1 0.03 41.58 89080 | 1 0.03 41.61 89114 | 1 0.03 41.64 89167 | 1 0.03 41.66 89255 | 1 0.03 41.69 89287 | 1 0.03 41.72 89530 | 1 0.03 41.75 89664 | 1 0.03 41.78 89789 | 1 0.03 41.81 89872 | 1 0.03 41.84 89904 | 1 0.03 41.87 89969 | 1 0.03 41.90 89987 | 1 0.03 41.93 90231 | 1 0.03 41.96 90496 | 1 0.03 41.98 90710 | 1 0.03 42.01 90721 | 2 0.06 42.07 90750 | 1 0.03 42.10 90889 | 1 0.03 42.13 91286 | 1 0.03 42.16 91298 | 1 0.03 42.19 91456 | 1 0.03 42.22 91630 | 1 0.03 42.25 91720 | 1 0.03 42.28 91975 | 1 0.03 42.30 92013 | 1 0.03 42.33 92494 | 1 0.03 42.36 93513 | 1 0.03 42.39 93568 | 1 0.03 42.42 93618 | 1 0.03 42.45 93932 | 1 0.03 42.48 94659 | 1 0.03 42.51 95191 | 1 0.03 42.54 95244 | 1 0.03 42.57 95759 | 1 0.03 42.60 95822 | 1 0.03 42.62 95864 | 1 0.03 42.65 95996 | 1 0.03 42.68 96233 | 1 0.03 42.71 96336 | 1 0.03 42.74 96451 | 1 0.03 42.77 96545 | 1 0.03 42.80 96552 | 1 0.03 42.83 96586 | 1 0.03 42.86 96738 | 1 0.03 42.89 97454 | 1 0.03 42.92 97602 | 1 0.03 42.94 97666 | 1 0.03 42.97 97760 | 1 0.03 43.00 97782 | 1 0.03 43.03 97844 | 1 0.03 43.06 97866 | 1 0.03 43.09 98210 | 1 0.03 43.12 98306 | 1 0.03 43.15 98485 | 1 0.03 43.18 98729 | 1 0.03 43.21 98805 | 1 0.03 43.24 99027 | 1 0.03 43.26 99074 | 1 0.03 43.29 99500 | 1 0.03 43.32 99598 | 1 0.03 43.35 99785 | 1 0.03 43.38 99934 | 1 0.03 43.41 100183 | 1 0.03 43.44 100771 | 1 0.03 43.47 100868 | 1 0.03 43.50 101133 | 1 0.03 43.53 101359 | 1 0.03 43.56 101768 | 1 0.03 43.58 102171 | 1 0.03 43.61 102366 | 1 0.03 43.64 102580 | 1 0.03 43.67 102616 | 1 0.03 43.70 102684 | 1 0.03 43.73 103165 | 1 0.03 43.76 103408 | 1 0.03 43.79 103610 | 1 0.03 43.82 103640 | 1 0.03 43.85 103658 | 1 0.03 43.88 103659 | 1 0.03 43.90 103797 | 1 0.03 43.93 104039 | 1 0.03 43.96 104074 | 1 0.03 43.99 104473 | 1 0.03 44.02 104704 | 1 0.03 44.05 104951 | 1 0.03 44.08 105051 | 1 0.03 44.11 105584 | 1 0.03 44.14 105623 | 1 0.03 44.17 105725 | 1 0.03 44.20 105761 | 1 0.03 44.22 106259 | 1 0.03 44.25 107426 | 1 0.03 44.28 108055 | 1 0.03 44.31 108493 | 1 0.03 44.34 108818 | 1 0.03 44.37 109263 | 1 0.03 44.40 109265 | 1 0.03 44.43 109331 | 1 0.03 44.46 109464 | 1 0.03 44.49 109599 | 1 0.03 44.52 109627 | 1 0.03 44.54 109671 | 1 0.03 44.57 110165 | 1 0.03 44.60 110209 | 1 0.03 44.63 110222 | 1 0.03 44.66 110800 | 1 0.03 44.69 111667 | 1 0.03 44.72 112008 | 1 0.03 44.75 112306 | 1 0.03 44.78 112417 | 1 0.03 44.81 113454 | 1 0.03 44.84 113817 | 1 0.03 44.86 113902 | 1 0.03 44.89 114240 | 1 0.03 44.92 114491 | 1 0.03 44.95 114645 | 1 0.03 44.98 114657 | 1 0.03 45.01 114822 | 1 0.03 45.04 114914 | 1 0.03 45.07 115070 | 1 0.03 45.10 115690 | 1 0.03 45.13 115737 | 1 0.03 45.16 115863 | 1 0.03 45.18 116657 | 1 0.03 45.21 118094 | 1 0.03 45.24 118146 | 1 0.03 45.27 118183 | 1 0.03 45.30 118277 | 1 0.03 45.33 118395 | 1 0.03 45.36 118638 | 1 0.03 45.39 118975 | 1 0.03 45.42 119148 | 1 0.03 45.45 121417 | 1 0.03 45.48 121872 | 1 0.03 45.50 122237 | 1 0.03 45.53 122584 | 1 0.03 45.56 123375 | 1 0.03 45.59 123530 | 1 0.03 45.62 123939 | 1 0.03 45.65 124422 | 1 0.03 45.68 124875 | 1 0.03 45.71 125041 | 1 0.03 45.74 125665 | 1 0.03 45.77 125706 | 1 0.03 45.80 125868 | 1 0.03 45.82 126386 | 1 0.03 45.85 126567 | 1 0.03 45.88 126879 | 1 0.03 45.91 127168 | 1 0.03 45.94 127368 | 1 0.03 45.97 128334 | 1 0.03 46.00 129227 | 1 0.03 46.03 129457 | 1 0.03 46.06 129642 | 1 0.03 46.09 129820 | 1 0.03 46.12 130868 | 1 0.03 46.14 131347 | 1 0.03 46.17 131384 | 1 0.03 46.20 131589 | 1 0.03 46.23 131719 | 1 0.03 46.26 132207 | 1 0.03 46.29 132706 | 1 0.03 46.32 132844 | 1 0.03 46.35 133260 | 1 0.03 46.38 133305 | 1 0.03 46.41 133664 | 1 0.03 46.44 134237 | 1 0.03 46.46 135275 | 1 0.03 46.49 135286 | 1 0.03 46.52 135529 | 2 0.06 46.58 135770 | 1 0.03 46.61 136397 | 1 0.03 46.64 136461 | 1 0.03 46.67 138564 | 1 0.03 46.70 140539 | 1 0.03 46.73 141258 | 1 0.03 46.76 141406 | 1 0.03 46.78 141509 | 1 0.03 46.81 142441 | 1 0.03 46.84 143251 | 1 0.03 46.87 143648 | 1 0.03 46.90 144192 | 1 0.03 46.93 145078 | 1 0.03 46.96 145276 | 1 0.03 46.99 145810 | 1 0.03 47.02 146060 | 1 0.03 47.05 146168 | 1 0.03 47.08 146573 | 1 0.03 47.11 147276 | 1 0.03 47.13 147485 | 1 0.03 47.16 148287 | 1 0.03 47.19 148917 | 1 0.03 47.22 149205 | 1 0.03 47.25 152626 | 1 0.03 47.28 153861 | 1 0.03 47.31 154408 | 1 0.03 47.34 154613 | 1 0.03 47.37 155469 | 1 0.03 47.40 156015 | 1 0.03 47.43 156751 | 1 0.03 47.45 157070 | 1 0.03 47.48 158176 | 1 0.03 47.51 159048 | 1 0.03 47.54 159421 | 1 0.03 47.57 159986 | 1 0.03 47.60 160571 | 1 0.03 47.63 160800 | 1 0.03 47.66 161191 | 1 0.03 47.69 161340 | 1 0.03 47.72 161605 | 1 0.03 47.75 161881 | 1 0.03 47.77 162840 | 1 0.03 47.80 165192 | 1 0.03 47.83 166207 | 1 0.03 47.86 166245 | 1 0.03 47.89 167056 | 1 0.03 47.92 167597 | 1 0.03 47.95 168550 | 1 0.03 47.98 170336 | 1 0.03 48.01 175298 | 1 0.03 48.04 175520 | 1 0.03 48.07 177120 | 1 0.03 48.09 177338 | 1 0.03 48.12 178183 | 1 0.03 48.15 178683 | 1 0.03 48.18 178870 | 1 0.03 48.21 179394 | 1 0.03 48.24 179751 | 1 0.03 48.27 180536 | 1 0.03 48.30 181241 | 1 0.03 48.33 183302 | 1 0.03 48.36 183671 | 1 0.03 48.39 185425 | 1 0.03 48.41 186172 | 1 0.03 48.44 187252 | 1 0.03 48.47 187400 | 1 0.03 48.50 192739 | 1 0.03 48.53 194323 | 1 0.03 48.56 197418 | 1 0.03 48.59 197965 | 1 0.03 48.62 198486 | 1 0.03 48.65 198754 | 1 0.03 48.68 199704 | 1 0.03 48.71 202264 | 1 0.03 48.73 202756 | 1 0.03 48.76 203469 | 1 0.03 48.79 205767 | 1 0.03 48.82 207074 | 1 0.03 48.85 207210 | 1 0.03 48.88 207458 | 1 0.03 48.91 208427 | 1 0.03 48.94 212408 | 1 0.03 48.97 212557 | 1 0.03 49.00 215685 | 1 0.03 49.03 217090 | 1 0.03 49.05 217155 | 1 0.03 49.08 218807 | 1 0.03 49.11 219932 | 1 0.03 49.14 220395 | 1 0.03 49.17 220784 | 1 0.03 49.20 222161 | 1 0.03 49.23 226453 | 1 0.03 49.26 229787 | 1 0.03 49.29 232216 | 1 0.03 49.32 234863 | 1 0.03 49.35 237823 | 1 0.03 49.37 237830 | 1 0.03 49.40 238380 | 1 0.03 49.43 241343 | 1 0.03 49.46 242334 | 1 0.03 49.49 243832 | 1 0.03 49.52 255333 | 1 0.03 49.55 255727 | 1 0.03 49.58 256255 | 1 0.03 49.61 257469 | 1 0.03 49.64 263035 | 1 0.03 49.67 266615 | 1 0.03 49.69 267534 | 1 0.03 49.72 267815 | 1 0.03 49.75 269151 | 1 0.03 49.78 272874 | 1 0.03 49.81 276711 | 1 0.03 49.84 282866 | 1 0.03 49.87 284188 | 1 0.03 49.90 284923 | 1 0.03 49.93 285529 | 1 0.03 49.96 286686 | 1 0.03 49.99 287233 | 1 0.03 50.01 293396 | 1 0.03 50.04 302124 | 1 0.03 50.07 302664 | 1 0.03 50.10 307748 | 1 0.03 50.13 307759 | 1 0.03 50.16 308065 | 1 0.03 50.19 308556 | 1 0.03 50.22 309266 | 1 0.03 50.25 310350 | 1 0.03 50.28 322651 | 1 0.03 50.31 331078 | 1 0.03 50.33 340171 | 1 0.03 50.36 340354 | 1 0.03 50.39 349596 | 1 0.03 50.42 353821 | 1 0.03 50.45 355867 | 1 0.03 50.48 356144 | 1 0.03 50.51 358470 | 1 0.03 50.54 361414 | 1 0.03 50.57 365290 | 1 0.03 50.60 372729 | 1 0.03 50.63 376517 | 1 0.03 50.65 379152 | 1 0.03 50.68 382495 | 1 0.03 50.71 386215 | 1 0.03 50.74 395363 | 1 0.03 50.77 398666 | 1 0.03 50.80 399826 | 1 0.03 50.83 404213 | 1 0.03 50.86 412045 | 1 0.03 50.89 419183 | 1 0.03 50.92 440928 | 1 0.03 50.95 442106 | 1 0.03 50.97 444882 | 1 0.03 51.00 453771 | 1 0.03 51.03 456750 | 1 0.03 51.06 457548 | 1 0.03 51.09 463115 | 1 0.03 51.12 544636 | 1 0.03 51.15 566577 | 1 0.03 51.18 597227 | 1 0.03 51.21 600540 | 1 0.03 51.24 647846 | 1 0.03 51.27 647983 | 1 0.03 51.29 717201 | 1 0.03 51.32 876687 | 1 0.03 51.35 1.32e+08 | 1 0.03 51.38 . | 1,671 48.62 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for legamp variable in PC_HSA_rates_0307 dataset : Overall, % | Leg | Amputations | per 1000 | Medicare | Enrollees | Freq. Percent Cum. ------------+----------------------------------- .19 | 2 0.06 0.06 .25 | 1 0.03 0.09 .3 | 1 0.03 0.12 .32 | 1 0.03 0.15 .35 | 2 0.06 0.20 .36 | 1 0.03 0.23 .38 | 2 0.06 0.29 .39 | 4 0.12 0.41 .4 | 5 0.15 0.55 .41 | 1 0.03 0.58 .42 | 4 0.12 0.70 .43 | 2 0.06 0.76 .44 | 3 0.09 0.84 .45 | 6 0.17 1.02 .46 | 6 0.17 1.19 .47 | 4 0.12 1.31 .48 | 1 0.03 1.34 .49 | 4 0.12 1.45 .5 | 7 0.20 1.66 .51 | 6 0.17 1.83 .52 | 4 0.12 1.95 .53 | 8 0.23 2.18 .54 | 8 0.23 2.41 .55 | 3 0.09 2.50 .56 | 11 0.32 2.82 .57 | 7 0.20 3.03 .58 | 6 0.17 3.20 .59 | 4 0.12 3.32 .6 | 8 0.23 3.55 .61 | 8 0.23 3.78 .62 | 8 0.23 4.02 .63 | 5 0.15 4.16 .64 | 10 0.29 4.45 .65 | 10 0.29 4.74 .66 | 10 0.29 5.03 .67 | 12 0.35 5.38 .68 | 10 0.29 5.67 .69 | 7 0.20 5.88 .7 | 9 0.26 6.14 .71 | 9 0.26 6.40 .72 | 10 0.29 6.69 .73 | 10 0.29 6.98 .74 | 19 0.55 7.54 .75 | 15 0.44 7.97 .76 | 12 0.35 8.32 .77 | 18 0.52 8.84 .78 | 18 0.52 9.37 .79 | 11 0.32 9.69 .8 | 10 0.29 9.98 .81 | 18 0.52 10.50 .82 | 22 0.64 11.14 .83 | 8 0.23 11.38 .84 | 18 0.52 11.90 .85 | 18 0.52 12.42 .86 | 15 0.44 12.86 .87 | 13 0.38 13.24 .88 | 11 0.32 13.56 .89 | 11 0.32 13.88 .9 | 14 0.41 14.29 .91 | 13 0.38 14.66 .92 | 8 0.23 14.90 .93 | 14 0.41 15.30 .94 | 15 0.44 15.74 .95 | 16 0.47 16.21 .96 | 12 0.35 16.56 .97 | 14 0.41 16.96 .98 | 14 0.41 17.37 .99 | 19 0.55 17.92 1 | 10 0.29 18.21 1.01 | 6 0.17 18.39 1.02 | 11 0.32 18.71 1.03 | 8 0.23 18.94 1.04 | 21 0.61 19.55 1.05 | 11 0.32 19.87 1.06 | 16 0.47 20.34 1.07 | 15 0.44 20.77 1.08 | 10 0.29 21.06 1.09 | 16 0.47 21.53 1.1 | 13 0.38 21.91 1.11 | 11 0.32 22.23 1.12 | 13 0.38 22.61 1.13 | 8 0.23 22.84 1.14 | 14 0.41 23.25 1.15 | 13 0.38 23.63 1.16 | 13 0.38 24.00 1.17 | 19 0.55 24.56 1.18 | 19 0.55 25.11 1.19 | 11 0.32 25.43 1.2 | 9 0.26 25.69 1.21 | 13 0.38 26.07 1.22 | 13 0.38 26.45 1.23 | 17 0.49 26.94 1.24 | 14 0.41 27.35 1.25 | 12 0.35 27.70 1.26 | 15 0.44 28.14 1.27 | 8 0.23 28.37 1.28 | 8 0.23 28.60 1.29 | 13 0.38 28.98 1.3 | 8 0.23 29.21 1.31 | 6 0.17 29.39 1.32 | 7 0.20 29.59 1.33 | 8 0.23 29.82 1.34 | 6 0.17 30.00 1.35 | 13 0.38 30.38 1.36 | 9 0.26 30.64 1.37 | 13 0.38 31.02 1.38 | 6 0.17 31.19 1.39 | 6 0.17 31.36 1.4 | 11 0.32 31.68 1.41 | 12 0.35 32.03 1.42 | 6 0.17 32.21 1.43 | 5 0.15 32.35 1.44 | 10 0.29 32.64 1.45 | 11 0.32 32.96 1.46 | 11 0.32 33.28 1.47 | 6 0.17 33.46 1.48 | 8 0.23 33.69 1.49 | 5 0.15 33.84 1.5 | 5 0.15 33.98 1.51 | 6 0.17 34.16 1.52 | 9 0.26 34.42 1.53 | 8 0.23 34.65 1.54 | 4 0.12 34.77 1.55 | 3 0.09 34.86 1.56 | 4 0.12 34.97 1.57 | 4 0.12 35.09 1.58 | 5 0.15 35.23 1.59 | 3 0.09 35.32 1.6 | 2 0.06 35.38 1.61 | 6 0.17 35.55 1.62 | 4 0.12 35.67 1.63 | 2 0.06 35.73 1.64 | 7 0.20 35.93 1.65 | 3 0.09 36.02 1.66 | 4 0.12 36.14 1.67 | 7 0.20 36.34 1.68 | 1 0.03 36.37 1.69 | 3 0.09 36.46 1.7 | 6 0.17 36.63 1.71 | 2 0.06 36.69 1.72 | 1 0.03 36.72 1.73 | 2 0.06 36.78 1.74 | 8 0.23 37.01 1.75 | 1 0.03 37.04 1.76 | 1 0.03 37.07 1.77 | 1 0.03 37.10 1.78 | 2 0.06 37.15 1.79 | 2 0.06 37.21 1.8 | 2 0.06 37.27 1.81 | 1 0.03 37.30 1.82 | 1 0.03 37.33 1.83 | 1 0.03 37.36 1.84 | 2 0.06 37.42 1.85 | 1 0.03 37.45 1.86 | 1 0.03 37.47 1.87 | 1 0.03 37.50 1.88 | 3 0.09 37.59 1.89 | 3 0.09 37.68 1.9 | 2 0.06 37.74 1.91 | 2 0.06 37.79 1.92 | 1 0.03 37.82 1.93 | 1 0.03 37.85 1.94 | 2 0.06 37.91 1.95 | 1 0.03 37.94 1.96 | 1 0.03 37.97 1.99 | 1 0.03 38.00 2 | 2 0.06 38.06 2.01 | 1 0.03 38.09 2.04 | 1 0.03 38.11 2.09 | 1 0.03 38.14 2.1 | 1 0.03 38.17 2.15 | 1 0.03 38.20 2.18 | 1 0.03 38.23 2.19 | 1 0.03 38.26 2.2 | 1 0.03 38.29 2.27 | 1 0.03 38.32 2.34 | 2 0.06 38.38 2.39 | 1 0.03 38.41 2.4 | 1 0.03 38.43 2.44 | 1 0.03 38.46 2.55 | 1 0.03 38.49 3.18 | 1 0.03 38.52 3.24 | 2 0.06 38.58 3.56 | 1 0.03 38.61 3.61 | 1 0.03 38.64 . | 2,109 61.36 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for legamplcl variable in PC_HSA_rates_0307 dataset : Overall, | LCL % Leg | Amputations | per 1000 | Medicare | Enrollees | Freq. Percent Cum. ------------+----------------------------------- .08 | 1 0.03 0.03 .09 | 1 0.03 0.06 .12 | 1 0.03 0.09 .13 | 1 0.03 0.12 .15 | 2 0.06 0.17 .17 | 1 0.03 0.20 .19 | 2 0.06 0.26 .2 | 4 0.12 0.38 .21 | 2 0.06 0.44 .22 | 4 0.12 0.55 .23 | 2 0.06 0.61 .24 | 4 0.12 0.73 .25 | 3 0.09 0.81 .26 | 3 0.09 0.90 .27 | 3 0.09 0.99 .28 | 2 0.06 1.05 .29 | 4 0.12 1.16 .3 | 5 0.15 1.31 .31 | 6 0.17 1.48 .32 | 12 0.35 1.83 .33 | 7 0.20 2.04 .34 | 11 0.32 2.36 .35 | 8 0.23 2.59 .36 | 11 0.32 2.91 .37 | 8 0.23 3.14 .38 | 8 0.23 3.38 .39 | 10 0.29 3.67 .4 | 4 0.12 3.78 .41 | 7 0.20 3.99 .42 | 12 0.35 4.34 .43 | 12 0.35 4.68 .44 | 10 0.29 4.98 .45 | 15 0.44 5.41 .46 | 18 0.52 5.94 .47 | 13 0.38 6.31 .48 | 22 0.64 6.95 .49 | 7 0.20 7.16 .5 | 5 0.15 7.30 .51 | 10 0.29 7.59 .52 | 15 0.44 8.03 .53 | 16 0.47 8.50 .54 | 19 0.55 9.05 .55 | 10 0.29 9.34 .56 | 12 0.35 9.69 .57 | 17 0.49 10.18 .58 | 18 0.52 10.71 .59 | 21 0.61 11.32 .6 | 14 0.41 11.73 .61 | 17 0.49 12.22 .62 | 17 0.49 12.71 .63 | 18 0.52 13.24 .64 | 12 0.35 13.59 .65 | 9 0.26 13.85 .66 | 20 0.58 14.43 .67 | 12 0.35 14.78 .68 | 12 0.35 15.13 .69 | 11 0.32 15.45 .7 | 18 0.52 15.97 .71 | 12 0.35 16.32 .72 | 18 0.52 16.85 .73 | 17 0.49 17.34 .74 | 23 0.67 18.01 .75 | 23 0.67 18.68 .76 | 10 0.29 18.97 .77 | 21 0.61 19.58 .78 | 15 0.44 20.02 .79 | 16 0.47 20.48 .8 | 14 0.41 20.89 .81 | 20 0.58 21.47 .82 | 15 0.44 21.91 .83 | 11 0.32 22.23 .84 | 14 0.41 22.64 .85 | 11 0.32 22.96 .86 | 16 0.47 23.42 .87 | 17 0.49 23.92 .88 | 17 0.49 24.41 .89 | 20 0.58 24.99 .9 | 15 0.44 25.43 .91 | 13 0.38 25.81 .92 | 13 0.38 26.19 .93 | 9 0.26 26.45 .94 | 7 0.20 26.65 .95 | 13 0.38 27.03 .96 | 14 0.41 27.44 .97 | 7 0.20 27.64 .98 | 17 0.49 28.14 .99 | 13 0.38 28.51 1 | 9 0.26 28.78 1.01 | 14 0.41 29.18 1.02 | 16 0.47 29.65 1.03 | 14 0.41 30.06 1.04 | 7 0.20 30.26 1.05 | 10 0.29 30.55 1.06 | 14 0.41 30.96 1.07 | 14 0.41 31.36 1.08 | 7 0.20 31.57 1.09 | 13 0.38 31.95 1.1 | 8 0.23 32.18 1.11 | 9 0.26 32.44 1.12 | 6 0.17 32.62 1.13 | 16 0.47 33.08 1.14 | 8 0.23 33.31 1.15 | 2 0.06 33.37 1.16 | 8 0.23 33.60 1.17 | 8 0.23 33.84 1.18 | 11 0.32 34.16 1.19 | 5 0.15 34.30 1.2 | 13 0.38 34.68 1.21 | 4 0.12 34.80 1.22 | 5 0.15 34.94 1.23 | 9 0.26 35.21 1.24 | 5 0.15 35.35 1.25 | 5 0.15 35.50 1.26 | 5 0.15 35.64 1.28 | 8 0.23 35.87 1.29 | 2 0.06 35.93 1.3 | 4 0.12 36.05 1.31 | 1 0.03 36.08 1.32 | 2 0.06 36.14 1.33 | 2 0.06 36.19 1.34 | 4 0.12 36.31 1.35 | 8 0.23 36.54 1.37 | 3 0.09 36.63 1.38 | 6 0.17 36.81 1.39 | 3 0.09 36.89 1.4 | 2 0.06 36.95 1.41 | 5 0.15 37.10 1.42 | 1 0.03 37.13 1.43 | 3 0.09 37.21 1.44 | 2 0.06 37.27 1.45 | 3 0.09 37.36 1.46 | 4 0.12 37.47 1.47 | 1 0.03 37.50 1.48 | 2 0.06 37.56 1.49 | 1 0.03 37.59 1.5 | 2 0.06 37.65 1.51 | 2 0.06 37.71 1.55 | 4 0.12 37.82 1.57 | 2 0.06 37.88 1.58 | 1 0.03 37.91 1.59 | 1 0.03 37.94 1.6 | 1 0.03 37.97 1.61 | 1 0.03 38.00 1.62 | 1 0.03 38.03 1.63 | 1 0.03 38.06 1.64 | 2 0.06 38.11 1.68 | 1 0.03 38.14 1.71 | 1 0.03 38.17 1.72 | 1 0.03 38.20 1.76 | 1 0.03 38.23 1.77 | 1 0.03 38.26 1.79 | 1 0.03 38.29 1.83 | 1 0.03 38.32 1.86 | 1 0.03 38.35 1.87 | 1 0.03 38.38 1.88 | 2 0.06 38.43 2.3 | 1 0.03 38.46 2.71 | 2 0.06 38.52 2.84 | 1 0.03 38.55 2.95 | 1 0.03 38.58 3.16 | 1 0.03 38.61 . | 2,110 61.39 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for legampucl variable in PC_HSA_rates_0307 dataset : Overall, | UCL % Leg | Amputations | per 1000 | Medicare | Enrollees | Freq. Percent Cum. ------------+----------------------------------- .29 | 1 0.03 0.03 .31 | 1 0.03 0.06 .38 | 1 0.03 0.09 .45 | 1 0.03 0.12 .46 | 1 0.03 0.15 .49 | 1 0.03 0.17 .5 | 1 0.03 0.20 .51 | 1 0.03 0.23 .52 | 1 0.03 0.26 .53 | 3 0.09 0.35 .54 | 2 0.06 0.41 .55 | 3 0.09 0.49 .56 | 3 0.09 0.58 .57 | 2 0.06 0.64 .58 | 5 0.15 0.79 .59 | 2 0.06 0.84 .6 | 2 0.06 0.90 .61 | 4 0.12 1.02 .63 | 6 0.17 1.19 .64 | 2 0.06 1.25 .65 | 2 0.06 1.31 .66 | 3 0.09 1.40 .67 | 9 0.26 1.66 .68 | 6 0.17 1.83 .69 | 5 0.15 1.98 .7 | 7 0.20 2.18 .71 | 3 0.09 2.27 .72 | 9 0.26 2.53 .73 | 4 0.12 2.65 .74 | 4 0.12 2.76 .75 | 7 0.20 2.97 .76 | 4 0.12 3.08 .77 | 3 0.09 3.17 .78 | 8 0.23 3.40 .79 | 1 0.03 3.43 .8 | 8 0.23 3.67 .81 | 8 0.23 3.90 .82 | 6 0.17 4.07 .83 | 9 0.26 4.34 .84 | 5 0.15 4.48 .85 | 5 0.15 4.63 .86 | 15 0.44 5.06 .87 | 10 0.29 5.35 .88 | 9 0.26 5.62 .89 | 4 0.12 5.73 .9 | 16 0.47 6.20 .91 | 11 0.32 6.52 .92 | 9 0.26 6.78 .93 | 8 0.23 7.01 .94 | 10 0.29 7.30 .95 | 14 0.41 7.71 .96 | 16 0.47 8.18 .97 | 15 0.44 8.61 .98 | 11 0.32 8.93 .99 | 13 0.38 9.31 1 | 9 0.26 9.57 1.01 | 13 0.38 9.95 1.02 | 10 0.29 10.24 1.03 | 15 0.44 10.68 1.04 | 9 0.26 10.94 1.05 | 12 0.35 11.29 1.06 | 9 0.26 11.55 1.07 | 8 0.23 11.78 1.08 | 14 0.41 12.19 1.09 | 14 0.41 12.60 1.1 | 12 0.35 12.95 1.11 | 9 0.26 13.21 1.12 | 11 0.32 13.53 1.13 | 11 0.32 13.85 1.14 | 14 0.41 14.26 1.15 | 17 0.49 14.75 1.16 | 11 0.32 15.07 1.17 | 15 0.44 15.51 1.18 | 7 0.20 15.71 1.19 | 12 0.35 16.06 1.2 | 20 0.58 16.64 1.21 | 9 0.26 16.90 1.22 | 9 0.26 17.17 1.23 | 7 0.20 17.37 1.24 | 7 0.20 17.57 1.25 | 10 0.29 17.86 1.26 | 14 0.41 18.27 1.27 | 14 0.41 18.68 1.28 | 10 0.29 18.97 1.29 | 6 0.17 19.14 1.3 | 11 0.32 19.46 1.31 | 9 0.26 19.73 1.32 | 11 0.32 20.05 1.33 | 12 0.35 20.40 1.34 | 11 0.32 20.72 1.35 | 9 0.26 20.98 1.36 | 8 0.23 21.21 1.37 | 12 0.35 21.56 1.38 | 13 0.38 21.94 1.39 | 15 0.44 22.37 1.4 | 11 0.32 22.69 1.41 | 6 0.17 22.87 1.42 | 10 0.29 23.16 1.43 | 9 0.26 23.42 1.44 | 11 0.32 23.74 1.45 | 14 0.41 24.15 1.46 | 6 0.17 24.32 1.47 | 14 0.41 24.73 1.48 | 12 0.35 25.08 1.49 | 11 0.32 25.40 1.5 | 8 0.23 25.63 1.51 | 9 0.26 25.89 1.52 | 9 0.26 26.16 1.53 | 15 0.44 26.59 1.54 | 12 0.35 26.94 1.55 | 9 0.26 27.20 1.56 | 10 0.29 27.49 1.57 | 13 0.38 27.87 1.58 | 9 0.26 28.14 1.59 | 17 0.49 28.63 1.6 | 4 0.12 28.75 1.61 | 17 0.49 29.24 1.62 | 10 0.29 29.53 1.63 | 5 0.15 29.68 1.64 | 9 0.26 29.94 1.65 | 10 0.29 30.23 1.66 | 9 0.26 30.49 1.67 | 10 0.29 30.78 1.68 | 7 0.20 30.99 1.69 | 6 0.17 31.16 1.7 | 7 0.20 31.36 1.71 | 1 0.03 31.39 1.72 | 2 0.06 31.45 1.73 | 10 0.29 31.74 1.74 | 7 0.20 31.95 1.75 | 2 0.06 32.00 1.76 | 4 0.12 32.12 1.77 | 5 0.15 32.27 1.78 | 5 0.15 32.41 1.79 | 6 0.17 32.59 1.8 | 10 0.29 32.88 1.81 | 7 0.20 33.08 1.82 | 6 0.17 33.26 1.83 | 2 0.06 33.31 1.84 | 7 0.20 33.52 1.85 | 4 0.12 33.63 1.86 | 10 0.29 33.92 1.87 | 6 0.17 34.10 1.88 | 6 0.17 34.27 1.89 | 4 0.12 34.39 1.9 | 8 0.23 34.62 1.91 | 4 0.12 34.74 1.92 | 5 0.15 34.89 1.93 | 2 0.06 34.94 1.94 | 7 0.20 35.15 1.95 | 4 0.12 35.26 1.96 | 5 0.15 35.41 1.97 | 6 0.17 35.58 1.98 | 3 0.09 35.67 1.99 | 3 0.09 35.76 2 | 3 0.09 35.85 2.01 | 4 0.12 35.96 2.02 | 3 0.09 36.05 2.03 | 1 0.03 36.08 2.04 | 1 0.03 36.11 2.05 | 3 0.09 36.19 2.06 | 4 0.12 36.31 2.07 | 1 0.03 36.34 2.08 | 3 0.09 36.43 2.09 | 1 0.03 36.46 2.1 | 3 0.09 36.54 2.11 | 3 0.09 36.63 2.12 | 1 0.03 36.66 2.13 | 2 0.06 36.72 2.14 | 1 0.03 36.75 2.15 | 4 0.12 36.86 2.16 | 1 0.03 36.89 2.17 | 3 0.09 36.98 2.18 | 3 0.09 37.07 2.19 | 1 0.03 37.10 2.2 | 2 0.06 37.15 2.21 | 5 0.15 37.30 2.22 | 1 0.03 37.33 2.23 | 1 0.03 37.36 2.24 | 1 0.03 37.39 2.25 | 2 0.06 37.45 2.26 | 2 0.06 37.50 2.27 | 2 0.06 37.56 2.28 | 2 0.06 37.62 2.3 | 1 0.03 37.65 2.31 | 3 0.09 37.74 2.33 | 1 0.03 37.77 2.35 | 2 0.06 37.82 2.36 | 2 0.06 37.88 2.38 | 1 0.03 37.91 2.4 | 1 0.03 37.94 2.41 | 1 0.03 37.97 2.42 | 1 0.03 38.00 2.43 | 1 0.03 38.03 2.5 | 1 0.03 38.06 2.52 | 1 0.03 38.09 2.56 | 1 0.03 38.11 2.58 | 1 0.03 38.14 2.59 | 1 0.03 38.17 2.62 | 1 0.03 38.20 2.67 | 1 0.03 38.23 2.73 | 1 0.03 38.26 2.78 | 1 0.03 38.29 2.8 | 1 0.03 38.32 2.9 | 2 0.06 38.38 2.92 | 1 0.03 38.41 2.98 | 1 0.03 38.43 2.99 | 1 0.03 38.46 3.53 | 1 0.03 38.49 3.65 | 1 0.03 38.52 3.77 | 1 0.03 38.55 4.05 | 1 0.03 38.58 4.29 | 1 0.03 38.61 . | 2,110 61.39 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for legampb variable in PC_HSA_rates_0307 dataset : Black, % | Leg | Amputations | per 1000 | Medicare | Enrollees | Freq. Percent Cum. ------------+----------------------------------- 1.3 | 1 0.03 0.03 1.32 | 1 0.03 0.06 1.33 | 1 0.03 0.09 1.41 | 1 0.03 0.12 1.43 | 1 0.03 0.15 1.55 | 1 0.03 0.17 1.58 | 1 0.03 0.20 1.67 | 1 0.03 0.23 1.75 | 1 0.03 0.26 1.8 | 1 0.03 0.29 1.84 | 1 0.03 0.32 2.01 | 1 0.03 0.35 2.02 | 1 0.03 0.38 2.08 | 1 0.03 0.41 2.09 | 1 0.03 0.44 2.11 | 2 0.06 0.49 2.12 | 1 0.03 0.52 2.13 | 1 0.03 0.55 2.14 | 1 0.03 0.58 2.15 | 2 0.06 0.64 2.16 | 1 0.03 0.67 2.2 | 1 0.03 0.70 2.23 | 1 0.03 0.73 2.27 | 2 0.06 0.79 2.29 | 2 0.06 0.84 2.31 | 1 0.03 0.87 2.32 | 1 0.03 0.90 2.34 | 1 0.03 0.93 2.35 | 1 0.03 0.96 2.36 | 1 0.03 0.99 2.37 | 1 0.03 1.02 2.4 | 2 0.06 1.08 2.41 | 1 0.03 1.11 2.42 | 1 0.03 1.13 2.43 | 1 0.03 1.16 2.44 | 1 0.03 1.19 2.45 | 1 0.03 1.22 2.47 | 1 0.03 1.25 2.5 | 2 0.06 1.31 2.55 | 2 0.06 1.37 2.56 | 2 0.06 1.43 2.58 | 1 0.03 1.45 2.63 | 1 0.03 1.48 2.64 | 2 0.06 1.54 2.7 | 1 0.03 1.57 2.71 | 1 0.03 1.60 2.73 | 1 0.03 1.63 2.74 | 1 0.03 1.66 2.75 | 3 0.09 1.75 2.77 | 2 0.06 1.80 2.79 | 1 0.03 1.83 2.82 | 1 0.03 1.86 2.83 | 1 0.03 1.89 2.84 | 2 0.06 1.95 2.86 | 1 0.03 1.98 2.88 | 3 0.09 2.07 2.9 | 1 0.03 2.09 2.91 | 1 0.03 2.12 2.92 | 1 0.03 2.15 2.93 | 1 0.03 2.18 2.94 | 1 0.03 2.21 2.96 | 1 0.03 2.24 2.98 | 2 0.06 2.30 2.99 | 3 0.09 2.39 3.02 | 2 0.06 2.44 3.04 | 2 0.06 2.50 3.07 | 1 0.03 2.53 3.08 | 2 0.06 2.59 3.1 | 1 0.03 2.62 3.12 | 3 0.09 2.71 3.14 | 1 0.03 2.73 3.16 | 2 0.06 2.79 3.21 | 1 0.03 2.82 3.23 | 1 0.03 2.85 3.24 | 1 0.03 2.88 3.25 | 1 0.03 2.91 3.26 | 1 0.03 2.94 3.27 | 2 0.06 3.00 3.29 | 1 0.03 3.03 3.3 | 2 0.06 3.08 3.31 | 1 0.03 3.11 3.32 | 1 0.03 3.14 3.33 | 2 0.06 3.20 3.34 | 1 0.03 3.23 3.35 | 1 0.03 3.26 3.36 | 3 0.09 3.35 3.37 | 2 0.06 3.40 3.38 | 1 0.03 3.43 3.39 | 1 0.03 3.46 3.4 | 2 0.06 3.52 3.41 | 1 0.03 3.55 3.42 | 1 0.03 3.58 3.43 | 2 0.06 3.64 3.49 | 1 0.03 3.67 3.5 | 1 0.03 3.70 3.52 | 2 0.06 3.75 3.55 | 1 0.03 3.78 3.56 | 1 0.03 3.81 3.57 | 1 0.03 3.84 3.6 | 2 0.06 3.90 3.62 | 1 0.03 3.93 3.64 | 1 0.03 3.96 3.65 | 1 0.03 3.99 3.67 | 1 0.03 4.02 3.68 | 1 0.03 4.04 3.69 | 1 0.03 4.07 3.7 | 2 0.06 4.13 3.73 | 1 0.03 4.16 3.75 | 1 0.03 4.19 3.76 | 1 0.03 4.22 3.8 | 1 0.03 4.25 3.83 | 2 0.06 4.31 3.86 | 2 0.06 4.36 3.87 | 1 0.03 4.39 3.9 | 4 0.12 4.51 3.94 | 1 0.03 4.54 3.95 | 1 0.03 4.57 3.96 | 2 0.06 4.63 4.02 | 1 0.03 4.66 4.06 | 2 0.06 4.71 4.08 | 1 0.03 4.74 4.09 | 1 0.03 4.77 4.11 | 2 0.06 4.83 4.13 | 1 0.03 4.86 4.16 | 2 0.06 4.92 4.17 | 2 0.06 4.98 4.18 | 2 0.06 5.03 4.19 | 1 0.03 5.06 4.2 | 1 0.03 5.09 4.22 | 1 0.03 5.12 4.24 | 2 0.06 5.18 4.25 | 1 0.03 5.21 4.26 | 1 0.03 5.24 4.27 | 1 0.03 5.27 4.28 | 1 0.03 5.30 4.29 | 2 0.06 5.35 4.3 | 1 0.03 5.38 4.36 | 1 0.03 5.41 4.39 | 1 0.03 5.44 4.4 | 1 0.03 5.47 4.41 | 1 0.03 5.50 4.42 | 1 0.03 5.53 4.43 | 1 0.03 5.56 4.44 | 2 0.06 5.62 4.46 | 3 0.09 5.70 4.49 | 1 0.03 5.73 4.52 | 2 0.06 5.79 4.53 | 2 0.06 5.85 4.55 | 2 0.06 5.91 4.58 | 1 0.03 5.94 4.59 | 1 0.03 5.96 4.61 | 1 0.03 5.99 4.62 | 1 0.03 6.02 4.64 | 2 0.06 6.08 4.65 | 1 0.03 6.11 4.66 | 4 0.12 6.23 4.68 | 1 0.03 6.26 4.69 | 2 0.06 6.31 4.7 | 1 0.03 6.34 4.71 | 2 0.06 6.40 4.72 | 1 0.03 6.43 4.74 | 1 0.03 6.46 4.79 | 1 0.03 6.49 4.8 | 1 0.03 6.52 4.81 | 1 0.03 6.55 4.87 | 1 0.03 6.58 4.89 | 1 0.03 6.60 4.91 | 1 0.03 6.63 4.94 | 2 0.06 6.69 4.96 | 1 0.03 6.72 5 | 4 0.12 6.84 5.02 | 1 0.03 6.87 5.04 | 1 0.03 6.90 5.09 | 1 0.03 6.92 5.17 | 1 0.03 6.95 5.2 | 1 0.03 6.98 5.22 | 1 0.03 7.01 5.26 | 1 0.03 7.04 5.28 | 4 0.12 7.16 5.29 | 1 0.03 7.19 5.3 | 1 0.03 7.22 5.31 | 1 0.03 7.24 5.34 | 1 0.03 7.27 5.35 | 3 0.09 7.36 5.37 | 1 0.03 7.39 5.38 | 1 0.03 7.42 5.39 | 1 0.03 7.45 5.41 | 1 0.03 7.48 5.46 | 1 0.03 7.51 5.52 | 1 0.03 7.54 5.53 | 3 0.09 7.62 5.54 | 2 0.06 7.68 5.59 | 2 0.06 7.74 5.61 | 2 0.06 7.80 5.62 | 2 0.06 7.86 5.65 | 2 0.06 7.91 5.73 | 1 0.03 7.94 5.77 | 1 0.03 7.97 5.79 | 1 0.03 8.00 5.8 | 1 0.03 8.03 5.85 | 1 0.03 8.06 5.88 | 2 0.06 8.12 5.89 | 1 0.03 8.15 5.9 | 1 0.03 8.18 5.93 | 2 0.06 8.23 6.01 | 1 0.03 8.26 6.02 | 1 0.03 8.29 6.05 | 1 0.03 8.32 6.07 | 1 0.03 8.35 6.08 | 1 0.03 8.38 6.11 | 1 0.03 8.41 6.13 | 1 0.03 8.44 6.14 | 1 0.03 8.47 6.21 | 1 0.03 8.50 6.23 | 1 0.03 8.52 6.3 | 1 0.03 8.55 6.36 | 1 0.03 8.58 6.45 | 1 0.03 8.61 6.49 | 1 0.03 8.64 6.52 | 1 0.03 8.67 6.61 | 1 0.03 8.70 6.82 | 1 0.03 8.73 6.84 | 1 0.03 8.76 7.02 | 1 0.03 8.79 7.08 | 1 0.03 8.82 7.15 | 1 0.03 8.84 7.19 | 1 0.03 8.87 7.33 | 1 0.03 8.90 7.49 | 1 0.03 8.93 7.7 | 1 0.03 8.96 7.96 | 1 0.03 8.99 . | 3,128 91.01 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for legampblcl variable in PC_HSA_rates_0307 dataset : Black, LCL | % Leg | Amputations | per 1000 | Medicare | Enrollees | Freq. Percent Cum. ------------+----------------------------------- .58 | 1 0.03 0.03 .67 | 1 0.03 0.06 .7 | 1 0.03 0.09 .74 | 1 0.03 0.12 .76 | 1 0.03 0.15 .82 | 1 0.03 0.17 .88 | 1 0.03 0.20 .89 | 1 0.03 0.23 .93 | 1 0.03 0.26 1.06 | 1 0.03 0.29 1.08 | 1 0.03 0.32 1.09 | 1 0.03 0.35 1.11 | 1 0.03 0.38 1.14 | 1 0.03 0.41 1.16 | 1 0.03 0.44 1.18 | 1 0.03 0.47 1.25 | 1 0.03 0.49 1.3 | 1 0.03 0.52 1.31 | 1 0.03 0.55 1.32 | 2 0.06 0.61 1.34 | 1 0.03 0.64 1.35 | 1 0.03 0.67 1.36 | 1 0.03 0.70 1.38 | 2 0.06 0.76 1.39 | 1 0.03 0.79 1.4 | 1 0.03 0.81 1.41 | 1 0.03 0.84 1.42 | 1 0.03 0.87 1.45 | 2 0.06 0.93 1.46 | 1 0.03 0.96 1.48 | 2 0.06 1.02 1.5 | 1 0.03 1.05 1.51 | 1 0.03 1.08 1.53 | 1 0.03 1.11 1.55 | 1 0.03 1.13 1.6 | 2 0.06 1.19 1.61 | 1 0.03 1.22 1.62 | 1 0.03 1.25 1.63 | 2 0.06 1.31 1.65 | 1 0.03 1.34 1.66 | 2 0.06 1.40 1.67 | 1 0.03 1.43 1.69 | 1 0.03 1.45 1.72 | 1 0.03 1.48 1.75 | 2 0.06 1.54 1.76 | 1 0.03 1.57 1.77 | 1 0.03 1.60 1.79 | 1 0.03 1.63 1.8 | 1 0.03 1.66 1.81 | 1 0.03 1.69 1.82 | 2 0.06 1.75 1.84 | 1 0.03 1.77 1.85 | 1 0.03 1.80 1.87 | 1 0.03 1.83 1.88 | 1 0.03 1.86 1.89 | 1 0.03 1.89 1.92 | 2 0.06 1.95 1.93 | 1 0.03 1.98 1.96 | 2 0.06 2.04 1.98 | 1 0.03 2.07 1.99 | 1 0.03 2.09 2 | 1 0.03 2.12 2.01 | 1 0.03 2.15 2.03 | 1 0.03 2.18 2.04 | 1 0.03 2.21 2.05 | 1 0.03 2.24 2.11 | 2 0.06 2.30 2.12 | 1 0.03 2.33 2.13 | 3 0.09 2.41 2.15 | 3 0.09 2.50 2.17 | 1 0.03 2.53 2.2 | 1 0.03 2.56 2.21 | 1 0.03 2.59 2.26 | 1 0.03 2.62 2.27 | 1 0.03 2.65 2.28 | 1 0.03 2.68 2.29 | 1 0.03 2.71 2.32 | 2 0.06 2.76 2.33 | 1 0.03 2.79 2.37 | 1 0.03 2.82 2.38 | 1 0.03 2.85 2.4 | 1 0.03 2.88 2.42 | 1 0.03 2.91 2.43 | 2 0.06 2.97 2.44 | 1 0.03 3.00 2.45 | 1 0.03 3.03 2.46 | 2 0.06 3.08 2.49 | 2 0.06 3.14 2.52 | 2 0.06 3.20 2.53 | 1 0.03 3.23 2.55 | 1 0.03 3.26 2.56 | 1 0.03 3.29 2.57 | 1 0.03 3.32 2.58 | 2 0.06 3.38 2.59 | 1 0.03 3.40 2.61 | 1 0.03 3.43 2.62 | 1 0.03 3.46 2.63 | 2 0.06 3.52 2.66 | 1 0.03 3.55 2.68 | 2 0.06 3.61 2.7 | 1 0.03 3.64 2.71 | 1 0.03 3.67 2.72 | 1 0.03 3.70 2.74 | 2 0.06 3.75 2.75 | 1 0.03 3.78 2.76 | 2 0.06 3.84 2.77 | 1 0.03 3.87 2.78 | 4 0.12 3.99 2.8 | 1 0.03 4.02 2.81 | 1 0.03 4.04 2.82 | 1 0.03 4.07 2.83 | 1 0.03 4.10 2.89 | 1 0.03 4.13 2.9 | 1 0.03 4.16 2.92 | 2 0.06 4.22 2.93 | 1 0.03 4.25 2.95 | 2 0.06 4.31 2.96 | 1 0.03 4.34 2.97 | 1 0.03 4.36 2.99 | 2 0.06 4.42 3 | 1 0.03 4.45 3.01 | 1 0.03 4.48 3.02 | 1 0.03 4.51 3.03 | 1 0.03 4.54 3.06 | 1 0.03 4.57 3.07 | 1 0.03 4.60 3.09 | 2 0.06 4.66 3.1 | 4 0.12 4.77 3.12 | 2 0.06 4.83 3.13 | 3 0.09 4.92 3.14 | 2 0.06 4.98 3.15 | 1 0.03 5.00 3.17 | 2 0.06 5.06 3.19 | 2 0.06 5.12 3.23 | 2 0.06 5.18 3.24 | 1 0.03 5.21 3.25 | 2 0.06 5.27 3.26 | 2 0.06 5.32 3.27 | 1 0.03 5.35 3.29 | 1 0.03 5.38 3.31 | 1 0.03 5.41 3.32 | 2 0.06 5.47 3.33 | 2 0.06 5.53 3.34 | 1 0.03 5.56 3.35 | 3 0.09 5.64 3.36 | 2 0.06 5.70 3.39 | 1 0.03 5.73 3.4 | 1 0.03 5.76 3.43 | 1 0.03 5.79 3.45 | 1 0.03 5.82 3.48 | 2 0.06 5.88 3.52 | 1 0.03 5.91 3.53 | 2 0.06 5.96 3.56 | 3 0.09 6.05 3.57 | 1 0.03 6.08 3.58 | 1 0.03 6.11 3.59 | 1 0.03 6.14 3.61 | 1 0.03 6.17 3.64 | 2 0.06 6.23 3.65 | 1 0.03 6.26 3.69 | 1 0.03 6.28 3.72 | 1 0.03 6.31 3.73 | 2 0.06 6.37 3.76 | 1 0.03 6.40 3.77 | 2 0.06 6.46 3.79 | 3 0.09 6.55 3.8 | 1 0.03 6.58 3.82 | 1 0.03 6.60 3.84 | 1 0.03 6.63 3.9 | 1 0.03 6.66 3.92 | 1 0.03 6.69 3.93 | 1 0.03 6.72 3.94 | 2 0.06 6.78 3.97 | 2 0.06 6.84 3.99 | 1 0.03 6.87 4 | 1 0.03 6.90 4.01 | 1 0.03 6.92 4.04 | 2 0.06 6.98 4.05 | 2 0.06 7.04 4.07 | 1 0.03 7.07 4.08 | 2 0.06 7.13 4.11 | 1 0.03 7.16 4.12 | 2 0.06 7.22 4.15 | 1 0.03 7.24 4.16 | 2 0.06 7.30 4.17 | 1 0.03 7.33 4.19 | 1 0.03 7.36 4.23 | 1 0.03 7.39 4.24 | 3 0.09 7.48 4.25 | 1 0.03 7.51 4.28 | 1 0.03 7.54 4.3 | 1 0.03 7.56 4.31 | 1 0.03 7.59 4.33 | 1 0.03 7.62 4.34 | 1 0.03 7.65 4.38 | 1 0.03 7.68 4.39 | 2 0.06 7.74 4.4 | 1 0.03 7.77 4.41 | 1 0.03 7.80 4.42 | 1 0.03 7.83 4.43 | 2 0.06 7.88 4.48 | 1 0.03 7.91 4.49 | 1 0.03 7.94 4.51 | 1 0.03 7.97 4.52 | 1 0.03 8.00 4.59 | 2 0.06 8.06 4.61 | 3 0.09 8.15 4.65 | 2 0.06 8.20 4.66 | 2 0.06 8.26 4.72 | 1 0.03 8.29 4.75 | 1 0.03 8.32 4.93 | 1 0.03 8.35 5.02 | 1 0.03 8.38 5.03 | 1 0.03 8.41 5.04 | 1 0.03 8.44 5.06 | 1 0.03 8.47 5.08 | 3 0.09 8.55 5.1 | 1 0.03 8.58 5.11 | 1 0.03 8.61 5.15 | 1 0.03 8.64 5.22 | 1 0.03 8.67 5.27 | 1 0.03 8.70 5.3 | 1 0.03 8.73 5.31 | 1 0.03 8.76 5.35 | 1 0.03 8.79 5.4 | 1 0.03 8.82 5.42 | 1 0.03 8.84 5.52 | 1 0.03 8.87 5.93 | 1 0.03 8.90 6.31 | 1 0.03 8.93 6.53 | 1 0.03 8.96 . | 3,129 91.04 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for legampbucl variable in PC_HSA_rates_0307 dataset : Black, UCL | % Leg | Amputations | per 1000 | Medicare | Enrollees | Freq. Percent Cum. ------------+----------------------------------- 1.72 | 1 0.03 0.03 1.82 | 1 0.03 0.06 1.86 | 1 0.03 0.09 1.97 | 1 0.03 0.12 2.15 | 1 0.03 0.15 2.24 | 1 0.03 0.17 2.42 | 1 0.03 0.20 2.46 | 1 0.03 0.23 2.52 | 2 0.06 0.29 2.55 | 1 0.03 0.32 2.71 | 1 0.03 0.35 2.74 | 1 0.03 0.38 2.75 | 1 0.03 0.41 2.76 | 2 0.06 0.47 2.81 | 1 0.03 0.49 2.89 | 1 0.03 0.52 2.9 | 1 0.03 0.55 2.91 | 1 0.03 0.58 2.93 | 1 0.03 0.61 2.95 | 2 0.06 0.67 3 | 1 0.03 0.70 3.03 | 1 0.03 0.73 3.04 | 1 0.03 0.76 3.08 | 1 0.03 0.79 3.09 | 1 0.03 0.81 3.11 | 1 0.03 0.84 3.12 | 1 0.03 0.87 3.13 | 1 0.03 0.90 3.15 | 1 0.03 0.93 3.16 | 1 0.03 0.96 3.18 | 3 0.09 1.05 3.19 | 2 0.06 1.11 3.22 | 1 0.03 1.13 3.25 | 1 0.03 1.16 3.27 | 3 0.09 1.25 3.29 | 1 0.03 1.28 3.3 | 1 0.03 1.31 3.32 | 2 0.06 1.37 3.34 | 1 0.03 1.40 3.35 | 1 0.03 1.43 3.36 | 2 0.06 1.48 3.37 | 2 0.06 1.54 3.38 | 1 0.03 1.57 3.39 | 1 0.03 1.60 3.48 | 1 0.03 1.63 3.49 | 1 0.03 1.66 3.5 | 1 0.03 1.69 3.52 | 3 0.09 1.77 3.54 | 1 0.03 1.80 3.56 | 3 0.09 1.89 3.57 | 1 0.03 1.92 3.59 | 1 0.03 1.95 3.6 | 1 0.03 1.98 3.61 | 1 0.03 2.01 3.65 | 1 0.03 2.04 3.66 | 1 0.03 2.07 3.67 | 1 0.03 2.09 3.68 | 1 0.03 2.12 3.69 | 1 0.03 2.15 3.71 | 2 0.06 2.21 3.72 | 1 0.03 2.24 3.74 | 1 0.03 2.27 3.75 | 2 0.06 2.33 3.76 | 1 0.03 2.36 3.77 | 1 0.03 2.39 3.78 | 1 0.03 2.41 3.79 | 1 0.03 2.44 3.83 | 2 0.06 2.50 3.84 | 2 0.06 2.56 3.85 | 1 0.03 2.59 3.86 | 1 0.03 2.62 3.87 | 1 0.03 2.65 3.91 | 1 0.03 2.68 3.95 | 1 0.03 2.71 3.96 | 1 0.03 2.73 3.98 | 1 0.03 2.76 3.99 | 3 0.09 2.85 4 | 1 0.03 2.88 4.01 | 1 0.03 2.91 4.04 | 1 0.03 2.94 4.06 | 1 0.03 2.97 4.09 | 1 0.03 3.00 4.13 | 1 0.03 3.03 4.14 | 1 0.03 3.05 4.15 | 1 0.03 3.08 4.16 | 2 0.06 3.14 4.17 | 1 0.03 3.17 4.19 | 1 0.03 3.20 4.21 | 1 0.03 3.23 4.24 | 1 0.03 3.26 4.25 | 1 0.03 3.29 4.26 | 2 0.06 3.35 4.28 | 1 0.03 3.38 4.29 | 1 0.03 3.40 4.31 | 1 0.03 3.43 4.33 | 1 0.03 3.46 4.35 | 2 0.06 3.52 4.36 | 2 0.06 3.58 4.37 | 2 0.06 3.64 4.38 | 1 0.03 3.67 4.41 | 1 0.03 3.70 4.43 | 1 0.03 3.72 4.44 | 1 0.03 3.75 4.48 | 2 0.06 3.81 4.5 | 1 0.03 3.84 4.51 | 2 0.06 3.90 4.52 | 1 0.03 3.93 4.54 | 1 0.03 3.96 4.58 | 1 0.03 3.99 4.6 | 1 0.03 4.02 4.61 | 2 0.06 4.07 4.62 | 3 0.09 4.16 4.66 | 1 0.03 4.19 4.68 | 1 0.03 4.22 4.69 | 2 0.06 4.28 4.7 | 2 0.06 4.34 4.71 | 1 0.03 4.36 4.74 | 1 0.03 4.39 4.79 | 1 0.03 4.42 4.84 | 1 0.03 4.45 4.85 | 1 0.03 4.48 4.92 | 1 0.03 4.51 4.93 | 2 0.06 4.57 4.94 | 1 0.03 4.60 4.95 | 1 0.03 4.63 4.96 | 1 0.03 4.66 4.97 | 1 0.03 4.68 4.98 | 1 0.03 4.71 5 | 2 0.06 4.77 5.01 | 3 0.09 4.86 5.03 | 1 0.03 4.89 5.09 | 1 0.03 4.92 5.1 | 1 0.03 4.95 5.12 | 1 0.03 4.98 5.13 | 1 0.03 5.00 5.18 | 1 0.03 5.03 5.2 | 1 0.03 5.06 5.22 | 1 0.03 5.09 5.25 | 1 0.03 5.12 5.27 | 2 0.06 5.18 5.29 | 1 0.03 5.21 5.3 | 1 0.03 5.24 5.32 | 2 0.06 5.30 5.36 | 1 0.03 5.32 5.42 | 3 0.09 5.41 5.44 | 2 0.06 5.47 5.45 | 2 0.06 5.53 5.47 | 1 0.03 5.56 5.49 | 1 0.03 5.59 5.5 | 1 0.03 5.62 5.52 | 1 0.03 5.64 5.53 | 1 0.03 5.67 5.54 | 3 0.09 5.76 5.55 | 2 0.06 5.82 5.57 | 1 0.03 5.85 5.59 | 3 0.09 5.94 5.6 | 1 0.03 5.96 5.61 | 1 0.03 5.99 5.63 | 1 0.03 6.02 5.65 | 1 0.03 6.05 5.66 | 2 0.06 6.11 5.7 | 2 0.06 6.17 5.72 | 1 0.03 6.20 5.76 | 2 0.06 6.26 5.78 | 2 0.06 6.31 5.79 | 2 0.06 6.37 5.84 | 1 0.03 6.40 5.85 | 1 0.03 6.43 5.91 | 1 0.03 6.46 5.95 | 1 0.03 6.49 5.96 | 1 0.03 6.52 5.97 | 1 0.03 6.55 6.08 | 1 0.03 6.58 6.1 | 2 0.06 6.63 6.11 | 1 0.03 6.66 6.15 | 1 0.03 6.69 6.17 | 1 0.03 6.72 6.22 | 1 0.03 6.75 6.23 | 1 0.03 6.78 6.29 | 2 0.06 6.84 6.3 | 1 0.03 6.87 6.31 | 1 0.03 6.90 6.32 | 1 0.03 6.92 6.34 | 1 0.03 6.95 6.36 | 2 0.06 7.01 6.39 | 1 0.03 7.04 6.41 | 1 0.03 7.07 6.42 | 1 0.03 7.10 6.45 | 1 0.03 7.13 6.47 | 2 0.06 7.19 6.48 | 1 0.03 7.22 6.51 | 1 0.03 7.24 6.57 | 1 0.03 7.27 6.59 | 2 0.06 7.33 6.6 | 1 0.03 7.36 6.62 | 2 0.06 7.42 6.66 | 1 0.03 7.45 6.72 | 1 0.03 7.48 6.73 | 1 0.03 7.51 6.76 | 1 0.03 7.54 6.77 | 1 0.03 7.56 6.78 | 3 0.09 7.65 6.83 | 2 0.06 7.71 6.85 | 1 0.03 7.74 6.89 | 1 0.03 7.77 6.97 | 1 0.03 7.80 6.98 | 1 0.03 7.83 7.04 | 1 0.03 7.86 7.06 | 2 0.06 7.91 7.08 | 1 0.03 7.94 7.24 | 1 0.03 7.97 7.25 | 1 0.03 8.00 7.26 | 1 0.03 8.03 7.28 | 1 0.03 8.06 7.33 | 1 0.03 8.09 7.36 | 1 0.03 8.12 7.37 | 1 0.03 8.15 7.39 | 1 0.03 8.18 7.41 | 1 0.03 8.20 7.45 | 1 0.03 8.23 7.5 | 1 0.03 8.26 7.53 | 1 0.03 8.29 7.55 | 1 0.03 8.32 7.58 | 1 0.03 8.35 7.6 | 1 0.03 8.38 7.62 | 2 0.06 8.44 7.64 | 1 0.03 8.47 7.7 | 1 0.03 8.50 7.74 | 1 0.03 8.52 7.75 | 1 0.03 8.55 7.79 | 1 0.03 8.58 7.8 | 1 0.03 8.61 8.07 | 1 0.03 8.64 8.12 | 1 0.03 8.67 8.29 | 1 0.03 8.70 8.45 | 1 0.03 8.73 8.53 | 1 0.03 8.76 8.9 | 1 0.03 8.79 8.99 | 1 0.03 8.82 9.08 | 2 0.06 8.87 9.36 | 1 0.03 8.90 9.47 | 1 0.03 8.93 9.61 | 1 0.03 8.96 . | 3,129 91.04 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for legampw variable in PC_HSA_rates_0307 dataset : White, % | Leg | Amputations | per 1000 | Medicare | Enrollees | Freq. Percent Cum. ------------+----------------------------------- .26 | 1 0.03 0.03 .29 | 1 0.03 0.06 .32 | 1 0.03 0.09 .34 | 2 0.06 0.15 .36 | 2 0.06 0.20 .37 | 1 0.03 0.23 .39 | 2 0.06 0.29 .4 | 1 0.03 0.32 .42 | 2 0.06 0.38 .43 | 1 0.03 0.41 .45 | 5 0.15 0.55 .46 | 2 0.06 0.61 .47 | 3 0.09 0.70 .48 | 3 0.09 0.79 .49 | 3 0.09 0.87 .5 | 2 0.06 0.93 .51 | 2 0.06 0.99 .52 | 1 0.03 1.02 .53 | 5 0.15 1.16 .54 | 7 0.20 1.37 .55 | 4 0.12 1.48 .56 | 2 0.06 1.54 .57 | 2 0.06 1.60 .58 | 2 0.06 1.66 .59 | 8 0.23 1.89 .6 | 1 0.03 1.92 .61 | 6 0.17 2.09 .62 | 4 0.12 2.21 .63 | 7 0.20 2.41 .64 | 8 0.23 2.65 .65 | 5 0.15 2.79 .66 | 6 0.17 2.97 .67 | 2 0.06 3.03 .68 | 5 0.15 3.17 .69 | 7 0.20 3.38 .7 | 6 0.17 3.55 .71 | 3 0.09 3.64 .72 | 5 0.15 3.78 .73 | 3 0.09 3.87 .74 | 4 0.12 3.99 .75 | 11 0.32 4.31 .76 | 3 0.09 4.39 .77 | 8 0.23 4.63 .78 | 9 0.26 4.89 .79 | 3 0.09 4.98 .8 | 5 0.15 5.12 .81 | 9 0.26 5.38 .82 | 7 0.20 5.59 .83 | 8 0.23 5.82 .84 | 5 0.15 5.96 .85 | 5 0.15 6.11 .86 | 5 0.15 6.26 .87 | 7 0.20 6.46 .88 | 4 0.12 6.58 .89 | 4 0.12 6.69 .9 | 4 0.12 6.81 .91 | 8 0.23 7.04 .92 | 6 0.17 7.22 .93 | 10 0.29 7.51 .94 | 6 0.17 7.68 .95 | 6 0.17 7.86 .96 | 5 0.15 8.00 .97 | 1 0.03 8.03 .98 | 4 0.12 8.15 .99 | 3 0.09 8.23 1 | 6 0.17 8.41 1.01 | 7 0.20 8.61 1.02 | 7 0.20 8.82 1.03 | 3 0.09 8.90 1.04 | 7 0.20 9.11 1.05 | 5 0.15 9.25 1.06 | 6 0.17 9.43 1.07 | 3 0.09 9.51 1.08 | 8 0.23 9.75 1.09 | 3 0.09 9.83 1.1 | 5 0.15 9.98 1.11 | 2 0.06 10.04 1.12 | 2 0.06 10.10 1.13 | 4 0.12 10.21 1.14 | 2 0.06 10.27 1.15 | 5 0.15 10.42 1.16 | 1 0.03 10.45 1.17 | 3 0.09 10.53 1.19 | 4 0.12 10.65 1.2 | 3 0.09 10.74 1.21 | 6 0.17 10.91 1.22 | 2 0.06 10.97 1.23 | 3 0.09 11.06 1.25 | 1 0.03 11.09 1.26 | 3 0.09 11.17 1.29 | 5 0.15 11.32 1.3 | 3 0.09 11.41 1.31 | 2 0.06 11.46 1.33 | 1 0.03 11.49 1.34 | 3 0.09 11.58 1.35 | 1 0.03 11.61 1.36 | 2 0.06 11.67 1.38 | 1 0.03 11.70 1.39 | 1 0.03 11.73 1.4 | 1 0.03 11.75 1.41 | 3 0.09 11.84 1.42 | 1 0.03 11.87 1.45 | 1 0.03 11.90 1.46 | 2 0.06 11.96 1.48 | 2 0.06 12.02 1.5 | 1 0.03 12.05 1.54 | 1 0.03 12.07 1.55 | 1 0.03 12.10 1.56 | 2 0.06 12.16 1.63 | 2 0.06 12.22 1.68 | 1 0.03 12.25 1.72 | 1 0.03 12.28 1.78 | 1 0.03 12.31 2.09 | 1 0.03 12.34 . | 3,013 87.66 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for legampwlcl variable in PC_HSA_rates_0307 dataset : White, LCL | % Leg | Amputations | per 1000 | Medicare | Enrollees | Freq. Percent Cum. ------------+----------------------------------- .12 | 1 0.03 0.03 .15 | 1 0.03 0.06 .18 | 1 0.03 0.09 .21 | 2 0.06 0.15 .22 | 1 0.03 0.17 .25 | 3 0.09 0.26 .26 | 1 0.03 0.29 .27 | 1 0.03 0.32 .28 | 2 0.06 0.38 .29 | 1 0.03 0.41 .3 | 2 0.06 0.47 .31 | 3 0.09 0.55 .32 | 1 0.03 0.58 .33 | 5 0.15 0.73 .34 | 2 0.06 0.79 .35 | 1 0.03 0.81 .36 | 1 0.03 0.84 .37 | 2 0.06 0.90 .38 | 3 0.09 0.99 .39 | 2 0.06 1.05 .4 | 8 0.23 1.28 .41 | 5 0.15 1.43 .42 | 7 0.20 1.63 .43 | 4 0.12 1.75 .44 | 6 0.17 1.92 .45 | 6 0.17 2.09 .46 | 3 0.09 2.18 .47 | 6 0.17 2.36 .48 | 9 0.26 2.62 .49 | 4 0.12 2.73 .5 | 5 0.15 2.88 .51 | 7 0.20 3.08 .52 | 7 0.20 3.29 .53 | 7 0.20 3.49 .54 | 10 0.29 3.78 .55 | 5 0.15 3.93 .56 | 10 0.29 4.22 .57 | 5 0.15 4.36 .58 | 6 0.17 4.54 .59 | 10 0.29 4.83 .6 | 4 0.12 4.95 .61 | 6 0.17 5.12 .62 | 10 0.29 5.41 .63 | 4 0.12 5.53 .64 | 7 0.20 5.73 .65 | 6 0.17 5.91 .66 | 6 0.17 6.08 .67 | 5 0.15 6.23 .68 | 5 0.15 6.37 .69 | 5 0.15 6.52 .7 | 7 0.20 6.72 .71 | 4 0.12 6.84 .72 | 8 0.23 7.07 .73 | 8 0.23 7.30 .74 | 6 0.17 7.48 .75 | 14 0.41 7.88 .76 | 6 0.17 8.06 .77 | 8 0.23 8.29 .78 | 4 0.12 8.41 .79 | 5 0.15 8.55 .8 | 9 0.26 8.82 .81 | 7 0.20 9.02 .82 | 3 0.09 9.11 .83 | 9 0.26 9.37 .84 | 6 0.17 9.54 .85 | 8 0.23 9.78 .86 | 5 0.15 9.92 .87 | 7 0.20 10.13 .88 | 3 0.09 10.21 .89 | 3 0.09 10.30 .9 | 4 0.12 10.42 .91 | 6 0.17 10.59 .92 | 5 0.15 10.74 .93 | 3 0.09 10.82 .94 | 5 0.15 10.97 .95 | 1 0.03 11.00 .96 | 4 0.12 11.11 .97 | 1 0.03 11.14 .98 | 1 0.03 11.17 .99 | 2 0.06 11.23 1 | 2 0.06 11.29 1.01 | 2 0.06 11.35 1.02 | 3 0.09 11.43 1.05 | 1 0.03 11.46 1.06 | 3 0.09 11.55 1.08 | 1 0.03 11.58 1.09 | 3 0.09 11.67 1.1 | 3 0.09 11.75 1.12 | 3 0.09 11.84 1.18 | 2 0.06 11.90 1.19 | 3 0.09 11.99 1.2 | 1 0.03 12.02 1.22 | 1 0.03 12.05 1.24 | 1 0.03 12.07 1.25 | 1 0.03 12.10 1.28 | 2 0.06 12.16 1.37 | 1 0.03 12.19 1.4 | 1 0.03 12.22 1.45 | 1 0.03 12.25 1.6 | 1 0.03 12.28 1.87 | 1 0.03 12.31 . | 3,014 87.69 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for legampwucl variable in PC_HSA_rates_0307 dataset : White, UCL | % Leg | Amputations | per 1000 | Medicare | Enrollees | Freq. Percent Cum. ------------+----------------------------------- .39 | 1 0.03 0.03 .42 | 1 0.03 0.06 .43 | 3 0.09 0.15 .46 | 1 0.03 0.17 .48 | 1 0.03 0.20 .49 | 1 0.03 0.23 .5 | 1 0.03 0.26 .51 | 1 0.03 0.29 .52 | 1 0.03 0.32 .54 | 2 0.06 0.38 .55 | 4 0.12 0.49 .56 | 2 0.06 0.55 .59 | 4 0.12 0.67 .6 | 4 0.12 0.79 .61 | 3 0.09 0.87 .62 | 1 0.03 0.90 .63 | 1 0.03 0.93 .64 | 3 0.09 1.02 .65 | 3 0.09 1.11 .66 | 2 0.06 1.16 .67 | 4 0.12 1.28 .68 | 5 0.15 1.43 .69 | 3 0.09 1.51 .7 | 3 0.09 1.60 .71 | 2 0.06 1.66 .72 | 3 0.09 1.75 .73 | 9 0.26 2.01 .74 | 1 0.03 2.04 .75 | 6 0.17 2.21 .76 | 3 0.09 2.30 .77 | 5 0.15 2.44 .78 | 2 0.06 2.50 .79 | 1 0.03 2.53 .8 | 8 0.23 2.76 .81 | 4 0.12 2.88 .82 | 5 0.15 3.03 .83 | 5 0.15 3.17 .84 | 7 0.20 3.38 .85 | 9 0.26 3.64 .86 | 1 0.03 3.67 .87 | 3 0.09 3.75 .88 | 3 0.09 3.84 .89 | 2 0.06 3.90 .9 | 3 0.09 3.99 .91 | 8 0.23 4.22 .92 | 6 0.17 4.39 .93 | 6 0.17 4.57 .94 | 7 0.20 4.77 .95 | 3 0.09 4.86 .96 | 4 0.12 4.98 .97 | 3 0.09 5.06 .98 | 6 0.17 5.24 .99 | 3 0.09 5.32 1 | 6 0.17 5.50 1.01 | 2 0.06 5.56 1.02 | 2 0.06 5.62 1.03 | 4 0.12 5.73 1.04 | 6 0.17 5.91 1.05 | 7 0.20 6.11 1.06 | 5 0.15 6.26 1.07 | 3 0.09 6.34 1.08 | 7 0.20 6.55 1.09 | 3 0.09 6.63 1.1 | 6 0.17 6.81 1.11 | 6 0.17 6.98 1.12 | 4 0.12 7.10 1.13 | 8 0.23 7.33 1.14 | 6 0.17 7.51 1.15 | 3 0.09 7.59 1.16 | 4 0.12 7.71 1.17 | 4 0.12 7.83 1.18 | 3 0.09 7.91 1.19 | 3 0.09 8.00 1.2 | 7 0.20 8.20 1.21 | 6 0.17 8.38 1.22 | 2 0.06 8.44 1.23 | 5 0.15 8.58 1.24 | 6 0.17 8.76 1.25 | 2 0.06 8.82 1.26 | 2 0.06 8.87 1.27 | 5 0.15 9.02 1.28 | 4 0.12 9.14 1.29 | 6 0.17 9.31 1.3 | 1 0.03 9.34 1.31 | 2 0.06 9.40 1.32 | 3 0.09 9.49 1.33 | 5 0.15 9.63 1.34 | 3 0.09 9.72 1.35 | 3 0.09 9.81 1.36 | 2 0.06 9.86 1.37 | 2 0.06 9.92 1.38 | 1 0.03 9.95 1.4 | 5 0.15 10.10 1.41 | 3 0.09 10.18 1.42 | 3 0.09 10.27 1.43 | 3 0.09 10.36 1.44 | 3 0.09 10.45 1.45 | 5 0.15 10.59 1.47 | 2 0.06 10.65 1.48 | 1 0.03 10.68 1.49 | 2 0.06 10.74 1.5 | 4 0.12 10.85 1.51 | 4 0.12 10.97 1.52 | 1 0.03 11.00 1.53 | 1 0.03 11.03 1.54 | 3 0.09 11.11 1.55 | 2 0.06 11.17 1.57 | 3 0.09 11.26 1.59 | 1 0.03 11.29 1.6 | 1 0.03 11.32 1.61 | 1 0.03 11.35 1.63 | 2 0.06 11.41 1.65 | 4 0.12 11.52 1.66 | 1 0.03 11.55 1.67 | 3 0.09 11.64 1.68 | 1 0.03 11.67 1.69 | 1 0.03 11.70 1.7 | 1 0.03 11.73 1.71 | 1 0.03 11.75 1.72 | 3 0.09 11.84 1.74 | 1 0.03 11.87 1.77 | 1 0.03 11.90 1.79 | 1 0.03 11.93 1.82 | 1 0.03 11.96 1.83 | 1 0.03 11.99 1.85 | 1 0.03 12.02 1.87 | 2 0.06 12.07 1.88 | 1 0.03 12.10 1.94 | 1 0.03 12.13 1.97 | 1 0.03 12.16 1.98 | 1 0.03 12.19 1.99 | 1 0.03 12.22 2.03 | 1 0.03 12.25 2.04 | 1 0.03 12.28 2.3 | 1 0.03 12.31 . | 3,014 87.69 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for disambs variable in PC_HSA_rates_0307 dataset : Overall, % | Discharges | for | Ambulatory | Care | Sensitive | Cond per | 1000 Med | Enroll | Freq. Percent Cum. ------------+----------------------------------- 21.1 | 1 0.03 0.03 21.5 | 1 0.03 0.06 24.2 | 1 0.03 0.09 28.5 | 1 0.03 0.12 28.6 | 1 0.03 0.15 29.7 | 1 0.03 0.17 29.8 | 1 0.03 0.20 31.1 | 1 0.03 0.23 31.8 | 1 0.03 0.26 31.9 | 1 0.03 0.29 32.1 | 1 0.03 0.32 33.2 | 1 0.03 0.35 33.4 | 2 0.06 0.41 33.5 | 1 0.03 0.44 33.9 | 1 0.03 0.47 34.5 | 1 0.03 0.49 34.7 | 1 0.03 0.52 34.9 | 2 0.06 0.58 35 | 1 0.03 0.61 36 | 1 0.03 0.64 36.1 | 1 0.03 0.67 36.4 | 1 0.03 0.70 36.5 | 1 0.03 0.73 36.9 | 2 0.06 0.79 37.1 | 1 0.03 0.81 37.4 | 1 0.03 0.84 37.5 | 1 0.03 0.87 37.7 | 1 0.03 0.90 37.8 | 1 0.03 0.93 38 | 1 0.03 0.96 38.1 | 1 0.03 0.99 38.2 | 1 0.03 1.02 38.5 | 1 0.03 1.05 38.6 | 2 0.06 1.11 38.9 | 1 0.03 1.13 39.2 | 1 0.03 1.16 39.4 | 1 0.03 1.19 39.5 | 1 0.03 1.22 39.6 | 2 0.06 1.28 39.7 | 1 0.03 1.31 39.9 | 1 0.03 1.34 40 | 1 0.03 1.37 40.1 | 1 0.03 1.40 40.2 | 1 0.03 1.43 40.3 | 3 0.09 1.51 40.6 | 1 0.03 1.54 40.8 | 1 0.03 1.57 41 | 1 0.03 1.60 41.1 | 1 0.03 1.63 41.2 | 1 0.03 1.66 41.3 | 1 0.03 1.69 41.4 | 1 0.03 1.72 41.6 | 2 0.06 1.77 41.7 | 1 0.03 1.80 41.9 | 1 0.03 1.83 42 | 1 0.03 1.86 42.1 | 1 0.03 1.89 42.2 | 1 0.03 1.92 42.3 | 1 0.03 1.95 42.5 | 5 0.15 2.09 42.7 | 1 0.03 2.12 42.8 | 2 0.06 2.18 42.9 | 1 0.03 2.21 43 | 1 0.03 2.24 43.2 | 1 0.03 2.27 43.3 | 1 0.03 2.30 43.5 | 3 0.09 2.39 43.6 | 4 0.12 2.50 43.8 | 4 0.12 2.62 43.9 | 2 0.06 2.68 44 | 1 0.03 2.71 44.1 | 1 0.03 2.73 44.2 | 3 0.09 2.82 44.4 | 1 0.03 2.85 44.5 | 2 0.06 2.91 44.7 | 2 0.06 2.97 44.8 | 4 0.12 3.08 44.9 | 1 0.03 3.11 45 | 2 0.06 3.17 45.1 | 2 0.06 3.23 45.4 | 6 0.17 3.40 45.5 | 1 0.03 3.43 45.6 | 4 0.12 3.55 45.7 | 6 0.17 3.72 45.8 | 1 0.03 3.75 45.9 | 4 0.12 3.87 46 | 1 0.03 3.90 46.1 | 2 0.06 3.96 46.4 | 1 0.03 3.99 46.5 | 1 0.03 4.02 46.7 | 2 0.06 4.07 46.8 | 3 0.09 4.16 46.9 | 1 0.03 4.19 47.1 | 1 0.03 4.22 47.2 | 2 0.06 4.28 47.3 | 1 0.03 4.31 47.4 | 2 0.06 4.36 47.5 | 1 0.03 4.39 47.6 | 1 0.03 4.42 47.8 | 3 0.09 4.51 47.9 | 3 0.09 4.60 48.1 | 4 0.12 4.71 48.2 | 4 0.12 4.83 48.3 | 1 0.03 4.86 48.4 | 5 0.15 5.00 48.5 | 1 0.03 5.03 48.6 | 1 0.03 5.06 48.7 | 3 0.09 5.15 48.9 | 2 0.06 5.21 49 | 5 0.15 5.35 49.1 | 4 0.12 5.47 49.2 | 1 0.03 5.50 49.3 | 2 0.06 5.56 49.4 | 2 0.06 5.62 49.5 | 7 0.20 5.82 49.6 | 2 0.06 5.88 49.7 | 4 0.12 5.99 49.8 | 5 0.15 6.14 49.9 | 3 0.09 6.23 50.1 | 3 0.09 6.31 50.2 | 2 0.06 6.37 50.3 | 4 0.12 6.49 50.4 | 3 0.09 6.58 50.5 | 2 0.06 6.63 50.6 | 3 0.09 6.72 50.7 | 2 0.06 6.78 50.8 | 6 0.17 6.95 50.9 | 3 0.09 7.04 51 | 3 0.09 7.13 51.1 | 3 0.09 7.22 51.3 | 2 0.06 7.27 51.5 | 1 0.03 7.30 51.6 | 4 0.12 7.42 51.8 | 5 0.15 7.56 51.9 | 4 0.12 7.68 52 | 2 0.06 7.74 52.2 | 3 0.09 7.83 52.4 | 3 0.09 7.91 52.5 | 4 0.12 8.03 52.6 | 10 0.29 8.32 52.7 | 3 0.09 8.41 52.8 | 2 0.06 8.47 52.9 | 5 0.15 8.61 53 | 2 0.06 8.67 53.1 | 3 0.09 8.76 53.2 | 4 0.12 8.87 53.3 | 6 0.17 9.05 53.4 | 4 0.12 9.16 53.5 | 8 0.23 9.40 53.6 | 2 0.06 9.46 53.7 | 7 0.20 9.66 53.8 | 4 0.12 9.78 53.9 | 3 0.09 9.86 54 | 6 0.17 10.04 54.1 | 3 0.09 10.13 54.2 | 3 0.09 10.21 54.3 | 3 0.09 10.30 54.4 | 5 0.15 10.45 54.5 | 3 0.09 10.53 54.6 | 1 0.03 10.56 54.7 | 4 0.12 10.68 54.9 | 1 0.03 10.71 55 | 3 0.09 10.79 55.1 | 5 0.15 10.94 55.2 | 7 0.20 11.14 55.3 | 6 0.17 11.32 55.4 | 2 0.06 11.38 55.5 | 7 0.20 11.58 55.6 | 4 0.12 11.70 55.7 | 2 0.06 11.75 55.8 | 2 0.06 11.81 55.9 | 7 0.20 12.02 56 | 1 0.03 12.05 56.1 | 2 0.06 12.10 56.2 | 4 0.12 12.22 56.3 | 5 0.15 12.37 56.4 | 3 0.09 12.45 56.5 | 4 0.12 12.57 56.6 | 5 0.15 12.71 56.7 | 4 0.12 12.83 56.8 | 3 0.09 12.92 56.9 | 3 0.09 13.01 57 | 5 0.15 13.15 57.1 | 3 0.09 13.24 57.2 | 4 0.12 13.35 57.3 | 3 0.09 13.44 57.4 | 6 0.17 13.62 57.5 | 1 0.03 13.65 57.6 | 5 0.15 13.79 57.7 | 7 0.20 13.99 57.8 | 3 0.09 14.08 57.9 | 3 0.09 14.17 58 | 6 0.17 14.34 58.1 | 4 0.12 14.46 58.2 | 7 0.20 14.66 58.3 | 5 0.15 14.81 58.4 | 1 0.03 14.84 58.5 | 6 0.17 15.01 58.6 | 4 0.12 15.13 58.7 | 4 0.12 15.25 58.8 | 6 0.17 15.42 58.9 | 4 0.12 15.54 59 | 5 0.15 15.68 59.1 | 8 0.23 15.92 59.2 | 5 0.15 16.06 59.3 | 5 0.15 16.21 59.4 | 2 0.06 16.26 59.5 | 2 0.06 16.32 59.6 | 4 0.12 16.44 59.7 | 8 0.23 16.67 59.8 | 2 0.06 16.73 60 | 3 0.09 16.82 60.1 | 3 0.09 16.90 60.2 | 3 0.09 16.99 60.3 | 7 0.20 17.20 60.4 | 6 0.17 17.37 60.5 | 2 0.06 17.43 60.6 | 3 0.09 17.52 60.7 | 1 0.03 17.54 60.8 | 5 0.15 17.69 60.9 | 3 0.09 17.78 61 | 2 0.06 17.84 61.1 | 7 0.20 18.04 61.2 | 3 0.09 18.13 61.3 | 7 0.20 18.33 61.4 | 2 0.06 18.39 61.5 | 6 0.17 18.56 61.6 | 3 0.09 18.65 61.7 | 4 0.12 18.77 61.8 | 2 0.06 18.82 61.9 | 4 0.12 18.94 62 | 5 0.15 19.09 62.1 | 4 0.12 19.20 62.2 | 5 0.15 19.35 62.3 | 6 0.17 19.52 62.4 | 2 0.06 19.58 62.5 | 3 0.09 19.67 62.6 | 9 0.26 19.93 62.7 | 7 0.20 20.13 62.8 | 4 0.12 20.25 62.9 | 4 0.12 20.37 63 | 4 0.12 20.48 63.1 | 8 0.23 20.72 63.2 | 4 0.12 20.83 63.3 | 3 0.09 20.92 63.4 | 8 0.23 21.15 63.5 | 5 0.15 21.30 63.6 | 6 0.17 21.47 63.7 | 3 0.09 21.56 63.8 | 4 0.12 21.68 63.9 | 4 0.12 21.79 64 | 3 0.09 21.88 64.1 | 7 0.20 22.08 64.2 | 5 0.15 22.23 64.3 | 10 0.29 22.52 64.4 | 2 0.06 22.58 64.5 | 5 0.15 22.72 64.6 | 4 0.12 22.84 64.7 | 5 0.15 22.99 64.8 | 6 0.17 23.16 64.9 | 6 0.17 23.33 65 | 4 0.12 23.45 65.1 | 9 0.26 23.71 65.2 | 6 0.17 23.89 65.3 | 7 0.20 24.09 65.4 | 8 0.23 24.32 65.5 | 6 0.17 24.50 65.6 | 2 0.06 24.56 65.7 | 4 0.12 24.67 65.8 | 10 0.29 24.96 65.9 | 8 0.23 25.20 66 | 5 0.15 25.34 66.1 | 8 0.23 25.57 66.2 | 5 0.15 25.72 66.3 | 7 0.20 25.92 66.4 | 2 0.06 25.98 66.5 | 3 0.09 26.07 66.6 | 6 0.17 26.24 66.7 | 2 0.06 26.30 66.8 | 8 0.23 26.53 66.9 | 4 0.12 26.65 67 | 6 0.17 26.83 67.1 | 9 0.26 27.09 67.2 | 2 0.06 27.15 67.3 | 7 0.20 27.35 67.4 | 5 0.15 27.49 67.5 | 6 0.17 27.67 67.6 | 3 0.09 27.76 67.7 | 4 0.12 27.87 67.8 | 8 0.23 28.11 67.9 | 5 0.15 28.25 68 | 4 0.12 28.37 68.1 | 8 0.23 28.60 68.2 | 5 0.15 28.75 68.3 | 9 0.26 29.01 68.4 | 7 0.20 29.21 68.5 | 1 0.03 29.24 68.6 | 4 0.12 29.36 68.7 | 7 0.20 29.56 68.8 | 7 0.20 29.76 68.9 | 3 0.09 29.85 69 | 5 0.15 30.00 69.1 | 3 0.09 30.08 69.2 | 8 0.23 30.32 69.3 | 5 0.15 30.46 69.4 | 5 0.15 30.61 69.5 | 2 0.06 30.67 69.6 | 5 0.15 30.81 69.7 | 5 0.15 30.96 69.8 | 3 0.09 31.04 69.9 | 10 0.29 31.34 70 | 6 0.17 31.51 70.1 | 5 0.15 31.66 70.2 | 5 0.15 31.80 70.3 | 5 0.15 31.95 70.4 | 4 0.12 32.06 70.5 | 8 0.23 32.30 70.6 | 5 0.15 32.44 70.7 | 5 0.15 32.59 70.8 | 9 0.26 32.85 70.9 | 7 0.20 33.05 71 | 3 0.09 33.14 71.1 | 4 0.12 33.26 71.2 | 3 0.09 33.34 71.3 | 7 0.20 33.55 71.4 | 6 0.17 33.72 71.5 | 5 0.15 33.87 71.6 | 7 0.20 34.07 71.7 | 3 0.09 34.16 71.8 | 7 0.20 34.36 71.9 | 5 0.15 34.51 72 | 7 0.20 34.71 72.1 | 4 0.12 34.83 72.2 | 1 0.03 34.86 72.3 | 7 0.20 35.06 72.4 | 7 0.20 35.26 72.5 | 8 0.23 35.50 72.6 | 4 0.12 35.61 72.7 | 4 0.12 35.73 72.8 | 5 0.15 35.87 72.9 | 5 0.15 36.02 73 | 3 0.09 36.11 73.1 | 3 0.09 36.19 73.2 | 4 0.12 36.31 73.3 | 11 0.32 36.63 73.4 | 5 0.15 36.78 73.5 | 7 0.20 36.98 73.6 | 6 0.17 37.15 73.7 | 5 0.15 37.30 73.8 | 4 0.12 37.42 73.9 | 4 0.12 37.53 74 | 7 0.20 37.74 74.1 | 4 0.12 37.85 74.2 | 5 0.15 38.00 74.3 | 6 0.17 38.17 74.4 | 6 0.17 38.35 74.5 | 6 0.17 38.52 74.6 | 9 0.26 38.78 74.7 | 9 0.26 39.05 74.8 | 4 0.12 39.16 74.9 | 4 0.12 39.28 75 | 5 0.15 39.42 75.1 | 8 0.23 39.66 75.2 | 4 0.12 39.77 75.3 | 5 0.15 39.92 75.4 | 9 0.26 40.18 75.5 | 5 0.15 40.33 75.6 | 5 0.15 40.47 75.7 | 6 0.17 40.65 75.8 | 3 0.09 40.73 75.9 | 10 0.29 41.02 76 | 6 0.17 41.20 76.1 | 3 0.09 41.29 76.2 | 7 0.20 41.49 76.3 | 4 0.12 41.61 76.4 | 6 0.17 41.78 76.5 | 5 0.15 41.93 76.6 | 8 0.23 42.16 76.7 | 7 0.20 42.36 76.8 | 7 0.20 42.57 76.9 | 2 0.06 42.62 77 | 6 0.17 42.80 77.1 | 6 0.17 42.97 77.2 | 6 0.17 43.15 77.3 | 4 0.12 43.26 77.4 | 7 0.20 43.47 77.5 | 7 0.20 43.67 77.6 | 2 0.06 43.73 77.7 | 3 0.09 43.82 77.8 | 6 0.17 43.99 77.9 | 9 0.26 44.25 78 | 6 0.17 44.43 78.1 | 5 0.15 44.57 78.2 | 5 0.15 44.72 78.3 | 2 0.06 44.78 78.4 | 3 0.09 44.86 78.5 | 1 0.03 44.89 78.6 | 5 0.15 45.04 78.7 | 5 0.15 45.18 78.8 | 3 0.09 45.27 78.9 | 2 0.06 45.33 79 | 4 0.12 45.45 79.1 | 7 0.20 45.65 79.2 | 1 0.03 45.68 79.3 | 2 0.06 45.74 79.4 | 7 0.20 45.94 79.5 | 7 0.20 46.14 79.6 | 4 0.12 46.26 79.7 | 6 0.17 46.44 79.8 | 7 0.20 46.64 79.9 | 3 0.09 46.73 80 | 3 0.09 46.81 80.1 | 4 0.12 46.93 80.2 | 5 0.15 47.08 80.3 | 3 0.09 47.16 80.4 | 5 0.15 47.31 80.5 | 2 0.06 47.37 80.6 | 5 0.15 47.51 80.7 | 5 0.15 47.66 80.8 | 8 0.23 47.89 80.9 | 5 0.15 48.04 81 | 2 0.06 48.09 81.1 | 3 0.09 48.18 81.2 | 2 0.06 48.24 81.3 | 2 0.06 48.30 81.4 | 1 0.03 48.33 81.5 | 9 0.26 48.59 81.6 | 8 0.23 48.82 81.7 | 5 0.15 48.97 81.8 | 3 0.09 49.05 81.9 | 4 0.12 49.17 82 | 2 0.06 49.23 82.1 | 6 0.17 49.40 82.2 | 3 0.09 49.49 82.3 | 7 0.20 49.69 82.4 | 4 0.12 49.81 82.5 | 6 0.17 49.99 82.6 | 5 0.15 50.13 82.7 | 5 0.15 50.28 82.8 | 6 0.17 50.45 82.9 | 7 0.20 50.65 83 | 3 0.09 50.74 83.1 | 5 0.15 50.89 83.2 | 6 0.17 51.06 83.3 | 1 0.03 51.09 83.4 | 7 0.20 51.29 83.5 | 3 0.09 51.38 83.6 | 2 0.06 51.44 83.7 | 3 0.09 51.53 83.8 | 1 0.03 51.56 83.9 | 2 0.06 51.61 84 | 6 0.17 51.79 84.1 | 8 0.23 52.02 84.2 | 3 0.09 52.11 84.3 | 8 0.23 52.34 84.4 | 3 0.09 52.43 84.5 | 5 0.15 52.57 84.6 | 6 0.17 52.75 84.7 | 4 0.12 52.87 84.8 | 1 0.03 52.89 84.9 | 8 0.23 53.13 85 | 4 0.12 53.24 85.1 | 1 0.03 53.27 85.2 | 3 0.09 53.36 85.3 | 5 0.15 53.51 85.4 | 10 0.29 53.80 85.5 | 3 0.09 53.88 85.6 | 2 0.06 53.94 85.7 | 4 0.12 54.06 85.8 | 4 0.12 54.18 85.9 | 7 0.20 54.38 86 | 3 0.09 54.47 86.1 | 8 0.23 54.70 86.2 | 2 0.06 54.76 86.3 | 7 0.20 54.96 86.4 | 4 0.12 55.08 86.5 | 3 0.09 55.16 86.6 | 3 0.09 55.25 86.7 | 6 0.17 55.43 86.8 | 9 0.26 55.69 86.9 | 5 0.15 55.83 87 | 7 0.20 56.04 87.1 | 4 0.12 56.15 87.2 | 3 0.09 56.24 87.3 | 4 0.12 56.36 87.4 | 5 0.15 56.50 87.5 | 3 0.09 56.59 87.6 | 4 0.12 56.71 87.7 | 2 0.06 56.76 87.8 | 1 0.03 56.79 87.9 | 5 0.15 56.94 88 | 3 0.09 57.03 88.1 | 6 0.17 57.20 88.2 | 13 0.38 57.58 88.3 | 2 0.06 57.64 88.4 | 4 0.12 57.75 88.5 | 8 0.23 57.99 88.6 | 6 0.17 58.16 88.7 | 4 0.12 58.28 88.8 | 6 0.17 58.45 88.9 | 6 0.17 58.63 89 | 5 0.15 58.77 89.1 | 3 0.09 58.86 89.2 | 4 0.12 58.98 89.3 | 8 0.23 59.21 89.4 | 2 0.06 59.27 89.5 | 2 0.06 59.32 89.6 | 5 0.15 59.47 89.7 | 7 0.20 59.67 89.8 | 4 0.12 59.79 89.9 | 8 0.23 60.02 90 | 4 0.12 60.14 90.1 | 4 0.12 60.26 90.2 | 4 0.12 60.37 90.3 | 2 0.06 60.43 90.4 | 4 0.12 60.55 90.5 | 4 0.12 60.66 90.6 | 3 0.09 60.75 90.7 | 3 0.09 60.84 90.8 | 2 0.06 60.90 90.9 | 2 0.06 60.95 91 | 5 0.15 61.10 91.1 | 1 0.03 61.13 91.2 | 2 0.06 61.19 91.3 | 6 0.17 61.36 91.4 | 1 0.03 61.39 91.5 | 3 0.09 61.48 91.6 | 1 0.03 61.51 91.7 | 4 0.12 61.62 91.8 | 5 0.15 61.77 91.9 | 8 0.23 62.00 92 | 2 0.06 62.06 92.1 | 1 0.03 62.09 92.2 | 4 0.12 62.21 92.3 | 4 0.12 62.32 92.4 | 4 0.12 62.44 92.5 | 5 0.15 62.58 92.6 | 1 0.03 62.61 92.7 | 1 0.03 62.64 92.8 | 3 0.09 62.73 92.9 | 5 0.15 62.87 93 | 3 0.09 62.96 93.1 | 3 0.09 63.05 93.2 | 3 0.09 63.14 93.3 | 5 0.15 63.28 93.4 | 5 0.15 63.43 93.5 | 3 0.09 63.51 93.6 | 6 0.17 63.69 93.7 | 3 0.09 63.78 93.8 | 4 0.12 63.89 93.9 | 4 0.12 64.01 94 | 4 0.12 64.13 94.1 | 4 0.12 64.24 94.2 | 1 0.03 64.27 94.3 | 6 0.17 64.45 94.4 | 3 0.09 64.53 94.5 | 3 0.09 64.62 94.6 | 3 0.09 64.71 94.7 | 4 0.12 64.82 94.8 | 3 0.09 64.91 94.9 | 3 0.09 65.00 95 | 4 0.12 65.11 95.1 | 4 0.12 65.23 95.2 | 3 0.09 65.32 95.3 | 2 0.06 65.38 95.4 | 2 0.06 65.43 95.5 | 5 0.15 65.58 95.6 | 1 0.03 65.61 95.7 | 7 0.20 65.81 95.8 | 6 0.17 65.99 95.9 | 2 0.06 66.05 96 | 3 0.09 66.13 96.1 | 4 0.12 66.25 96.2 | 3 0.09 66.34 96.3 | 5 0.15 66.48 96.4 | 3 0.09 66.57 96.5 | 1 0.03 66.60 96.6 | 8 0.23 66.83 96.7 | 2 0.06 66.89 96.8 | 5 0.15 67.04 96.9 | 4 0.12 67.15 97 | 2 0.06 67.21 97.1 | 2 0.06 67.27 97.2 | 5 0.15 67.41 97.3 | 3 0.09 67.50 97.4 | 4 0.12 67.62 97.5 | 4 0.12 67.73 97.6 | 5 0.15 67.88 97.7 | 3 0.09 67.97 97.8 | 4 0.12 68.08 97.9 | 6 0.17 68.26 98 | 4 0.12 68.37 98.1 | 4 0.12 68.49 98.2 | 3 0.09 68.58 98.3 | 6 0.17 68.75 98.4 | 4 0.12 68.87 98.5 | 1 0.03 68.90 98.6 | 3 0.09 68.98 98.9 | 3 0.09 69.07 99 | 3 0.09 69.16 99.1 | 6 0.17 69.33 99.2 | 2 0.06 69.39 99.3 | 2 0.06 69.45 99.4 | 3 0.09 69.54 99.5 | 6 0.17 69.71 99.6 | 2 0.06 69.77 99.7 | 2 0.06 69.83 99.8 | 2 0.06 69.89 99.9 | 3 0.09 69.97 100 | 2 0.06 70.03 100.1 | 2 0.06 70.09 100.2 | 5 0.15 70.24 100.3 | 3 0.09 70.32 100.4 | 5 0.15 70.47 100.5 | 4 0.12 70.58 100.6 | 4 0.12 70.70 100.7 | 3 0.09 70.79 100.8 | 4 0.12 70.90 100.9 | 2 0.06 70.96 101 | 8 0.23 71.20 101.1 | 4 0.12 71.31 101.2 | 6 0.17 71.49 101.3 | 6 0.17 71.66 101.4 | 2 0.06 71.72 101.5 | 1 0.03 71.75 101.6 | 4 0.12 71.86 101.7 | 2 0.06 71.92 101.8 | 4 0.12 72.04 101.9 | 7 0.20 72.24 102 | 4 0.12 72.36 102.1 | 3 0.09 72.45 102.2 | 3 0.09 72.53 102.3 | 1 0.03 72.56 102.4 | 4 0.12 72.68 102.5 | 1 0.03 72.71 102.6 | 5 0.15 72.85 102.7 | 1 0.03 72.88 102.9 | 4 0.12 73.00 103 | 4 0.12 73.12 103.1 | 2 0.06 73.17 103.2 | 5 0.15 73.32 103.3 | 3 0.09 73.41 103.4 | 6 0.17 73.58 103.5 | 4 0.12 73.70 103.6 | 6 0.17 73.87 103.7 | 2 0.06 73.93 103.8 | 2 0.06 73.99 103.9 | 1 0.03 74.02 104 | 4 0.12 74.13 104.1 | 4 0.12 74.25 104.2 | 3 0.09 74.34 104.3 | 4 0.12 74.45 104.4 | 3 0.09 74.54 104.5 | 2 0.06 74.60 104.6 | 1 0.03 74.63 104.7 | 6 0.17 74.80 104.8 | 6 0.17 74.98 104.9 | 6 0.17 75.15 105 | 3 0.09 75.24 105.1 | 5 0.15 75.39 105.2 | 1 0.03 75.41 105.3 | 4 0.12 75.53 105.4 | 3 0.09 75.62 105.5 | 3 0.09 75.71 105.6 | 2 0.06 75.76 105.7 | 1 0.03 75.79 105.8 | 4 0.12 75.91 105.9 | 5 0.15 76.05 106 | 4 0.12 76.17 106.1 | 4 0.12 76.29 106.2 | 5 0.15 76.43 106.3 | 1 0.03 76.46 106.4 | 1 0.03 76.49 106.5 | 2 0.06 76.55 106.6 | 1 0.03 76.58 106.7 | 1 0.03 76.61 106.8 | 1 0.03 76.64 106.9 | 3 0.09 76.72 107 | 4 0.12 76.84 107.1 | 3 0.09 76.93 107.2 | 2 0.06 76.99 107.3 | 4 0.12 77.10 107.4 | 6 0.17 77.28 107.5 | 3 0.09 77.36 107.6 | 3 0.09 77.45 107.7 | 4 0.12 77.57 107.8 | 2 0.06 77.63 107.9 | 4 0.12 77.74 108 | 3 0.09 77.83 108.1 | 3 0.09 77.92 108.2 | 4 0.12 78.03 108.3 | 4 0.12 78.15 108.4 | 3 0.09 78.24 108.5 | 2 0.06 78.30 108.6 | 3 0.09 78.38 108.7 | 5 0.15 78.53 108.8 | 2 0.06 78.59 108.9 | 3 0.09 78.67 109 | 5 0.15 78.82 109.2 | 4 0.12 78.94 109.3 | 2 0.06 78.99 109.4 | 2 0.06 79.05 109.5 | 4 0.12 79.17 109.6 | 6 0.17 79.34 109.7 | 3 0.09 79.43 109.8 | 3 0.09 79.52 109.9 | 1 0.03 79.55 110 | 3 0.09 79.63 110.1 | 3 0.09 79.72 110.2 | 4 0.12 79.84 110.3 | 4 0.12 79.95 110.4 | 1 0.03 79.98 110.5 | 3 0.09 80.07 110.6 | 1 0.03 80.10 110.7 | 2 0.06 80.16 110.8 | 2 0.06 80.22 110.9 | 4 0.12 80.33 111.1 | 1 0.03 80.36 111.2 | 2 0.06 80.42 111.3 | 2 0.06 80.48 111.4 | 3 0.09 80.56 111.5 | 1 0.03 80.59 111.6 | 2 0.06 80.65 111.7 | 2 0.06 80.71 111.8 | 3 0.09 80.80 111.9 | 1 0.03 80.83 112.1 | 4 0.12 80.94 112.2 | 3 0.09 81.03 112.3 | 2 0.06 81.09 112.4 | 2 0.06 81.15 112.5 | 2 0.06 81.20 112.7 | 1 0.03 81.23 112.8 | 2 0.06 81.29 112.9 | 2 0.06 81.35 113 | 3 0.09 81.44 113.1 | 1 0.03 81.47 113.2 | 3 0.09 81.55 113.3 | 1 0.03 81.58 113.4 | 3 0.09 81.67 113.5 | 1 0.03 81.70 113.6 | 2 0.06 81.76 113.7 | 1 0.03 81.79 113.8 | 2 0.06 81.84 113.9 | 4 0.12 81.96 114 | 2 0.06 82.02 114.2 | 2 0.06 82.08 114.3 | 4 0.12 82.19 114.4 | 3 0.09 82.28 114.5 | 2 0.06 82.34 114.7 | 4 0.12 82.46 114.8 | 1 0.03 82.48 114.9 | 5 0.15 82.63 115.2 | 6 0.17 82.80 115.3 | 2 0.06 82.86 115.4 | 1 0.03 82.89 115.5 | 1 0.03 82.92 115.6 | 2 0.06 82.98 115.7 | 5 0.15 83.12 115.9 | 3 0.09 83.21 116 | 3 0.09 83.30 116.1 | 7 0.20 83.50 116.3 | 1 0.03 83.53 116.4 | 2 0.06 83.59 116.5 | 1 0.03 83.62 116.6 | 1 0.03 83.65 116.7 | 5 0.15 83.79 116.8 | 2 0.06 83.85 116.9 | 1 0.03 83.88 117 | 1 0.03 83.91 117.1 | 1 0.03 83.94 117.2 | 3 0.09 84.03 117.4 | 1 0.03 84.06 117.5 | 1 0.03 84.08 117.6 | 2 0.06 84.14 117.9 | 2 0.06 84.20 118.1 | 3 0.09 84.29 118.2 | 3 0.09 84.38 118.3 | 4 0.12 84.49 118.4 | 2 0.06 84.55 118.5 | 1 0.03 84.58 118.6 | 1 0.03 84.61 118.7 | 3 0.09 84.70 118.9 | 4 0.12 84.81 119.1 | 2 0.06 84.87 119.2 | 2 0.06 84.93 119.3 | 1 0.03 84.96 119.4 | 1 0.03 84.99 119.5 | 2 0.06 85.05 119.6 | 2 0.06 85.10 119.7 | 3 0.09 85.19 119.8 | 2 0.06 85.25 119.9 | 3 0.09 85.34 120.1 | 1 0.03 85.37 120.3 | 1 0.03 85.39 120.4 | 6 0.17 85.57 120.7 | 3 0.09 85.66 120.8 | 1 0.03 85.69 120.9 | 2 0.06 85.74 121 | 2 0.06 85.80 121.1 | 1 0.03 85.83 121.2 | 3 0.09 85.92 121.3 | 3 0.09 86.01 121.5 | 1 0.03 86.03 121.6 | 1 0.03 86.06 121.7 | 1 0.03 86.09 121.8 | 2 0.06 86.15 121.9 | 2 0.06 86.21 122 | 1 0.03 86.24 122.2 | 2 0.06 86.30 122.3 | 3 0.09 86.38 122.4 | 1 0.03 86.41 122.5 | 2 0.06 86.47 122.8 | 3 0.09 86.56 122.9 | 2 0.06 86.62 123 | 1 0.03 86.65 123.1 | 1 0.03 86.67 123.2 | 1 0.03 86.70 123.3 | 1 0.03 86.73 123.6 | 1 0.03 86.76 123.7 | 1 0.03 86.79 123.8 | 3 0.09 86.88 124 | 1 0.03 86.91 124.2 | 1 0.03 86.94 124.4 | 2 0.06 86.99 124.5 | 1 0.03 87.02 124.6 | 1 0.03 87.05 124.7 | 3 0.09 87.14 124.8 | 1 0.03 87.17 124.9 | 1 0.03 87.20 125.2 | 1 0.03 87.23 125.3 | 1 0.03 87.26 125.4 | 1 0.03 87.29 125.5 | 1 0.03 87.31 125.7 | 3 0.09 87.40 125.9 | 4 0.12 87.52 126 | 1 0.03 87.55 126.1 | 1 0.03 87.58 126.2 | 1 0.03 87.61 126.4 | 3 0.09 87.69 126.5 | 2 0.06 87.75 126.6 | 1 0.03 87.78 126.7 | 2 0.06 87.84 126.8 | 1 0.03 87.87 126.9 | 1 0.03 87.90 127 | 2 0.06 87.95 127.1 | 2 0.06 88.01 127.2 | 2 0.06 88.07 127.3 | 1 0.03 88.10 127.5 | 2 0.06 88.16 127.6 | 4 0.12 88.27 127.7 | 1 0.03 88.30 127.9 | 2 0.06 88.36 128 | 2 0.06 88.42 128.1 | 2 0.06 88.48 128.2 | 3 0.09 88.57 128.3 | 2 0.06 88.62 128.5 | 1 0.03 88.65 128.9 | 1 0.03 88.68 129.1 | 3 0.09 88.77 129.2 | 1 0.03 88.80 129.3 | 1 0.03 88.83 129.5 | 1 0.03 88.86 129.6 | 1 0.03 88.89 129.7 | 1 0.03 88.91 129.8 | 1 0.03 88.94 129.9 | 2 0.06 89.00 130 | 1 0.03 89.03 130.1 | 2 0.06 89.09 130.2 | 3 0.09 89.18 130.3 | 1 0.03 89.21 130.4 | 4 0.12 89.32 130.5 | 2 0.06 89.38 130.6 | 4 0.12 89.50 130.7 | 1 0.03 89.53 130.8 | 2 0.06 89.58 131 | 2 0.06 89.64 131.1 | 2 0.06 89.70 131.2 | 3 0.09 89.79 131.5 | 2 0.06 89.85 131.6 | 1 0.03 89.87 131.7 | 3 0.09 89.96 131.8 | 2 0.06 90.02 131.9 | 2 0.06 90.08 132 | 2 0.06 90.14 132.1 | 1 0.03 90.17 132.2 | 2 0.06 90.22 132.3 | 1 0.03 90.25 132.5 | 1 0.03 90.28 132.6 | 2 0.06 90.34 132.7 | 2 0.06 90.40 132.8 | 1 0.03 90.43 133.2 | 1 0.03 90.46 133.3 | 1 0.03 90.49 133.6 | 1 0.03 90.51 133.7 | 3 0.09 90.60 133.8 | 2 0.06 90.66 133.9 | 1 0.03 90.69 134 | 3 0.09 90.78 134.1 | 1 0.03 90.81 134.4 | 1 0.03 90.84 134.5 | 1 0.03 90.86 134.8 | 1 0.03 90.89 134.9 | 2 0.06 90.95 135 | 1 0.03 90.98 135.2 | 1 0.03 91.01 135.3 | 1 0.03 91.04 135.4 | 1 0.03 91.07 135.5 | 2 0.06 91.13 135.6 | 1 0.03 91.16 135.8 | 1 0.03 91.18 136 | 3 0.09 91.27 136.2 | 2 0.06 91.33 136.3 | 2 0.06 91.39 136.5 | 1 0.03 91.42 136.6 | 1 0.03 91.45 136.7 | 1 0.03 91.48 136.8 | 2 0.06 91.53 136.9 | 1 0.03 91.56 137.2 | 3 0.09 91.65 137.3 | 1 0.03 91.68 137.4 | 1 0.03 91.71 137.5 | 1 0.03 91.74 137.7 | 2 0.06 91.80 137.8 | 1 0.03 91.82 137.9 | 4 0.12 91.94 138.1 | 2 0.06 92.00 138.6 | 1 0.03 92.03 138.8 | 3 0.09 92.12 138.9 | 1 0.03 92.14 139.1 | 1 0.03 92.17 139.2 | 1 0.03 92.20 139.4 | 1 0.03 92.23 139.7 | 1 0.03 92.26 140 | 1 0.03 92.29 140.1 | 1 0.03 92.32 140.5 | 1 0.03 92.35 140.6 | 2 0.06 92.41 140.8 | 2 0.06 92.46 140.9 | 1 0.03 92.49 141.1 | 2 0.06 92.55 141.2 | 1 0.03 92.58 141.3 | 2 0.06 92.64 141.8 | 1 0.03 92.67 142.2 | 2 0.06 92.73 142.4 | 1 0.03 92.76 142.7 | 1 0.03 92.78 142.9 | 1 0.03 92.81 143 | 1 0.03 92.84 143.1 | 1 0.03 92.87 143.3 | 1 0.03 92.90 143.5 | 1 0.03 92.93 143.6 | 1 0.03 92.96 143.7 | 1 0.03 92.99 144 | 1 0.03 93.02 144.1 | 1 0.03 93.05 144.2 | 2 0.06 93.10 144.3 | 4 0.12 93.22 144.4 | 2 0.06 93.28 144.5 | 2 0.06 93.34 144.9 | 1 0.03 93.37 145.2 | 2 0.06 93.42 145.3 | 1 0.03 93.45 145.7 | 1 0.03 93.48 145.8 | 1 0.03 93.51 146 | 1 0.03 93.54 146.2 | 1 0.03 93.57 146.3 | 2 0.06 93.63 146.4 | 1 0.03 93.66 146.5 | 1 0.03 93.69 146.6 | 2 0.06 93.74 147.1 | 1 0.03 93.77 147.2 | 2 0.06 93.83 147.5 | 2 0.06 93.89 147.8 | 3 0.09 93.98 148.3 | 2 0.06 94.04 148.9 | 1 0.03 94.06 149 | 1 0.03 94.09 149.3 | 1 0.03 94.12 149.4 | 1 0.03 94.15 149.5 | 1 0.03 94.18 149.6 | 1 0.03 94.21 150.6 | 1 0.03 94.24 150.7 | 1 0.03 94.27 151.2 | 1 0.03 94.30 151.3 | 1 0.03 94.33 151.4 | 1 0.03 94.36 151.5 | 3 0.09 94.44 151.8 | 1 0.03 94.47 152 | 1 0.03 94.50 152.2 | 2 0.06 94.56 152.3 | 1 0.03 94.59 152.7 | 2 0.06 94.65 153 | 2 0.06 94.70 153.1 | 2 0.06 94.76 153.4 | 2 0.06 94.82 153.6 | 1 0.03 94.85 153.7 | 1 0.03 94.88 153.8 | 1 0.03 94.91 154 | 1 0.03 94.94 154.1 | 1 0.03 94.97 154.4 | 2 0.06 95.02 154.6 | 2 0.06 95.08 155.2 | 1 0.03 95.11 155.3 | 1 0.03 95.14 155.5 | 1 0.03 95.17 156.1 | 1 0.03 95.20 156.3 | 1 0.03 95.23 156.4 | 2 0.06 95.29 156.9 | 1 0.03 95.32 157.5 | 1 0.03 95.34 157.9 | 1 0.03 95.37 158.2 | 1 0.03 95.40 158.5 | 1 0.03 95.43 158.7 | 1 0.03 95.46 158.8 | 3 0.09 95.55 158.9 | 1 0.03 95.58 159.3 | 1 0.03 95.61 159.4 | 2 0.06 95.66 159.7 | 2 0.06 95.72 160.3 | 3 0.09 95.81 160.4 | 2 0.06 95.87 160.5 | 1 0.03 95.90 160.8 | 1 0.03 95.93 160.9 | 1 0.03 95.96 161.2 | 1 0.03 95.98 161.5 | 1 0.03 96.01 161.7 | 1 0.03 96.04 162.2 | 1 0.03 96.07 162.3 | 1 0.03 96.10 162.4 | 1 0.03 96.13 162.6 | 1 0.03 96.16 163.2 | 1 0.03 96.19 163.4 | 2 0.06 96.25 164.1 | 1 0.03 96.28 164.3 | 1 0.03 96.30 164.4 | 1 0.03 96.33 164.6 | 1 0.03 96.36 165.1 | 1 0.03 96.39 165.2 | 1 0.03 96.42 165.5 | 1 0.03 96.45 167 | 1 0.03 96.48 167.4 | 2 0.06 96.54 167.6 | 1 0.03 96.57 168.6 | 1 0.03 96.60 169 | 1 0.03 96.62 170 | 1 0.03 96.65 170.2 | 1 0.03 96.68 171.1 | 1 0.03 96.71 171.2 | 1 0.03 96.74 171.3 | 1 0.03 96.77 171.4 | 1 0.03 96.80 172 | 1 0.03 96.83 172.5 | 1 0.03 96.86 174.5 | 1 0.03 96.89 174.8 | 1 0.03 96.92 174.9 | 1 0.03 96.95 175.1 | 1 0.03 96.97 175.3 | 1 0.03 97.00 175.5 | 1 0.03 97.03 175.6 | 1 0.03 97.06 176.3 | 1 0.03 97.09 176.8 | 1 0.03 97.12 177 | 1 0.03 97.15 177.3 | 1 0.03 97.18 177.5 | 1 0.03 97.21 177.6 | 1 0.03 97.24 178.4 | 1 0.03 97.27 178.7 | 1 0.03 97.29 178.9 | 2 0.06 97.35 179.3 | 1 0.03 97.38 179.4 | 1 0.03 97.41 179.7 | 1 0.03 97.44 179.8 | 1 0.03 97.47 179.9 | 1 0.03 97.50 180.5 | 1 0.03 97.53 180.9 | 1 0.03 97.56 181.4 | 1 0.03 97.59 182.3 | 1 0.03 97.61 182.5 | 2 0.06 97.67 183.8 | 1 0.03 97.70 185 | 1 0.03 97.73 185.1 | 1 0.03 97.76 185.3 | 1 0.03 97.79 185.6 | 1 0.03 97.82 187.6 | 1 0.03 97.85 188 | 1 0.03 97.88 188.5 | 1 0.03 97.91 188.7 | 1 0.03 97.93 190.2 | 1 0.03 97.96 190.9 | 1 0.03 97.99 191.7 | 1 0.03 98.02 192.6 | 1 0.03 98.05 193.7 | 1 0.03 98.08 194.1 | 1 0.03 98.11 194.9 | 1 0.03 98.14 195.1 | 1 0.03 98.17 195.9 | 1 0.03 98.20 197 | 1 0.03 98.23 197.9 | 1 0.03 98.25 199 | 1 0.03 98.28 199.5 | 1 0.03 98.31 201.1 | 1 0.03 98.34 201.4 | 1 0.03 98.37 201.5 | 1 0.03 98.40 201.8 | 2 0.06 98.46 203.3 | 1 0.03 98.49 204.1 | 2 0.06 98.55 205.2 | 1 0.03 98.57 207.2 | 1 0.03 98.60 208.3 | 1 0.03 98.63 208.6 | 1 0.03 98.66 209.7 | 1 0.03 98.69 213.5 | 1 0.03 98.72 214.3 | 1 0.03 98.75 215.2 | 1 0.03 98.78 216 | 1 0.03 98.81 216.1 | 1 0.03 98.84 217 | 1 0.03 98.87 217.1 | 1 0.03 98.89 220.7 | 1 0.03 98.92 221.6 | 1 0.03 98.95 223.2 | 1 0.03 98.98 223.3 | 1 0.03 99.01 223.8 | 1 0.03 99.04 224.5 | 1 0.03 99.07 225 | 1 0.03 99.10 227.4 | 1 0.03 99.13 231.4 | 1 0.03 99.16 232.1 | 1 0.03 99.19 232.7 | 1 0.03 99.21 234 | 1 0.03 99.24 235.2 | 1 0.03 99.27 236.2 | 1 0.03 99.30 240.9 | 1 0.03 99.33 242.9 | 1 0.03 99.36 247.2 | 1 0.03 99.39 249 | 1 0.03 99.42 249.4 | 1 0.03 99.45 251.7 | 1 0.03 99.48 254.7 | 1 0.03 99.51 255.6 | 1 0.03 99.53 256.4 | 1 0.03 99.56 256.8 | 1 0.03 99.59 264.6 | 1 0.03 99.62 277 | 2 0.06 99.68 281 | 1 0.03 99.71 283.7 | 1 0.03 99.74 284.6 | 1 0.03 99.77 291.3 | 1 0.03 99.80 292.1 | 1 0.03 99.83 297.3 | 1 0.03 99.85 313.6 | 1 0.03 99.88 316.8 | 1 0.03 99.91 318 | 1 0.03 99.94 333.4 | 1 0.03 99.97 384.3 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for disambslcl variable in PC_HSA_rates_0307 dataset : Overall, | LCL % | Discharges | for | Ambulatory | Care | Sensitive | Cond per | 1000 Med | Enroll | Freq. Percent Cum. ------------+----------------------------------- 13.9 | 1 0.03 0.03 16.1 | 1 0.03 0.06 21.6 | 1 0.03 0.09 22.2 | 1 0.03 0.12 27.3 | 1 0.03 0.15 27.6 | 1 0.03 0.17 27.7 | 1 0.03 0.20 28.5 | 1 0.03 0.23 29.1 | 1 0.03 0.26 29.3 | 1 0.03 0.29 29.5 | 1 0.03 0.32 29.6 | 1 0.03 0.35 29.7 | 1 0.03 0.38 30.1 | 1 0.03 0.41 30.9 | 1 0.03 0.44 31.1 | 1 0.03 0.47 31.4 | 1 0.03 0.49 31.5 | 1 0.03 0.52 31.6 | 1 0.03 0.55 32 | 1 0.03 0.58 32.2 | 1 0.03 0.61 32.3 | 1 0.03 0.64 32.7 | 1 0.03 0.67 32.8 | 1 0.03 0.70 33.3 | 1 0.03 0.73 33.6 | 1 0.03 0.76 33.8 | 1 0.03 0.79 34.2 | 1 0.03 0.81 34.4 | 1 0.03 0.84 34.5 | 1 0.03 0.87 34.6 | 1 0.03 0.90 34.7 | 2 0.06 0.96 35 | 1 0.03 0.99 35.2 | 1 0.03 1.02 35.3 | 1 0.03 1.05 35.5 | 1 0.03 1.08 35.7 | 1 0.03 1.11 35.8 | 1 0.03 1.13 35.9 | 2 0.06 1.19 36.1 | 1 0.03 1.22 36.2 | 1 0.03 1.25 36.4 | 1 0.03 1.28 36.6 | 1 0.03 1.31 36.9 | 1 0.03 1.34 37 | 1 0.03 1.37 37.4 | 1 0.03 1.40 37.5 | 4 0.12 1.51 37.6 | 2 0.06 1.57 37.8 | 2 0.06 1.63 37.9 | 2 0.06 1.69 38.2 | 1 0.03 1.72 38.4 | 3 0.09 1.80 38.5 | 2 0.06 1.86 38.6 | 1 0.03 1.89 38.8 | 1 0.03 1.92 38.9 | 1 0.03 1.95 39 | 1 0.03 1.98 39.2 | 2 0.06 2.04 39.7 | 1 0.03 2.07 39.8 | 1 0.03 2.09 39.9 | 2 0.06 2.15 40 | 1 0.03 2.18 40.1 | 1 0.03 2.21 40.2 | 1 0.03 2.24 40.3 | 4 0.12 2.36 40.4 | 3 0.09 2.44 40.5 | 1 0.03 2.47 40.6 | 3 0.09 2.56 40.7 | 1 0.03 2.59 40.9 | 3 0.09 2.68 41 | 2 0.06 2.73 41.1 | 1 0.03 2.76 41.2 | 1 0.03 2.79 41.4 | 3 0.09 2.88 41.5 | 1 0.03 2.91 41.6 | 1 0.03 2.94 41.7 | 3 0.09 3.03 41.8 | 2 0.06 3.08 41.9 | 2 0.06 3.14 42 | 2 0.06 3.20 42.1 | 2 0.06 3.26 42.3 | 3 0.09 3.35 42.4 | 1 0.03 3.38 42.5 | 4 0.12 3.49 42.6 | 2 0.06 3.55 42.7 | 1 0.03 3.58 42.8 | 2 0.06 3.64 42.9 | 6 0.17 3.81 43.2 | 5 0.15 3.96 43.3 | 1 0.03 3.99 43.4 | 2 0.06 4.04 43.5 | 3 0.09 4.13 43.6 | 1 0.03 4.16 43.8 | 2 0.06 4.22 44 | 2 0.06 4.28 44.1 | 4 0.12 4.39 44.2 | 3 0.09 4.48 44.3 | 4 0.12 4.60 44.4 | 3 0.09 4.68 44.5 | 1 0.03 4.71 44.6 | 4 0.12 4.83 44.7 | 1 0.03 4.86 44.8 | 1 0.03 4.89 44.9 | 3 0.09 4.98 45 | 2 0.06 5.03 45.1 | 2 0.06 5.09 45.2 | 1 0.03 5.12 45.4 | 2 0.06 5.18 45.5 | 3 0.09 5.27 45.6 | 2 0.06 5.32 45.8 | 1 0.03 5.35 45.9 | 3 0.09 5.44 46 | 2 0.06 5.50 46.1 | 2 0.06 5.56 46.2 | 2 0.06 5.62 46.3 | 1 0.03 5.64 46.4 | 2 0.06 5.70 46.5 | 4 0.12 5.82 46.6 | 1 0.03 5.85 46.7 | 4 0.12 5.96 46.8 | 3 0.09 6.05 46.9 | 4 0.12 6.17 47 | 2 0.06 6.23 47.1 | 1 0.03 6.26 47.2 | 1 0.03 6.28 47.3 | 1 0.03 6.31 47.4 | 3 0.09 6.40 47.5 | 3 0.09 6.49 47.6 | 1 0.03 6.52 47.7 | 3 0.09 6.60 47.8 | 6 0.17 6.78 47.9 | 7 0.20 6.98 48 | 2 0.06 7.04 48.1 | 2 0.06 7.10 48.2 | 1 0.03 7.13 48.3 | 1 0.03 7.16 48.4 | 2 0.06 7.22 48.5 | 4 0.12 7.33 48.6 | 4 0.12 7.45 48.7 | 1 0.03 7.48 48.8 | 2 0.06 7.54 48.9 | 3 0.09 7.62 49 | 4 0.12 7.74 49.1 | 2 0.06 7.80 49.2 | 6 0.17 7.97 49.3 | 6 0.17 8.15 49.4 | 4 0.12 8.26 49.5 | 5 0.15 8.41 49.7 | 2 0.06 8.47 49.8 | 8 0.23 8.70 49.9 | 4 0.12 8.82 50 | 3 0.09 8.90 50.1 | 4 0.12 9.02 50.2 | 4 0.12 9.14 50.3 | 3 0.09 9.22 50.4 | 10 0.29 9.51 50.5 | 2 0.06 9.57 50.6 | 5 0.15 9.72 50.7 | 7 0.20 9.92 50.8 | 2 0.06 9.98 50.9 | 1 0.03 10.01 51 | 4 0.12 10.13 51.1 | 6 0.17 10.30 51.2 | 2 0.06 10.36 51.3 | 6 0.17 10.53 51.4 | 2 0.06 10.59 51.5 | 5 0.15 10.74 51.6 | 6 0.17 10.91 51.7 | 4 0.12 11.03 51.8 | 2 0.06 11.09 51.9 | 6 0.17 11.26 52 | 7 0.20 11.46 52.1 | 7 0.20 11.67 52.2 | 1 0.03 11.70 52.3 | 2 0.06 11.75 52.4 | 4 0.12 11.87 52.5 | 7 0.20 12.07 52.6 | 5 0.15 12.22 52.7 | 1 0.03 12.25 52.8 | 2 0.06 12.31 52.9 | 2 0.06 12.37 53 | 5 0.15 12.51 53.1 | 4 0.12 12.63 53.2 | 4 0.12 12.74 53.3 | 4 0.12 12.86 53.4 | 3 0.09 12.95 53.5 | 7 0.20 13.15 53.6 | 3 0.09 13.24 53.7 | 7 0.20 13.44 53.8 | 2 0.06 13.50 53.9 | 2 0.06 13.56 54 | 3 0.09 13.65 54.1 | 4 0.12 13.76 54.2 | 5 0.15 13.91 54.3 | 5 0.15 14.05 54.4 | 6 0.17 14.23 54.5 | 3 0.09 14.31 54.6 | 5 0.15 14.46 54.7 | 5 0.15 14.61 54.8 | 3 0.09 14.69 54.9 | 3 0.09 14.78 55 | 4 0.12 14.90 55.1 | 5 0.15 15.04 55.2 | 8 0.23 15.27 55.3 | 5 0.15 15.42 55.4 | 3 0.09 15.51 55.5 | 3 0.09 15.59 55.6 | 8 0.23 15.83 55.7 | 5 0.15 15.97 55.8 | 2 0.06 16.03 55.9 | 4 0.12 16.15 56 | 5 0.15 16.29 56.1 | 2 0.06 16.35 56.2 | 7 0.20 16.56 56.3 | 4 0.12 16.67 56.4 | 1 0.03 16.70 56.5 | 4 0.12 16.82 56.6 | 6 0.17 16.99 56.7 | 6 0.17 17.17 56.8 | 7 0.20 17.37 56.9 | 1 0.03 17.40 57 | 7 0.20 17.60 57.1 | 2 0.06 17.66 57.2 | 1 0.03 17.69 57.3 | 4 0.12 17.81 57.4 | 2 0.06 17.86 57.5 | 5 0.15 18.01 57.6 | 4 0.12 18.13 57.7 | 4 0.12 18.24 57.8 | 8 0.23 18.48 57.9 | 4 0.12 18.59 58 | 6 0.17 18.77 58.1 | 4 0.12 18.88 58.2 | 3 0.09 18.97 58.3 | 2 0.06 19.03 58.4 | 3 0.09 19.12 58.5 | 4 0.12 19.23 58.6 | 8 0.23 19.46 58.7 | 4 0.12 19.58 58.8 | 4 0.12 19.70 58.9 | 3 0.09 19.78 59 | 4 0.12 19.90 59.1 | 8 0.23 20.13 59.2 | 7 0.20 20.34 59.3 | 5 0.15 20.48 59.4 | 4 0.12 20.60 59.5 | 4 0.12 20.72 59.6 | 5 0.15 20.86 59.7 | 4 0.12 20.98 59.8 | 4 0.12 21.09 59.9 | 6 0.17 21.27 60 | 4 0.12 21.38 60.1 | 3 0.09 21.47 60.2 | 11 0.32 21.79 60.3 | 6 0.17 21.97 60.4 | 1 0.03 22.00 60.5 | 7 0.20 22.20 60.6 | 5 0.15 22.35 60.7 | 5 0.15 22.49 60.8 | 3 0.09 22.58 60.9 | 8 0.23 22.81 61 | 11 0.32 23.13 61.1 | 6 0.17 23.31 61.2 | 7 0.20 23.51 61.3 | 8 0.23 23.74 61.4 | 5 0.15 23.89 61.5 | 7 0.20 24.09 61.6 | 3 0.09 24.18 61.7 | 5 0.15 24.32 61.8 | 7 0.20 24.53 61.9 | 5 0.15 24.67 62 | 3 0.09 24.76 62.1 | 2 0.06 24.82 62.2 | 7 0.20 25.02 62.3 | 2 0.06 25.08 62.4 | 6 0.17 25.25 62.5 | 3 0.09 25.34 62.6 | 9 0.26 25.60 62.7 | 3 0.09 25.69 62.8 | 1 0.03 25.72 62.9 | 5 0.15 25.87 63 | 8 0.23 26.10 63.1 | 5 0.15 26.24 63.2 | 8 0.23 26.48 63.3 | 10 0.29 26.77 63.4 | 9 0.26 27.03 63.5 | 4 0.12 27.15 63.6 | 8 0.23 27.38 63.7 | 4 0.12 27.49 63.8 | 6 0.17 27.67 63.9 | 4 0.12 27.79 64 | 8 0.23 28.02 64.1 | 5 0.15 28.16 64.2 | 5 0.15 28.31 64.3 | 7 0.20 28.51 64.4 | 5 0.15 28.66 64.5 | 6 0.17 28.83 64.6 | 7 0.20 29.04 64.7 | 3 0.09 29.12 64.8 | 3 0.09 29.21 64.9 | 9 0.26 29.47 65 | 7 0.20 29.68 65.1 | 5 0.15 29.82 65.2 | 3 0.09 29.91 65.3 | 7 0.20 30.11 65.4 | 5 0.15 30.26 65.5 | 7 0.20 30.46 65.6 | 5 0.15 30.61 65.7 | 5 0.15 30.75 65.8 | 9 0.26 31.02 65.9 | 5 0.15 31.16 66 | 6 0.17 31.34 66.1 | 2 0.06 31.39 66.2 | 4 0.12 31.51 66.3 | 2 0.06 31.57 66.4 | 3 0.09 31.66 66.5 | 4 0.12 31.77 66.6 | 9 0.26 32.03 66.7 | 4 0.12 32.15 66.8 | 4 0.12 32.27 66.9 | 8 0.23 32.50 67 | 6 0.17 32.67 67.1 | 2 0.06 32.73 67.2 | 12 0.35 33.08 67.3 | 8 0.23 33.31 67.4 | 7 0.20 33.52 67.5 | 8 0.23 33.75 67.6 | 6 0.17 33.92 67.7 | 5 0.15 34.07 67.8 | 2 0.06 34.13 67.9 | 9 0.26 34.39 68 | 5 0.15 34.54 68.1 | 2 0.06 34.59 68.2 | 6 0.17 34.77 68.3 | 5 0.15 34.91 68.4 | 4 0.12 35.03 68.5 | 6 0.17 35.21 68.6 | 5 0.15 35.35 68.7 | 3 0.09 35.44 68.8 | 4 0.12 35.55 68.9 | 6 0.17 35.73 69 | 8 0.23 35.96 69.1 | 8 0.23 36.19 69.2 | 3 0.09 36.28 69.3 | 7 0.20 36.49 69.4 | 9 0.26 36.75 69.5 | 8 0.23 36.98 69.6 | 5 0.15 37.13 69.7 | 3 0.09 37.21 69.8 | 2 0.06 37.27 69.9 | 6 0.17 37.45 70 | 8 0.23 37.68 70.1 | 5 0.15 37.82 70.2 | 6 0.17 38.00 70.3 | 6 0.17 38.17 70.4 | 6 0.17 38.35 70.5 | 6 0.17 38.52 70.6 | 7 0.20 38.73 70.7 | 2 0.06 38.78 70.8 | 5 0.15 38.93 70.9 | 4 0.12 39.05 71 | 6 0.17 39.22 71.1 | 6 0.17 39.39 71.2 | 6 0.17 39.57 71.3 | 6 0.17 39.74 71.4 | 3 0.09 39.83 71.5 | 5 0.15 39.98 71.6 | 8 0.23 40.21 71.7 | 7 0.20 40.41 71.8 | 1 0.03 40.44 71.9 | 4 0.12 40.56 72 | 5 0.15 40.70 72.1 | 11 0.32 41.02 72.2 | 3 0.09 41.11 72.3 | 10 0.29 41.40 72.4 | 3 0.09 41.49 72.5 | 3 0.09 41.58 72.6 | 3 0.09 41.66 72.7 | 5 0.15 41.81 72.8 | 5 0.15 41.96 72.9 | 3 0.09 42.04 73 | 2 0.06 42.10 73.1 | 9 0.26 42.36 73.2 | 12 0.35 42.71 73.3 | 6 0.17 42.89 73.4 | 1 0.03 42.92 73.5 | 4 0.12 43.03 73.6 | 11 0.32 43.35 73.7 | 4 0.12 43.47 73.8 | 9 0.26 43.73 73.9 | 5 0.15 43.88 74 | 7 0.20 44.08 74.1 | 8 0.23 44.31 74.2 | 5 0.15 44.46 74.3 | 8 0.23 44.69 74.4 | 7 0.20 44.89 74.5 | 4 0.12 45.01 74.6 | 4 0.12 45.13 74.7 | 2 0.06 45.18 74.8 | 3 0.09 45.27 74.9 | 3 0.09 45.36 75 | 5 0.15 45.50 75.1 | 3 0.09 45.59 75.2 | 5 0.15 45.74 75.3 | 8 0.23 45.97 75.4 | 4 0.12 46.09 75.5 | 4 0.12 46.20 75.6 | 4 0.12 46.32 75.7 | 5 0.15 46.46 75.8 | 4 0.12 46.58 75.9 | 2 0.06 46.64 76 | 6 0.17 46.81 76.1 | 6 0.17 46.99 76.2 | 8 0.23 47.22 76.3 | 5 0.15 47.37 76.5 | 5 0.15 47.51 76.6 | 3 0.09 47.60 76.7 | 6 0.17 47.77 76.8 | 5 0.15 47.92 76.9 | 6 0.17 48.09 77 | 5 0.15 48.24 77.1 | 6 0.17 48.41 77.2 | 9 0.26 48.68 77.3 | 3 0.09 48.76 77.4 | 5 0.15 48.91 77.5 | 3 0.09 49.00 77.6 | 6 0.17 49.17 77.7 | 4 0.12 49.29 77.8 | 4 0.12 49.40 77.9 | 3 0.09 49.49 78 | 6 0.17 49.67 78.1 | 5 0.15 49.81 78.3 | 6 0.17 49.99 78.4 | 6 0.17 50.16 78.5 | 3 0.09 50.25 78.6 | 3 0.09 50.33 78.7 | 6 0.17 50.51 78.8 | 7 0.20 50.71 78.9 | 9 0.26 50.97 79 | 6 0.17 51.15 79.1 | 6 0.17 51.32 79.2 | 5 0.15 51.47 79.3 | 8 0.23 51.70 79.4 | 5 0.15 51.85 79.5 | 1 0.03 51.88 79.6 | 4 0.12 51.99 79.7 | 3 0.09 52.08 79.8 | 3 0.09 52.17 79.9 | 4 0.12 52.28 80 | 5 0.15 52.43 80.1 | 3 0.09 52.52 80.2 | 2 0.06 52.57 80.3 | 7 0.20 52.78 80.4 | 6 0.17 52.95 80.5 | 6 0.17 53.13 80.6 | 5 0.15 53.27 80.7 | 3 0.09 53.36 80.8 | 5 0.15 53.51 80.9 | 3 0.09 53.59 81 | 3 0.09 53.68 81.1 | 3 0.09 53.77 81.2 | 5 0.15 53.91 81.3 | 6 0.17 54.09 81.4 | 5 0.15 54.23 81.5 | 6 0.17 54.41 81.6 | 5 0.15 54.55 81.7 | 5 0.15 54.70 81.8 | 5 0.15 54.84 81.9 | 6 0.17 55.02 82 | 4 0.12 55.14 82.1 | 7 0.20 55.34 82.2 | 5 0.15 55.48 82.3 | 4 0.12 55.60 82.4 | 7 0.20 55.80 82.5 | 4 0.12 55.92 82.6 | 8 0.23 56.15 82.7 | 5 0.15 56.30 82.8 | 7 0.20 56.50 82.9 | 13 0.38 56.88 83 | 1 0.03 56.91 83.1 | 6 0.17 57.08 83.2 | 5 0.15 57.23 83.3 | 4 0.12 57.35 83.4 | 6 0.17 57.52 83.5 | 3 0.09 57.61 83.6 | 3 0.09 57.70 83.7 | 5 0.15 57.84 83.8 | 5 0.15 57.99 83.9 | 4 0.12 58.10 84 | 7 0.20 58.31 84.1 | 3 0.09 58.39 84.2 | 8 0.23 58.63 84.3 | 3 0.09 58.71 84.4 | 4 0.12 58.83 84.5 | 2 0.06 58.89 84.6 | 4 0.12 59.00 84.7 | 2 0.06 59.06 84.8 | 8 0.23 59.30 84.9 | 9 0.26 59.56 85 | 6 0.17 59.73 85.1 | 3 0.09 59.82 85.2 | 3 0.09 59.91 85.3 | 5 0.15 60.05 85.4 | 3 0.09 60.14 85.5 | 8 0.23 60.37 85.6 | 3 0.09 60.46 85.7 | 3 0.09 60.55 85.8 | 7 0.20 60.75 85.9 | 5 0.15 60.90 86 | 5 0.15 61.04 86.1 | 3 0.09 61.13 86.3 | 4 0.12 61.25 86.4 | 5 0.15 61.39 86.5 | 10 0.29 61.68 86.6 | 5 0.15 61.83 86.7 | 1 0.03 61.86 86.8 | 4 0.12 61.97 86.9 | 6 0.17 62.15 87 | 4 0.12 62.26 87.1 | 1 0.03 62.29 87.2 | 8 0.23 62.53 87.3 | 2 0.06 62.58 87.4 | 2 0.06 62.64 87.5 | 3 0.09 62.73 87.6 | 4 0.12 62.85 87.7 | 2 0.06 62.90 87.8 | 4 0.12 63.02 87.9 | 4 0.12 63.14 88 | 2 0.06 63.19 88.1 | 4 0.12 63.31 88.2 | 4 0.12 63.43 88.3 | 3 0.09 63.51 88.4 | 4 0.12 63.63 88.5 | 6 0.17 63.81 88.6 | 3 0.09 63.89 88.7 | 3 0.09 63.98 88.8 | 2 0.06 64.04 88.9 | 2 0.06 64.10 89 | 2 0.06 64.15 89.1 | 5 0.15 64.30 89.2 | 2 0.06 64.36 89.3 | 8 0.23 64.59 89.4 | 2 0.06 64.65 89.5 | 2 0.06 64.71 89.6 | 4 0.12 64.82 89.7 | 5 0.15 64.97 89.8 | 3 0.09 65.06 89.9 | 3 0.09 65.14 90 | 8 0.23 65.38 90.1 | 2 0.06 65.43 90.3 | 6 0.17 65.61 90.4 | 5 0.15 65.76 90.5 | 4 0.12 65.87 90.6 | 6 0.17 66.05 90.7 | 4 0.12 66.16 90.8 | 3 0.09 66.25 90.9 | 2 0.06 66.31 91 | 7 0.20 66.51 91.1 | 5 0.15 66.66 91.2 | 3 0.09 66.74 91.3 | 4 0.12 66.86 91.4 | 1 0.03 66.89 91.5 | 3 0.09 66.98 91.6 | 3 0.09 67.06 91.7 | 4 0.12 67.18 91.8 | 4 0.12 67.30 91.9 | 3 0.09 67.38 92 | 5 0.15 67.53 92.1 | 2 0.06 67.59 92.2 | 3 0.09 67.68 92.3 | 4 0.12 67.79 92.4 | 4 0.12 67.91 92.5 | 4 0.12 68.02 92.6 | 4 0.12 68.14 92.7 | 2 0.06 68.20 92.8 | 5 0.15 68.34 92.9 | 3 0.09 68.43 93 | 4 0.12 68.55 93.1 | 3 0.09 68.64 93.2 | 2 0.06 68.69 93.3 | 5 0.15 68.84 93.4 | 3 0.09 68.93 93.5 | 5 0.15 69.07 93.7 | 2 0.06 69.13 93.8 | 3 0.09 69.22 93.9 | 4 0.12 69.33 94 | 1 0.03 69.36 94.1 | 5 0.15 69.51 94.2 | 4 0.12 69.62 94.3 | 6 0.17 69.80 94.4 | 4 0.12 69.92 94.5 | 3 0.09 70.00 94.6 | 4 0.12 70.12 94.7 | 7 0.20 70.32 94.8 | 3 0.09 70.41 95 | 2 0.06 70.47 95.1 | 3 0.09 70.56 95.2 | 4 0.12 70.67 95.3 | 1 0.03 70.70 95.4 | 5 0.15 70.85 95.5 | 5 0.15 70.99 95.6 | 4 0.12 71.11 95.7 | 5 0.15 71.25 95.8 | 3 0.09 71.34 95.9 | 5 0.15 71.49 96 | 2 0.06 71.54 96.1 | 3 0.09 71.63 96.2 | 5 0.15 71.78 96.3 | 3 0.09 71.86 96.4 | 3 0.09 71.95 96.5 | 6 0.17 72.13 96.6 | 2 0.06 72.19 96.7 | 4 0.12 72.30 96.8 | 4 0.12 72.42 96.9 | 3 0.09 72.51 97 | 5 0.15 72.65 97.1 | 5 0.15 72.80 97.2 | 2 0.06 72.85 97.3 | 4 0.12 72.97 97.4 | 3 0.09 73.06 97.5 | 1 0.03 73.09 97.6 | 3 0.09 73.17 97.7 | 8 0.23 73.41 97.8 | 4 0.12 73.52 97.9 | 7 0.20 73.73 98 | 4 0.12 73.84 98.1 | 6 0.17 74.02 98.2 | 4 0.12 74.13 98.3 | 3 0.09 74.22 98.4 | 1 0.03 74.25 98.5 | 2 0.06 74.31 98.6 | 7 0.20 74.51 98.7 | 4 0.12 74.63 98.8 | 2 0.06 74.69 98.9 | 2 0.06 74.75 99 | 3 0.09 74.83 99.1 | 3 0.09 74.92 99.2 | 2 0.06 74.98 99.4 | 3 0.09 75.07 99.5 | 2 0.06 75.12 99.6 | 4 0.12 75.24 99.7 | 3 0.09 75.33 99.8 | 4 0.12 75.44 99.9 | 3 0.09 75.53 100 | 2 0.06 75.59 100.1 | 5 0.15 75.73 100.2 | 4 0.12 75.85 100.3 | 2 0.06 75.91 100.4 | 7 0.20 76.11 100.5 | 3 0.09 76.20 100.6 | 4 0.12 76.32 100.7 | 4 0.12 76.43 100.8 | 1 0.03 76.46 100.9 | 10 0.29 76.75 101 | 3 0.09 76.84 101.1 | 4 0.12 76.96 101.2 | 4 0.12 77.07 101.3 | 1 0.03 77.10 101.4 | 2 0.06 77.16 101.5 | 3 0.09 77.25 101.6 | 2 0.06 77.31 101.7 | 2 0.06 77.36 101.8 | 2 0.06 77.42 101.9 | 6 0.17 77.60 102 | 4 0.12 77.71 102.1 | 2 0.06 77.77 102.2 | 7 0.20 77.97 102.4 | 3 0.09 78.06 102.5 | 2 0.06 78.12 102.6 | 5 0.15 78.27 102.7 | 9 0.26 78.53 102.8 | 5 0.15 78.67 102.9 | 2 0.06 78.73 103 | 3 0.09 78.82 103.1 | 5 0.15 78.96 103.2 | 3 0.09 79.05 103.4 | 1 0.03 79.08 103.5 | 3 0.09 79.17 103.7 | 1 0.03 79.20 103.8 | 3 0.09 79.28 103.9 | 5 0.15 79.43 104 | 2 0.06 79.49 104.1 | 2 0.06 79.55 104.2 | 2 0.06 79.60 104.3 | 4 0.12 79.72 104.4 | 3 0.09 79.81 104.5 | 3 0.09 79.90 104.6 | 2 0.06 79.95 104.7 | 5 0.15 80.10 104.8 | 3 0.09 80.19 105 | 4 0.12 80.30 105.1 | 2 0.06 80.36 105.2 | 1 0.03 80.39 105.3 | 1 0.03 80.42 105.4 | 4 0.12 80.54 105.5 | 3 0.09 80.62 105.6 | 1 0.03 80.65 105.7 | 2 0.06 80.71 105.8 | 4 0.12 80.83 105.9 | 4 0.12 80.94 106 | 4 0.12 81.06 106.1 | 4 0.12 81.18 106.2 | 2 0.06 81.23 106.3 | 3 0.09 81.32 106.5 | 4 0.12 81.44 106.6 | 2 0.06 81.50 106.7 | 2 0.06 81.55 106.8 | 5 0.15 81.70 106.9 | 4 0.12 81.82 107 | 6 0.17 81.99 107.1 | 3 0.09 82.08 107.2 | 1 0.03 82.11 107.3 | 1 0.03 82.14 107.5 | 2 0.06 82.19 107.6 | 4 0.12 82.31 107.7 | 2 0.06 82.37 107.8 | 1 0.03 82.40 107.9 | 2 0.06 82.46 108 | 1 0.03 82.48 108.1 | 2 0.06 82.54 108.2 | 1 0.03 82.57 108.3 | 1 0.03 82.60 108.4 | 2 0.06 82.66 108.5 | 3 0.09 82.75 108.7 | 4 0.12 82.86 108.8 | 2 0.06 82.92 108.9 | 6 0.17 83.10 109 | 4 0.12 83.21 109.1 | 4 0.12 83.33 109.2 | 5 0.15 83.47 109.3 | 1 0.03 83.50 109.4 | 5 0.15 83.65 109.6 | 1 0.03 83.68 109.7 | 1 0.03 83.71 109.9 | 4 0.12 83.82 110 | 2 0.06 83.88 110.2 | 5 0.15 84.03 110.4 | 2 0.06 84.08 110.5 | 1 0.03 84.11 110.6 | 4 0.12 84.23 110.8 | 1 0.03 84.26 110.9 | 4 0.12 84.38 111 | 2 0.06 84.43 111.1 | 4 0.12 84.55 111.3 | 1 0.03 84.58 111.4 | 1 0.03 84.61 111.6 | 3 0.09 84.70 111.8 | 4 0.12 84.81 111.9 | 5 0.15 84.96 112 | 2 0.06 85.02 112.2 | 1 0.03 85.05 112.3 | 2 0.06 85.10 112.4 | 1 0.03 85.13 112.5 | 2 0.06 85.19 112.6 | 1 0.03 85.22 112.7 | 1 0.03 85.25 112.8 | 5 0.15 85.39 113.1 | 2 0.06 85.45 113.2 | 2 0.06 85.51 113.3 | 1 0.03 85.54 113.5 | 1 0.03 85.57 113.6 | 2 0.06 85.63 113.7 | 1 0.03 85.66 113.8 | 1 0.03 85.69 113.9 | 2 0.06 85.74 114.1 | 2 0.06 85.80 114.3 | 2 0.06 85.86 114.4 | 2 0.06 85.92 114.5 | 4 0.12 86.03 114.6 | 2 0.06 86.09 114.7 | 2 0.06 86.15 114.8 | 2 0.06 86.21 114.9 | 1 0.03 86.24 115 | 2 0.06 86.30 115.2 | 3 0.09 86.38 115.3 | 1 0.03 86.41 115.4 | 2 0.06 86.47 115.5 | 3 0.09 86.56 115.6 | 1 0.03 86.59 115.8 | 2 0.06 86.65 116 | 1 0.03 86.67 116.1 | 3 0.09 86.76 116.2 | 1 0.03 86.79 116.3 | 1 0.03 86.82 116.4 | 3 0.09 86.91 116.7 | 1 0.03 86.94 116.9 | 3 0.09 87.02 117 | 2 0.06 87.08 117.1 | 1 0.03 87.11 117.2 | 1 0.03 87.14 117.3 | 2 0.06 87.20 117.6 | 6 0.17 87.37 117.7 | 1 0.03 87.40 117.8 | 1 0.03 87.43 117.9 | 1 0.03 87.46 118 | 1 0.03 87.49 118.1 | 1 0.03 87.52 118.4 | 3 0.09 87.61 118.5 | 2 0.06 87.66 118.8 | 1 0.03 87.69 119 | 1 0.03 87.72 119.2 | 2 0.06 87.78 119.3 | 4 0.12 87.90 119.5 | 1 0.03 87.93 119.6 | 2 0.06 87.98 119.7 | 4 0.12 88.10 119.8 | 4 0.12 88.22 119.9 | 1 0.03 88.25 120.2 | 3 0.09 88.33 120.5 | 1 0.03 88.36 120.6 | 1 0.03 88.39 120.8 | 3 0.09 88.48 120.9 | 2 0.06 88.54 121.2 | 2 0.06 88.59 121.3 | 1 0.03 88.62 121.4 | 1 0.03 88.65 121.5 | 2 0.06 88.71 121.7 | 2 0.06 88.77 121.8 | 1 0.03 88.80 121.9 | 2 0.06 88.86 122 | 2 0.06 88.91 122.2 | 3 0.09 89.00 122.3 | 2 0.06 89.06 122.4 | 1 0.03 89.09 122.5 | 3 0.09 89.18 122.6 | 1 0.03 89.21 122.7 | 1 0.03 89.23 122.8 | 2 0.06 89.29 122.9 | 3 0.09 89.38 123 | 2 0.06 89.44 123.1 | 2 0.06 89.50 123.2 | 2 0.06 89.55 123.4 | 1 0.03 89.58 123.6 | 3 0.09 89.67 123.7 | 1 0.03 89.70 123.9 | 2 0.06 89.76 124 | 4 0.12 89.87 124.1 | 2 0.06 89.93 124.3 | 3 0.09 90.02 124.4 | 2 0.06 90.08 124.5 | 1 0.03 90.11 124.6 | 2 0.06 90.17 124.7 | 1 0.03 90.19 125 | 5 0.15 90.34 125.1 | 2 0.06 90.40 125.2 | 1 0.03 90.43 125.3 | 1 0.03 90.46 125.4 | 1 0.03 90.49 125.6 | 2 0.06 90.54 125.8 | 1 0.03 90.57 126 | 1 0.03 90.60 126.1 | 2 0.06 90.66 126.2 | 2 0.06 90.72 126.3 | 1 0.03 90.75 126.8 | 1 0.03 90.78 127 | 1 0.03 90.81 127.1 | 1 0.03 90.84 127.2 | 2 0.06 90.89 127.3 | 1 0.03 90.92 127.4 | 1 0.03 90.95 127.5 | 2 0.06 91.01 127.6 | 2 0.06 91.07 127.7 | 1 0.03 91.10 127.8 | 2 0.06 91.16 127.9 | 2 0.06 91.21 128 | 1 0.03 91.24 128.2 | 2 0.06 91.30 128.7 | 1 0.03 91.33 128.8 | 3 0.09 91.42 128.9 | 1 0.03 91.45 129 | 1 0.03 91.48 129.2 | 1 0.03 91.50 129.3 | 1 0.03 91.53 129.4 | 2 0.06 91.59 129.5 | 1 0.03 91.62 129.8 | 2 0.06 91.68 129.9 | 2 0.06 91.74 130 | 2 0.06 91.80 130.2 | 2 0.06 91.85 130.3 | 1 0.03 91.88 130.6 | 1 0.03 91.91 131 | 3 0.09 92.00 131.1 | 2 0.06 92.06 131.5 | 1 0.03 92.09 131.6 | 1 0.03 92.12 131.7 | 1 0.03 92.14 131.8 | 1 0.03 92.17 132 | 1 0.03 92.20 132.1 | 2 0.06 92.26 132.5 | 1 0.03 92.29 132.6 | 1 0.03 92.32 132.7 | 2 0.06 92.38 132.9 | 1 0.03 92.41 133 | 3 0.09 92.49 133.1 | 2 0.06 92.55 133.2 | 1 0.03 92.58 133.5 | 2 0.06 92.64 133.6 | 1 0.03 92.67 133.7 | 1 0.03 92.70 133.9 | 2 0.06 92.76 134.1 | 1 0.03 92.78 134.5 | 1 0.03 92.81 134.6 | 2 0.06 92.87 135.2 | 3 0.09 92.96 135.3 | 2 0.06 93.02 135.4 | 3 0.09 93.10 135.5 | 2 0.06 93.16 135.6 | 1 0.03 93.19 135.7 | 2 0.06 93.25 135.8 | 1 0.03 93.28 135.9 | 1 0.03 93.31 136 | 1 0.03 93.34 136.2 | 1 0.03 93.37 136.3 | 3 0.09 93.45 136.4 | 2 0.06 93.51 136.5 | 2 0.06 93.57 136.7 | 2 0.06 93.63 137 | 2 0.06 93.69 137.2 | 1 0.03 93.72 137.4 | 2 0.06 93.77 137.5 | 2 0.06 93.83 137.6 | 1 0.03 93.86 137.9 | 1 0.03 93.89 138.6 | 1 0.03 93.92 138.8 | 1 0.03 93.95 139 | 2 0.06 94.01 139.1 | 1 0.03 94.04 139.2 | 1 0.03 94.06 139.4 | 1 0.03 94.09 139.6 | 1 0.03 94.12 139.9 | 1 0.03 94.15 140 | 1 0.03 94.18 140.3 | 2 0.06 94.24 140.9 | 1 0.03 94.27 141.2 | 1 0.03 94.30 141.4 | 1 0.03 94.33 141.5 | 3 0.09 94.41 141.6 | 1 0.03 94.44 142.1 | 1 0.03 94.47 142.3 | 1 0.03 94.50 142.6 | 1 0.03 94.53 142.9 | 1 0.03 94.56 143 | 3 0.09 94.65 143.3 | 1 0.03 94.68 143.8 | 1 0.03 94.70 144.2 | 1 0.03 94.73 144.4 | 1 0.03 94.76 144.5 | 1 0.03 94.79 144.8 | 1 0.03 94.82 145 | 2 0.06 94.88 145.3 | 1 0.03 94.91 145.4 | 2 0.06 94.97 145.6 | 1 0.03 95.00 145.7 | 1 0.03 95.02 146 | 3 0.09 95.11 146.1 | 2 0.06 95.17 146.3 | 2 0.06 95.23 146.5 | 1 0.03 95.26 147.2 | 1 0.03 95.29 147.3 | 1 0.03 95.32 147.4 | 3 0.09 95.40 147.6 | 1 0.03 95.43 147.9 | 1 0.03 95.46 148.3 | 1 0.03 95.49 148.4 | 1 0.03 95.52 148.5 | 1 0.03 95.55 149 | 2 0.06 95.61 149.2 | 1 0.03 95.64 149.3 | 1 0.03 95.66 149.5 | 1 0.03 95.69 150.2 | 1 0.03 95.72 150.4 | 1 0.03 95.75 151 | 1 0.03 95.78 151.1 | 1 0.03 95.81 151.2 | 1 0.03 95.84 151.4 | 1 0.03 95.87 151.5 | 1 0.03 95.90 151.8 | 1 0.03 95.93 151.9 | 3 0.09 96.01 152.2 | 1 0.03 96.04 152.8 | 1 0.03 96.07 153.3 | 2 0.06 96.13 153.5 | 2 0.06 96.19 154 | 1 0.03 96.22 154.4 | 1 0.03 96.25 154.5 | 1 0.03 96.28 155.4 | 1 0.03 96.30 155.7 | 1 0.03 96.33 156.2 | 2 0.06 96.39 156.4 | 1 0.03 96.42 156.5 | 1 0.03 96.45 156.9 | 1 0.03 96.48 157.3 | 2 0.06 96.54 157.4 | 1 0.03 96.57 157.8 | 1 0.03 96.60 158.1 | 1 0.03 96.62 158.4 | 1 0.03 96.65 158.9 | 1 0.03 96.68 159 | 1 0.03 96.71 159.3 | 1 0.03 96.74 159.8 | 1 0.03 96.77 160.4 | 1 0.03 96.80 160.5 | 1 0.03 96.83 160.8 | 1 0.03 96.86 160.9 | 1 0.03 96.89 161 | 1 0.03 96.92 162.6 | 1 0.03 96.95 164.4 | 1 0.03 96.97 164.9 | 2 0.06 97.03 165.5 | 1 0.03 97.06 165.7 | 1 0.03 97.09 165.9 | 1 0.03 97.12 166.1 | 1 0.03 97.15 166.3 | 1 0.03 97.18 166.7 | 1 0.03 97.21 166.8 | 1 0.03 97.24 167 | 1 0.03 97.27 167.1 | 1 0.03 97.29 167.3 | 1 0.03 97.32 167.4 | 1 0.03 97.35 168.2 | 1 0.03 97.38 168.5 | 1 0.03 97.41 168.7 | 1 0.03 97.44 168.8 | 1 0.03 97.47 169.6 | 1 0.03 97.50 170.7 | 1 0.03 97.53 171 | 1 0.03 97.56 171.2 | 1 0.03 97.59 171.3 | 1 0.03 97.61 171.8 | 1 0.03 97.64 172.1 | 1 0.03 97.67 173.7 | 1 0.03 97.70 174.7 | 2 0.06 97.76 175.5 | 1 0.03 97.79 175.7 | 1 0.03 97.82 176.8 | 1 0.03 97.85 176.9 | 1 0.03 97.88 177.4 | 1 0.03 97.91 178.1 | 1 0.03 97.93 178.2 | 1 0.03 97.96 178.6 | 1 0.03 97.99 179.2 | 1 0.03 98.02 180 | 1 0.03 98.05 180.6 | 1 0.03 98.08 181 | 1 0.03 98.11 181.9 | 1 0.03 98.14 182 | 1 0.03 98.17 182.6 | 1 0.03 98.20 183.5 | 1 0.03 98.23 184.1 | 1 0.03 98.25 187.6 | 1 0.03 98.28 188.3 | 1 0.03 98.31 189.6 | 1 0.03 98.34 190.3 | 1 0.03 98.37 191.2 | 1 0.03 98.40 191.4 | 1 0.03 98.43 191.7 | 1 0.03 98.46 192.6 | 1 0.03 98.49 194.7 | 1 0.03 98.52 194.9 | 1 0.03 98.55 195.8 | 1 0.03 98.57 198.7 | 1 0.03 98.60 200.7 | 1 0.03 98.63 203.4 | 1 0.03 98.66 203.6 | 1 0.03 98.69 204.5 | 1 0.03 98.72 204.6 | 1 0.03 98.75 204.8 | 1 0.03 98.78 205.1 | 1 0.03 98.81 205.5 | 1 0.03 98.84 205.8 | 1 0.03 98.87 206.5 | 1 0.03 98.89 207.1 | 1 0.03 98.92 208.1 | 1 0.03 98.95 209.1 | 1 0.03 98.98 213.2 | 1 0.03 99.01 213.3 | 1 0.03 99.04 214 | 1 0.03 99.07 216.9 | 1 0.03 99.10 218.4 | 1 0.03 99.13 219 | 1 0.03 99.16 220.4 | 1 0.03 99.19 222.6 | 1 0.03 99.21 224.2 | 1 0.03 99.24 224.9 | 1 0.03 99.27 226.2 | 1 0.03 99.30 227.9 | 1 0.03 99.33 229.5 | 1 0.03 99.36 232.4 | 1 0.03 99.39 233.4 | 1 0.03 99.42 237.9 | 1 0.03 99.45 238.3 | 1 0.03 99.48 242.8 | 1 0.03 99.51 243.7 | 1 0.03 99.53 245.7 | 1 0.03 99.56 247 | 1 0.03 99.59 262.9 | 1 0.03 99.62 263.9 | 1 0.03 99.65 264.5 | 1 0.03 99.68 269.6 | 1 0.03 99.71 270.6 | 1 0.03 99.74 278.2 | 1 0.03 99.77 282.4 | 1 0.03 99.80 286.5 | 1 0.03 99.83 294.8 | 1 0.03 99.85 298.3 | 1 0.03 99.88 301.1 | 1 0.03 99.91 320.2 | 1 0.03 99.94 365.8 | 1 0.03 99.97 . | 1 0.03 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for disambsucl variable in PC_HSA_rates_0307 dataset : Overall, | UCL % | Discharges | for | Ambulatory | Care | Sensitive | Cond per | 1000 Med | Enroll | Freq. Percent Cum. ------------+----------------------------------- 26.8 | 2 0.06 0.06 28.2 | 1 0.03 0.09 29.8 | 1 0.03 0.12 30.3 | 1 0.03 0.15 31.7 | 1 0.03 0.17 32.5 | 1 0.03 0.20 32.8 | 1 0.03 0.23 34.1 | 1 0.03 0.26 34.7 | 1 0.03 0.29 34.8 | 1 0.03 0.32 34.9 | 1 0.03 0.35 35 | 1 0.03 0.38 35.1 | 1 0.03 0.41 35.2 | 1 0.03 0.44 35.7 | 1 0.03 0.47 37.1 | 1 0.03 0.49 37.4 | 1 0.03 0.52 37.5 | 1 0.03 0.55 37.6 | 1 0.03 0.58 37.7 | 1 0.03 0.61 38.2 | 1 0.03 0.64 38.4 | 1 0.03 0.67 38.5 | 1 0.03 0.70 39 | 1 0.03 0.73 39.8 | 1 0.03 0.76 40.1 | 3 0.09 0.84 40.5 | 1 0.03 0.87 40.7 | 2 0.06 0.93 41 | 1 0.03 0.96 41.1 | 1 0.03 0.99 41.2 | 2 0.06 1.05 41.3 | 2 0.06 1.11 41.4 | 1 0.03 1.13 41.6 | 2 0.06 1.19 41.8 | 2 0.06 1.25 41.9 | 1 0.03 1.28 42.3 | 2 0.06 1.34 42.5 | 2 0.06 1.40 42.6 | 2 0.06 1.45 42.7 | 2 0.06 1.51 42.9 | 1 0.03 1.54 43.1 | 1 0.03 1.57 43.4 | 1 0.03 1.60 43.5 | 2 0.06 1.66 43.6 | 2 0.06 1.72 43.7 | 1 0.03 1.75 43.9 | 1 0.03 1.77 44.2 | 1 0.03 1.80 44.3 | 1 0.03 1.83 44.4 | 2 0.06 1.89 44.5 | 1 0.03 1.92 44.6 | 1 0.03 1.95 44.7 | 1 0.03 1.98 44.8 | 1 0.03 2.01 44.9 | 3 0.09 2.09 45 | 2 0.06 2.15 45.3 | 1 0.03 2.18 45.4 | 1 0.03 2.21 45.6 | 2 0.06 2.27 45.8 | 1 0.03 2.30 45.9 | 1 0.03 2.33 46 | 1 0.03 2.36 46.2 | 2 0.06 2.41 46.4 | 4 0.12 2.53 46.5 | 1 0.03 2.56 46.6 | 3 0.09 2.65 46.7 | 2 0.06 2.71 46.9 | 4 0.12 2.82 47 | 3 0.09 2.91 47.1 | 1 0.03 2.94 47.2 | 1 0.03 2.97 47.3 | 4 0.12 3.08 47.4 | 3 0.09 3.17 47.5 | 2 0.06 3.23 47.6 | 2 0.06 3.29 47.7 | 1 0.03 3.32 47.8 | 1 0.03 3.35 48.3 | 1 0.03 3.38 48.4 | 2 0.06 3.43 48.5 | 1 0.03 3.46 48.6 | 3 0.09 3.55 48.7 | 4 0.12 3.67 48.8 | 2 0.06 3.72 48.9 | 2 0.06 3.78 49 | 1 0.03 3.81 49.1 | 2 0.06 3.87 49.2 | 2 0.06 3.93 49.3 | 2 0.06 3.99 49.4 | 1 0.03 4.02 49.6 | 3 0.09 4.10 49.7 | 1 0.03 4.13 49.8 | 1 0.03 4.16 50 | 4 0.12 4.28 50.1 | 2 0.06 4.34 50.2 | 2 0.06 4.39 50.4 | 1 0.03 4.42 50.5 | 1 0.03 4.45 50.6 | 1 0.03 4.48 50.7 | 2 0.06 4.54 50.8 | 2 0.06 4.60 50.9 | 1 0.03 4.63 51 | 3 0.09 4.71 51.1 | 5 0.15 4.86 51.2 | 5 0.15 5.00 51.3 | 1 0.03 5.03 51.4 | 4 0.12 5.15 51.5 | 3 0.09 5.24 51.6 | 2 0.06 5.30 51.7 | 1 0.03 5.32 51.8 | 3 0.09 5.41 51.9 | 4 0.12 5.53 52 | 4 0.12 5.64 52.1 | 4 0.12 5.76 52.2 | 2 0.06 5.82 52.3 | 2 0.06 5.88 52.4 | 4 0.12 5.99 52.5 | 3 0.09 6.08 52.6 | 1 0.03 6.11 52.8 | 3 0.09 6.20 52.9 | 2 0.06 6.26 53 | 2 0.06 6.31 53.1 | 1 0.03 6.34 53.2 | 4 0.12 6.46 53.3 | 2 0.06 6.52 53.5 | 3 0.09 6.60 53.6 | 5 0.15 6.75 53.7 | 5 0.15 6.90 53.8 | 2 0.06 6.95 54 | 4 0.12 7.07 54.1 | 3 0.09 7.16 54.2 | 3 0.09 7.24 54.3 | 3 0.09 7.33 54.4 | 3 0.09 7.42 54.5 | 3 0.09 7.51 54.6 | 4 0.12 7.62 54.7 | 1 0.03 7.65 54.8 | 4 0.12 7.77 54.9 | 5 0.15 7.91 55 | 4 0.12 8.03 55.1 | 3 0.09 8.12 55.2 | 4 0.12 8.23 55.3 | 4 0.12 8.35 55.4 | 3 0.09 8.44 55.5 | 4 0.12 8.55 55.6 | 2 0.06 8.61 55.7 | 2 0.06 8.67 55.8 | 4 0.12 8.79 55.9 | 1 0.03 8.82 56 | 3 0.09 8.90 56.1 | 3 0.09 8.99 56.2 | 4 0.12 9.11 56.4 | 3 0.09 9.19 56.5 | 2 0.06 9.25 56.6 | 4 0.12 9.37 56.7 | 2 0.06 9.43 56.8 | 12 0.35 9.78 56.9 | 3 0.09 9.86 57 | 4 0.12 9.98 57.1 | 2 0.06 10.04 57.2 | 4 0.12 10.15 57.3 | 2 0.06 10.21 57.4 | 3 0.09 10.30 57.5 | 3 0.09 10.39 57.6 | 7 0.20 10.59 57.7 | 3 0.09 10.68 57.8 | 1 0.03 10.71 57.9 | 2 0.06 10.77 58 | 5 0.15 10.91 58.1 | 5 0.15 11.06 58.2 | 6 0.17 11.23 58.3 | 5 0.15 11.38 58.4 | 3 0.09 11.46 58.5 | 3 0.09 11.55 58.6 | 2 0.06 11.61 58.7 | 4 0.12 11.73 58.8 | 1 0.03 11.75 58.9 | 4 0.12 11.87 59 | 7 0.20 12.07 59.1 | 4 0.12 12.19 59.2 | 1 0.03 12.22 59.3 | 3 0.09 12.31 59.4 | 4 0.12 12.42 59.5 | 6 0.17 12.60 59.6 | 3 0.09 12.69 59.7 | 5 0.15 12.83 59.8 | 3 0.09 12.92 59.9 | 7 0.20 13.12 60 | 1 0.03 13.15 60.1 | 5 0.15 13.30 60.2 | 1 0.03 13.33 60.3 | 2 0.06 13.38 60.4 | 1 0.03 13.41 60.5 | 4 0.12 13.53 60.6 | 1 0.03 13.56 60.7 | 4 0.12 13.67 60.8 | 4 0.12 13.79 60.9 | 5 0.15 13.94 61 | 3 0.09 14.02 61.1 | 5 0.15 14.17 61.2 | 5 0.15 14.31 61.3 | 7 0.20 14.52 61.4 | 2 0.06 14.58 61.5 | 6 0.17 14.75 61.6 | 4 0.12 14.87 61.7 | 4 0.12 14.98 61.8 | 5 0.15 15.13 61.9 | 3 0.09 15.22 62 | 3 0.09 15.30 62.2 | 7 0.20 15.51 62.3 | 3 0.09 15.59 62.4 | 4 0.12 15.71 62.5 | 1 0.03 15.74 62.6 | 4 0.12 15.86 62.7 | 6 0.17 16.03 62.8 | 5 0.15 16.18 62.9 | 5 0.15 16.32 63 | 5 0.15 16.47 63.1 | 3 0.09 16.56 63.3 | 1 0.03 16.58 63.4 | 5 0.15 16.73 63.5 | 8 0.23 16.96 63.6 | 3 0.09 17.05 63.7 | 3 0.09 17.14 63.8 | 2 0.06 17.20 63.9 | 6 0.17 17.37 64 | 5 0.15 17.52 64.1 | 3 0.09 17.60 64.2 | 6 0.17 17.78 64.3 | 3 0.09 17.86 64.4 | 4 0.12 17.98 64.5 | 9 0.26 18.24 64.6 | 5 0.15 18.39 64.7 | 2 0.06 18.45 64.8 | 5 0.15 18.59 64.9 | 3 0.09 18.68 65 | 9 0.26 18.94 65.1 | 7 0.20 19.14 65.2 | 7 0.20 19.35 65.3 | 2 0.06 19.41 65.4 | 8 0.23 19.64 65.5 | 6 0.17 19.81 65.6 | 3 0.09 19.90 65.7 | 3 0.09 19.99 65.8 | 2 0.06 20.05 65.9 | 3 0.09 20.13 66 | 8 0.23 20.37 66.1 | 2 0.06 20.42 66.2 | 3 0.09 20.51 66.3 | 3 0.09 20.60 66.4 | 3 0.09 20.69 66.5 | 6 0.17 20.86 66.6 | 9 0.26 21.12 66.7 | 3 0.09 21.21 66.8 | 3 0.09 21.30 66.9 | 6 0.17 21.47 67 | 2 0.06 21.53 67.1 | 7 0.20 21.73 67.2 | 4 0.12 21.85 67.3 | 4 0.12 21.97 67.4 | 5 0.15 22.11 67.5 | 6 0.17 22.29 67.6 | 2 0.06 22.35 67.7 | 5 0.15 22.49 67.8 | 5 0.15 22.64 67.9 | 7 0.20 22.84 68 | 7 0.20 23.04 68.1 | 5 0.15 23.19 68.2 | 4 0.12 23.31 68.3 | 4 0.12 23.42 68.4 | 3 0.09 23.51 68.5 | 9 0.26 23.77 68.6 | 4 0.12 23.89 68.7 | 4 0.12 24.00 68.8 | 5 0.15 24.15 68.9 | 3 0.09 24.24 69 | 5 0.15 24.38 69.1 | 6 0.17 24.56 69.2 | 9 0.26 24.82 69.3 | 4 0.12 24.93 69.4 | 6 0.17 25.11 69.5 | 3 0.09 25.20 69.6 | 7 0.20 25.40 69.7 | 5 0.15 25.55 69.8 | 1 0.03 25.57 69.9 | 6 0.17 25.75 70 | 4 0.12 25.87 70.1 | 4 0.12 25.98 70.2 | 4 0.12 26.10 70.3 | 8 0.23 26.33 70.4 | 3 0.09 26.42 70.5 | 2 0.06 26.48 70.6 | 4 0.12 26.59 70.7 | 3 0.09 26.68 70.8 | 3 0.09 26.77 70.9 | 9 0.26 27.03 71 | 5 0.15 27.17 71.1 | 2 0.06 27.23 71.2 | 9 0.26 27.49 71.3 | 4 0.12 27.61 71.4 | 6 0.17 27.79 71.5 | 5 0.15 27.93 71.6 | 9 0.26 28.19 71.7 | 7 0.20 28.40 71.8 | 6 0.17 28.57 71.9 | 6 0.17 28.75 72 | 8 0.23 28.98 72.1 | 6 0.17 29.15 72.2 | 3 0.09 29.24 72.3 | 4 0.12 29.36 72.4 | 5 0.15 29.50 72.5 | 6 0.17 29.68 72.6 | 5 0.15 29.82 72.7 | 3 0.09 29.91 72.8 | 5 0.15 30.06 72.9 | 6 0.17 30.23 73 | 7 0.20 30.43 73.1 | 7 0.20 30.64 73.2 | 6 0.17 30.81 73.3 | 6 0.17 30.99 73.4 | 4 0.12 31.10 73.5 | 4 0.12 31.22 73.6 | 7 0.20 31.42 73.7 | 5 0.15 31.57 73.8 | 10 0.29 31.86 73.9 | 5 0.15 32.00 74 | 5 0.15 32.15 74.1 | 6 0.17 32.32 74.2 | 5 0.15 32.47 74.3 | 5 0.15 32.62 74.4 | 7 0.20 32.82 74.5 | 6 0.17 32.99 74.6 | 2 0.06 33.05 74.7 | 3 0.09 33.14 74.8 | 6 0.17 33.31 74.9 | 6 0.17 33.49 75 | 4 0.12 33.60 75.1 | 2 0.06 33.66 75.2 | 6 0.17 33.84 75.3 | 9 0.26 34.10 75.4 | 6 0.17 34.27 75.5 | 5 0.15 34.42 75.6 | 7 0.20 34.62 75.7 | 8 0.23 34.86 75.8 | 3 0.09 34.94 75.9 | 4 0.12 35.06 76 | 8 0.23 35.29 76.1 | 3 0.09 35.38 76.2 | 7 0.20 35.58 76.3 | 3 0.09 35.67 76.4 | 8 0.23 35.90 76.5 | 1 0.03 35.93 76.6 | 4 0.12 36.05 76.7 | 2 0.06 36.11 76.8 | 2 0.06 36.17 76.9 | 7 0.20 36.37 77 | 14 0.41 36.78 77.1 | 4 0.12 36.89 77.2 | 5 0.15 37.04 77.3 | 6 0.17 37.21 77.4 | 2 0.06 37.27 77.5 | 6 0.17 37.45 77.6 | 8 0.23 37.68 77.7 | 2 0.06 37.74 77.8 | 4 0.12 37.85 77.9 | 7 0.20 38.06 78 | 4 0.12 38.17 78.1 | 4 0.12 38.29 78.2 | 3 0.09 38.38 78.3 | 4 0.12 38.49 78.4 | 7 0.20 38.70 78.5 | 8 0.23 38.93 78.6 | 8 0.23 39.16 78.7 | 4 0.12 39.28 78.8 | 6 0.17 39.45 78.9 | 4 0.12 39.57 79 | 2 0.06 39.63 79.1 | 4 0.12 39.74 79.2 | 5 0.15 39.89 79.3 | 2 0.06 39.95 79.4 | 7 0.20 40.15 79.5 | 3 0.09 40.24 79.6 | 7 0.20 40.44 79.7 | 8 0.23 40.68 79.8 | 2 0.06 40.73 79.9 | 8 0.23 40.97 80 | 10 0.29 41.26 80.1 | 3 0.09 41.34 80.2 | 8 0.23 41.58 80.3 | 3 0.09 41.66 80.4 | 3 0.09 41.75 80.5 | 6 0.17 41.93 80.6 | 6 0.17 42.10 80.7 | 7 0.20 42.30 80.8 | 5 0.15 42.45 80.9 | 4 0.12 42.57 81 | 3 0.09 42.65 81.1 | 6 0.17 42.83 81.2 | 6 0.17 43.00 81.3 | 5 0.15 43.15 81.4 | 2 0.06 43.21 81.5 | 5 0.15 43.35 81.6 | 4 0.12 43.47 81.7 | 7 0.20 43.67 81.8 | 9 0.26 43.93 81.9 | 1 0.03 43.96 82 | 3 0.09 44.05 82.1 | 5 0.15 44.20 82.2 | 5 0.15 44.34 82.3 | 2 0.06 44.40 82.4 | 6 0.17 44.57 82.5 | 4 0.12 44.69 82.6 | 3 0.09 44.78 82.7 | 4 0.12 44.89 82.8 | 3 0.09 44.98 82.9 | 10 0.29 45.27 83 | 4 0.12 45.39 83.1 | 4 0.12 45.50 83.2 | 4 0.12 45.62 83.3 | 7 0.20 45.82 83.4 | 6 0.17 46.00 83.5 | 2 0.06 46.06 83.6 | 4 0.12 46.17 83.7 | 6 0.17 46.35 83.8 | 2 0.06 46.41 83.9 | 7 0.20 46.61 84 | 4 0.12 46.73 84.1 | 4 0.12 46.84 84.2 | 3 0.09 46.93 84.3 | 3 0.09 47.02 84.4 | 5 0.15 47.16 84.5 | 7 0.20 47.37 84.6 | 2 0.06 47.43 84.7 | 4 0.12 47.54 84.8 | 6 0.17 47.72 84.9 | 2 0.06 47.77 85 | 2 0.06 47.83 85.1 | 5 0.15 47.98 85.2 | 5 0.15 48.12 85.3 | 4 0.12 48.24 85.4 | 2 0.06 48.30 85.5 | 3 0.09 48.39 85.6 | 3 0.09 48.47 85.7 | 5 0.15 48.62 85.8 | 3 0.09 48.71 85.9 | 4 0.12 48.82 86 | 5 0.15 48.97 86.1 | 6 0.17 49.14 86.2 | 6 0.17 49.32 86.3 | 4 0.12 49.43 86.4 | 5 0.15 49.58 86.5 | 3 0.09 49.67 86.6 | 3 0.09 49.75 86.7 | 6 0.17 49.93 86.8 | 9 0.26 50.19 86.9 | 2 0.06 50.25 87 | 7 0.20 50.45 87.1 | 4 0.12 50.57 87.2 | 4 0.12 50.68 87.3 | 5 0.15 50.83 87.4 | 2 0.06 50.89 87.5 | 9 0.26 51.15 87.6 | 8 0.23 51.38 87.7 | 2 0.06 51.44 87.8 | 2 0.06 51.50 87.9 | 6 0.17 51.67 88 | 8 0.23 51.91 88.1 | 7 0.20 52.11 88.2 | 4 0.12 52.23 88.3 | 3 0.09 52.31 88.4 | 2 0.06 52.37 88.5 | 2 0.06 52.43 88.6 | 4 0.12 52.55 88.7 | 6 0.17 52.72 88.8 | 1 0.03 52.75 88.9 | 6 0.17 52.92 89 | 7 0.20 53.13 89.1 | 2 0.06 53.19 89.2 | 5 0.15 53.33 89.3 | 3 0.09 53.42 89.4 | 4 0.12 53.54 89.5 | 5 0.15 53.68 89.6 | 6 0.17 53.86 89.7 | 6 0.17 54.03 89.8 | 3 0.09 54.12 89.9 | 6 0.17 54.29 90 | 3 0.09 54.38 90.1 | 2 0.06 54.44 90.2 | 5 0.15 54.58 90.3 | 4 0.12 54.70 90.4 | 4 0.12 54.82 90.5 | 5 0.15 54.96 90.6 | 8 0.23 55.19 90.7 | 4 0.12 55.31 90.8 | 3 0.09 55.40 90.9 | 2 0.06 55.46 91 | 5 0.15 55.60 91.1 | 3 0.09 55.69 91.2 | 5 0.15 55.83 91.3 | 5 0.15 55.98 91.4 | 2 0.06 56.04 91.5 | 3 0.09 56.12 91.6 | 4 0.12 56.24 91.7 | 2 0.06 56.30 91.8 | 2 0.06 56.36 91.9 | 4 0.12 56.47 92 | 5 0.15 56.62 92.1 | 6 0.17 56.79 92.2 | 2 0.06 56.85 92.3 | 3 0.09 56.94 92.4 | 5 0.15 57.08 92.5 | 4 0.12 57.20 92.6 | 5 0.15 57.35 92.7 | 4 0.12 57.46 92.8 | 2 0.06 57.52 92.9 | 3 0.09 57.61 93 | 3 0.09 57.70 93.1 | 4 0.12 57.81 93.2 | 5 0.15 57.96 93.3 | 5 0.15 58.10 93.4 | 6 0.17 58.28 93.5 | 3 0.09 58.36 93.6 | 1 0.03 58.39 93.7 | 4 0.12 58.51 93.8 | 2 0.06 58.57 93.9 | 3 0.09 58.66 94 | 3 0.09 58.74 94.1 | 2 0.06 58.80 94.2 | 5 0.15 58.95 94.3 | 4 0.12 59.06 94.4 | 3 0.09 59.15 94.8 | 5 0.15 59.30 94.9 | 3 0.09 59.38 95 | 6 0.17 59.56 95.1 | 5 0.15 59.70 95.2 | 2 0.06 59.76 95.3 | 3 0.09 59.85 95.4 | 5 0.15 59.99 95.5 | 2 0.06 60.05 95.6 | 6 0.17 60.23 95.7 | 2 0.06 60.29 95.8 | 3 0.09 60.37 95.9 | 3 0.09 60.46 96 | 3 0.09 60.55 96.1 | 2 0.06 60.61 96.2 | 3 0.09 60.69 96.3 | 4 0.12 60.81 96.4 | 1 0.03 60.84 96.5 | 2 0.06 60.90 96.6 | 8 0.23 61.13 96.7 | 3 0.09 61.22 96.8 | 4 0.12 61.33 96.9 | 2 0.06 61.39 97 | 3 0.09 61.48 97.1 | 1 0.03 61.51 97.3 | 3 0.09 61.59 97.4 | 2 0.06 61.65 97.5 | 4 0.12 61.77 97.6 | 2 0.06 61.83 97.7 | 6 0.17 62.00 97.8 | 2 0.06 62.06 97.9 | 6 0.17 62.23 98 | 6 0.17 62.41 98.1 | 3 0.09 62.50 98.2 | 7 0.20 62.70 98.3 | 2 0.06 62.76 98.4 | 3 0.09 62.85 98.5 | 3 0.09 62.93 98.6 | 6 0.17 63.11 98.7 | 5 0.15 63.25 98.8 | 6 0.17 63.43 98.9 | 1 0.03 63.46 99 | 4 0.12 63.57 99.1 | 3 0.09 63.66 99.2 | 3 0.09 63.75 99.3 | 2 0.06 63.81 99.4 | 4 0.12 63.92 99.5 | 7 0.20 64.13 99.6 | 5 0.15 64.27 99.7 | 2 0.06 64.33 99.8 | 4 0.12 64.45 99.9 | 4 0.12 64.56 100 | 4 0.12 64.68 100.1 | 8 0.23 64.91 100.2 | 1 0.03 64.94 100.3 | 4 0.12 65.06 100.4 | 11 0.32 65.38 100.5 | 3 0.09 65.46 100.6 | 3 0.09 65.55 100.7 | 4 0.12 65.67 100.8 | 2 0.06 65.73 100.9 | 3 0.09 65.81 101 | 8 0.23 66.05 101.1 | 4 0.12 66.16 101.2 | 6 0.17 66.34 101.3 | 4 0.12 66.45 101.4 | 6 0.17 66.63 101.5 | 6 0.17 66.80 101.6 | 5 0.15 66.95 101.7 | 1 0.03 66.98 101.8 | 2 0.06 67.04 101.9 | 3 0.09 67.12 102 | 5 0.15 67.27 102.1 | 3 0.09 67.36 102.2 | 3 0.09 67.44 102.3 | 3 0.09 67.53 102.4 | 5 0.15 67.68 102.5 | 2 0.06 67.73 102.6 | 1 0.03 67.76 102.7 | 1 0.03 67.79 102.8 | 4 0.12 67.91 102.9 | 2 0.06 67.97 103.1 | 5 0.15 68.11 103.2 | 3 0.09 68.20 103.3 | 3 0.09 68.29 103.4 | 7 0.20 68.49 103.5 | 3 0.09 68.58 103.6 | 4 0.12 68.69 103.7 | 4 0.12 68.81 104 | 4 0.12 68.93 104.1 | 1 0.03 68.96 104.2 | 2 0.06 69.01 104.3 | 2 0.06 69.07 104.4 | 5 0.15 69.22 104.5 | 1 0.03 69.25 104.6 | 1 0.03 69.28 104.7 | 4 0.12 69.39 104.8 | 3 0.09 69.48 104.9 | 2 0.06 69.54 105 | 2 0.06 69.60 105.1 | 3 0.09 69.68 105.2 | 5 0.15 69.83 105.3 | 2 0.06 69.89 105.4 | 7 0.20 70.09 105.5 | 2 0.06 70.15 105.6 | 2 0.06 70.21 105.7 | 2 0.06 70.26 105.8 | 2 0.06 70.32 105.9 | 4 0.12 70.44 106 | 4 0.12 70.56 106.2 | 6 0.17 70.73 106.3 | 2 0.06 70.79 106.4 | 3 0.09 70.88 106.5 | 7 0.20 71.08 106.6 | 4 0.12 71.20 106.7 | 1 0.03 71.22 106.8 | 1 0.03 71.25 106.9 | 3 0.09 71.34 107 | 3 0.09 71.43 107.1 | 3 0.09 71.52 107.2 | 5 0.15 71.66 107.3 | 7 0.20 71.86 107.5 | 3 0.09 71.95 107.6 | 3 0.09 72.04 107.7 | 4 0.12 72.16 107.8 | 4 0.12 72.27 107.9 | 3 0.09 72.36 108 | 1 0.03 72.39 108.1 | 7 0.20 72.59 108.2 | 3 0.09 72.68 108.3 | 1 0.03 72.71 108.4 | 4 0.12 72.83 108.5 | 3 0.09 72.91 108.6 | 4 0.12 73.03 108.7 | 5 0.15 73.17 108.8 | 5 0.15 73.32 108.9 | 4 0.12 73.44 109 | 2 0.06 73.49 109.1 | 6 0.17 73.67 109.2 | 2 0.06 73.73 109.4 | 6 0.17 73.90 109.5 | 3 0.09 73.99 109.6 | 2 0.06 74.05 109.7 | 5 0.15 74.19 109.8 | 5 0.15 74.34 109.9 | 4 0.12 74.45 110 | 1 0.03 74.48 110.1 | 3 0.09 74.57 110.2 | 5 0.15 74.72 110.3 | 3 0.09 74.80 110.4 | 3 0.09 74.89 110.5 | 2 0.06 74.95 110.6 | 1 0.03 74.98 110.7 | 2 0.06 75.04 110.8 | 5 0.15 75.18 110.9 | 1 0.03 75.21 111 | 4 0.12 75.33 111.1 | 2 0.06 75.39 111.3 | 4 0.12 75.50 111.4 | 2 0.06 75.56 111.5 | 3 0.09 75.65 111.6 | 4 0.12 75.76 111.7 | 2 0.06 75.82 111.8 | 4 0.12 75.94 111.9 | 4 0.12 76.05 112 | 2 0.06 76.11 112.1 | 4 0.12 76.23 112.2 | 2 0.06 76.29 112.3 | 1 0.03 76.32 112.4 | 5 0.15 76.46 112.5 | 1 0.03 76.49 112.6 | 5 0.15 76.64 112.7 | 5 0.15 76.78 112.8 | 2 0.06 76.84 112.9 | 6 0.17 77.01 113 | 5 0.15 77.16 113.1 | 4 0.12 77.28 113.2 | 1 0.03 77.31 113.3 | 2 0.06 77.36 113.4 | 3 0.09 77.45 113.5 | 2 0.06 77.51 113.6 | 1 0.03 77.54 113.7 | 5 0.15 77.68 113.8 | 1 0.03 77.71 113.9 | 3 0.09 77.80 114 | 4 0.12 77.92 114.1 | 3 0.09 78.00 114.2 | 2 0.06 78.06 114.3 | 1 0.03 78.09 114.7 | 2 0.06 78.15 114.9 | 1 0.03 78.18 115 | 4 0.12 78.30 115.1 | 3 0.09 78.38 115.2 | 3 0.09 78.47 115.3 | 2 0.06 78.53 115.4 | 4 0.12 78.64 115.5 | 3 0.09 78.73 115.6 | 2 0.06 78.79 115.7 | 6 0.17 78.96 115.8 | 3 0.09 79.05 115.9 | 1 0.03 79.08 116 | 2 0.06 79.14 116.1 | 1 0.03 79.17 116.2 | 3 0.09 79.26 116.3 | 4 0.12 79.37 116.4 | 5 0.15 79.52 116.6 | 2 0.06 79.58 116.7 | 3 0.09 79.66 116.8 | 5 0.15 79.81 116.9 | 2 0.06 79.87 117 | 1 0.03 79.90 117.1 | 5 0.15 80.04 117.2 | 1 0.03 80.07 117.3 | 1 0.03 80.10 117.4 | 2 0.06 80.16 117.5 | 2 0.06 80.22 117.7 | 2 0.06 80.27 117.9 | 1 0.03 80.30 118 | 5 0.15 80.45 118.1 | 2 0.06 80.51 118.2 | 3 0.09 80.59 118.3 | 2 0.06 80.65 118.4 | 4 0.12 80.77 118.5 | 2 0.06 80.83 118.6 | 4 0.12 80.94 118.7 | 1 0.03 80.97 118.8 | 5 0.15 81.12 118.9 | 2 0.06 81.18 119 | 4 0.12 81.29 119.1 | 4 0.12 81.41 119.3 | 1 0.03 81.44 119.4 | 2 0.06 81.50 119.5 | 5 0.15 81.64 119.6 | 1 0.03 81.67 119.9 | 2 0.06 81.73 120 | 1 0.03 81.76 120.1 | 1 0.03 81.79 120.2 | 3 0.09 81.87 120.3 | 1 0.03 81.90 120.4 | 1 0.03 81.93 120.6 | 1 0.03 81.96 120.7 | 2 0.06 82.02 120.9 | 1 0.03 82.05 121 | 3 0.09 82.14 121.1 | 3 0.09 82.22 121.2 | 3 0.09 82.31 121.3 | 5 0.15 82.46 121.4 | 1 0.03 82.48 121.5 | 1 0.03 82.51 121.6 | 1 0.03 82.54 121.7 | 2 0.06 82.60 121.8 | 4 0.12 82.72 121.9 | 2 0.06 82.78 122 | 1 0.03 82.80 122.3 | 1 0.03 82.83 122.4 | 4 0.12 82.95 122.6 | 3 0.09 83.04 122.7 | 2 0.06 83.10 122.8 | 2 0.06 83.15 122.9 | 1 0.03 83.18 123.1 | 2 0.06 83.24 123.2 | 2 0.06 83.30 123.3 | 3 0.09 83.39 123.4 | 2 0.06 83.44 123.5 | 2 0.06 83.50 123.6 | 1 0.03 83.53 123.7 | 1 0.03 83.56 123.9 | 5 0.15 83.71 124.1 | 2 0.06 83.76 124.2 | 1 0.03 83.79 124.3 | 2 0.06 83.85 124.4 | 2 0.06 83.91 124.5 | 2 0.06 83.97 124.8 | 1 0.03 84.00 124.9 | 1 0.03 84.03 125.2 | 7 0.20 84.23 125.3 | 3 0.09 84.32 125.4 | 3 0.09 84.41 125.5 | 6 0.17 84.58 125.6 | 1 0.03 84.61 125.7 | 2 0.06 84.67 125.8 | 3 0.09 84.75 125.9 | 1 0.03 84.78 126 | 1 0.03 84.81 126.2 | 1 0.03 84.84 126.3 | 1 0.03 84.87 126.4 | 1 0.03 84.90 126.7 | 1 0.03 84.93 126.8 | 2 0.06 84.99 126.9 | 1 0.03 85.02 127 | 1 0.03 85.05 127.1 | 1 0.03 85.07 127.2 | 1 0.03 85.10 127.3 | 4 0.12 85.22 127.5 | 1 0.03 85.25 127.6 | 2 0.06 85.31 127.7 | 1 0.03 85.34 128.1 | 1 0.03 85.37 128.4 | 2 0.06 85.42 128.7 | 1 0.03 85.45 128.8 | 1 0.03 85.48 128.9 | 2 0.06 85.54 129 | 1 0.03 85.57 129.1 | 3 0.09 85.66 129.2 | 3 0.09 85.74 129.3 | 1 0.03 85.77 129.4 | 3 0.09 85.86 129.5 | 3 0.09 85.95 129.6 | 2 0.06 86.01 129.7 | 1 0.03 86.03 129.9 | 1 0.03 86.06 130 | 3 0.09 86.15 130.1 | 2 0.06 86.21 130.2 | 5 0.15 86.35 130.3 | 1 0.03 86.38 130.4 | 1 0.03 86.41 130.7 | 1 0.03 86.44 130.8 | 3 0.09 86.53 130.9 | 1 0.03 86.56 131.2 | 1 0.03 86.59 131.3 | 1 0.03 86.62 131.4 | 3 0.09 86.70 131.5 | 1 0.03 86.73 131.6 | 1 0.03 86.76 131.7 | 2 0.06 86.82 131.8 | 1 0.03 86.85 131.9 | 1 0.03 86.88 132 | 1 0.03 86.91 132.2 | 1 0.03 86.94 132.3 | 1 0.03 86.97 132.4 | 1 0.03 86.99 132.5 | 1 0.03 87.02 132.6 | 2 0.06 87.08 132.7 | 3 0.09 87.17 133 | 1 0.03 87.20 133.1 | 3 0.09 87.29 133.2 | 1 0.03 87.31 133.4 | 2 0.06 87.37 133.5 | 1 0.03 87.40 133.6 | 1 0.03 87.43 133.7 | 1 0.03 87.46 133.8 | 2 0.06 87.52 133.9 | 2 0.06 87.58 134 | 4 0.12 87.69 134.3 | 1 0.03 87.72 134.4 | 1 0.03 87.75 134.5 | 1 0.03 87.78 134.6 | 1 0.03 87.81 134.7 | 1 0.03 87.84 134.8 | 1 0.03 87.87 135 | 2 0.06 87.93 135.1 | 4 0.12 88.04 135.3 | 2 0.06 88.10 135.4 | 1 0.03 88.13 135.5 | 2 0.06 88.19 135.6 | 3 0.09 88.27 135.8 | 2 0.06 88.33 135.9 | 1 0.03 88.36 136.2 | 4 0.12 88.48 136.4 | 3 0.09 88.57 136.6 | 1 0.03 88.59 136.7 | 1 0.03 88.62 136.8 | 2 0.06 88.68 136.9 | 2 0.06 88.74 137 | 1 0.03 88.77 137.1 | 1 0.03 88.80 137.2 | 2 0.06 88.86 137.4 | 4 0.12 88.97 137.6 | 1 0.03 89.00 137.7 | 2 0.06 89.06 137.9 | 2 0.06 89.12 138.1 | 1 0.03 89.15 138.2 | 1 0.03 89.18 138.3 | 1 0.03 89.21 138.6 | 1 0.03 89.23 138.7 | 1 0.03 89.26 138.9 | 1 0.03 89.29 139 | 3 0.09 89.38 139.1 | 3 0.09 89.47 139.3 | 3 0.09 89.55 139.5 | 2 0.06 89.61 139.6 | 3 0.09 89.70 139.7 | 2 0.06 89.76 139.9 | 1 0.03 89.79 140 | 2 0.06 89.85 140.1 | 2 0.06 89.90 140.2 | 1 0.03 89.93 140.3 | 1 0.03 89.96 140.6 | 3 0.09 90.05 140.7 | 1 0.03 90.08 140.8 | 2 0.06 90.14 140.9 | 3 0.09 90.22 141 | 1 0.03 90.25 141.1 | 1 0.03 90.28 141.2 | 2 0.06 90.34 141.3 | 1 0.03 90.37 141.5 | 1 0.03 90.40 141.6 | 1 0.03 90.43 141.7 | 1 0.03 90.46 141.8 | 2 0.06 90.51 141.9 | 2 0.06 90.57 142 | 2 0.06 90.63 142.2 | 3 0.09 90.72 142.4 | 1 0.03 90.75 142.8 | 1 0.03 90.78 142.9 | 2 0.06 90.84 143.2 | 1 0.03 90.86 143.3 | 2 0.06 90.92 143.4 | 1 0.03 90.95 143.6 | 2 0.06 91.01 143.8 | 1 0.03 91.04 143.9 | 1 0.03 91.07 144 | 1 0.03 91.10 144.2 | 1 0.03 91.13 144.3 | 2 0.06 91.18 144.6 | 4 0.12 91.30 144.9 | 3 0.09 91.39 145 | 2 0.06 91.45 145.1 | 1 0.03 91.48 145.2 | 1 0.03 91.50 145.3 | 1 0.03 91.53 145.4 | 1 0.03 91.56 145.5 | 1 0.03 91.59 145.7 | 1 0.03 91.62 145.8 | 1 0.03 91.65 145.9 | 1 0.03 91.68 146.1 | 1 0.03 91.71 146.5 | 1 0.03 91.74 146.7 | 2 0.06 91.80 146.8 | 3 0.09 91.88 147 | 1 0.03 91.91 147.2 | 1 0.03 91.94 147.3 | 1 0.03 91.97 147.5 | 1 0.03 92.00 147.6 | 1 0.03 92.03 147.7 | 1 0.03 92.06 147.8 | 1 0.03 92.09 148.1 | 3 0.09 92.17 148.3 | 1 0.03 92.20 148.4 | 1 0.03 92.23 148.7 | 1 0.03 92.26 148.8 | 3 0.09 92.35 148.9 | 1 0.03 92.38 149.2 | 1 0.03 92.41 149.3 | 1 0.03 92.44 149.4 | 1 0.03 92.46 149.9 | 1 0.03 92.49 150.1 | 1 0.03 92.52 150.2 | 1 0.03 92.55 150.3 | 1 0.03 92.58 150.4 | 1 0.03 92.61 150.5 | 1 0.03 92.64 150.6 | 2 0.06 92.70 150.8 | 1 0.03 92.73 151.1 | 1 0.03 92.76 151.2 | 1 0.03 92.78 151.3 | 1 0.03 92.81 151.4 | 2 0.06 92.87 151.6 | 2 0.06 92.93 151.8 | 1 0.03 92.96 152 | 1 0.03 92.99 152.2 | 1 0.03 93.02 152.4 | 1 0.03 93.05 152.5 | 1 0.03 93.08 152.6 | 3 0.09 93.16 152.9 | 2 0.06 93.22 153.2 | 1 0.03 93.25 153.4 | 2 0.06 93.31 153.9 | 1 0.03 93.34 154.2 | 3 0.09 93.42 154.3 | 1 0.03 93.45 154.4 | 3 0.09 93.54 154.6 | 2 0.06 93.60 154.8 | 1 0.03 93.63 154.9 | 1 0.03 93.66 155 | 1 0.03 93.69 155.1 | 1 0.03 93.72 156 | 2 0.06 93.77 156.1 | 1 0.03 93.80 156.8 | 1 0.03 93.83 157 | 1 0.03 93.86 157.1 | 1 0.03 93.89 157.2 | 1 0.03 93.92 157.3 | 2 0.06 93.98 157.5 | 1 0.03 94.01 157.6 | 1 0.03 94.04 157.9 | 1 0.03 94.06 158 | 1 0.03 94.09 158.2 | 1 0.03 94.12 158.4 | 1 0.03 94.15 158.8 | 2 0.06 94.21 158.9 | 1 0.03 94.24 159.3 | 1 0.03 94.27 159.4 | 1 0.03 94.30 159.6 | 1 0.03 94.33 159.8 | 1 0.03 94.36 160 | 1 0.03 94.38 160.3 | 1 0.03 94.41 160.5 | 1 0.03 94.44 161.3 | 1 0.03 94.47 161.4 | 2 0.06 94.53 161.5 | 1 0.03 94.56 161.6 | 1 0.03 94.59 161.8 | 1 0.03 94.62 162.1 | 1 0.03 94.65 162.2 | 1 0.03 94.68 162.4 | 1 0.03 94.70 163.2 | 1 0.03 94.73 163.4 | 1 0.03 94.76 163.5 | 1 0.03 94.79 163.7 | 1 0.03 94.82 164.5 | 1 0.03 94.85 164.6 | 2 0.06 94.91 164.9 | 2 0.06 94.97 165.3 | 1 0.03 95.00 165.4 | 1 0.03 95.02 165.5 | 1 0.03 95.05 165.6 | 1 0.03 95.08 165.9 | 1 0.03 95.11 166.1 | 1 0.03 95.14 166.2 | 2 0.06 95.20 166.5 | 1 0.03 95.23 166.7 | 1 0.03 95.26 166.8 | 1 0.03 95.29 166.9 | 1 0.03 95.32 167.1 | 2 0.06 95.37 167.3 | 1 0.03 95.40 167.7 | 2 0.06 95.46 167.9 | 1 0.03 95.49 168 | 1 0.03 95.52 168.3 | 2 0.06 95.58 168.5 | 1 0.03 95.61 169.1 | 1 0.03 95.64 169.5 | 1 0.03 95.66 169.6 | 1 0.03 95.69 169.7 | 1 0.03 95.72 170.9 | 1 0.03 95.75 171.2 | 2 0.06 95.81 171.4 | 1 0.03 95.84 171.7 | 1 0.03 95.87 172 | 2 0.06 95.93 172.5 | 1 0.03 95.96 172.9 | 3 0.09 96.04 173.2 | 1 0.03 96.07 173.3 | 1 0.03 96.10 173.4 | 1 0.03 96.13 173.5 | 1 0.03 96.16 174.2 | 1 0.03 96.19 174.7 | 1 0.03 96.22 174.9 | 1 0.03 96.25 175.6 | 1 0.03 96.28 175.7 | 1 0.03 96.30 175.8 | 1 0.03 96.33 176.2 | 1 0.03 96.36 176.4 | 1 0.03 96.39 176.9 | 1 0.03 96.42 177.2 | 1 0.03 96.45 177.4 | 1 0.03 96.48 177.8 | 1 0.03 96.51 178.3 | 1 0.03 96.54 178.4 | 1 0.03 96.57 178.8 | 1 0.03 96.60 179.1 | 1 0.03 96.62 179.5 | 1 0.03 96.65 180.2 | 1 0.03 96.68 181 | 1 0.03 96.71 182 | 1 0.03 96.74 182.2 | 1 0.03 96.77 183 | 1 0.03 96.80 183.8 | 1 0.03 96.83 183.9 | 1 0.03 96.86 184.2 | 2 0.06 96.92 184.8 | 1 0.03 96.95 185.8 | 1 0.03 96.97 186.2 | 1 0.03 97.00 186.5 | 1 0.03 97.03 187.6 | 1 0.03 97.06 187.9 | 2 0.06 97.12 188.1 | 3 0.09 97.21 188.8 | 1 0.03 97.24 189.1 | 1 0.03 97.27 189.3 | 1 0.03 97.29 190.2 | 1 0.03 97.32 190.7 | 1 0.03 97.35 191.8 | 1 0.03 97.38 192.1 | 1 0.03 97.41 192.9 | 1 0.03 97.44 193.1 | 1 0.03 97.47 194.4 | 1 0.03 97.50 194.6 | 1 0.03 97.53 194.9 | 1 0.03 97.56 195.4 | 1 0.03 97.59 197 | 1 0.03 97.61 197.3 | 1 0.03 97.64 197.5 | 2 0.06 97.70 198.2 | 1 0.03 97.73 199.5 | 1 0.03 97.76 200.7 | 1 0.03 97.79 201.4 | 1 0.03 97.82 201.8 | 1 0.03 97.85 202.2 | 1 0.03 97.88 203.2 | 1 0.03 97.91 203.8 | 1 0.03 97.93 204.7 | 1 0.03 97.96 205 | 1 0.03 97.99 205.7 | 1 0.03 98.02 207.6 | 1 0.03 98.05 208 | 1 0.03 98.08 208.2 | 1 0.03 98.11 208.6 | 2 0.06 98.17 209.6 | 1 0.03 98.20 210.4 | 1 0.03 98.23 211.9 | 2 0.06 98.28 212.5 | 1 0.03 98.31 212.9 | 1 0.03 98.34 214.7 | 2 0.06 98.40 215.9 | 1 0.03 98.43 217 | 1 0.03 98.46 217.9 | 1 0.03 98.49 218.5 | 1 0.03 98.52 219 | 1 0.03 98.55 219.9 | 1 0.03 98.57 223.3 | 1 0.03 98.60 225.2 | 1 0.03 98.63 225.6 | 1 0.03 98.66 225.7 | 1 0.03 98.69 225.9 | 1 0.03 98.72 226.1 | 1 0.03 98.75 226.4 | 1 0.03 98.78 227 | 1 0.03 98.81 228.2 | 1 0.03 98.84 229 | 1 0.03 98.87 229.7 | 1 0.03 98.89 230.5 | 1 0.03 98.92 230.7 | 1 0.03 98.95 234.3 | 1 0.03 98.98 237.7 | 1 0.03 99.01 239.6 | 1 0.03 99.04 239.9 | 1 0.03 99.07 240.9 | 1 0.03 99.10 241.2 | 1 0.03 99.13 241.6 | 1 0.03 99.16 245.5 | 1 0.03 99.19 248.9 | 1 0.03 99.21 249 | 1 0.03 99.24 253.8 | 1 0.03 99.27 256.2 | 1 0.03 99.30 259.2 | 1 0.03 99.33 259.6 | 1 0.03 99.36 261 | 1 0.03 99.39 265.6 | 1 0.03 99.42 265.8 | 1 0.03 99.45 266.7 | 1 0.03 99.48 267.5 | 1 0.03 99.51 270 | 1 0.03 99.53 283.5 | 1 0.03 99.56 284.1 | 1 0.03 99.59 289.6 | 1 0.03 99.62 290.1 | 1 0.03 99.65 291.3 | 1 0.03 99.68 299.5 | 1 0.03 99.71 301.7 | 1 0.03 99.74 304.4 | 1 0.03 99.77 304.5 | 1 0.03 99.80 308.1 | 1 0.03 99.83 326.2 | 1 0.03 99.85 337.6 | 1 0.03 99.88 338.8 | 1 0.03 99.91 346.5 | 1 0.03 99.94 402.9 | 1 0.03 99.97 . | 1 0.03 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for disambsb variable in PC_HSA_rates_0307 dataset : Black, % | Discharges | for | Ambulatory | Care | Sensitive | Cond per | 1000 Med | Enroll | Freq. Percent Cum. ------------+----------------------------------- 27.1 | 1 0.03 0.03 28.5 | 1 0.03 0.06 32.3 | 1 0.03 0.09 33.8 | 1 0.03 0.12 34.1 | 1 0.03 0.15 36.2 | 1 0.03 0.17 36.3 | 1 0.03 0.20 37.3 | 1 0.03 0.23 37.5 | 1 0.03 0.26 38.4 | 1 0.03 0.29 38.6 | 1 0.03 0.32 39.4 | 1 0.03 0.35 40.1 | 1 0.03 0.38 40.3 | 1 0.03 0.41 40.4 | 1 0.03 0.44 40.6 | 1 0.03 0.47 40.8 | 1 0.03 0.49 40.9 | 1 0.03 0.52 41.2 | 1 0.03 0.55 41.3 | 2 0.06 0.61 41.5 | 1 0.03 0.64 41.9 | 1 0.03 0.67 42.6 | 1 0.03 0.70 43 | 2 0.06 0.76 43.2 | 1 0.03 0.79 43.7 | 1 0.03 0.81 44 | 1 0.03 0.84 44.2 | 1 0.03 0.87 44.4 | 1 0.03 0.90 44.5 | 1 0.03 0.93 44.7 | 1 0.03 0.96 45.3 | 1 0.03 0.99 45.5 | 1 0.03 1.02 46.1 | 1 0.03 1.05 46.4 | 1 0.03 1.08 46.5 | 1 0.03 1.11 46.6 | 1 0.03 1.13 46.8 | 4 0.12 1.25 47 | 1 0.03 1.28 47.5 | 1 0.03 1.31 47.6 | 1 0.03 1.34 47.7 | 2 0.06 1.40 48.2 | 1 0.03 1.43 48.4 | 1 0.03 1.45 48.5 | 1 0.03 1.48 48.6 | 1 0.03 1.51 48.9 | 1 0.03 1.54 49.4 | 1 0.03 1.57 49.6 | 1 0.03 1.60 49.9 | 1 0.03 1.63 50.1 | 1 0.03 1.66 50.3 | 1 0.03 1.69 50.7 | 1 0.03 1.72 51 | 2 0.06 1.77 51.1 | 1 0.03 1.80 51.2 | 1 0.03 1.83 51.3 | 1 0.03 1.86 51.4 | 1 0.03 1.89 51.6 | 1 0.03 1.92 51.7 | 2 0.06 1.98 51.8 | 1 0.03 2.01 51.9 | 1 0.03 2.04 52 | 1 0.03 2.07 52.1 | 1 0.03 2.09 52.2 | 1 0.03 2.12 52.3 | 1 0.03 2.15 52.5 | 1 0.03 2.18 52.7 | 2 0.06 2.24 52.9 | 2 0.06 2.30 53 | 2 0.06 2.36 53.1 | 2 0.06 2.41 53.4 | 1 0.03 2.44 53.6 | 1 0.03 2.47 53.7 | 1 0.03 2.50 53.9 | 1 0.03 2.53 54.1 | 1 0.03 2.56 54.2 | 1 0.03 2.59 54.3 | 1 0.03 2.62 54.5 | 1 0.03 2.65 54.6 | 1 0.03 2.68 54.7 | 1 0.03 2.71 54.8 | 1 0.03 2.73 55 | 3 0.09 2.82 55.1 | 1 0.03 2.85 55.3 | 1 0.03 2.88 55.6 | 1 0.03 2.91 55.7 | 2 0.06 2.97 55.8 | 1 0.03 3.00 56 | 1 0.03 3.03 56.3 | 2 0.06 3.08 56.5 | 1 0.03 3.11 56.7 | 1 0.03 3.14 56.8 | 1 0.03 3.17 56.9 | 2 0.06 3.23 57.1 | 1 0.03 3.26 57.2 | 1 0.03 3.29 57.3 | 1 0.03 3.32 57.5 | 1 0.03 3.35 57.6 | 1 0.03 3.38 57.7 | 1 0.03 3.40 57.8 | 1 0.03 3.43 57.9 | 2 0.06 3.49 58.2 | 1 0.03 3.52 58.3 | 1 0.03 3.55 58.4 | 1 0.03 3.58 58.6 | 2 0.06 3.64 58.8 | 2 0.06 3.70 59.2 | 1 0.03 3.72 59.3 | 1 0.03 3.75 59.7 | 1 0.03 3.78 59.8 | 1 0.03 3.81 60 | 2 0.06 3.87 60.1 | 1 0.03 3.90 60.3 | 1 0.03 3.93 60.5 | 2 0.06 3.99 60.6 | 2 0.06 4.04 60.7 | 2 0.06 4.10 60.8 | 2 0.06 4.16 61 | 2 0.06 4.22 61.1 | 1 0.03 4.25 61.3 | 1 0.03 4.28 61.4 | 1 0.03 4.31 61.5 | 1 0.03 4.34 61.6 | 1 0.03 4.36 61.7 | 2 0.06 4.42 61.8 | 1 0.03 4.45 61.9 | 4 0.12 4.57 62 | 2 0.06 4.63 62.1 | 1 0.03 4.66 62.2 | 2 0.06 4.71 62.3 | 1 0.03 4.74 62.4 | 4 0.12 4.86 62.6 | 1 0.03 4.89 62.9 | 1 0.03 4.92 63.1 | 1 0.03 4.95 63.2 | 2 0.06 5.00 63.3 | 1 0.03 5.03 63.4 | 2 0.06 5.09 63.6 | 1 0.03 5.12 63.8 | 2 0.06 5.18 63.9 | 2 0.06 5.24 64.1 | 1 0.03 5.27 64.4 | 2 0.06 5.32 64.5 | 1 0.03 5.35 64.6 | 2 0.06 5.41 64.7 | 1 0.03 5.44 64.9 | 1 0.03 5.47 65 | 1 0.03 5.50 65.1 | 4 0.12 5.62 65.2 | 1 0.03 5.64 65.3 | 3 0.09 5.73 65.4 | 2 0.06 5.79 65.5 | 2 0.06 5.85 65.6 | 1 0.03 5.88 65.7 | 1 0.03 5.91 65.8 | 1 0.03 5.94 65.9 | 1 0.03 5.96 66.1 | 1 0.03 5.99 66.2 | 1 0.03 6.02 66.3 | 1 0.03 6.05 66.5 | 4 0.12 6.17 66.6 | 1 0.03 6.20 66.8 | 2 0.06 6.26 66.9 | 2 0.06 6.31 67 | 1 0.03 6.34 67.2 | 1 0.03 6.37 67.3 | 3 0.09 6.46 67.4 | 3 0.09 6.55 67.5 | 1 0.03 6.58 67.6 | 1 0.03 6.60 67.7 | 1 0.03 6.63 67.8 | 4 0.12 6.75 67.9 | 1 0.03 6.78 68 | 1 0.03 6.81 68.2 | 2 0.06 6.87 68.3 | 1 0.03 6.90 68.4 | 5 0.15 7.04 68.6 | 1 0.03 7.07 68.7 | 1 0.03 7.10 68.8 | 2 0.06 7.16 68.9 | 2 0.06 7.22 69 | 2 0.06 7.27 69.1 | 1 0.03 7.30 69.2 | 2 0.06 7.36 69.3 | 3 0.09 7.45 69.5 | 1 0.03 7.48 69.6 | 1 0.03 7.51 69.7 | 1 0.03 7.54 69.8 | 5 0.15 7.68 70 | 1 0.03 7.71 70.1 | 2 0.06 7.77 70.2 | 1 0.03 7.80 70.3 | 1 0.03 7.83 70.4 | 1 0.03 7.86 70.6 | 1 0.03 7.88 70.7 | 1 0.03 7.91 70.8 | 1 0.03 7.94 71.1 | 1 0.03 7.97 71.2 | 3 0.09 8.06 71.3 | 2 0.06 8.12 71.4 | 1 0.03 8.15 71.5 | 2 0.06 8.20 71.6 | 1 0.03 8.23 71.7 | 2 0.06 8.29 71.9 | 2 0.06 8.35 72 | 1 0.03 8.38 72.1 | 1 0.03 8.41 72.2 | 1 0.03 8.44 72.3 | 2 0.06 8.50 72.4 | 1 0.03 8.52 72.5 | 1 0.03 8.55 72.6 | 3 0.09 8.64 72.7 | 1 0.03 8.67 72.8 | 2 0.06 8.73 72.9 | 1 0.03 8.76 73 | 1 0.03 8.79 73.2 | 2 0.06 8.84 73.3 | 4 0.12 8.96 73.4 | 1 0.03 8.99 73.5 | 1 0.03 9.02 73.6 | 2 0.06 9.08 73.7 | 3 0.09 9.16 73.8 | 2 0.06 9.22 73.9 | 2 0.06 9.28 74 | 2 0.06 9.34 74.1 | 2 0.06 9.40 74.3 | 2 0.06 9.46 74.4 | 2 0.06 9.51 74.6 | 5 0.15 9.66 74.8 | 2 0.06 9.72 74.9 | 1 0.03 9.75 75 | 3 0.09 9.83 75.1 | 1 0.03 9.86 75.2 | 2 0.06 9.92 75.3 | 2 0.06 9.98 75.6 | 1 0.03 10.01 75.7 | 2 0.06 10.07 75.8 | 2 0.06 10.13 75.9 | 2 0.06 10.18 76 | 3 0.09 10.27 76.1 | 1 0.03 10.30 76.2 | 2 0.06 10.36 76.3 | 2 0.06 10.42 76.4 | 3 0.09 10.50 76.5 | 1 0.03 10.53 76.7 | 5 0.15 10.68 76.8 | 1 0.03 10.71 76.9 | 4 0.12 10.82 77 | 2 0.06 10.88 77.1 | 1 0.03 10.91 77.2 | 1 0.03 10.94 77.3 | 1 0.03 10.97 77.4 | 3 0.09 11.06 77.5 | 4 0.12 11.17 77.7 | 1 0.03 11.20 77.8 | 4 0.12 11.32 77.9 | 1 0.03 11.35 78 | 2 0.06 11.41 78.1 | 2 0.06 11.46 78.2 | 1 0.03 11.49 78.3 | 2 0.06 11.55 78.4 | 1 0.03 11.58 78.5 | 4 0.12 11.70 78.6 | 1 0.03 11.73 78.7 | 5 0.15 11.87 78.8 | 3 0.09 11.96 78.9 | 3 0.09 12.05 79 | 4 0.12 12.16 79.1 | 3 0.09 12.25 79.2 | 4 0.12 12.37 79.4 | 3 0.09 12.45 79.6 | 4 0.12 12.57 79.7 | 1 0.03 12.60 79.8 | 2 0.06 12.66 79.9 | 3 0.09 12.74 80 | 2 0.06 12.80 80.2 | 4 0.12 12.92 80.4 | 2 0.06 12.98 80.7 | 3 0.09 13.06 80.9 | 2 0.06 13.12 81 | 1 0.03 13.15 81.1 | 3 0.09 13.24 81.2 | 3 0.09 13.33 81.3 | 1 0.03 13.35 81.4 | 1 0.03 13.38 81.5 | 1 0.03 13.41 81.6 | 2 0.06 13.47 81.7 | 3 0.09 13.56 81.8 | 2 0.06 13.62 81.9 | 1 0.03 13.65 82.1 | 1 0.03 13.67 82.2 | 2 0.06 13.73 82.3 | 2 0.06 13.79 82.5 | 1 0.03 13.82 82.6 | 1 0.03 13.85 82.7 | 2 0.06 13.91 82.8 | 3 0.09 13.99 82.9 | 1 0.03 14.02 83 | 2 0.06 14.08 83.1 | 1 0.03 14.11 83.2 | 2 0.06 14.17 83.3 | 4 0.12 14.29 83.4 | 3 0.09 14.37 83.5 | 2 0.06 14.43 83.6 | 3 0.09 14.52 83.7 | 2 0.06 14.58 83.8 | 1 0.03 14.61 83.9 | 3 0.09 14.69 84 | 4 0.12 14.81 84.2 | 2 0.06 14.87 84.3 | 2 0.06 14.93 84.4 | 3 0.09 15.01 84.5 | 4 0.12 15.13 84.6 | 2 0.06 15.19 85 | 4 0.12 15.30 85.2 | 2 0.06 15.36 85.3 | 2 0.06 15.42 85.5 | 1 0.03 15.45 85.6 | 2 0.06 15.51 85.7 | 2 0.06 15.57 85.8 | 2 0.06 15.62 85.9 | 5 0.15 15.77 86 | 4 0.12 15.89 86.1 | 1 0.03 15.92 86.2 | 3 0.09 16.00 86.3 | 1 0.03 16.03 86.4 | 2 0.06 16.09 86.5 | 2 0.06 16.15 86.6 | 2 0.06 16.21 86.8 | 1 0.03 16.24 86.9 | 3 0.09 16.32 87 | 2 0.06 16.38 87.1 | 1 0.03 16.41 87.2 | 1 0.03 16.44 87.3 | 4 0.12 16.56 87.4 | 1 0.03 16.58 87.5 | 2 0.06 16.64 87.6 | 1 0.03 16.67 87.7 | 3 0.09 16.76 87.8 | 5 0.15 16.90 87.9 | 7 0.20 17.11 88 | 2 0.06 17.17 88.1 | 2 0.06 17.22 88.3 | 2 0.06 17.28 88.4 | 5 0.15 17.43 88.6 | 4 0.12 17.54 88.7 | 1 0.03 17.57 88.8 | 2 0.06 17.63 88.9 | 2 0.06 17.69 89 | 1 0.03 17.72 89.1 | 3 0.09 17.81 89.2 | 5 0.15 17.95 89.3 | 4 0.12 18.07 89.4 | 4 0.12 18.18 89.6 | 3 0.09 18.27 89.7 | 1 0.03 18.30 89.8 | 4 0.12 18.42 89.9 | 2 0.06 18.48 90 | 3 0.09 18.56 90.1 | 4 0.12 18.68 90.2 | 5 0.15 18.82 90.3 | 2 0.06 18.88 90.4 | 3 0.09 18.97 90.5 | 1 0.03 19.00 90.6 | 3 0.09 19.09 90.7 | 1 0.03 19.12 90.8 | 1 0.03 19.14 90.9 | 2 0.06 19.20 91 | 1 0.03 19.23 91.1 | 3 0.09 19.32 91.2 | 1 0.03 19.35 91.3 | 3 0.09 19.44 91.4 | 5 0.15 19.58 91.5 | 1 0.03 19.61 91.6 | 2 0.06 19.67 91.7 | 3 0.09 19.76 91.8 | 3 0.09 19.84 91.9 | 4 0.12 19.96 92 | 3 0.09 20.05 92.1 | 1 0.03 20.08 92.2 | 1 0.03 20.10 92.3 | 4 0.12 20.22 92.4 | 3 0.09 20.31 92.5 | 2 0.06 20.37 92.6 | 2 0.06 20.42 92.7 | 3 0.09 20.51 92.8 | 3 0.09 20.60 92.9 | 1 0.03 20.63 93 | 3 0.09 20.72 93.2 | 2 0.06 20.77 93.3 | 2 0.06 20.83 93.4 | 2 0.06 20.89 93.5 | 3 0.09 20.98 93.6 | 5 0.15 21.12 93.7 | 4 0.12 21.24 93.8 | 1 0.03 21.27 93.9 | 5 0.15 21.41 94 | 2 0.06 21.47 94.1 | 2 0.06 21.53 94.2 | 1 0.03 21.56 94.3 | 1 0.03 21.59 94.4 | 1 0.03 21.62 94.5 | 4 0.12 21.73 94.6 | 2 0.06 21.79 94.7 | 4 0.12 21.91 94.8 | 2 0.06 21.97 94.9 | 3 0.09 22.05 95 | 2 0.06 22.11 95.1 | 3 0.09 22.20 95.3 | 3 0.09 22.29 95.4 | 3 0.09 22.37 95.5 | 2 0.06 22.43 95.7 | 2 0.06 22.49 95.8 | 4 0.12 22.61 96 | 2 0.06 22.67 96.1 | 6 0.17 22.84 96.2 | 2 0.06 22.90 96.3 | 3 0.09 22.99 96.4 | 3 0.09 23.07 96.5 | 2 0.06 23.13 96.6 | 1 0.03 23.16 96.8 | 2 0.06 23.22 96.9 | 1 0.03 23.25 97 | 3 0.09 23.33 97.1 | 4 0.12 23.45 97.2 | 3 0.09 23.54 97.3 | 3 0.09 23.63 97.4 | 2 0.06 23.68 97.5 | 1 0.03 23.71 97.6 | 1 0.03 23.74 97.7 | 3 0.09 23.83 97.8 | 1 0.03 23.86 97.9 | 4 0.12 23.97 98 | 1 0.03 24.00 98.1 | 3 0.09 24.09 98.2 | 1 0.03 24.12 98.3 | 2 0.06 24.18 98.4 | 5 0.15 24.32 98.7 | 2 0.06 24.38 98.8 | 3 0.09 24.47 98.9 | 1 0.03 24.50 99 | 4 0.12 24.61 99.1 | 3 0.09 24.70 99.2 | 1 0.03 24.73 99.3 | 1 0.03 24.76 99.4 | 3 0.09 24.85 99.5 | 3 0.09 24.93 99.6 | 2 0.06 24.99 99.7 | 1 0.03 25.02 100 | 2 0.06 25.08 100.1 | 1 0.03 25.11 100.2 | 3 0.09 25.20 100.3 | 1 0.03 25.23 100.4 | 6 0.17 25.40 100.5 | 1 0.03 25.43 100.7 | 2 0.06 25.49 100.8 | 2 0.06 25.55 100.9 | 3 0.09 25.63 101 | 2 0.06 25.69 101.1 | 3 0.09 25.78 101.2 | 2 0.06 25.84 101.3 | 2 0.06 25.89 101.4 | 1 0.03 25.92 101.5 | 2 0.06 25.98 101.6 | 1 0.03 26.01 101.7 | 4 0.12 26.13 101.8 | 1 0.03 26.16 101.9 | 2 0.06 26.21 102 | 3 0.09 26.30 102.1 | 3 0.09 26.39 102.2 | 4 0.12 26.51 102.4 | 3 0.09 26.59 102.7 | 4 0.12 26.71 102.9 | 2 0.06 26.77 103 | 4 0.12 26.88 103.1 | 4 0.12 27.00 103.2 | 1 0.03 27.03 103.3 | 2 0.06 27.09 103.4 | 2 0.06 27.15 103.5 | 2 0.06 27.20 103.6 | 2 0.06 27.26 103.7 | 5 0.15 27.41 104 | 4 0.12 27.52 104.1 | 2 0.06 27.58 104.6 | 1 0.03 27.61 104.7 | 2 0.06 27.67 104.8 | 1 0.03 27.70 105 | 4 0.12 27.81 105.1 | 5 0.15 27.96 105.2 | 1 0.03 27.99 105.3 | 2 0.06 28.05 105.4 | 3 0.09 28.14 105.5 | 3 0.09 28.22 105.6 | 1 0.03 28.25 105.9 | 3 0.09 28.34 106 | 2 0.06 28.40 106.1 | 4 0.12 28.51 106.2 | 4 0.12 28.63 106.3 | 3 0.09 28.72 106.4 | 5 0.15 28.86 106.5 | 1 0.03 28.89 106.6 | 2 0.06 28.95 106.7 | 1 0.03 28.98 106.8 | 2 0.06 29.04 106.9 | 2 0.06 29.10 107 | 1 0.03 29.12 107.1 | 2 0.06 29.18 107.2 | 1 0.03 29.21 107.3 | 1 0.03 29.24 107.4 | 3 0.09 29.33 107.5 | 3 0.09 29.42 107.9 | 3 0.09 29.50 108 | 4 0.12 29.62 108.1 | 1 0.03 29.65 108.2 | 1 0.03 29.68 108.3 | 1 0.03 29.71 108.4 | 1 0.03 29.74 108.5 | 2 0.06 29.79 108.6 | 1 0.03 29.82 108.8 | 3 0.09 29.91 108.9 | 2 0.06 29.97 109.1 | 1 0.03 30.00 109.2 | 1 0.03 30.03 109.4 | 1 0.03 30.06 109.6 | 3 0.09 30.14 109.7 | 2 0.06 30.20 109.8 | 4 0.12 30.32 109.9 | 2 0.06 30.38 110 | 1 0.03 30.40 110.2 | 2 0.06 30.46 110.4 | 2 0.06 30.52 110.5 | 3 0.09 30.61 110.6 | 1 0.03 30.64 110.7 | 1 0.03 30.67 110.8 | 2 0.06 30.72 110.9 | 1 0.03 30.75 111 | 3 0.09 30.84 111.1 | 1 0.03 30.87 111.2 | 2 0.06 30.93 111.4 | 1 0.03 30.96 111.5 | 4 0.12 31.07 111.6 | 2 0.06 31.13 111.8 | 4 0.12 31.25 111.9 | 2 0.06 31.31 112.1 | 1 0.03 31.34 112.3 | 1 0.03 31.36 112.4 | 3 0.09 31.45 112.5 | 1 0.03 31.48 112.6 | 1 0.03 31.51 112.7 | 1 0.03 31.54 112.9 | 3 0.09 31.63 113.1 | 4 0.12 31.74 113.2 | 4 0.12 31.86 113.3 | 2 0.06 31.92 113.4 | 1 0.03 31.95 113.5 | 3 0.09 32.03 113.6 | 2 0.06 32.09 113.7 | 1 0.03 32.12 113.8 | 1 0.03 32.15 113.9 | 1 0.03 32.18 114 | 6 0.17 32.35 114.1 | 1 0.03 32.38 114.2 | 3 0.09 32.47 114.3 | 1 0.03 32.50 114.4 | 2 0.06 32.56 114.6 | 2 0.06 32.62 114.7 | 1 0.03 32.64 114.8 | 1 0.03 32.67 115 | 2 0.06 32.73 115.1 | 1 0.03 32.76 115.2 | 4 0.12 32.88 115.3 | 5 0.15 33.02 115.4 | 3 0.09 33.11 115.5 | 2 0.06 33.17 115.6 | 2 0.06 33.23 115.7 | 1 0.03 33.26 115.8 | 2 0.06 33.31 115.9 | 1 0.03 33.34 116 | 3 0.09 33.43 116.1 | 1 0.03 33.46 116.2 | 1 0.03 33.49 116.3 | 3 0.09 33.58 116.4 | 3 0.09 33.66 116.5 | 1 0.03 33.69 116.6 | 1 0.03 33.72 116.7 | 1 0.03 33.75 116.8 | 3 0.09 33.84 116.9 | 3 0.09 33.92 117 | 4 0.12 34.04 117.2 | 1 0.03 34.07 117.3 | 1 0.03 34.10 117.4 | 1 0.03 34.13 117.5 | 3 0.09 34.22 117.6 | 3 0.09 34.30 117.7 | 2 0.06 34.36 117.8 | 2 0.06 34.42 117.9 | 2 0.06 34.48 118 | 3 0.09 34.57 118.1 | 1 0.03 34.59 118.2 | 1 0.03 34.62 118.3 | 2 0.06 34.68 118.4 | 1 0.03 34.71 118.5 | 2 0.06 34.77 118.7 | 1 0.03 34.80 118.8 | 1 0.03 34.83 118.9 | 2 0.06 34.89 119 | 2 0.06 34.94 119.3 | 2 0.06 35.00 119.4 | 1 0.03 35.03 119.5 | 1 0.03 35.06 119.7 | 2 0.06 35.12 119.8 | 2 0.06 35.18 119.9 | 1 0.03 35.21 120 | 3 0.09 35.29 120.1 | 3 0.09 35.38 120.4 | 1 0.03 35.41 120.5 | 4 0.12 35.53 120.6 | 1 0.03 35.55 120.7 | 1 0.03 35.58 120.8 | 3 0.09 35.67 120.9 | 1 0.03 35.70 121 | 2 0.06 35.76 121.1 | 2 0.06 35.82 121.2 | 1 0.03 35.85 121.3 | 1 0.03 35.87 121.4 | 1 0.03 35.90 121.5 | 1 0.03 35.93 121.7 | 3 0.09 36.02 121.8 | 1 0.03 36.05 121.9 | 2 0.06 36.11 122 | 1 0.03 36.14 122.3 | 1 0.03 36.17 122.4 | 2 0.06 36.22 122.6 | 2 0.06 36.28 122.7 | 3 0.09 36.37 122.8 | 2 0.06 36.43 123.2 | 1 0.03 36.46 123.3 | 1 0.03 36.49 123.4 | 3 0.09 36.57 123.5 | 1 0.03 36.60 123.7 | 1 0.03 36.63 123.8 | 2 0.06 36.69 123.9 | 1 0.03 36.72 124.1 | 2 0.06 36.78 124.4 | 2 0.06 36.83 124.5 | 6 0.17 37.01 124.7 | 1 0.03 37.04 124.8 | 1 0.03 37.07 125 | 1 0.03 37.10 125.2 | 1 0.03 37.13 125.3 | 1 0.03 37.15 125.6 | 1 0.03 37.18 125.7 | 1 0.03 37.21 125.9 | 2 0.06 37.27 126 | 1 0.03 37.30 126.1 | 2 0.06 37.36 126.4 | 1 0.03 37.39 126.5 | 4 0.12 37.50 126.6 | 3 0.09 37.59 126.7 | 2 0.06 37.65 126.8 | 2 0.06 37.71 127 | 1 0.03 37.74 127.1 | 3 0.09 37.82 127.2 | 2 0.06 37.88 127.4 | 2 0.06 37.94 127.5 | 1 0.03 37.97 127.6 | 1 0.03 38.00 127.9 | 1 0.03 38.03 128 | 1 0.03 38.06 128.1 | 1 0.03 38.09 128.2 | 4 0.12 38.20 128.4 | 2 0.06 38.26 128.5 | 1 0.03 38.29 128.6 | 2 0.06 38.35 128.7 | 3 0.09 38.43 128.8 | 1 0.03 38.46 128.9 | 2 0.06 38.52 129 | 1 0.03 38.55 129.1 | 2 0.06 38.61 129.2 | 1 0.03 38.64 129.3 | 3 0.09 38.73 129.8 | 2 0.06 38.78 129.9 | 2 0.06 38.84 130 | 4 0.12 38.96 130.2 | 1 0.03 38.99 130.3 | 3 0.09 39.07 130.4 | 2 0.06 39.13 130.5 | 3 0.09 39.22 130.6 | 1 0.03 39.25 130.7 | 1 0.03 39.28 130.8 | 1 0.03 39.31 130.9 | 1 0.03 39.34 131 | 1 0.03 39.37 131.1 | 3 0.09 39.45 131.3 | 3 0.09 39.54 131.4 | 1 0.03 39.57 131.5 | 1 0.03 39.60 131.6 | 1 0.03 39.63 131.7 | 2 0.06 39.69 132.1 | 3 0.09 39.77 132.2 | 4 0.12 39.89 132.3 | 1 0.03 39.92 132.5 | 2 0.06 39.98 132.6 | 1 0.03 40.01 132.7 | 4 0.12 40.12 132.8 | 1 0.03 40.15 132.9 | 1 0.03 40.18 133 | 1 0.03 40.21 133.1 | 1 0.03 40.24 133.3 | 2 0.06 40.30 133.5 | 1 0.03 40.33 133.6 | 2 0.06 40.38 133.8 | 1 0.03 40.41 134 | 1 0.03 40.44 134.2 | 2 0.06 40.50 134.3 | 1 0.03 40.53 134.4 | 2 0.06 40.59 134.5 | 2 0.06 40.65 134.6 | 1 0.03 40.68 134.9 | 1 0.03 40.70 135 | 3 0.09 40.79 135.1 | 1 0.03 40.82 135.2 | 2 0.06 40.88 135.3 | 2 0.06 40.94 135.4 | 1 0.03 40.97 135.7 | 3 0.09 41.05 135.8 | 1 0.03 41.08 135.9 | 2 0.06 41.14 136 | 1 0.03 41.17 136.2 | 1 0.03 41.20 136.4 | 1 0.03 41.23 136.5 | 1 0.03 41.26 136.7 | 1 0.03 41.29 136.9 | 5 0.15 41.43 137 | 1 0.03 41.46 137.1 | 1 0.03 41.49 137.2 | 1 0.03 41.52 137.3 | 1 0.03 41.55 137.5 | 1 0.03 41.58 137.6 | 1 0.03 41.61 137.7 | 1 0.03 41.64 137.8 | 1 0.03 41.66 137.9 | 1 0.03 41.69 138.1 | 1 0.03 41.72 138.3 | 1 0.03 41.75 138.4 | 2 0.06 41.81 138.5 | 1 0.03 41.84 138.6 | 1 0.03 41.87 139 | 1 0.03 41.90 139.5 | 2 0.06 41.96 139.6 | 1 0.03 41.98 139.7 | 1 0.03 42.01 139.8 | 1 0.03 42.04 139.9 | 2 0.06 42.10 140.1 | 1 0.03 42.13 140.2 | 2 0.06 42.19 140.3 | 1 0.03 42.22 140.4 | 2 0.06 42.28 140.5 | 1 0.03 42.30 140.6 | 2 0.06 42.36 140.7 | 1 0.03 42.39 140.8 | 1 0.03 42.42 140.9 | 1 0.03 42.45 141 | 4 0.12 42.57 141.4 | 3 0.09 42.65 141.7 | 1 0.03 42.68 141.9 | 1 0.03 42.71 142.2 | 3 0.09 42.80 142.4 | 1 0.03 42.83 142.7 | 3 0.09 42.92 142.8 | 2 0.06 42.97 142.9 | 1 0.03 43.00 143 | 1 0.03 43.03 143.4 | 2 0.06 43.09 143.5 | 2 0.06 43.15 143.6 | 1 0.03 43.18 143.7 | 1 0.03 43.21 144.2 | 2 0.06 43.26 144.3 | 1 0.03 43.29 144.7 | 1 0.03 43.32 144.8 | 1 0.03 43.35 145.4 | 1 0.03 43.38 145.7 | 1 0.03 43.41 145.9 | 2 0.06 43.47 146.1 | 1 0.03 43.50 146.2 | 1 0.03 43.53 146.4 | 1 0.03 43.56 146.5 | 1 0.03 43.58 146.8 | 1 0.03 43.61 146.9 | 1 0.03 43.64 147 | 1 0.03 43.67 147.5 | 1 0.03 43.70 147.7 | 1 0.03 43.73 147.8 | 2 0.06 43.79 148.5 | 1 0.03 43.82 148.7 | 1 0.03 43.85 148.8 | 1 0.03 43.88 149 | 1 0.03 43.90 149.2 | 1 0.03 43.93 149.6 | 1 0.03 43.96 149.9 | 2 0.06 44.02 150.2 | 1 0.03 44.05 150.3 | 3 0.09 44.14 150.4 | 1 0.03 44.17 150.5 | 1 0.03 44.20 150.9 | 1 0.03 44.22 151 | 2 0.06 44.28 151.1 | 1 0.03 44.31 151.2 | 1 0.03 44.34 151.4 | 1 0.03 44.37 151.6 | 1 0.03 44.40 151.7 | 1 0.03 44.43 151.8 | 1 0.03 44.46 152.1 | 2 0.06 44.52 152.3 | 2 0.06 44.57 152.4 | 2 0.06 44.63 152.8 | 1 0.03 44.66 153 | 2 0.06 44.72 153.9 | 1 0.03 44.75 154.1 | 1 0.03 44.78 154.2 | 1 0.03 44.81 154.4 | 1 0.03 44.84 154.6 | 3 0.09 44.92 154.7 | 1 0.03 44.95 154.8 | 1 0.03 44.98 155 | 1 0.03 45.01 155.5 | 1 0.03 45.04 156 | 1 0.03 45.07 156.6 | 2 0.06 45.13 157 | 1 0.03 45.16 157.1 | 1 0.03 45.18 157.2 | 1 0.03 45.21 157.3 | 1 0.03 45.24 157.5 | 2 0.06 45.30 157.6 | 2 0.06 45.36 158.5 | 1 0.03 45.39 158.6 | 1 0.03 45.42 159.3 | 1 0.03 45.45 159.4 | 1 0.03 45.48 159.5 | 1 0.03 45.50 159.7 | 1 0.03 45.53 160.1 | 1 0.03 45.56 160.2 | 1 0.03 45.59 160.3 | 1 0.03 45.62 160.8 | 2 0.06 45.68 161 | 1 0.03 45.71 161.2 | 1 0.03 45.74 161.4 | 1 0.03 45.77 161.8 | 1 0.03 45.80 163.3 | 2 0.06 45.85 163.5 | 1 0.03 45.88 163.7 | 1 0.03 45.91 163.9 | 1 0.03 45.94 164.2 | 1 0.03 45.97 164.6 | 1 0.03 46.00 165 | 2 0.06 46.06 165.1 | 1 0.03 46.09 165.7 | 1 0.03 46.12 165.8 | 3 0.09 46.20 165.9 | 1 0.03 46.23 166.2 | 1 0.03 46.26 166.4 | 1 0.03 46.29 166.7 | 1 0.03 46.32 166.8 | 1 0.03 46.35 167 | 1 0.03 46.38 167.2 | 1 0.03 46.41 167.4 | 1 0.03 46.44 167.5 | 1 0.03 46.46 168.6 | 2 0.06 46.52 168.7 | 1 0.03 46.55 168.8 | 1 0.03 46.58 169 | 1 0.03 46.61 169.9 | 1 0.03 46.64 170.2 | 2 0.06 46.70 171.4 | 1 0.03 46.73 171.8 | 1 0.03 46.76 172.8 | 1 0.03 46.78 172.9 | 1 0.03 46.81 173 | 1 0.03 46.84 173.2 | 1 0.03 46.87 173.5 | 1 0.03 46.90 173.8 | 1 0.03 46.93 174.2 | 1 0.03 46.96 175.3 | 3 0.09 47.05 175.5 | 1 0.03 47.08 176.1 | 1 0.03 47.11 177 | 1 0.03 47.13 177.2 | 1 0.03 47.16 178 | 1 0.03 47.19 178.9 | 1 0.03 47.22 179.1 | 1 0.03 47.25 179.3 | 1 0.03 47.28 179.9 | 1 0.03 47.31 180 | 1 0.03 47.34 180.3 | 1 0.03 47.37 180.4 | 1 0.03 47.40 180.6 | 1 0.03 47.43 181 | 1 0.03 47.45 181.2 | 1 0.03 47.48 181.3 | 1 0.03 47.51 182.5 | 1 0.03 47.54 183.6 | 2 0.06 47.60 183.7 | 1 0.03 47.63 184.1 | 1 0.03 47.66 184.8 | 1 0.03 47.69 186.1 | 1 0.03 47.72 186.6 | 1 0.03 47.75 186.9 | 1 0.03 47.77 189.5 | 1 0.03 47.80 190.9 | 1 0.03 47.83 192.2 | 1 0.03 47.86 193 | 1 0.03 47.89 193.1 | 1 0.03 47.92 193.4 | 1 0.03 47.95 193.5 | 1 0.03 47.98 193.9 | 2 0.06 48.04 198.8 | 1 0.03 48.07 200 | 1 0.03 48.09 200.9 | 2 0.06 48.15 201.6 | 1 0.03 48.18 201.9 | 1 0.03 48.21 202.2 | 1 0.03 48.24 202.5 | 1 0.03 48.27 202.6 | 1 0.03 48.30 202.9 | 1 0.03 48.33 204.4 | 1 0.03 48.36 205 | 1 0.03 48.39 205.6 | 1 0.03 48.41 206.3 | 1 0.03 48.44 207.2 | 1 0.03 48.47 208.6 | 1 0.03 48.50 208.7 | 1 0.03 48.53 210.2 | 1 0.03 48.56 210.5 | 1 0.03 48.59 211.9 | 1 0.03 48.62 215.1 | 1 0.03 48.65 215.9 | 1 0.03 48.68 216.7 | 1 0.03 48.71 218.7 | 1 0.03 48.73 219 | 1 0.03 48.76 219.1 | 1 0.03 48.79 219.8 | 1 0.03 48.82 222.6 | 1 0.03 48.85 222.7 | 1 0.03 48.88 227 | 1 0.03 48.91 227.3 | 1 0.03 48.94 227.4 | 1 0.03 48.97 229.1 | 1 0.03 49.00 229.2 | 1 0.03 49.03 231.1 | 1 0.03 49.05 231.6 | 1 0.03 49.08 234.4 | 1 0.03 49.11 246.3 | 1 0.03 49.14 251.6 | 1 0.03 49.17 256.5 | 1 0.03 49.20 258 | 1 0.03 49.23 261.3 | 1 0.03 49.26 284.3 | 1 0.03 49.29 285 | 1 0.03 49.32 303.8 | 1 0.03 49.35 354.3 | 1 0.03 49.37 . | 1,740 50.63 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for disambsblcl variable in PC_HSA_rates_0307 dataset : Black, LCL | % | Discharges | for | Ambulatory | Care | Sensitive | Cond per | 1000 Med | Enroll | Freq. Percent Cum. ------------+----------------------------------- 11.1 | 1 0.03 0.03 13.6 | 1 0.03 0.06 16.3 | 1 0.03 0.09 16.7 | 1 0.03 0.12 16.9 | 1 0.03 0.15 17.6 | 1 0.03 0.17 18 | 1 0.03 0.20 18.1 | 1 0.03 0.23 18.2 | 1 0.03 0.26 19.7 | 2 0.06 0.32 19.8 | 1 0.03 0.35 20.1 | 1 0.03 0.38 20.4 | 1 0.03 0.41 20.6 | 2 0.06 0.47 21.3 | 1 0.03 0.49 21.6 | 1 0.03 0.52 21.9 | 1 0.03 0.55 22.6 | 1 0.03 0.58 23.7 | 1 0.03 0.61 24 | 1 0.03 0.64 24.3 | 1 0.03 0.67 24.4 | 1 0.03 0.70 24.5 | 1 0.03 0.73 25.2 | 1 0.03 0.76 25.6 | 1 0.03 0.79 25.8 | 1 0.03 0.81 25.9 | 1 0.03 0.84 26 | 1 0.03 0.87 26.1 | 1 0.03 0.90 26.2 | 1 0.03 0.93 26.3 | 1 0.03 0.96 26.8 | 2 0.06 1.02 27 | 1 0.03 1.05 27.6 | 1 0.03 1.08 27.7 | 1 0.03 1.11 27.8 | 1 0.03 1.13 28.5 | 1 0.03 1.16 28.8 | 1 0.03 1.19 28.9 | 2 0.06 1.25 29.2 | 3 0.09 1.34 29.4 | 1 0.03 1.37 29.7 | 2 0.06 1.43 30 | 1 0.03 1.45 30.2 | 2 0.06 1.51 30.3 | 1 0.03 1.54 30.9 | 1 0.03 1.57 31.1 | 2 0.06 1.63 31.3 | 1 0.03 1.66 31.9 | 1 0.03 1.69 32.1 | 2 0.06 1.75 32.3 | 1 0.03 1.77 32.6 | 1 0.03 1.80 33.1 | 1 0.03 1.83 33.2 | 1 0.03 1.86 33.3 | 1 0.03 1.89 33.4 | 2 0.06 1.95 33.6 | 1 0.03 1.98 33.8 | 1 0.03 2.01 34 | 1 0.03 2.04 34.1 | 3 0.09 2.12 34.3 | 2 0.06 2.18 34.5 | 2 0.06 2.24 34.7 | 1 0.03 2.27 34.8 | 1 0.03 2.30 35.1 | 1 0.03 2.33 35.2 | 2 0.06 2.39 35.3 | 1 0.03 2.41 35.4 | 1 0.03 2.44 35.5 | 2 0.06 2.50 35.6 | 1 0.03 2.53 35.7 | 2 0.06 2.59 35.8 | 1 0.03 2.62 36.2 | 1 0.03 2.65 36.3 | 3 0.09 2.73 36.4 | 2 0.06 2.79 36.5 | 1 0.03 2.82 36.7 | 1 0.03 2.85 36.9 | 1 0.03 2.88 37 | 1 0.03 2.91 37.2 | 1 0.03 2.94 37.5 | 1 0.03 2.97 37.6 | 1 0.03 3.00 37.7 | 1 0.03 3.03 38.1 | 3 0.09 3.11 38.2 | 1 0.03 3.14 38.4 | 1 0.03 3.17 38.5 | 2 0.06 3.23 38.8 | 1 0.03 3.26 38.9 | 1 0.03 3.29 39.4 | 1 0.03 3.32 39.6 | 4 0.12 3.43 39.9 | 2 0.06 3.49 40 | 2 0.06 3.55 40.2 | 2 0.06 3.61 40.4 | 1 0.03 3.64 40.5 | 2 0.06 3.70 40.8 | 1 0.03 3.72 41.1 | 1 0.03 3.75 41.2 | 2 0.06 3.81 41.3 | 1 0.03 3.84 41.4 | 1 0.03 3.87 41.5 | 2 0.06 3.93 41.6 | 2 0.06 3.99 41.9 | 1 0.03 4.02 42 | 2 0.06 4.07 42.1 | 1 0.03 4.10 42.2 | 1 0.03 4.13 42.3 | 1 0.03 4.16 42.8 | 1 0.03 4.19 42.9 | 1 0.03 4.22 43.1 | 2 0.06 4.28 43.2 | 2 0.06 4.34 43.3 | 1 0.03 4.36 43.4 | 1 0.03 4.39 43.5 | 2 0.06 4.45 44.1 | 1 0.03 4.48 44.2 | 1 0.03 4.51 44.4 | 1 0.03 4.54 44.6 | 2 0.06 4.60 44.9 | 1 0.03 4.63 45.1 | 1 0.03 4.66 45.3 | 2 0.06 4.71 45.5 | 1 0.03 4.74 45.6 | 1 0.03 4.77 45.7 | 1 0.03 4.80 45.8 | 2 0.06 4.86 45.9 | 1 0.03 4.89 46.1 | 1 0.03 4.92 46.2 | 2 0.06 4.98 46.5 | 1 0.03 5.00 46.6 | 2 0.06 5.06 46.7 | 1 0.03 5.09 46.8 | 2 0.06 5.15 46.9 | 2 0.06 5.21 47 | 2 0.06 5.27 47.1 | 1 0.03 5.30 47.2 | 3 0.09 5.38 47.3 | 1 0.03 5.41 47.4 | 1 0.03 5.44 47.5 | 2 0.06 5.50 47.9 | 1 0.03 5.53 48.2 | 1 0.03 5.56 48.4 | 1 0.03 5.59 48.5 | 1 0.03 5.62 48.6 | 2 0.06 5.67 48.7 | 3 0.09 5.76 48.9 | 1 0.03 5.79 49 | 1 0.03 5.82 49.1 | 2 0.06 5.88 49.2 | 3 0.09 5.96 49.3 | 1 0.03 5.99 49.5 | 1 0.03 6.02 49.6 | 1 0.03 6.05 49.8 | 4 0.12 6.17 49.9 | 1 0.03 6.20 50 | 2 0.06 6.26 50.1 | 1 0.03 6.28 50.2 | 1 0.03 6.31 50.3 | 1 0.03 6.34 50.6 | 1 0.03 6.37 50.7 | 1 0.03 6.40 50.8 | 1 0.03 6.43 50.9 | 1 0.03 6.46 51.3 | 3 0.09 6.55 51.4 | 3 0.09 6.63 51.5 | 1 0.03 6.66 51.7 | 2 0.06 6.72 51.9 | 1 0.03 6.75 52 | 1 0.03 6.78 52.1 | 2 0.06 6.84 52.2 | 1 0.03 6.87 52.3 | 3 0.09 6.95 52.4 | 5 0.15 7.10 52.7 | 3 0.09 7.19 52.8 | 3 0.09 7.27 53 | 3 0.09 7.36 53.1 | 1 0.03 7.39 53.2 | 5 0.15 7.54 53.3 | 1 0.03 7.56 53.5 | 1 0.03 7.59 53.7 | 3 0.09 7.68 53.8 | 1 0.03 7.71 54 | 3 0.09 7.80 54.1 | 1 0.03 7.83 54.2 | 2 0.06 7.88 54.3 | 1 0.03 7.91 54.4 | 2 0.06 7.97 54.5 | 1 0.03 8.00 54.7 | 1 0.03 8.03 54.8 | 2 0.06 8.09 54.9 | 2 0.06 8.15 55 | 2 0.06 8.20 55.1 | 3 0.09 8.29 55.2 | 2 0.06 8.35 55.3 | 1 0.03 8.38 55.5 | 1 0.03 8.41 55.7 | 2 0.06 8.47 55.8 | 3 0.09 8.55 55.9 | 1 0.03 8.58 56.1 | 2 0.06 8.64 56.3 | 1 0.03 8.67 56.4 | 1 0.03 8.70 56.6 | 4 0.12 8.82 56.7 | 1 0.03 8.84 56.8 | 1 0.03 8.87 56.9 | 1 0.03 8.90 57 | 1 0.03 8.93 57.1 | 1 0.03 8.96 57.3 | 1 0.03 8.99 57.5 | 3 0.09 9.08 57.6 | 1 0.03 9.11 57.8 | 1 0.03 9.14 57.9 | 1 0.03 9.16 58 | 1 0.03 9.19 58.2 | 3 0.09 9.28 58.3 | 2 0.06 9.34 58.5 | 2 0.06 9.40 58.6 | 1 0.03 9.43 58.7 | 1 0.03 9.46 58.9 | 1 0.03 9.49 59 | 4 0.12 9.60 59.1 | 2 0.06 9.66 59.2 | 3 0.09 9.75 59.4 | 1 0.03 9.78 59.6 | 3 0.09 9.86 59.7 | 2 0.06 9.92 59.8 | 1 0.03 9.95 59.9 | 1 0.03 9.98 60.2 | 1 0.03 10.01 60.4 | 1 0.03 10.04 61 | 2 0.06 10.10 61.2 | 2 0.06 10.15 61.3 | 2 0.06 10.21 61.4 | 3 0.09 10.30 61.5 | 2 0.06 10.36 61.6 | 1 0.03 10.39 61.7 | 2 0.06 10.45 61.8 | 3 0.09 10.53 61.9 | 3 0.09 10.62 62 | 2 0.06 10.68 62.1 | 1 0.03 10.71 62.2 | 1 0.03 10.74 62.3 | 1 0.03 10.77 62.4 | 4 0.12 10.88 62.5 | 1 0.03 10.91 62.6 | 1 0.03 10.94 62.7 | 3 0.09 11.03 62.9 | 1 0.03 11.06 63 | 1 0.03 11.09 63.1 | 3 0.09 11.17 63.2 | 2 0.06 11.23 63.4 | 2 0.06 11.29 63.5 | 1 0.03 11.32 63.6 | 3 0.09 11.41 63.8 | 1 0.03 11.43 63.9 | 1 0.03 11.46 64.1 | 2 0.06 11.52 64.2 | 2 0.06 11.58 64.3 | 2 0.06 11.64 64.4 | 1 0.03 11.67 64.6 | 3 0.09 11.75 64.7 | 2 0.06 11.81 64.8 | 2 0.06 11.87 65 | 2 0.06 11.93 65.2 | 1 0.03 11.96 65.3 | 2 0.06 12.02 65.4 | 2 0.06 12.07 65.5 | 1 0.03 12.10 65.6 | 3 0.09 12.19 65.7 | 3 0.09 12.28 65.8 | 4 0.12 12.39 66 | 2 0.06 12.45 66.1 | 1 0.03 12.48 66.3 | 2 0.06 12.54 66.5 | 1 0.03 12.57 66.6 | 5 0.15 12.71 66.7 | 2 0.06 12.77 66.9 | 1 0.03 12.80 67.1 | 1 0.03 12.83 67.2 | 3 0.09 12.92 67.3 | 1 0.03 12.95 67.4 | 5 0.15 13.09 67.5 | 1 0.03 13.12 67.6 | 3 0.09 13.21 67.8 | 4 0.12 13.33 67.9 | 5 0.15 13.47 68 | 1 0.03 13.50 68.1 | 1 0.03 13.53 68.2 | 3 0.09 13.62 68.3 | 2 0.06 13.67 68.5 | 3 0.09 13.76 68.6 | 3 0.09 13.85 68.7 | 2 0.06 13.91 68.8 | 3 0.09 13.99 68.9 | 3 0.09 14.08 69 | 1 0.03 14.11 69.1 | 1 0.03 14.14 69.2 | 2 0.06 14.20 69.3 | 1 0.03 14.23 69.4 | 1 0.03 14.26 69.6 | 1 0.03 14.29 69.7 | 1 0.03 14.31 69.8 | 3 0.09 14.40 69.9 | 4 0.12 14.52 70 | 1 0.03 14.55 70.1 | 2 0.06 14.61 70.2 | 4 0.12 14.72 70.3 | 2 0.06 14.78 70.4 | 1 0.03 14.81 70.5 | 1 0.03 14.84 70.6 | 2 0.06 14.90 70.8 | 1 0.03 14.93 70.9 | 1 0.03 14.95 71 | 2 0.06 15.01 71.3 | 3 0.09 15.10 71.4 | 1 0.03 15.13 71.6 | 2 0.06 15.19 71.7 | 5 0.15 15.33 71.8 | 3 0.09 15.42 72 | 1 0.03 15.45 72.1 | 4 0.12 15.57 72.2 | 1 0.03 15.59 72.3 | 2 0.06 15.65 72.4 | 4 0.12 15.77 72.5 | 1 0.03 15.80 72.6 | 1 0.03 15.83 72.7 | 3 0.09 15.92 72.8 | 5 0.15 16.06 72.9 | 1 0.03 16.09 73 | 2 0.06 16.15 73.1 | 5 0.15 16.29 73.2 | 2 0.06 16.35 73.6 | 5 0.15 16.50 73.7 | 6 0.17 16.67 73.8 | 1 0.03 16.70 73.9 | 1 0.03 16.73 74 | 1 0.03 16.76 74.1 | 3 0.09 16.85 74.3 | 4 0.12 16.96 74.4 | 1 0.03 16.99 74.5 | 3 0.09 17.08 74.6 | 5 0.15 17.22 74.7 | 2 0.06 17.28 74.8 | 5 0.15 17.43 74.9 | 2 0.06 17.49 75 | 3 0.09 17.57 75.1 | 2 0.06 17.63 75.2 | 3 0.09 17.72 75.3 | 5 0.15 17.86 75.4 | 3 0.09 17.95 75.5 | 6 0.17 18.13 75.6 | 3 0.09 18.21 75.7 | 3 0.09 18.30 75.8 | 5 0.15 18.45 75.9 | 3 0.09 18.53 76 | 1 0.03 18.56 76.1 | 5 0.15 18.71 76.2 | 1 0.03 18.74 76.3 | 2 0.06 18.80 76.4 | 1 0.03 18.82 76.5 | 1 0.03 18.85 76.6 | 3 0.09 18.94 76.7 | 2 0.06 19.00 76.8 | 2 0.06 19.06 76.9 | 2 0.06 19.12 77 | 1 0.03 19.14 77.1 | 4 0.12 19.26 77.2 | 3 0.09 19.35 77.3 | 3 0.09 19.44 77.5 | 3 0.09 19.52 77.6 | 2 0.06 19.58 77.7 | 3 0.09 19.67 77.8 | 4 0.12 19.78 77.9 | 2 0.06 19.84 78 | 2 0.06 19.90 78.2 | 2 0.06 19.96 78.3 | 2 0.06 20.02 78.4 | 1 0.03 20.05 78.5 | 2 0.06 20.10 78.6 | 2 0.06 20.16 78.7 | 2 0.06 20.22 78.8 | 2 0.06 20.28 78.9 | 5 0.15 20.42 79 | 2 0.06 20.48 79.2 | 3 0.09 20.57 79.3 | 1 0.03 20.60 79.4 | 1 0.03 20.63 79.6 | 3 0.09 20.72 79.7 | 3 0.09 20.80 79.9 | 2 0.06 20.86 80 | 4 0.12 20.98 80.1 | 2 0.06 21.04 80.2 | 2 0.06 21.09 80.3 | 4 0.12 21.21 80.4 | 3 0.09 21.30 80.5 | 1 0.03 21.33 80.6 | 1 0.03 21.36 80.7 | 5 0.15 21.50 80.8 | 2 0.06 21.56 81 | 3 0.09 21.65 81.2 | 3 0.09 21.73 81.4 | 2 0.06 21.79 81.5 | 1 0.03 21.82 81.6 | 2 0.06 21.88 81.7 | 4 0.12 22.00 81.8 | 1 0.03 22.03 81.9 | 1 0.03 22.05 82 | 2 0.06 22.11 82.1 | 2 0.06 22.17 82.2 | 4 0.12 22.29 82.3 | 1 0.03 22.32 82.4 | 1 0.03 22.35 82.5 | 4 0.12 22.46 82.6 | 2 0.06 22.52 82.7 | 2 0.06 22.58 82.9 | 2 0.06 22.64 83 | 3 0.09 22.72 83.1 | 5 0.15 22.87 83.2 | 2 0.06 22.93 83.3 | 2 0.06 22.99 83.4 | 3 0.09 23.07 83.5 | 3 0.09 23.16 83.6 | 4 0.12 23.28 83.7 | 2 0.06 23.33 83.8 | 1 0.03 23.36 83.9 | 3 0.09 23.45 84 | 3 0.09 23.54 84.1 | 1 0.03 23.57 84.2 | 3 0.09 23.65 84.3 | 3 0.09 23.74 84.4 | 4 0.12 23.86 84.5 | 2 0.06 23.92 84.6 | 1 0.03 23.95 84.8 | 3 0.09 24.03 84.9 | 3 0.09 24.12 85 | 4 0.12 24.24 85.1 | 2 0.06 24.29 85.2 | 2 0.06 24.35 85.3 | 5 0.15 24.50 85.5 | 3 0.09 24.59 85.6 | 1 0.03 24.61 85.7 | 6 0.17 24.79 85.8 | 5 0.15 24.93 85.9 | 2 0.06 24.99 86 | 1 0.03 25.02 86.2 | 1 0.03 25.05 86.4 | 3 0.09 25.14 86.5 | 1 0.03 25.17 86.6 | 3 0.09 25.25 86.7 | 3 0.09 25.34 86.8 | 2 0.06 25.40 86.9 | 2 0.06 25.46 87 | 2 0.06 25.52 87.1 | 2 0.06 25.57 87.2 | 3 0.09 25.66 87.3 | 5 0.15 25.81 87.4 | 3 0.09 25.89 87.6 | 3 0.09 25.98 87.7 | 3 0.09 26.07 87.8 | 2 0.06 26.13 87.9 | 2 0.06 26.19 88 | 2 0.06 26.24 88.1 | 1 0.03 26.27 88.2 | 2 0.06 26.33 88.3 | 3 0.09 26.42 88.4 | 1 0.03 26.45 88.5 | 4 0.12 26.56 88.6 | 1 0.03 26.59 88.8 | 3 0.09 26.68 88.9 | 2 0.06 26.74 89 | 5 0.15 26.88 89.1 | 4 0.12 27.00 89.2 | 3 0.09 27.09 89.3 | 1 0.03 27.12 89.4 | 1 0.03 27.15 89.5 | 1 0.03 27.17 89.7 | 1 0.03 27.20 89.8 | 3 0.09 27.29 89.9 | 4 0.12 27.41 90 | 2 0.06 27.47 90.1 | 3 0.09 27.55 90.2 | 1 0.03 27.58 90.3 | 2 0.06 27.64 90.5 | 2 0.06 27.70 90.7 | 1 0.03 27.73 90.9 | 3 0.09 27.81 91 | 2 0.06 27.87 91.1 | 6 0.17 28.05 91.2 | 2 0.06 28.11 91.3 | 4 0.12 28.22 91.4 | 1 0.03 28.25 91.5 | 2 0.06 28.31 91.6 | 1 0.03 28.34 91.7 | 1 0.03 28.37 91.8 | 2 0.06 28.43 91.9 | 2 0.06 28.48 92.1 | 5 0.15 28.63 92.2 | 1 0.03 28.66 92.3 | 2 0.06 28.72 92.4 | 1 0.03 28.75 92.5 | 1 0.03 28.78 92.6 | 3 0.09 28.86 92.8 | 1 0.03 28.89 92.9 | 3 0.09 28.98 93 | 1 0.03 29.01 93.1 | 4 0.12 29.12 93.2 | 2 0.06 29.18 93.3 | 1 0.03 29.21 93.4 | 2 0.06 29.27 93.5 | 7 0.20 29.47 93.6 | 3 0.09 29.56 93.7 | 2 0.06 29.62 93.8 | 5 0.15 29.76 93.9 | 3 0.09 29.85 94 | 4 0.12 29.97 94.1 | 3 0.09 30.06 94.2 | 2 0.06 30.11 94.3 | 1 0.03 30.14 94.4 | 1 0.03 30.17 94.6 | 2 0.06 30.23 94.7 | 2 0.06 30.29 94.8 | 3 0.09 30.38 94.9 | 1 0.03 30.40 95 | 2 0.06 30.46 95.1 | 3 0.09 30.55 95.2 | 2 0.06 30.61 95.3 | 1 0.03 30.64 95.4 | 1 0.03 30.67 95.5 | 5 0.15 30.81 95.6 | 2 0.06 30.87 95.7 | 1 0.03 30.90 95.8 | 2 0.06 30.96 96 | 4 0.12 31.07 96.1 | 1 0.03 31.10 96.2 | 6 0.17 31.28 96.3 | 2 0.06 31.34 96.4 | 2 0.06 31.39 96.5 | 6 0.17 31.57 96.7 | 3 0.09 31.66 96.8 | 1 0.03 31.68 96.9 | 1 0.03 31.71 97 | 2 0.06 31.77 97.1 | 2 0.06 31.83 97.4 | 1 0.03 31.86 97.5 | 2 0.06 31.92 97.6 | 1 0.03 31.95 97.7 | 4 0.12 32.06 97.8 | 3 0.09 32.15 97.9 | 4 0.12 32.27 98 | 4 0.12 32.38 98.1 | 2 0.06 32.44 98.2 | 2 0.06 32.50 98.3 | 1 0.03 32.53 98.4 | 1 0.03 32.56 98.5 | 1 0.03 32.59 98.6 | 3 0.09 32.67 98.7 | 2 0.06 32.73 98.8 | 1 0.03 32.76 98.9 | 4 0.12 32.88 99 | 2 0.06 32.94 99.1 | 1 0.03 32.96 99.2 | 1 0.03 32.99 99.3 | 2 0.06 33.05 99.4 | 2 0.06 33.11 99.6 | 1 0.03 33.14 99.7 | 4 0.12 33.26 99.8 | 1 0.03 33.28 99.9 | 3 0.09 33.37 100 | 3 0.09 33.46 100.2 | 5 0.15 33.60 100.3 | 2 0.06 33.66 100.5 | 1 0.03 33.69 100.6 | 2 0.06 33.75 100.7 | 6 0.17 33.92 100.8 | 3 0.09 34.01 100.9 | 1 0.03 34.04 101.3 | 2 0.06 34.10 101.4 | 3 0.09 34.19 101.5 | 1 0.03 34.22 101.6 | 1 0.03 34.24 101.8 | 3 0.09 34.33 101.9 | 1 0.03 34.36 102 | 1 0.03 34.39 102.1 | 2 0.06 34.45 102.2 | 3 0.09 34.54 102.3 | 4 0.12 34.65 102.4 | 1 0.03 34.68 102.5 | 1 0.03 34.71 102.7 | 1 0.03 34.74 102.9 | 2 0.06 34.80 103 | 3 0.09 34.89 103.1 | 1 0.03 34.91 103.2 | 1 0.03 34.94 103.3 | 1 0.03 34.97 103.4 | 2 0.06 35.03 103.5 | 5 0.15 35.18 103.6 | 2 0.06 35.23 103.7 | 1 0.03 35.26 103.9 | 3 0.09 35.35 104 | 2 0.06 35.41 104.2 | 3 0.09 35.50 104.3 | 1 0.03 35.53 104.4 | 2 0.06 35.58 104.5 | 1 0.03 35.61 104.6 | 2 0.06 35.67 104.7 | 4 0.12 35.79 104.8 | 4 0.12 35.90 104.9 | 2 0.06 35.96 105.1 | 2 0.06 36.02 105.3 | 2 0.06 36.08 105.5 | 2 0.06 36.14 105.6 | 1 0.03 36.17 105.7 | 1 0.03 36.19 106 | 2 0.06 36.25 106.1 | 3 0.09 36.34 106.2 | 1 0.03 36.37 106.3 | 2 0.06 36.43 106.5 | 1 0.03 36.46 106.6 | 2 0.06 36.51 106.7 | 3 0.09 36.60 106.8 | 2 0.06 36.66 106.9 | 2 0.06 36.72 107 | 2 0.06 36.78 107.1 | 2 0.06 36.83 107.2 | 1 0.03 36.86 107.3 | 1 0.03 36.89 107.8 | 3 0.09 36.98 107.9 | 4 0.12 37.10 108 | 1 0.03 37.13 108.1 | 2 0.06 37.18 108.2 | 1 0.03 37.21 108.3 | 1 0.03 37.24 108.4 | 1 0.03 37.27 108.5 | 2 0.06 37.33 108.6 | 2 0.06 37.39 108.7 | 3 0.09 37.47 108.9 | 1 0.03 37.50 109 | 1 0.03 37.53 109.1 | 3 0.09 37.62 109.2 | 2 0.06 37.68 109.3 | 1 0.03 37.71 109.5 | 2 0.06 37.77 109.6 | 1 0.03 37.79 109.9 | 1 0.03 37.82 110 | 2 0.06 37.88 110.1 | 2 0.06 37.94 110.3 | 1 0.03 37.97 110.4 | 3 0.09 38.06 110.5 | 1 0.03 38.09 110.6 | 2 0.06 38.14 110.8 | 2 0.06 38.20 110.9 | 1 0.03 38.23 111 | 2 0.06 38.29 111.1 | 1 0.03 38.32 111.2 | 3 0.09 38.41 111.4 | 1 0.03 38.43 111.5 | 2 0.06 38.49 111.6 | 1 0.03 38.52 111.7 | 2 0.06 38.58 111.8 | 1 0.03 38.61 111.9 | 1 0.03 38.64 112 | 1 0.03 38.67 112.1 | 2 0.06 38.73 112.2 | 2 0.06 38.78 112.3 | 4 0.12 38.90 112.4 | 5 0.15 39.05 112.6 | 2 0.06 39.10 113.1 | 2 0.06 39.16 113.2 | 1 0.03 39.19 113.3 | 1 0.03 39.22 113.5 | 1 0.03 39.25 113.6 | 2 0.06 39.31 113.8 | 2 0.06 39.37 113.9 | 4 0.12 39.48 114.1 | 3 0.09 39.57 114.2 | 1 0.03 39.60 114.3 | 3 0.09 39.69 114.5 | 1 0.03 39.71 114.6 | 2 0.06 39.77 114.7 | 2 0.06 39.83 114.8 | 2 0.06 39.89 115 | 1 0.03 39.92 115.1 | 3 0.09 40.01 115.4 | 1 0.03 40.03 115.5 | 1 0.03 40.06 115.8 | 1 0.03 40.09 115.9 | 1 0.03 40.12 116.2 | 2 0.06 40.18 116.4 | 3 0.09 40.27 116.5 | 2 0.06 40.33 116.6 | 3 0.09 40.41 116.7 | 1 0.03 40.44 116.8 | 2 0.06 40.50 116.9 | 2 0.06 40.56 117 | 1 0.03 40.59 117.3 | 1 0.03 40.62 117.4 | 1 0.03 40.65 117.5 | 1 0.03 40.68 117.6 | 3 0.09 40.76 117.7 | 3 0.09 40.85 117.9 | 2 0.06 40.91 118.1 | 1 0.03 40.94 118.2 | 1 0.03 40.97 118.4 | 2 0.06 41.02 118.6 | 1 0.03 41.05 118.7 | 1 0.03 41.08 118.8 | 2 0.06 41.14 118.9 | 1 0.03 41.17 119 | 3 0.09 41.26 119.1 | 4 0.12 41.37 119.2 | 1 0.03 41.40 119.3 | 1 0.03 41.43 119.5 | 1 0.03 41.46 119.6 | 1 0.03 41.49 119.9 | 3 0.09 41.58 120 | 2 0.06 41.64 120.1 | 1 0.03 41.66 120.3 | 1 0.03 41.69 120.5 | 3 0.09 41.78 120.6 | 1 0.03 41.81 120.7 | 1 0.03 41.84 120.8 | 2 0.06 41.90 121 | 3 0.09 41.98 121.3 | 1 0.03 42.01 121.6 | 1 0.03 42.04 121.8 | 1 0.03 42.07 121.9 | 4 0.12 42.19 122 | 1 0.03 42.22 122.2 | 2 0.06 42.28 122.6 | 2 0.06 42.33 122.8 | 1 0.03 42.36 122.9 | 1 0.03 42.39 123.1 | 4 0.12 42.51 123.2 | 1 0.03 42.54 123.3 | 1 0.03 42.57 123.4 | 1 0.03 42.60 123.6 | 2 0.06 42.65 123.8 | 2 0.06 42.71 123.9 | 1 0.03 42.74 124 | 4 0.12 42.86 124.1 | 1 0.03 42.89 124.2 | 1 0.03 42.92 124.8 | 1 0.03 42.94 124.9 | 3 0.09 43.03 125 | 2 0.06 43.09 125.1 | 1 0.03 43.12 125.4 | 2 0.06 43.18 125.5 | 1 0.03 43.21 125.6 | 2 0.06 43.26 125.8 | 1 0.03 43.29 125.9 | 1 0.03 43.32 126 | 3 0.09 43.41 126.2 | 1 0.03 43.44 126.5 | 1 0.03 43.47 126.8 | 1 0.03 43.50 126.9 | 1 0.03 43.53 127.3 | 1 0.03 43.56 127.5 | 2 0.06 43.61 127.6 | 1 0.03 43.64 127.8 | 1 0.03 43.67 128 | 1 0.03 43.70 128.2 | 2 0.06 43.76 128.5 | 1 0.03 43.79 128.6 | 2 0.06 43.85 128.7 | 2 0.06 43.90 128.9 | 1 0.03 43.93 129 | 1 0.03 43.96 129.1 | 1 0.03 43.99 129.5 | 1 0.03 44.02 129.7 | 1 0.03 44.05 129.8 | 2 0.06 44.11 129.9 | 1 0.03 44.14 130 | 2 0.06 44.20 130.3 | 1 0.03 44.22 130.9 | 2 0.06 44.28 131 | 1 0.03 44.31 131.1 | 1 0.03 44.34 131.4 | 1 0.03 44.37 131.5 | 1 0.03 44.40 131.6 | 1 0.03 44.43 131.7 | 2 0.06 44.49 132.2 | 1 0.03 44.52 132.4 | 1 0.03 44.54 132.7 | 1 0.03 44.57 133 | 1 0.03 44.60 133.1 | 1 0.03 44.63 133.2 | 2 0.06 44.69 133.4 | 2 0.06 44.75 133.7 | 1 0.03 44.78 134.1 | 1 0.03 44.81 134.5 | 1 0.03 44.84 134.7 | 2 0.06 44.89 134.8 | 1 0.03 44.92 134.9 | 1 0.03 44.95 135 | 1 0.03 44.98 135.2 | 1 0.03 45.01 135.8 | 1 0.03 45.04 135.9 | 1 0.03 45.07 136 | 1 0.03 45.10 136.1 | 1 0.03 45.13 136.2 | 1 0.03 45.16 136.4 | 2 0.06 45.21 137.3 | 1 0.03 45.24 137.5 | 1 0.03 45.27 137.6 | 1 0.03 45.30 137.7 | 1 0.03 45.33 138.1 | 1 0.03 45.36 138.2 | 1 0.03 45.39 138.3 | 1 0.03 45.42 138.4 | 2 0.06 45.48 138.7 | 1 0.03 45.50 138.9 | 1 0.03 45.53 139 | 1 0.03 45.56 139.1 | 1 0.03 45.59 139.3 | 1 0.03 45.62 139.4 | 1 0.03 45.65 139.6 | 1 0.03 45.68 139.9 | 1 0.03 45.71 140.2 | 1 0.03 45.74 140.5 | 1 0.03 45.77 140.7 | 1 0.03 45.80 140.9 | 1 0.03 45.82 141.1 | 1 0.03 45.85 141.5 | 2 0.06 45.91 142 | 1 0.03 45.94 142.1 | 1 0.03 45.97 142.3 | 2 0.06 46.03 142.4 | 1 0.03 46.06 142.5 | 1 0.03 46.09 142.7 | 1 0.03 46.12 143 | 1 0.03 46.14 143.2 | 1 0.03 46.17 143.3 | 1 0.03 46.20 143.9 | 1 0.03 46.23 144.2 | 1 0.03 46.26 144.4 | 1 0.03 46.29 144.7 | 1 0.03 46.32 145.3 | 1 0.03 46.35 145.7 | 1 0.03 46.38 145.9 | 2 0.06 46.44 146 | 1 0.03 46.46 146.1 | 1 0.03 46.49 146.6 | 2 0.06 46.55 146.7 | 1 0.03 46.58 147.3 | 1 0.03 46.61 148.4 | 1 0.03 46.64 148.7 | 1 0.03 46.67 148.9 | 1 0.03 46.70 149.5 | 1 0.03 46.73 149.8 | 2 0.06 46.78 150.4 | 2 0.06 46.84 150.7 | 1 0.03 46.87 150.8 | 1 0.03 46.90 150.9 | 1 0.03 46.93 151.2 | 2 0.06 46.99 152.3 | 1 0.03 47.02 152.9 | 1 0.03 47.05 153.2 | 2 0.06 47.11 153.6 | 2 0.06 47.16 153.7 | 1 0.03 47.19 153.8 | 1 0.03 47.22 154.1 | 1 0.03 47.25 154.2 | 1 0.03 47.28 154.3 | 1 0.03 47.31 154.6 | 1 0.03 47.34 155 | 2 0.06 47.40 155.5 | 1 0.03 47.43 155.6 | 1 0.03 47.45 156.1 | 1 0.03 47.48 156.4 | 1 0.03 47.51 158.4 | 1 0.03 47.54 158.5 | 2 0.06 47.60 158.9 | 1 0.03 47.63 159.3 | 2 0.06 47.69 160 | 1 0.03 47.72 160.3 | 1 0.03 47.75 161.1 | 1 0.03 47.77 161.3 | 1 0.03 47.80 162.2 | 1 0.03 47.83 163.7 | 1 0.03 47.86 163.8 | 1 0.03 47.89 164 | 1 0.03 47.92 164.1 | 1 0.03 47.95 165.3 | 1 0.03 47.98 165.4 | 1 0.03 48.01 166.3 | 1 0.03 48.04 167.2 | 1 0.03 48.07 168.7 | 1 0.03 48.09 168.8 | 1 0.03 48.12 169.3 | 1 0.03 48.15 169.8 | 1 0.03 48.18 169.9 | 1 0.03 48.21 171 | 1 0.03 48.24 171.3 | 1 0.03 48.27 172.1 | 1 0.03 48.30 172.4 | 1 0.03 48.33 173.1 | 1 0.03 48.36 173.6 | 1 0.03 48.39 174.2 | 1 0.03 48.41 175.1 | 1 0.03 48.44 175.9 | 1 0.03 48.47 181.5 | 1 0.03 48.50 183 | 1 0.03 48.53 183.1 | 1 0.03 48.56 183.5 | 1 0.03 48.59 184.2 | 1 0.03 48.62 186.4 | 1 0.03 48.65 187.1 | 1 0.03 48.68 188.2 | 1 0.03 48.71 189 | 1 0.03 48.73 189.7 | 1 0.03 48.76 190.6 | 1 0.03 48.79 191.9 | 1 0.03 48.82 194.4 | 1 0.03 48.85 194.6 | 1 0.03 48.88 197.5 | 1 0.03 48.91 198.8 | 1 0.03 48.94 200.7 | 1 0.03 48.97 202.3 | 1 0.03 49.00 202.9 | 1 0.03 49.03 205.9 | 1 0.03 49.05 206.4 | 1 0.03 49.08 207.1 | 1 0.03 49.11 207.8 | 1 0.03 49.14 223.5 | 1 0.03 49.17 226 | 1 0.03 49.20 234.5 | 1 0.03 49.23 245.6 | 1 0.03 49.26 259.7 | 1 0.03 49.29 259.8 | 1 0.03 49.32 327.8 | 1 0.03 49.35 . | 1,741 50.65 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for disambsbucl variable in PC_HSA_rates_0307 dataset : Black, UCL | % | Discharges | for | Ambulatory | Care | Sensitive | Cond per | 1000 Med | Enroll | Freq. Percent Cum. ------------+----------------------------------- 43.1 | 1 0.03 0.03 43.5 | 2 0.06 0.09 45.8 | 1 0.03 0.12 46.3 | 1 0.03 0.15 46.4 | 1 0.03 0.17 49.5 | 1 0.03 0.20 50.1 | 1 0.03 0.23 50.2 | 1 0.03 0.26 51.3 | 1 0.03 0.29 52 | 1 0.03 0.32 52.2 | 1 0.03 0.35 52.9 | 1 0.03 0.38 53.3 | 1 0.03 0.41 53.5 | 1 0.03 0.44 53.8 | 2 0.06 0.49 56 | 2 0.06 0.55 56.5 | 1 0.03 0.58 56.8 | 1 0.03 0.61 57.7 | 1 0.03 0.64 57.8 | 1 0.03 0.67 58.4 | 2 0.06 0.73 58.7 | 1 0.03 0.76 58.8 | 2 0.06 0.81 59 | 1 0.03 0.84 59.9 | 1 0.03 0.87 60 | 1 0.03 0.90 60.2 | 2 0.06 0.96 60.3 | 1 0.03 0.99 60.6 | 1 0.03 1.02 60.8 | 2 0.06 1.08 61.2 | 1 0.03 1.11 61.8 | 1 0.03 1.13 62.1 | 3 0.09 1.22 62.6 | 1 0.03 1.25 62.7 | 2 0.06 1.31 62.8 | 1 0.03 1.34 62.9 | 1 0.03 1.37 63 | 1 0.03 1.40 63.3 | 1 0.03 1.43 63.5 | 1 0.03 1.45 63.6 | 1 0.03 1.48 64 | 1 0.03 1.51 64.1 | 2 0.06 1.57 64.4 | 3 0.09 1.66 64.5 | 2 0.06 1.72 64.8 | 2 0.06 1.77 64.9 | 1 0.03 1.80 65 | 1 0.03 1.83 65.3 | 1 0.03 1.86 65.5 | 1 0.03 1.89 65.6 | 1 0.03 1.92 65.7 | 2 0.06 1.98 65.9 | 1 0.03 2.01 66 | 1 0.03 2.04 66.2 | 1 0.03 2.07 66.3 | 2 0.06 2.12 66.5 | 1 0.03 2.15 66.6 | 1 0.03 2.18 67.1 | 1 0.03 2.21 67.2 | 1 0.03 2.24 67.3 | 1 0.03 2.27 67.5 | 2 0.06 2.33 67.9 | 1 0.03 2.36 68.1 | 2 0.06 2.41 68.3 | 1 0.03 2.44 68.4 | 3 0.09 2.53 68.5 | 2 0.06 2.59 68.6 | 1 0.03 2.62 68.9 | 1 0.03 2.65 69 | 2 0.06 2.71 69.1 | 1 0.03 2.73 69.4 | 2 0.06 2.79 69.5 | 2 0.06 2.85 69.6 | 1 0.03 2.88 69.7 | 1 0.03 2.91 69.8 | 1 0.03 2.94 69.9 | 1 0.03 2.97 70 | 2 0.06 3.03 70.2 | 2 0.06 3.08 70.5 | 1 0.03 3.11 70.9 | 2 0.06 3.17 71.1 | 1 0.03 3.20 71.2 | 1 0.03 3.23 71.4 | 3 0.09 3.32 71.5 | 1 0.03 3.35 71.6 | 1 0.03 3.38 71.8 | 1 0.03 3.40 71.9 | 3 0.09 3.49 72 | 1 0.03 3.52 72.2 | 3 0.09 3.61 72.4 | 2 0.06 3.67 72.5 | 2 0.06 3.72 72.6 | 1 0.03 3.75 72.7 | 1 0.03 3.78 72.8 | 2 0.06 3.84 72.9 | 2 0.06 3.90 73.2 | 2 0.06 3.96 73.3 | 1 0.03 3.99 73.5 | 1 0.03 4.02 73.6 | 1 0.03 4.04 73.7 | 1 0.03 4.07 73.8 | 2 0.06 4.13 74.1 | 1 0.03 4.16 74.2 | 1 0.03 4.19 74.3 | 1 0.03 4.22 74.5 | 4 0.12 4.34 74.6 | 2 0.06 4.39 74.7 | 2 0.06 4.45 74.8 | 3 0.09 4.54 74.9 | 3 0.09 4.63 75 | 3 0.09 4.71 75.2 | 3 0.09 4.80 75.5 | 1 0.03 4.83 75.8 | 1 0.03 4.86 75.9 | 1 0.03 4.89 76 | 2 0.06 4.95 76.1 | 2 0.06 5.00 76.2 | 1 0.03 5.03 76.3 | 3 0.09 5.12 76.4 | 1 0.03 5.15 76.7 | 1 0.03 5.18 76.9 | 1 0.03 5.21 77 | 2 0.06 5.27 77.2 | 2 0.06 5.32 77.3 | 1 0.03 5.35 77.4 | 1 0.03 5.38 77.5 | 1 0.03 5.41 77.7 | 2 0.06 5.47 78 | 1 0.03 5.50 78.1 | 1 0.03 5.53 78.2 | 2 0.06 5.59 78.3 | 2 0.06 5.64 78.5 | 1 0.03 5.67 78.6 | 1 0.03 5.70 78.7 | 1 0.03 5.73 78.8 | 1 0.03 5.76 78.9 | 1 0.03 5.79 79 | 1 0.03 5.82 79.2 | 1 0.03 5.85 79.3 | 1 0.03 5.88 79.4 | 2 0.06 5.94 79.5 | 2 0.06 5.99 79.6 | 2 0.06 6.05 79.8 | 2 0.06 6.11 80 | 2 0.06 6.17 80.1 | 5 0.15 6.31 80.2 | 1 0.03 6.34 80.4 | 1 0.03 6.37 80.5 | 2 0.06 6.43 80.6 | 1 0.03 6.46 80.7 | 1 0.03 6.49 80.8 | 1 0.03 6.52 80.9 | 3 0.09 6.60 81 | 2 0.06 6.66 81.2 | 1 0.03 6.69 81.4 | 3 0.09 6.78 81.6 | 3 0.09 6.87 81.7 | 1 0.03 6.90 81.8 | 3 0.09 6.98 81.9 | 3 0.09 7.07 82 | 1 0.03 7.10 82.1 | 2 0.06 7.16 82.2 | 4 0.12 7.27 82.3 | 1 0.03 7.30 82.4 | 2 0.06 7.36 82.6 | 2 0.06 7.42 82.7 | 4 0.12 7.54 82.8 | 1 0.03 7.56 83 | 1 0.03 7.59 83.1 | 3 0.09 7.68 83.2 | 2 0.06 7.74 83.3 | 2 0.06 7.80 83.4 | 2 0.06 7.86 83.5 | 1 0.03 7.88 83.6 | 3 0.09 7.97 83.7 | 1 0.03 8.00 83.8 | 2 0.06 8.06 83.9 | 1 0.03 8.09 84.1 | 2 0.06 8.15 84.2 | 1 0.03 8.18 84.3 | 1 0.03 8.20 84.6 | 1 0.03 8.23 84.7 | 3 0.09 8.32 84.8 | 1 0.03 8.35 85 | 3 0.09 8.44 85.1 | 2 0.06 8.50 85.2 | 1 0.03 8.52 85.4 | 5 0.15 8.67 85.5 | 2 0.06 8.73 85.6 | 1 0.03 8.76 85.7 | 2 0.06 8.82 85.8 | 1 0.03 8.84 85.9 | 3 0.09 8.93 86 | 3 0.09 9.02 86.1 | 3 0.09 9.11 86.2 | 2 0.06 9.16 86.3 | 2 0.06 9.22 86.4 | 2 0.06 9.28 86.5 | 1 0.03 9.31 86.7 | 1 0.03 9.34 86.8 | 1 0.03 9.37 86.9 | 2 0.06 9.43 87.2 | 3 0.09 9.51 87.3 | 3 0.09 9.60 87.4 | 2 0.06 9.66 87.5 | 3 0.09 9.75 87.6 | 2 0.06 9.81 87.7 | 1 0.03 9.83 87.8 | 1 0.03 9.86 88.1 | 1 0.03 9.89 88.3 | 1 0.03 9.92 88.4 | 3 0.09 10.01 88.5 | 2 0.06 10.07 88.6 | 3 0.09 10.15 88.7 | 1 0.03 10.18 88.8 | 2 0.06 10.24 88.9 | 3 0.09 10.33 89 | 1 0.03 10.36 89.1 | 3 0.09 10.45 89.2 | 3 0.09 10.53 89.3 | 1 0.03 10.56 89.4 | 3 0.09 10.65 89.5 | 2 0.06 10.71 89.6 | 1 0.03 10.74 89.7 | 4 0.12 10.85 89.8 | 1 0.03 10.88 89.9 | 2 0.06 10.94 90 | 1 0.03 10.97 90.1 | 1 0.03 11.00 90.2 | 3 0.09 11.09 90.3 | 2 0.06 11.14 90.4 | 5 0.15 11.29 90.5 | 3 0.09 11.38 90.6 | 3 0.09 11.46 90.7 | 3 0.09 11.55 90.8 | 1 0.03 11.58 90.9 | 5 0.15 11.73 91 | 2 0.06 11.78 91.1 | 2 0.06 11.84 91.2 | 4 0.12 11.96 91.4 | 3 0.09 12.05 91.6 | 3 0.09 12.13 91.7 | 2 0.06 12.19 91.8 | 1 0.03 12.22 92.1 | 3 0.09 12.31 92.2 | 2 0.06 12.37 92.3 | 4 0.12 12.48 92.5 | 1 0.03 12.51 92.6 | 1 0.03 12.54 92.7 | 1 0.03 12.57 92.8 | 1 0.03 12.60 92.9 | 1 0.03 12.63 93 | 1 0.03 12.66 93.1 | 4 0.12 12.77 93.3 | 3 0.09 12.86 93.4 | 4 0.12 12.98 93.5 | 2 0.06 13.03 93.6 | 1 0.03 13.06 93.7 | 4 0.12 13.18 93.8 | 2 0.06 13.24 93.9 | 3 0.09 13.33 94 | 3 0.09 13.41 94.2 | 2 0.06 13.47 94.3 | 2 0.06 13.53 94.4 | 1 0.03 13.56 94.5 | 3 0.09 13.65 94.6 | 3 0.09 13.73 94.7 | 2 0.06 13.79 94.8 | 1 0.03 13.82 94.9 | 1 0.03 13.85 95 | 1 0.03 13.88 95.1 | 2 0.06 13.94 95.2 | 1 0.03 13.97 95.3 | 2 0.06 14.02 95.4 | 4 0.12 14.14 95.5 | 1 0.03 14.17 95.7 | 2 0.06 14.23 95.8 | 4 0.12 14.34 95.9 | 1 0.03 14.37 96 | 1 0.03 14.40 96.1 | 1 0.03 14.43 96.2 | 1 0.03 14.46 96.3 | 2 0.06 14.52 96.4 | 3 0.09 14.61 96.5 | 1 0.03 14.63 96.6 | 2 0.06 14.69 96.7 | 4 0.12 14.81 96.9 | 3 0.09 14.90 97 | 1 0.03 14.93 97.1 | 3 0.09 15.01 97.2 | 2 0.06 15.07 97.3 | 1 0.03 15.10 97.5 | 1 0.03 15.13 97.7 | 1 0.03 15.16 97.8 | 2 0.06 15.22 97.9 | 4 0.12 15.33 98 | 1 0.03 15.36 98.1 | 3 0.09 15.45 98.2 | 2 0.06 15.51 98.3 | 2 0.06 15.57 98.4 | 2 0.06 15.62 98.5 | 1 0.03 15.65 98.6 | 4 0.12 15.77 98.7 | 2 0.06 15.83 98.8 | 3 0.09 15.92 98.9 | 2 0.06 15.97 99 | 1 0.03 16.00 99.1 | 4 0.12 16.12 99.2 | 5 0.15 16.26 99.3 | 5 0.15 16.41 99.4 | 1 0.03 16.44 99.5 | 3 0.09 16.53 99.6 | 1 0.03 16.56 99.7 | 3 0.09 16.64 99.8 | 2 0.06 16.70 99.9 | 3 0.09 16.79 100 | 2 0.06 16.85 100.1 | 3 0.09 16.93 100.2 | 3 0.09 17.02 100.3 | 2 0.06 17.08 100.4 | 2 0.06 17.14 100.5 | 2 0.06 17.20 100.6 | 2 0.06 17.25 100.7 | 3 0.09 17.34 100.8 | 3 0.09 17.43 100.9 | 2 0.06 17.49 101 | 2 0.06 17.54 101.2 | 1 0.03 17.57 101.3 | 1 0.03 17.60 101.4 | 3 0.09 17.69 101.5 | 1 0.03 17.72 101.8 | 4 0.12 17.84 101.9 | 1 0.03 17.86 102 | 3 0.09 17.95 102.1 | 5 0.15 18.10 102.2 | 1 0.03 18.13 102.4 | 3 0.09 18.21 102.5 | 1 0.03 18.24 102.6 | 1 0.03 18.27 102.7 | 3 0.09 18.36 102.8 | 1 0.03 18.39 103 | 3 0.09 18.48 103.1 | 1 0.03 18.50 103.2 | 2 0.06 18.56 103.3 | 2 0.06 18.62 103.4 | 4 0.12 18.74 103.5 | 2 0.06 18.80 103.6 | 3 0.09 18.88 103.7 | 2 0.06 18.94 103.8 | 2 0.06 19.00 103.9 | 5 0.15 19.14 104 | 3 0.09 19.23 104.1 | 1 0.03 19.26 104.2 | 3 0.09 19.35 104.4 | 1 0.03 19.38 104.5 | 1 0.03 19.41 104.6 | 1 0.03 19.44 104.7 | 2 0.06 19.49 104.8 | 2 0.06 19.55 104.9 | 4 0.12 19.67 105 | 4 0.12 19.78 105.1 | 2 0.06 19.84 105.2 | 1 0.03 19.87 105.3 | 2 0.06 19.93 105.6 | 7 0.20 20.13 106 | 1 0.03 20.16 106.1 | 2 0.06 20.22 106.2 | 3 0.09 20.31 106.3 | 1 0.03 20.34 106.5 | 3 0.09 20.42 106.6 | 2 0.06 20.48 106.7 | 2 0.06 20.54 106.8 | 1 0.03 20.57 106.9 | 1 0.03 20.60 107 | 1 0.03 20.63 107.1 | 4 0.12 20.74 107.2 | 1 0.03 20.77 107.3 | 1 0.03 20.80 107.5 | 3 0.09 20.89 107.6 | 2 0.06 20.95 107.7 | 3 0.09 21.04 107.8 | 2 0.06 21.09 107.9 | 4 0.12 21.21 108 | 4 0.12 21.33 108.1 | 2 0.06 21.38 108.2 | 1 0.03 21.41 108.3 | 4 0.12 21.53 108.4 | 1 0.03 21.56 108.5 | 5 0.15 21.70 108.6 | 4 0.12 21.82 108.8 | 1 0.03 21.85 108.9 | 2 0.06 21.91 109.1 | 2 0.06 21.97 109.2 | 1 0.03 22.00 109.3 | 3 0.09 22.08 109.4 | 1 0.03 22.11 109.5 | 2 0.06 22.17 109.6 | 2 0.06 22.23 109.7 | 1 0.03 22.26 109.8 | 1 0.03 22.29 109.9 | 3 0.09 22.37 110 | 7 0.20 22.58 110.1 | 3 0.09 22.67 110.2 | 3 0.09 22.75 110.3 | 2 0.06 22.81 110.5 | 4 0.12 22.93 110.6 | 1 0.03 22.96 110.7 | 2 0.06 23.01 110.8 | 3 0.09 23.10 110.9 | 6 0.17 23.28 111 | 1 0.03 23.31 111.1 | 3 0.09 23.39 111.2 | 3 0.09 23.48 111.3 | 3 0.09 23.57 111.4 | 1 0.03 23.60 111.5 | 2 0.06 23.65 111.6 | 2 0.06 23.71 111.7 | 3 0.09 23.80 112 | 3 0.09 23.89 112.1 | 2 0.06 23.95 112.2 | 2 0.06 24.00 112.3 | 5 0.15 24.15 112.5 | 3 0.09 24.24 112.8 | 3 0.09 24.32 112.9 | 3 0.09 24.41 113.1 | 1 0.03 24.44 113.2 | 1 0.03 24.47 113.3 | 3 0.09 24.56 113.4 | 2 0.06 24.61 113.5 | 3 0.09 24.70 113.6 | 1 0.03 24.73 113.7 | 1 0.03 24.76 114 | 1 0.03 24.79 114.1 | 5 0.15 24.93 114.3 | 1 0.03 24.96 114.5 | 1 0.03 24.99 114.6 | 2 0.06 25.05 114.7 | 1 0.03 25.08 114.8 | 2 0.06 25.14 114.9 | 1 0.03 25.17 115 | 1 0.03 25.20 115.1 | 2 0.06 25.25 115.2 | 2 0.06 25.31 115.3 | 2 0.06 25.37 115.4 | 2 0.06 25.43 115.5 | 3 0.09 25.52 115.6 | 2 0.06 25.57 115.7 | 3 0.09 25.66 115.8 | 2 0.06 25.72 115.9 | 1 0.03 25.75 116 | 1 0.03 25.78 116.2 | 2 0.06 25.84 116.3 | 5 0.15 25.98 116.4 | 2 0.06 26.04 116.5 | 2 0.06 26.10 116.6 | 1 0.03 26.13 116.7 | 2 0.06 26.19 116.8 | 4 0.12 26.30 117 | 2 0.06 26.36 117.1 | 4 0.12 26.48 117.2 | 2 0.06 26.53 117.3 | 4 0.12 26.65 117.4 | 2 0.06 26.71 117.5 | 3 0.09 26.80 117.6 | 1 0.03 26.83 117.7 | 2 0.06 26.88 117.8 | 2 0.06 26.94 118 | 2 0.06 27.00 118.3 | 1 0.03 27.03 118.4 | 2 0.06 27.09 118.5 | 1 0.03 27.12 118.7 | 3 0.09 27.20 118.9 | 4 0.12 27.32 119 | 5 0.15 27.47 119.1 | 1 0.03 27.49 119.2 | 1 0.03 27.52 119.4 | 1 0.03 27.55 119.5 | 3 0.09 27.64 119.6 | 6 0.17 27.81 119.7 | 3 0.09 27.90 119.8 | 2 0.06 27.96 120.1 | 1 0.03 27.99 120.2 | 3 0.09 28.08 120.3 | 1 0.03 28.11 120.4 | 1 0.03 28.14 120.5 | 5 0.15 28.28 120.6 | 1 0.03 28.31 120.7 | 1 0.03 28.34 120.8 | 1 0.03 28.37 120.9 | 1 0.03 28.40 121 | 3 0.09 28.48 121.2 | 3 0.09 28.57 121.3 | 3 0.09 28.66 121.4 | 1 0.03 28.69 121.5 | 1 0.03 28.72 121.6 | 2 0.06 28.78 121.7 | 1 0.03 28.80 121.8 | 1 0.03 28.83 121.9 | 1 0.03 28.86 122 | 1 0.03 28.89 122.1 | 1 0.03 28.92 122.2 | 2 0.06 28.98 122.3 | 2 0.06 29.04 122.5 | 2 0.06 29.10 122.6 | 2 0.06 29.15 122.7 | 1 0.03 29.18 122.8 | 1 0.03 29.21 123 | 2 0.06 29.27 123.2 | 2 0.06 29.33 123.3 | 2 0.06 29.39 123.4 | 3 0.09 29.47 123.5 | 3 0.09 29.56 123.6 | 2 0.06 29.62 123.7 | 2 0.06 29.68 123.9 | 2 0.06 29.74 124 | 1 0.03 29.76 124.1 | 4 0.12 29.88 124.3 | 2 0.06 29.94 124.4 | 3 0.09 30.03 124.5 | 2 0.06 30.08 124.6 | 2 0.06 30.14 124.9 | 1 0.03 30.17 125 | 1 0.03 30.20 125.1 | 1 0.03 30.23 125.2 | 2 0.06 30.29 125.3 | 2 0.06 30.35 125.5 | 1 0.03 30.38 125.7 | 1 0.03 30.40 125.8 | 3 0.09 30.49 125.9 | 2 0.06 30.55 126 | 1 0.03 30.58 126.1 | 1 0.03 30.61 126.2 | 1 0.03 30.64 126.3 | 1 0.03 30.67 126.4 | 3 0.09 30.75 126.5 | 3 0.09 30.84 126.7 | 2 0.06 30.90 126.8 | 2 0.06 30.96 126.9 | 1 0.03 30.99 127 | 1 0.03 31.02 127.2 | 2 0.06 31.07 127.3 | 1 0.03 31.10 127.4 | 1 0.03 31.13 127.6 | 1 0.03 31.16 127.7 | 1 0.03 31.19 127.8 | 1 0.03 31.22 127.9 | 5 0.15 31.36 128 | 2 0.06 31.42 128.1 | 1 0.03 31.45 128.2 | 2 0.06 31.51 128.4 | 5 0.15 31.66 128.5 | 3 0.09 31.74 128.6 | 2 0.06 31.80 128.8 | 3 0.09 31.89 128.9 | 2 0.06 31.95 129 | 1 0.03 31.98 129.2 | 1 0.03 32.00 129.3 | 3 0.09 32.09 129.4 | 1 0.03 32.12 129.5 | 2 0.06 32.18 129.6 | 2 0.06 32.24 129.7 | 2 0.06 32.30 129.8 | 1 0.03 32.32 129.9 | 2 0.06 32.38 130 | 1 0.03 32.41 130.1 | 4 0.12 32.53 130.2 | 5 0.15 32.67 130.3 | 2 0.06 32.73 130.6 | 2 0.06 32.79 130.7 | 3 0.09 32.88 130.9 | 2 0.06 32.94 131 | 1 0.03 32.96 131.1 | 1 0.03 32.99 131.2 | 2 0.06 33.05 131.3 | 2 0.06 33.11 131.4 | 1 0.03 33.14 131.6 | 1 0.03 33.17 131.7 | 1 0.03 33.20 131.8 | 1 0.03 33.23 131.9 | 1 0.03 33.26 132 | 1 0.03 33.28 132.1 | 1 0.03 33.31 132.3 | 1 0.03 33.34 132.4 | 2 0.06 33.40 132.5 | 3 0.09 33.49 132.6 | 1 0.03 33.52 132.7 | 1 0.03 33.55 132.8 | 3 0.09 33.63 132.9 | 4 0.12 33.75 133 | 1 0.03 33.78 133.2 | 1 0.03 33.81 133.3 | 1 0.03 33.84 133.5 | 1 0.03 33.87 133.7 | 1 0.03 33.90 133.8 | 2 0.06 33.95 134 | 2 0.06 34.01 134.1 | 2 0.06 34.07 134.2 | 2 0.06 34.13 134.3 | 1 0.03 34.16 134.4 | 1 0.03 34.19 134.6 | 4 0.12 34.30 134.9 | 1 0.03 34.33 135 | 1 0.03 34.36 135.1 | 1 0.03 34.39 135.2 | 1 0.03 34.42 135.3 | 1 0.03 34.45 135.4 | 1 0.03 34.48 135.5 | 2 0.06 34.54 135.8 | 2 0.06 34.59 136 | 1 0.03 34.62 136.1 | 1 0.03 34.65 136.3 | 2 0.06 34.71 136.4 | 2 0.06 34.77 136.6 | 1 0.03 34.80 136.7 | 3 0.09 34.89 136.9 | 1 0.03 34.91 137 | 3 0.09 35.00 137.1 | 1 0.03 35.03 137.5 | 3 0.09 35.12 137.6 | 3 0.09 35.21 137.7 | 1 0.03 35.23 137.8 | 2 0.06 35.29 137.9 | 3 0.09 35.38 138 | 2 0.06 35.44 138.3 | 2 0.06 35.50 138.6 | 1 0.03 35.53 138.8 | 1 0.03 35.55 138.9 | 2 0.06 35.61 139 | 3 0.09 35.70 139.1 | 2 0.06 35.76 139.3 | 2 0.06 35.82 139.4 | 2 0.06 35.87 139.6 | 3 0.09 35.96 139.9 | 1 0.03 35.99 140 | 1 0.03 36.02 140.2 | 2 0.06 36.08 140.3 | 1 0.03 36.11 140.6 | 2 0.06 36.17 140.7 | 1 0.03 36.19 140.9 | 3 0.09 36.28 141 | 2 0.06 36.34 141.2 | 2 0.06 36.40 141.4 | 1 0.03 36.43 141.5 | 2 0.06 36.49 141.6 | 1 0.03 36.51 141.7 | 3 0.09 36.60 142.1 | 4 0.12 36.72 142.3 | 1 0.03 36.75 142.6 | 1 0.03 36.78 142.7 | 1 0.03 36.81 142.8 | 2 0.06 36.86 142.9 | 2 0.06 36.92 143 | 1 0.03 36.95 143.2 | 1 0.03 36.98 143.3 | 2 0.06 37.04 143.4 | 2 0.06 37.10 143.5 | 2 0.06 37.15 143.6 | 3 0.09 37.24 143.7 | 2 0.06 37.30 143.8 | 2 0.06 37.36 143.9 | 1 0.03 37.39 144 | 2 0.06 37.45 144.1 | 1 0.03 37.47 144.2 | 1 0.03 37.50 144.3 | 1 0.03 37.53 144.4 | 1 0.03 37.56 144.8 | 1 0.03 37.59 145 | 2 0.06 37.65 145.1 | 1 0.03 37.68 145.2 | 1 0.03 37.71 145.4 | 3 0.09 37.79 145.6 | 3 0.09 37.88 145.7 | 2 0.06 37.94 145.8 | 1 0.03 37.97 145.9 | 2 0.06 38.03 146.1 | 2 0.06 38.09 146.3 | 2 0.06 38.14 146.4 | 1 0.03 38.17 146.5 | 1 0.03 38.20 146.6 | 5 0.15 38.35 146.8 | 1 0.03 38.38 147 | 3 0.09 38.46 147.2 | 2 0.06 38.52 147.3 | 1 0.03 38.55 147.4 | 1 0.03 38.58 147.5 | 1 0.03 38.61 147.6 | 2 0.06 38.67 147.9 | 1 0.03 38.70 148.2 | 2 0.06 38.75 148.3 | 2 0.06 38.81 148.4 | 1 0.03 38.84 148.5 | 2 0.06 38.90 148.7 | 2 0.06 38.96 148.8 | 1 0.03 38.99 148.9 | 3 0.09 39.07 149.2 | 1 0.03 39.10 149.4 | 2 0.06 39.16 149.5 | 1 0.03 39.19 149.6 | 2 0.06 39.25 149.9 | 2 0.06 39.31 150 | 2 0.06 39.37 150.1 | 1 0.03 39.39 150.2 | 1 0.03 39.42 150.4 | 2 0.06 39.48 150.6 | 1 0.03 39.51 150.8 | 2 0.06 39.57 151 | 1 0.03 39.60 151.1 | 1 0.03 39.63 151.2 | 1 0.03 39.66 151.3 | 1 0.03 39.69 151.4 | 1 0.03 39.71 151.6 | 2 0.06 39.77 151.8 | 1 0.03 39.80 151.9 | 1 0.03 39.83 152 | 2 0.06 39.89 152.1 | 1 0.03 39.92 152.3 | 2 0.06 39.98 152.4 | 2 0.06 40.03 152.5 | 1 0.03 40.06 152.6 | 1 0.03 40.09 152.8 | 1 0.03 40.12 153 | 3 0.09 40.21 153.1 | 1 0.03 40.24 153.2 | 2 0.06 40.30 153.4 | 1 0.03 40.33 153.5 | 1 0.03 40.35 153.6 | 1 0.03 40.38 153.8 | 1 0.03 40.41 153.9 | 2 0.06 40.47 154.1 | 1 0.03 40.50 154.2 | 4 0.12 40.62 154.4 | 1 0.03 40.65 154.5 | 1 0.03 40.68 154.7 | 1 0.03 40.70 154.9 | 1 0.03 40.73 155.1 | 2 0.06 40.79 155.3 | 2 0.06 40.85 155.5 | 1 0.03 40.88 155.6 | 2 0.06 40.94 155.9 | 3 0.09 41.02 156.3 | 1 0.03 41.05 156.4 | 1 0.03 41.08 156.6 | 1 0.03 41.11 156.7 | 2 0.06 41.17 156.8 | 2 0.06 41.23 157.1 | 1 0.03 41.26 157.2 | 1 0.03 41.29 157.4 | 2 0.06 41.34 157.7 | 1 0.03 41.37 157.8 | 1 0.03 41.40 158.1 | 1 0.03 41.43 158.5 | 1 0.03 41.46 158.7 | 2 0.06 41.52 159.1 | 1 0.03 41.55 159.2 | 1 0.03 41.58 159.3 | 1 0.03 41.61 159.4 | 1 0.03 41.64 159.5 | 1 0.03 41.66 159.7 | 1 0.03 41.69 159.8 | 1 0.03 41.72 159.9 | 4 0.12 41.84 160 | 1 0.03 41.87 160.2 | 1 0.03 41.90 160.3 | 1 0.03 41.93 160.4 | 2 0.06 41.98 160.6 | 1 0.03 42.01 160.7 | 3 0.09 42.10 160.8 | 1 0.03 42.13 160.9 | 2 0.06 42.19 161 | 1 0.03 42.22 161.2 | 2 0.06 42.28 161.5 | 2 0.06 42.33 161.6 | 1 0.03 42.36 161.9 | 1 0.03 42.39 162.1 | 1 0.03 42.42 162.3 | 1 0.03 42.45 162.4 | 1 0.03 42.48 162.7 | 1 0.03 42.51 163 | 1 0.03 42.54 163.3 | 1 0.03 42.57 163.4 | 1 0.03 42.60 163.5 | 1 0.03 42.62 163.7 | 1 0.03 42.65 163.8 | 1 0.03 42.68 163.9 | 1 0.03 42.71 164.4 | 1 0.03 42.74 164.6 | 1 0.03 42.77 165 | 1 0.03 42.80 165.1 | 1 0.03 42.83 165.2 | 3 0.09 42.92 165.5 | 2 0.06 42.97 165.6 | 1 0.03 43.00 165.7 | 1 0.03 43.03 166 | 1 0.03 43.06 166.2 | 3 0.09 43.15 166.5 | 1 0.03 43.18 166.6 | 2 0.06 43.24 166.7 | 1 0.03 43.26 167.3 | 1 0.03 43.29 167.6 | 1 0.03 43.32 167.8 | 1 0.03 43.35 168 | 1 0.03 43.38 168.1 | 3 0.09 43.47 168.3 | 1 0.03 43.50 168.4 | 1 0.03 43.53 168.5 | 3 0.09 43.61 168.6 | 1 0.03 43.64 168.8 | 1 0.03 43.67 169 | 1 0.03 43.70 169.3 | 1 0.03 43.73 169.8 | 1 0.03 43.76 169.9 | 1 0.03 43.79 170 | 1 0.03 43.82 170.2 | 1 0.03 43.85 170.5 | 2 0.06 43.90 171 | 1 0.03 43.93 171.1 | 1 0.03 43.96 171.3 | 1 0.03 43.99 171.5 | 1 0.03 44.02 171.7 | 1 0.03 44.05 171.9 | 2 0.06 44.11 172 | 1 0.03 44.14 172.9 | 1 0.03 44.17 173.3 | 1 0.03 44.20 174 | 1 0.03 44.22 174.5 | 2 0.06 44.28 174.8 | 1 0.03 44.31 175.1 | 1 0.03 44.34 175.3 | 1 0.03 44.37 175.6 | 3 0.09 44.46 176.1 | 1 0.03 44.49 176.5 | 1 0.03 44.52 177.1 | 1 0.03 44.54 177.3 | 1 0.03 44.57 177.4 | 1 0.03 44.60 177.5 | 2 0.06 44.66 177.6 | 1 0.03 44.69 178.5 | 1 0.03 44.72 178.6 | 1 0.03 44.75 178.7 | 2 0.06 44.81 178.8 | 1 0.03 44.84 179 | 1 0.03 44.86 179.2 | 1 0.03 44.89 179.5 | 1 0.03 44.92 180.3 | 1 0.03 44.95 180.4 | 1 0.03 44.98 180.5 | 1 0.03 45.01 180.7 | 1 0.03 45.04 181.7 | 1 0.03 45.07 181.8 | 1 0.03 45.10 181.9 | 1 0.03 45.13 182.2 | 2 0.06 45.18 182.4 | 1 0.03 45.21 182.6 | 1 0.03 45.24 182.7 | 1 0.03 45.27 182.9 | 1 0.03 45.30 183.3 | 2 0.06 45.36 183.8 | 1 0.03 45.39 184.2 | 1 0.03 45.42 184.4 | 2 0.06 45.48 184.6 | 1 0.03 45.50 184.8 | 2 0.06 45.56 185.1 | 2 0.06 45.62 185.2 | 1 0.03 45.65 185.3 | 1 0.03 45.68 185.4 | 1 0.03 45.71 185.6 | 1 0.03 45.74 186.5 | 1 0.03 45.77 186.6 | 1 0.03 45.80 186.7 | 1 0.03 45.82 186.8 | 1 0.03 45.85 188.1 | 1 0.03 45.88 188.4 | 2 0.06 45.94 188.8 | 1 0.03 45.97 190.4 | 1 0.03 46.00 191.1 | 1 0.03 46.03 191.2 | 1 0.03 46.06 191.9 | 1 0.03 46.09 192.6 | 1 0.03 46.12 192.9 | 1 0.03 46.14 193 | 1 0.03 46.17 193.8 | 1 0.03 46.20 194.9 | 1 0.03 46.23 195.3 | 1 0.03 46.26 196.5 | 2 0.06 46.32 196.6 | 1 0.03 46.35 196.9 | 1 0.03 46.38 197.8 | 1 0.03 46.41 197.9 | 1 0.03 46.44 198.4 | 1 0.03 46.46 198.6 | 1 0.03 46.49 198.7 | 1 0.03 46.52 198.8 | 1 0.03 46.55 199 | 1 0.03 46.58 199.1 | 1 0.03 46.61 199.6 | 2 0.06 46.67 199.8 | 1 0.03 46.70 199.9 | 1 0.03 46.73 200.8 | 1 0.03 46.76 200.9 | 1 0.03 46.78 201 | 1 0.03 46.81 201.7 | 1 0.03 46.84 202.1 | 2 0.06 46.90 202.7 | 1 0.03 46.93 202.9 | 1 0.03 46.96 203.2 | 1 0.03 46.99 203.8 | 1 0.03 47.02 203.9 | 2 0.06 47.08 204.1 | 1 0.03 47.11 204.8 | 1 0.03 47.13 205 | 1 0.03 47.16 205.1 | 1 0.03 47.19 206 | 1 0.03 47.22 208.5 | 1 0.03 47.25 210.5 | 1 0.03 47.28 210.7 | 1 0.03 47.31 211.1 | 2 0.06 47.37 211.2 | 1 0.03 47.40 211.5 | 1 0.03 47.43 211.7 | 1 0.03 47.45 212.6 | 1 0.03 47.48 212.7 | 2 0.06 47.54 213.6 | 1 0.03 47.57 213.8 | 1 0.03 47.60 215.3 | 1 0.03 47.63 216.1 | 1 0.03 47.66 216.6 | 1 0.03 47.69 217.6 | 1 0.03 47.72 217.7 | 1 0.03 47.75 218.7 | 1 0.03 47.77 219.8 | 1 0.03 47.80 220.3 | 1 0.03 47.83 220.5 | 1 0.03 47.86 222.6 | 1 0.03 47.89 222.8 | 1 0.03 47.92 222.9 | 1 0.03 47.95 224 | 1 0.03 47.98 224.2 | 1 0.03 48.01 225.6 | 1 0.03 48.04 225.7 | 1 0.03 48.07 225.8 | 1 0.03 48.09 227.4 | 1 0.03 48.12 227.6 | 1 0.03 48.15 228.2 | 1 0.03 48.18 232.5 | 1 0.03 48.21 233.4 | 1 0.03 48.24 233.5 | 2 0.06 48.30 234.6 | 1 0.03 48.33 234.8 | 1 0.03 48.36 236.4 | 1 0.03 48.39 236.6 | 1 0.03 48.41 238.8 | 1 0.03 48.44 241.9 | 1 0.03 48.47 243.4 | 1 0.03 48.50 246.9 | 1 0.03 48.53 248.3 | 1 0.03 48.56 249 | 1 0.03 48.59 250.3 | 1 0.03 48.62 251.1 | 1 0.03 48.65 251.7 | 1 0.03 48.68 252.5 | 1 0.03 48.71 255 | 1 0.03 48.73 255.8 | 1 0.03 48.76 258 | 1 0.03 48.79 258.1 | 1 0.03 48.82 259.8 | 1 0.03 48.85 260.9 | 1 0.03 48.88 261.7 | 1 0.03 48.91 264.3 | 1 0.03 48.94 265.2 | 1 0.03 48.97 266.5 | 1 0.03 49.00 271.3 | 1 0.03 49.03 275.6 | 1 0.03 49.05 279.7 | 1 0.03 49.08 285.4 | 1 0.03 49.11 286.3 | 1 0.03 49.14 288.1 | 1 0.03 49.17 290 | 1 0.03 49.20 308.8 | 1 0.03 49.23 312.4 | 1 0.03 49.26 324.4 | 1 0.03 49.29 347.8 | 1 0.03 49.32 380.8 | 1 0.03 49.35 . | 1,741 50.65 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for disambsw variable in PC_HSA_rates_0307 dataset : White, % | Discharges | for | Ambulatory | Care | Sensitive | Cond per | 1000 Med | Enroll | Freq. Percent Cum. ------------+----------------------------------- 27.6 | 1 0.03 0.03 28.9 | 2 0.06 0.09 31 | 1 0.03 0.12 31.1 | 1 0.03 0.15 32.5 | 1 0.03 0.17 33 | 1 0.03 0.20 33.7 | 1 0.03 0.23 34.9 | 1 0.03 0.26 35.8 | 2 0.06 0.32 36.1 | 1 0.03 0.35 36.3 | 1 0.03 0.38 37.6 | 1 0.03 0.41 38.4 | 1 0.03 0.44 38.6 | 1 0.03 0.47 38.8 | 1 0.03 0.49 38.9 | 1 0.03 0.52 39.1 | 1 0.03 0.55 39.4 | 1 0.03 0.58 39.9 | 1 0.03 0.61 40.5 | 1 0.03 0.64 40.6 | 1 0.03 0.67 40.9 | 1 0.03 0.70 41.2 | 2 0.06 0.76 41.3 | 1 0.03 0.79 41.8 | 1 0.03 0.81 42 | 3 0.09 0.90 42.4 | 3 0.09 0.99 42.5 | 1 0.03 1.02 42.6 | 1 0.03 1.05 42.8 | 1 0.03 1.08 42.9 | 1 0.03 1.11 43.6 | 1 0.03 1.13 43.7 | 3 0.09 1.22 44.1 | 2 0.06 1.28 44.2 | 2 0.06 1.34 44.3 | 1 0.03 1.37 44.5 | 1 0.03 1.40 44.6 | 1 0.03 1.43 44.7 | 1 0.03 1.45 44.9 | 1 0.03 1.48 45.3 | 1 0.03 1.51 45.8 | 1 0.03 1.54 46.1 | 1 0.03 1.57 46.5 | 1 0.03 1.60 46.7 | 1 0.03 1.63 46.8 | 1 0.03 1.66 46.9 | 2 0.06 1.72 47 | 1 0.03 1.75 47.1 | 2 0.06 1.80 47.5 | 1 0.03 1.83 47.6 | 2 0.06 1.89 47.8 | 1 0.03 1.92 48 | 2 0.06 1.98 48.2 | 1 0.03 2.01 48.3 | 1 0.03 2.04 48.5 | 1 0.03 2.07 48.6 | 2 0.06 2.12 48.7 | 1 0.03 2.15 48.8 | 2 0.06 2.21 49 | 2 0.06 2.27 49.2 | 5 0.15 2.41 49.3 | 3 0.09 2.50 49.5 | 3 0.09 2.59 49.6 | 1 0.03 2.62 49.7 | 1 0.03 2.65 49.8 | 2 0.06 2.71 49.9 | 1 0.03 2.73 50 | 2 0.06 2.79 50.1 | 1 0.03 2.82 50.2 | 2 0.06 2.88 50.3 | 1 0.03 2.91 50.4 | 1 0.03 2.94 50.6 | 2 0.06 3.00 50.8 | 3 0.09 3.08 50.9 | 2 0.06 3.14 51 | 1 0.03 3.17 51.1 | 1 0.03 3.20 51.2 | 5 0.15 3.35 51.3 | 4 0.12 3.46 51.4 | 1 0.03 3.49 51.5 | 1 0.03 3.52 51.6 | 1 0.03 3.55 51.7 | 2 0.06 3.61 51.8 | 1 0.03 3.64 52 | 3 0.09 3.72 52.2 | 1 0.03 3.75 52.3 | 1 0.03 3.78 52.4 | 1 0.03 3.81 52.5 | 1 0.03 3.84 52.6 | 3 0.09 3.93 52.7 | 1 0.03 3.96 52.8 | 3 0.09 4.04 52.9 | 1 0.03 4.07 53 | 1 0.03 4.10 53.1 | 1 0.03 4.13 53.2 | 1 0.03 4.16 53.3 | 2 0.06 4.22 53.4 | 1 0.03 4.25 53.5 | 1 0.03 4.28 53.6 | 2 0.06 4.34 53.8 | 3 0.09 4.42 53.9 | 2 0.06 4.48 54 | 2 0.06 4.54 54.1 | 2 0.06 4.60 54.4 | 2 0.06 4.66 54.6 | 2 0.06 4.71 54.7 | 2 0.06 4.77 54.8 | 3 0.09 4.86 54.9 | 2 0.06 4.92 55 | 4 0.12 5.03 55.1 | 1 0.03 5.06 55.4 | 2 0.06 5.12 55.5 | 2 0.06 5.18 55.6 | 3 0.09 5.27 55.7 | 2 0.06 5.32 55.8 | 2 0.06 5.38 55.9 | 1 0.03 5.41 56 | 1 0.03 5.44 56.2 | 3 0.09 5.53 56.3 | 2 0.06 5.59 56.4 | 2 0.06 5.64 56.5 | 4 0.12 5.76 56.8 | 4 0.12 5.88 56.9 | 3 0.09 5.96 57 | 2 0.06 6.02 57.1 | 2 0.06 6.08 57.2 | 1 0.03 6.11 57.3 | 2 0.06 6.17 57.4 | 3 0.09 6.26 57.5 | 3 0.09 6.34 57.6 | 2 0.06 6.40 57.7 | 4 0.12 6.52 57.8 | 1 0.03 6.55 57.9 | 1 0.03 6.58 58 | 2 0.06 6.63 58.1 | 1 0.03 6.66 58.2 | 3 0.09 6.75 58.3 | 1 0.03 6.78 58.5 | 1 0.03 6.81 58.6 | 2 0.06 6.87 58.7 | 5 0.15 7.01 58.8 | 2 0.06 7.07 59.1 | 1 0.03 7.10 59.2 | 2 0.06 7.16 59.3 | 2 0.06 7.22 59.5 | 2 0.06 7.27 59.7 | 2 0.06 7.33 59.8 | 3 0.09 7.42 59.9 | 1 0.03 7.45 60 | 1 0.03 7.48 60.2 | 4 0.12 7.59 60.3 | 1 0.03 7.62 60.4 | 4 0.12 7.74 60.5 | 3 0.09 7.83 60.6 | 2 0.06 7.88 60.7 | 1 0.03 7.91 60.8 | 3 0.09 8.00 60.9 | 1 0.03 8.03 61 | 6 0.17 8.20 61.1 | 2 0.06 8.26 61.2 | 2 0.06 8.32 61.3 | 1 0.03 8.35 61.4 | 3 0.09 8.44 61.5 | 2 0.06 8.50 61.6 | 1 0.03 8.52 61.7 | 5 0.15 8.67 61.8 | 6 0.17 8.84 61.9 | 3 0.09 8.93 62 | 3 0.09 9.02 62.1 | 3 0.09 9.11 62.3 | 3 0.09 9.19 62.4 | 3 0.09 9.28 62.5 | 2 0.06 9.34 62.6 | 2 0.06 9.40 62.7 | 3 0.09 9.49 62.8 | 2 0.06 9.54 62.9 | 1 0.03 9.57 63 | 2 0.06 9.63 63.1 | 4 0.12 9.75 63.2 | 1 0.03 9.78 63.3 | 6 0.17 9.95 63.4 | 3 0.09 10.04 63.5 | 2 0.06 10.10 63.6 | 2 0.06 10.15 63.7 | 2 0.06 10.21 63.8 | 5 0.15 10.36 63.9 | 3 0.09 10.45 64.1 | 5 0.15 10.59 64.2 | 4 0.12 10.71 64.3 | 6 0.17 10.88 64.4 | 4 0.12 11.00 64.5 | 2 0.06 11.06 64.6 | 3 0.09 11.14 64.9 | 3 0.09 11.23 65 | 5 0.15 11.38 65.2 | 6 0.17 11.55 65.3 | 2 0.06 11.61 65.4 | 1 0.03 11.64 65.5 | 3 0.09 11.73 65.6 | 5 0.15 11.87 65.8 | 3 0.09 11.96 65.9 | 1 0.03 11.99 66 | 4 0.12 12.10 66.1 | 2 0.06 12.16 66.2 | 3 0.09 12.25 66.3 | 4 0.12 12.37 66.4 | 2 0.06 12.42 66.5 | 1 0.03 12.45 66.6 | 2 0.06 12.51 66.7 | 1 0.03 12.54 66.8 | 4 0.12 12.66 66.9 | 2 0.06 12.71 67 | 1 0.03 12.74 67.1 | 3 0.09 12.83 67.2 | 2 0.06 12.89 67.4 | 3 0.09 12.98 67.5 | 7 0.20 13.18 67.6 | 1 0.03 13.21 67.7 | 4 0.12 13.33 67.8 | 1 0.03 13.35 67.9 | 2 0.06 13.41 68 | 2 0.06 13.47 68.1 | 5 0.15 13.62 68.3 | 2 0.06 13.67 68.4 | 2 0.06 13.73 68.5 | 5 0.15 13.88 68.6 | 2 0.06 13.94 68.7 | 2 0.06 13.99 68.8 | 1 0.03 14.02 68.9 | 3 0.09 14.11 69 | 6 0.17 14.29 69.1 | 1 0.03 14.31 69.2 | 1 0.03 14.34 69.3 | 1 0.03 14.37 69.4 | 2 0.06 14.43 69.5 | 5 0.15 14.58 69.6 | 4 0.12 14.69 69.7 | 4 0.12 14.81 69.8 | 2 0.06 14.87 69.9 | 3 0.09 14.95 70 | 5 0.15 15.10 70.1 | 4 0.12 15.22 70.2 | 3 0.09 15.30 70.3 | 2 0.06 15.36 70.4 | 2 0.06 15.42 70.5 | 1 0.03 15.45 70.6 | 6 0.17 15.62 70.7 | 2 0.06 15.68 70.8 | 3 0.09 15.77 70.9 | 2 0.06 15.83 71 | 5 0.15 15.97 71.1 | 7 0.20 16.18 71.2 | 4 0.12 16.29 71.3 | 2 0.06 16.35 71.4 | 4 0.12 16.47 71.5 | 2 0.06 16.53 71.6 | 2 0.06 16.58 71.7 | 1 0.03 16.61 71.8 | 5 0.15 16.76 71.9 | 4 0.12 16.88 72 | 3 0.09 16.96 72.1 | 5 0.15 17.11 72.2 | 4 0.12 17.22 72.3 | 3 0.09 17.31 72.5 | 2 0.06 17.37 72.6 | 2 0.06 17.43 72.7 | 2 0.06 17.49 72.8 | 1 0.03 17.52 72.9 | 2 0.06 17.57 73 | 5 0.15 17.72 73.1 | 5 0.15 17.86 73.2 | 2 0.06 17.92 73.3 | 6 0.17 18.10 73.4 | 6 0.17 18.27 73.5 | 4 0.12 18.39 73.6 | 3 0.09 18.48 73.7 | 5 0.15 18.62 73.8 | 3 0.09 18.71 73.9 | 3 0.09 18.80 74 | 1 0.03 18.82 74.1 | 2 0.06 18.88 74.2 | 5 0.15 19.03 74.3 | 2 0.06 19.09 74.4 | 2 0.06 19.14 74.5 | 3 0.09 19.23 74.6 | 1 0.03 19.26 74.8 | 7 0.20 19.46 74.9 | 4 0.12 19.58 75 | 3 0.09 19.67 75.1 | 2 0.06 19.73 75.2 | 5 0.15 19.87 75.3 | 6 0.17 20.05 75.4 | 3 0.09 20.13 75.6 | 3 0.09 20.22 75.7 | 1 0.03 20.25 75.8 | 5 0.15 20.40 75.9 | 3 0.09 20.48 76 | 1 0.03 20.51 76.1 | 3 0.09 20.60 76.2 | 3 0.09 20.69 76.3 | 3 0.09 20.77 76.4 | 1 0.03 20.80 76.5 | 2 0.06 20.86 76.6 | 2 0.06 20.92 76.7 | 5 0.15 21.06 76.8 | 7 0.20 21.27 76.9 | 3 0.09 21.36 77 | 3 0.09 21.44 77.1 | 3 0.09 21.53 77.2 | 3 0.09 21.62 77.3 | 7 0.20 21.82 77.4 | 2 0.06 21.88 77.5 | 1 0.03 21.91 77.6 | 5 0.15 22.05 77.7 | 2 0.06 22.11 77.8 | 3 0.09 22.20 77.9 | 4 0.12 22.32 78 | 3 0.09 22.40 78.1 | 3 0.09 22.49 78.2 | 2 0.06 22.55 78.3 | 1 0.03 22.58 78.4 | 1 0.03 22.61 78.5 | 2 0.06 22.67 78.6 | 2 0.06 22.72 78.7 | 1 0.03 22.75 78.8 | 2 0.06 22.81 78.9 | 5 0.15 22.96 79 | 3 0.09 23.04 79.1 | 3 0.09 23.13 79.2 | 6 0.17 23.31 79.3 | 1 0.03 23.33 79.4 | 4 0.12 23.45 79.6 | 5 0.15 23.60 79.7 | 1 0.03 23.63 79.8 | 4 0.12 23.74 79.9 | 3 0.09 23.83 80 | 1 0.03 23.86 80.1 | 3 0.09 23.95 80.2 | 2 0.06 24.00 80.3 | 2 0.06 24.06 80.4 | 2 0.06 24.12 80.5 | 2 0.06 24.18 80.7 | 2 0.06 24.24 80.8 | 1 0.03 24.27 81 | 3 0.09 24.35 81.1 | 2 0.06 24.41 81.2 | 4 0.12 24.53 81.3 | 1 0.03 24.56 81.4 | 1 0.03 24.59 81.5 | 1 0.03 24.61 81.6 | 4 0.12 24.73 81.7 | 1 0.03 24.76 81.8 | 2 0.06 24.82 81.9 | 3 0.09 24.91 82 | 4 0.12 25.02 82.1 | 2 0.06 25.08 82.2 | 4 0.12 25.20 82.3 | 1 0.03 25.23 82.4 | 3 0.09 25.31 82.5 | 4 0.12 25.43 82.6 | 3 0.09 25.52 82.7 | 2 0.06 25.57 82.8 | 3 0.09 25.66 82.9 | 1 0.03 25.69 83 | 1 0.03 25.72 83.1 | 3 0.09 25.81 83.3 | 4 0.12 25.92 83.4 | 2 0.06 25.98 83.5 | 3 0.09 26.07 83.8 | 2 0.06 26.13 83.9 | 5 0.15 26.27 84 | 3 0.09 26.36 84.1 | 7 0.20 26.56 84.2 | 5 0.15 26.71 84.3 | 1 0.03 26.74 84.4 | 4 0.12 26.85 84.5 | 4 0.12 26.97 84.6 | 1 0.03 27.00 84.7 | 4 0.12 27.12 84.8 | 2 0.06 27.17 84.9 | 3 0.09 27.26 85 | 2 0.06 27.32 85.1 | 2 0.06 27.38 85.2 | 2 0.06 27.44 85.3 | 1 0.03 27.47 85.4 | 1 0.03 27.49 85.5 | 1 0.03 27.52 85.6 | 2 0.06 27.58 85.7 | 1 0.03 27.61 85.8 | 4 0.12 27.73 85.9 | 5 0.15 27.87 86 | 3 0.09 27.96 86.1 | 1 0.03 27.99 86.2 | 2 0.06 28.05 86.3 | 3 0.09 28.14 86.4 | 1 0.03 28.16 86.5 | 8 0.23 28.40 86.6 | 4 0.12 28.51 86.7 | 4 0.12 28.63 86.9 | 3 0.09 28.72 87 | 4 0.12 28.83 87.1 | 5 0.15 28.98 87.2 | 1 0.03 29.01 87.3 | 3 0.09 29.10 87.4 | 3 0.09 29.18 87.5 | 2 0.06 29.24 87.6 | 1 0.03 29.27 87.7 | 2 0.06 29.33 87.8 | 3 0.09 29.42 87.9 | 1 0.03 29.44 88.1 | 2 0.06 29.50 88.2 | 4 0.12 29.62 88.3 | 1 0.03 29.65 88.4 | 4 0.12 29.76 88.5 | 1 0.03 29.79 88.6 | 1 0.03 29.82 88.7 | 2 0.06 29.88 88.9 | 1 0.03 29.91 89 | 2 0.06 29.97 89.1 | 1 0.03 30.00 89.5 | 3 0.09 30.08 89.7 | 2 0.06 30.14 89.8 | 3 0.09 30.23 89.9 | 4 0.12 30.35 90 | 3 0.09 30.43 90.1 | 2 0.06 30.49 90.2 | 3 0.09 30.58 90.3 | 3 0.09 30.67 90.4 | 1 0.03 30.70 90.5 | 2 0.06 30.75 90.6 | 4 0.12 30.87 90.7 | 1 0.03 30.90 90.8 | 3 0.09 30.99 90.9 | 4 0.12 31.10 91 | 1 0.03 31.13 91.1 | 1 0.03 31.16 91.2 | 3 0.09 31.25 91.5 | 1 0.03 31.28 91.6 | 4 0.12 31.39 91.7 | 3 0.09 31.48 91.8 | 2 0.06 31.54 92 | 1 0.03 31.57 92.2 | 3 0.09 31.66 92.3 | 4 0.12 31.77 92.4 | 3 0.09 31.86 92.5 | 1 0.03 31.89 92.6 | 1 0.03 31.92 92.7 | 4 0.12 32.03 92.8 | 6 0.17 32.21 92.9 | 2 0.06 32.27 93 | 1 0.03 32.30 93.1 | 1 0.03 32.32 93.2 | 1 0.03 32.35 93.3 | 2 0.06 32.41 93.4 | 1 0.03 32.44 93.5 | 1 0.03 32.47 93.6 | 7 0.20 32.67 93.7 | 2 0.06 32.73 93.8 | 2 0.06 32.79 93.9 | 2 0.06 32.85 94 | 1 0.03 32.88 94.1 | 3 0.09 32.96 94.2 | 1 0.03 32.99 94.3 | 1 0.03 33.02 94.4 | 2 0.06 33.08 94.5 | 2 0.06 33.14 94.6 | 2 0.06 33.20 94.8 | 4 0.12 33.31 94.9 | 4 0.12 33.43 95 | 4 0.12 33.55 95.1 | 1 0.03 33.58 95.2 | 4 0.12 33.69 95.3 | 3 0.09 33.78 95.4 | 3 0.09 33.87 95.5 | 1 0.03 33.90 95.6 | 1 0.03 33.92 95.7 | 2 0.06 33.98 95.8 | 4 0.12 34.10 95.9 | 1 0.03 34.13 96 | 1 0.03 34.16 96.1 | 2 0.06 34.22 96.2 | 3 0.09 34.30 96.3 | 3 0.09 34.39 96.4 | 1 0.03 34.42 96.7 | 2 0.06 34.48 96.8 | 2 0.06 34.54 96.9 | 1 0.03 34.57 97 | 1 0.03 34.59 97.1 | 2 0.06 34.65 97.2 | 5 0.15 34.80 97.3 | 1 0.03 34.83 97.4 | 1 0.03 34.86 97.5 | 2 0.06 34.91 97.6 | 1 0.03 34.94 97.7 | 2 0.06 35.00 97.8 | 1 0.03 35.03 97.9 | 1 0.03 35.06 98 | 1 0.03 35.09 98.1 | 4 0.12 35.21 98.2 | 1 0.03 35.23 98.4 | 1 0.03 35.26 98.5 | 3 0.09 35.35 98.6 | 2 0.06 35.41 98.7 | 1 0.03 35.44 98.8 | 1 0.03 35.47 98.9 | 2 0.06 35.53 99 | 1 0.03 35.55 99.1 | 2 0.06 35.61 99.2 | 2 0.06 35.67 99.3 | 2 0.06 35.73 99.4 | 2 0.06 35.79 99.6 | 3 0.09 35.87 99.7 | 3 0.09 35.96 99.8 | 3 0.09 36.05 99.9 | 2 0.06 36.11 100 | 1 0.03 36.14 100.2 | 2 0.06 36.19 100.3 | 3 0.09 36.28 100.4 | 2 0.06 36.34 100.5 | 3 0.09 36.43 100.6 | 3 0.09 36.51 100.7 | 1 0.03 36.54 100.9 | 1 0.03 36.57 101 | 2 0.06 36.63 101.1 | 4 0.12 36.75 101.2 | 1 0.03 36.78 101.3 | 3 0.09 36.86 101.4 | 3 0.09 36.95 101.5 | 1 0.03 36.98 101.6 | 4 0.12 37.10 101.7 | 2 0.06 37.15 101.8 | 1 0.03 37.18 101.9 | 2 0.06 37.24 102 | 2 0.06 37.30 102.1 | 4 0.12 37.42 102.2 | 3 0.09 37.50 102.3 | 2 0.06 37.56 102.4 | 1 0.03 37.59 102.5 | 3 0.09 37.68 102.6 | 2 0.06 37.74 102.7 | 2 0.06 37.79 102.8 | 2 0.06 37.85 103 | 2 0.06 37.91 103.2 | 1 0.03 37.94 103.3 | 2 0.06 38.00 103.4 | 1 0.03 38.03 103.5 | 3 0.09 38.11 103.6 | 1 0.03 38.14 103.8 | 1 0.03 38.17 103.9 | 4 0.12 38.29 104 | 3 0.09 38.38 104.1 | 1 0.03 38.41 104.2 | 3 0.09 38.49 104.3 | 1 0.03 38.52 104.4 | 2 0.06 38.58 104.5 | 2 0.06 38.64 104.6 | 1 0.03 38.67 104.7 | 2 0.06 38.73 104.8 | 1 0.03 38.75 105 | 1 0.03 38.78 105.2 | 3 0.09 38.87 105.3 | 3 0.09 38.96 105.4 | 1 0.03 38.99 105.5 | 2 0.06 39.05 105.6 | 2 0.06 39.10 105.7 | 2 0.06 39.16 105.8 | 1 0.03 39.19 105.9 | 1 0.03 39.22 106 | 1 0.03 39.25 106.1 | 2 0.06 39.31 106.4 | 1 0.03 39.34 106.5 | 3 0.09 39.42 106.7 | 1 0.03 39.45 106.8 | 2 0.06 39.51 106.9 | 1 0.03 39.54 107 | 2 0.06 39.60 107.1 | 2 0.06 39.66 107.3 | 1 0.03 39.69 107.5 | 4 0.12 39.80 107.6 | 2 0.06 39.86 107.7 | 5 0.15 40.01 107.8 | 2 0.06 40.06 107.9 | 1 0.03 40.09 108 | 2 0.06 40.15 108.2 | 1 0.03 40.18 108.3 | 1 0.03 40.21 108.4 | 1 0.03 40.24 108.5 | 2 0.06 40.30 108.7 | 1 0.03 40.33 108.8 | 2 0.06 40.38 108.9 | 2 0.06 40.44 109 | 1 0.03 40.47 109.1 | 3 0.09 40.56 109.2 | 2 0.06 40.62 109.3 | 1 0.03 40.65 109.4 | 2 0.06 40.70 109.5 | 1 0.03 40.73 109.7 | 3 0.09 40.82 109.8 | 1 0.03 40.85 109.9 | 1 0.03 40.88 110 | 1 0.03 40.91 110.1 | 3 0.09 41.00 110.2 | 2 0.06 41.05 110.3 | 1 0.03 41.08 110.5 | 2 0.06 41.14 110.6 | 2 0.06 41.20 110.7 | 3 0.09 41.29 110.8 | 5 0.15 41.43 110.9 | 2 0.06 41.49 111.1 | 1 0.03 41.52 111.4 | 1 0.03 41.55 111.6 | 2 0.06 41.61 111.7 | 2 0.06 41.66 111.8 | 2 0.06 41.72 111.9 | 4 0.12 41.84 112 | 3 0.09 41.93 112.1 | 1 0.03 41.96 112.2 | 1 0.03 41.98 112.4 | 1 0.03 42.01 112.7 | 2 0.06 42.07 112.9 | 1 0.03 42.10 113.1 | 1 0.03 42.13 113.2 | 2 0.06 42.19 113.4 | 3 0.09 42.28 113.7 | 1 0.03 42.30 113.9 | 2 0.06 42.36 114 | 1 0.03 42.39 114.2 | 1 0.03 42.42 114.3 | 1 0.03 42.45 114.4 | 3 0.09 42.54 114.5 | 2 0.06 42.60 114.7 | 2 0.06 42.65 114.8 | 2 0.06 42.71 115.2 | 3 0.09 42.80 115.4 | 1 0.03 42.83 115.5 | 1 0.03 42.86 115.7 | 2 0.06 42.92 115.8 | 1 0.03 42.94 115.9 | 1 0.03 42.97 116 | 4 0.12 43.09 116.1 | 1 0.03 43.12 116.3 | 2 0.06 43.18 116.5 | 1 0.03 43.21 116.6 | 1 0.03 43.24 116.8 | 1 0.03 43.26 117.3 | 2 0.06 43.32 117.5 | 1 0.03 43.35 117.6 | 2 0.06 43.41 117.7 | 3 0.09 43.50 117.8 | 2 0.06 43.56 117.9 | 2 0.06 43.61 118.3 | 3 0.09 43.70 118.4 | 1 0.03 43.73 118.5 | 2 0.06 43.79 118.6 | 1 0.03 43.82 118.7 | 1 0.03 43.85 118.8 | 1 0.03 43.88 119.1 | 1 0.03 43.90 119.3 | 1 0.03 43.93 119.6 | 2 0.06 43.99 119.7 | 2 0.06 44.05 119.9 | 1 0.03 44.08 120 | 1 0.03 44.11 120.1 | 1 0.03 44.14 120.3 | 1 0.03 44.17 120.4 | 1 0.03 44.20 120.5 | 2 0.06 44.25 120.6 | 2 0.06 44.31 120.9 | 2 0.06 44.37 121.1 | 1 0.03 44.40 121.2 | 2 0.06 44.46 121.3 | 2 0.06 44.52 121.6 | 3 0.09 44.60 121.8 | 1 0.03 44.63 121.9 | 1 0.03 44.66 122.2 | 1 0.03 44.69 122.6 | 1 0.03 44.72 122.7 | 3 0.09 44.81 123.1 | 1 0.03 44.84 123.2 | 2 0.06 44.89 123.4 | 1 0.03 44.92 123.6 | 3 0.09 45.01 123.7 | 1 0.03 45.04 123.8 | 1 0.03 45.07 124 | 2 0.06 45.13 124.2 | 2 0.06 45.18 124.3 | 2 0.06 45.24 124.4 | 1 0.03 45.27 124.5 | 2 0.06 45.33 124.6 | 1 0.03 45.36 124.7 | 2 0.06 45.42 125.2 | 1 0.03 45.45 125.3 | 2 0.06 45.50 125.8 | 1 0.03 45.53 125.9 | 1 0.03 45.56 126.2 | 1 0.03 45.59 126.4 | 1 0.03 45.62 126.5 | 4 0.12 45.74 126.7 | 1 0.03 45.77 126.9 | 1 0.03 45.80 127 | 2 0.06 45.85 127.2 | 1 0.03 45.88 127.3 | 3 0.09 45.97 127.6 | 1 0.03 46.00 127.7 | 2 0.06 46.06 127.8 | 1 0.03 46.09 127.9 | 2 0.06 46.14 128 | 2 0.06 46.20 128.4 | 1 0.03 46.23 128.5 | 1 0.03 46.26 129.1 | 3 0.09 46.35 129.3 | 1 0.03 46.38 129.5 | 1 0.03 46.41 129.8 | 1 0.03 46.44 130 | 1 0.03 46.46 130.2 | 1 0.03 46.49 130.3 | 1 0.03 46.52 130.6 | 2 0.06 46.58 130.7 | 1 0.03 46.61 131.1 | 2 0.06 46.67 131.6 | 2 0.06 46.73 131.7 | 1 0.03 46.76 131.9 | 1 0.03 46.78 132 | 3 0.09 46.87 132.4 | 1 0.03 46.90 132.6 | 1 0.03 46.93 132.7 | 1 0.03 46.96 133 | 1 0.03 46.99 133.1 | 1 0.03 47.02 133.3 | 1 0.03 47.05 133.5 | 1 0.03 47.08 133.6 | 1 0.03 47.11 133.8 | 1 0.03 47.13 134.1 | 1 0.03 47.16 134.7 | 1 0.03 47.19 135.2 | 1 0.03 47.22 135.4 | 1 0.03 47.25 135.8 | 1 0.03 47.28 135.9 | 2 0.06 47.34 136 | 1 0.03 47.37 136.1 | 1 0.03 47.40 136.3 | 1 0.03 47.43 136.5 | 1 0.03 47.45 136.6 | 1 0.03 47.48 136.7 | 1 0.03 47.51 137.2 | 1 0.03 47.54 137.5 | 2 0.06 47.60 137.7 | 1 0.03 47.63 137.9 | 1 0.03 47.66 138.2 | 1 0.03 47.69 138.3 | 1 0.03 47.72 138.4 | 1 0.03 47.75 138.5 | 1 0.03 47.77 138.6 | 1 0.03 47.80 139.1 | 2 0.06 47.86 139.3 | 1 0.03 47.89 139.7 | 1 0.03 47.92 139.9 | 1 0.03 47.95 140.2 | 3 0.09 48.04 140.5 | 2 0.06 48.09 140.7 | 1 0.03 48.12 141.1 | 1 0.03 48.15 141.3 | 1 0.03 48.18 142.6 | 2 0.06 48.24 142.9 | 1 0.03 48.27 143.1 | 1 0.03 48.30 143.6 | 1 0.03 48.33 144 | 1 0.03 48.36 144.9 | 1 0.03 48.39 145.9 | 1 0.03 48.41 146.4 | 1 0.03 48.44 146.6 | 1 0.03 48.47 147.4 | 1 0.03 48.50 147.5 | 1 0.03 48.53 147.6 | 1 0.03 48.56 148.1 | 1 0.03 48.59 148.3 | 1 0.03 48.62 148.6 | 1 0.03 48.65 148.7 | 2 0.06 48.71 148.9 | 1 0.03 48.73 149.3 | 2 0.06 48.79 149.4 | 1 0.03 48.82 149.7 | 1 0.03 48.85 149.9 | 2 0.06 48.91 150.3 | 1 0.03 48.94 150.4 | 1 0.03 48.97 150.7 | 1 0.03 49.00 150.8 | 1 0.03 49.03 151.2 | 1 0.03 49.05 151.7 | 1 0.03 49.08 152.2 | 1 0.03 49.11 153 | 1 0.03 49.14 153.1 | 2 0.06 49.20 153.2 | 1 0.03 49.23 153.6 | 1 0.03 49.26 153.7 | 1 0.03 49.29 154.4 | 1 0.03 49.32 154.7 | 1 0.03 49.35 154.9 | 1 0.03 49.37 155.1 | 1 0.03 49.40 156 | 1 0.03 49.43 156.3 | 1 0.03 49.46 158.7 | 1 0.03 49.49 159.1 | 2 0.06 49.55 159.3 | 1 0.03 49.58 159.7 | 1 0.03 49.61 160.4 | 1 0.03 49.64 160.9 | 1 0.03 49.67 162.1 | 1 0.03 49.69 162.6 | 2 0.06 49.75 162.8 | 1 0.03 49.78 163 | 1 0.03 49.81 163.1 | 1 0.03 49.84 163.4 | 1 0.03 49.87 163.9 | 1 0.03 49.90 164.9 | 1 0.03 49.93 165 | 1 0.03 49.96 165.4 | 1 0.03 49.99 165.9 | 1 0.03 50.01 166.2 | 1 0.03 50.04 167.3 | 1 0.03 50.07 167.8 | 1 0.03 50.10 167.9 | 1 0.03 50.13 169.2 | 1 0.03 50.16 171.8 | 1 0.03 50.19 174.1 | 1 0.03 50.22 174.8 | 1 0.03 50.25 175.2 | 1 0.03 50.28 175.4 | 1 0.03 50.31 175.7 | 1 0.03 50.33 177.3 | 1 0.03 50.36 178 | 1 0.03 50.39 179.2 | 1 0.03 50.42 180.1 | 1 0.03 50.45 181 | 2 0.06 50.51 183.3 | 1 0.03 50.54 183.6 | 1 0.03 50.57 183.9 | 1 0.03 50.60 184.9 | 1 0.03 50.63 185.2 | 1 0.03 50.65 185.8 | 1 0.03 50.68 187.7 | 1 0.03 50.71 188.9 | 1 0.03 50.74 189.4 | 1 0.03 50.77 194.2 | 1 0.03 50.80 194.4 | 1 0.03 50.83 195.8 | 1 0.03 50.86 197 | 1 0.03 50.89 197.1 | 1 0.03 50.92 197.2 | 1 0.03 50.95 202.1 | 1 0.03 50.97 207.9 | 1 0.03 51.00 217.1 | 1 0.03 51.03 217.8 | 1 0.03 51.06 219.8 | 1 0.03 51.09 223.9 | 1 0.03 51.12 227.6 | 1 0.03 51.15 237.3 | 1 0.03 51.18 241.9 | 1 0.03 51.21 252 | 1 0.03 51.24 254.5 | 1 0.03 51.27 268.7 | 1 0.03 51.29 292.1 | 1 0.03 51.32 300.4 | 1 0.03 51.35 314.6 | 1 0.03 51.38 . | 1,671 48.62 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for disambswlcl variable in PC_HSA_rates_0307 dataset : White, LCL | % | Discharges | for | Ambulatory | Care | Sensitive | Cond per | 1000 Med | Enroll | Freq. Percent Cum. ------------+----------------------------------- 26.4 | 1 0.03 0.03 27.5 | 1 0.03 0.06 28.4 | 1 0.03 0.09 29.1 | 1 0.03 0.12 30.1 | 1 0.03 0.15 31.3 | 1 0.03 0.17 31.9 | 1 0.03 0.20 32 | 1 0.03 0.23 33.5 | 1 0.03 0.26 34.6 | 1 0.03 0.29 34.7 | 1 0.03 0.32 34.9 | 2 0.06 0.38 35 | 1 0.03 0.41 36.7 | 1 0.03 0.44 37.1 | 2 0.06 0.49 37.3 | 1 0.03 0.52 37.7 | 1 0.03 0.55 37.8 | 1 0.03 0.58 38.5 | 1 0.03 0.61 39.1 | 1 0.03 0.64 39.3 | 1 0.03 0.67 39.4 | 1 0.03 0.70 39.5 | 1 0.03 0.73 40.1 | 1 0.03 0.76 40.4 | 1 0.03 0.79 40.6 | 2 0.06 0.84 40.7 | 2 0.06 0.90 40.8 | 1 0.03 0.93 41.4 | 1 0.03 0.96 41.7 | 4 0.12 1.08 41.9 | 1 0.03 1.11 42.2 | 2 0.06 1.16 42.3 | 3 0.09 1.25 42.7 | 1 0.03 1.28 43 | 1 0.03 1.31 43.1 | 2 0.06 1.37 43.2 | 1 0.03 1.40 43.3 | 1 0.03 1.43 43.4 | 2 0.06 1.48 43.7 | 1 0.03 1.51 43.8 | 1 0.03 1.54 44.5 | 1 0.03 1.57 44.9 | 2 0.06 1.63 45 | 2 0.06 1.69 45.2 | 2 0.06 1.75 45.3 | 2 0.06 1.80 45.6 | 1 0.03 1.83 45.7 | 1 0.03 1.86 46.1 | 3 0.09 1.95 46.3 | 1 0.03 1.98 46.5 | 1 0.03 2.01 46.6 | 1 0.03 2.04 46.8 | 1 0.03 2.07 46.9 | 1 0.03 2.09 47.1 | 3 0.09 2.18 47.2 | 1 0.03 2.21 47.4 | 1 0.03 2.24 47.5 | 1 0.03 2.27 47.6 | 3 0.09 2.36 47.7 | 2 0.06 2.41 47.9 | 3 0.09 2.50 48 | 4 0.12 2.62 48.1 | 2 0.06 2.68 48.2 | 1 0.03 2.71 48.3 | 1 0.03 2.73 48.4 | 3 0.09 2.82 48.5 | 3 0.09 2.91 48.6 | 1 0.03 2.94 48.7 | 1 0.03 2.97 48.8 | 1 0.03 3.00 48.9 | 2 0.06 3.05 49 | 2 0.06 3.11 49.1 | 3 0.09 3.20 49.2 | 2 0.06 3.26 49.3 | 2 0.06 3.32 49.4 | 2 0.06 3.38 49.5 | 1 0.03 3.40 49.6 | 2 0.06 3.46 49.9 | 2 0.06 3.52 50 | 2 0.06 3.58 50.1 | 2 0.06 3.64 50.2 | 1 0.03 3.67 50.3 | 1 0.03 3.70 50.4 | 2 0.06 3.75 50.5 | 3 0.09 3.84 50.6 | 1 0.03 3.87 50.7 | 2 0.06 3.93 50.9 | 1 0.03 3.96 51 | 3 0.09 4.04 51.2 | 4 0.12 4.16 51.3 | 2 0.06 4.22 51.6 | 1 0.03 4.25 51.7 | 1 0.03 4.28 51.8 | 3 0.09 4.36 51.9 | 3 0.09 4.45 52 | 2 0.06 4.51 52.2 | 3 0.09 4.60 52.5 | 3 0.09 4.68 52.6 | 2 0.06 4.74 52.8 | 2 0.06 4.80 52.9 | 1 0.03 4.83 53 | 2 0.06 4.89 53.1 | 5 0.15 5.03 53.2 | 1 0.03 5.06 53.3 | 2 0.06 5.12 53.5 | 1 0.03 5.15 53.6 | 2 0.06 5.21 53.8 | 2 0.06 5.27 53.9 | 2 0.06 5.32 54 | 4 0.12 5.44 54.1 | 1 0.03 5.47 54.3 | 5 0.15 5.62 54.4 | 2 0.06 5.67 54.5 | 3 0.09 5.76 54.6 | 2 0.06 5.82 54.7 | 7 0.20 6.02 54.8 | 2 0.06 6.08 54.9 | 1 0.03 6.11 55 | 1 0.03 6.14 55.1 | 1 0.03 6.17 55.2 | 1 0.03 6.20 55.3 | 1 0.03 6.23 55.4 | 1 0.03 6.26 55.5 | 3 0.09 6.34 55.7 | 2 0.06 6.40 55.8 | 2 0.06 6.46 55.9 | 1 0.03 6.49 56.1 | 4 0.12 6.60 56.2 | 2 0.06 6.66 56.3 | 2 0.06 6.72 56.4 | 3 0.09 6.81 56.5 | 4 0.12 6.92 56.7 | 1 0.03 6.95 56.8 | 1 0.03 6.98 56.9 | 2 0.06 7.04 57 | 2 0.06 7.10 57.1 | 2 0.06 7.16 57.2 | 2 0.06 7.22 57.3 | 3 0.09 7.30 57.4 | 1 0.03 7.33 57.5 | 1 0.03 7.36 57.6 | 1 0.03 7.39 57.7 | 3 0.09 7.48 57.8 | 1 0.03 7.51 57.9 | 2 0.06 7.56 58 | 2 0.06 7.62 58.1 | 1 0.03 7.65 58.2 | 2 0.06 7.71 58.4 | 1 0.03 7.74 58.5 | 4 0.12 7.86 58.6 | 2 0.06 7.91 58.7 | 2 0.06 7.97 58.8 | 2 0.06 8.03 58.9 | 5 0.15 8.18 59 | 2 0.06 8.23 59.1 | 3 0.09 8.32 59.2 | 4 0.12 8.44 59.3 | 2 0.06 8.50 59.4 | 5 0.15 8.64 59.5 | 7 0.20 8.84 59.6 | 5 0.15 8.99 59.7 | 2 0.06 9.05 59.8 | 1 0.03 9.08 59.9 | 3 0.09 9.16 60 | 1 0.03 9.19 60.1 | 1 0.03 9.22 60.2 | 3 0.09 9.31 60.3 | 2 0.06 9.37 60.4 | 1 0.03 9.40 60.6 | 3 0.09 9.49 60.7 | 2 0.06 9.54 60.8 | 6 0.17 9.72 60.9 | 5 0.15 9.86 61 | 2 0.06 9.92 61.1 | 2 0.06 9.98 61.2 | 4 0.12 10.10 61.3 | 3 0.09 10.18 61.4 | 3 0.09 10.27 61.5 | 4 0.12 10.39 61.6 | 2 0.06 10.45 61.7 | 3 0.09 10.53 61.9 | 2 0.06 10.59 62 | 3 0.09 10.68 62.1 | 4 0.12 10.79 62.2 | 4 0.12 10.91 62.3 | 6 0.17 11.09 62.4 | 1 0.03 11.11 62.5 | 4 0.12 11.23 62.6 | 3 0.09 11.32 62.8 | 2 0.06 11.38 62.9 | 4 0.12 11.49 63 | 3 0.09 11.58 63.1 | 3 0.09 11.67 63.2 | 3 0.09 11.75 63.3 | 1 0.03 11.78 63.4 | 3 0.09 11.87 63.5 | 3 0.09 11.96 63.6 | 2 0.06 12.02 63.7 | 4 0.12 12.13 63.8 | 3 0.09 12.22 63.9 | 3 0.09 12.31 64 | 2 0.06 12.37 64.1 | 2 0.06 12.42 64.2 | 3 0.09 12.51 64.4 | 1 0.03 12.54 64.5 | 2 0.06 12.60 64.6 | 5 0.15 12.74 64.7 | 3 0.09 12.83 64.8 | 5 0.15 12.98 64.9 | 2 0.06 13.03 65 | 3 0.09 13.12 65.1 | 1 0.03 13.15 65.2 | 2 0.06 13.21 65.3 | 2 0.06 13.27 65.4 | 2 0.06 13.33 65.5 | 2 0.06 13.38 65.6 | 1 0.03 13.41 65.7 | 4 0.12 13.53 65.8 | 4 0.12 13.65 66 | 6 0.17 13.82 66.1 | 2 0.06 13.88 66.2 | 3 0.09 13.97 66.3 | 1 0.03 13.99 66.4 | 1 0.03 14.02 66.5 | 2 0.06 14.08 66.6 | 4 0.12 14.20 66.7 | 5 0.15 14.34 66.8 | 1 0.03 14.37 67 | 3 0.09 14.46 67.1 | 7 0.20 14.66 67.2 | 2 0.06 14.72 67.3 | 4 0.12 14.84 67.4 | 5 0.15 14.98 67.5 | 2 0.06 15.04 67.6 | 3 0.09 15.13 67.7 | 7 0.20 15.33 67.8 | 1 0.03 15.36 67.9 | 4 0.12 15.48 68 | 2 0.06 15.54 68.1 | 2 0.06 15.59 68.2 | 5 0.15 15.74 68.3 | 4 0.12 15.86 68.4 | 3 0.09 15.94 68.5 | 1 0.03 15.97 68.6 | 3 0.09 16.06 68.7 | 2 0.06 16.12 68.8 | 2 0.06 16.18 68.9 | 2 0.06 16.24 69 | 2 0.06 16.29 69.1 | 4 0.12 16.41 69.2 | 2 0.06 16.47 69.3 | 4 0.12 16.58 69.4 | 5 0.15 16.73 69.5 | 12 0.35 17.08 69.6 | 6 0.17 17.25 69.8 | 1 0.03 17.28 69.9 | 7 0.20 17.49 70.1 | 2 0.06 17.54 70.2 | 2 0.06 17.60 70.3 | 2 0.06 17.66 70.4 | 4 0.12 17.78 70.6 | 1 0.03 17.81 70.7 | 2 0.06 17.86 70.8 | 5 0.15 18.01 70.9 | 4 0.12 18.13 71 | 4 0.12 18.24 71.1 | 4 0.12 18.36 71.2 | 5 0.15 18.50 71.3 | 2 0.06 18.56 71.4 | 4 0.12 18.68 71.5 | 5 0.15 18.82 71.6 | 2 0.06 18.88 71.7 | 1 0.03 18.91 71.8 | 7 0.20 19.12 71.9 | 5 0.15 19.26 72 | 5 0.15 19.41 72.1 | 4 0.12 19.52 72.2 | 4 0.12 19.64 72.3 | 7 0.20 19.84 72.4 | 3 0.09 19.93 72.5 | 5 0.15 20.08 72.6 | 5 0.15 20.22 72.7 | 3 0.09 20.31 72.9 | 5 0.15 20.45 73.1 | 4 0.12 20.57 73.2 | 2 0.06 20.63 73.4 | 2 0.06 20.69 73.5 | 4 0.12 20.80 73.6 | 5 0.15 20.95 73.7 | 2 0.06 21.01 73.8 | 2 0.06 21.06 73.9 | 1 0.03 21.09 74 | 2 0.06 21.15 74.1 | 1 0.03 21.18 74.2 | 5 0.15 21.33 74.3 | 4 0.12 21.44 74.4 | 5 0.15 21.59 74.5 | 2 0.06 21.65 74.6 | 2 0.06 21.70 74.7 | 1 0.03 21.73 74.8 | 4 0.12 21.85 74.9 | 4 0.12 21.97 75 | 3 0.09 22.05 75.1 | 5 0.15 22.20 75.2 | 5 0.15 22.35 75.3 | 2 0.06 22.40 75.4 | 5 0.15 22.55 75.5 | 3 0.09 22.64 75.6 | 6 0.17 22.81 75.7 | 3 0.09 22.90 75.8 | 4 0.12 23.01 75.9 | 2 0.06 23.07 76 | 2 0.06 23.13 76.2 | 1 0.03 23.16 76.3 | 1 0.03 23.19 76.4 | 2 0.06 23.25 76.5 | 1 0.03 23.28 76.6 | 6 0.17 23.45 76.7 | 4 0.12 23.57 76.8 | 3 0.09 23.65 76.9 | 3 0.09 23.74 77 | 2 0.06 23.80 77.2 | 1 0.03 23.83 77.3 | 3 0.09 23.92 77.4 | 2 0.06 23.97 77.5 | 2 0.06 24.03 77.6 | 4 0.12 24.15 77.8 | 1 0.03 24.18 77.9 | 1 0.03 24.21 78 | 2 0.06 24.27 78.1 | 6 0.17 24.44 78.2 | 3 0.09 24.53 78.3 | 5 0.15 24.67 78.4 | 2 0.06 24.73 78.6 | 1 0.03 24.76 78.7 | 5 0.15 24.91 78.8 | 1 0.03 24.93 78.9 | 1 0.03 24.96 79 | 2 0.06 25.02 79.1 | 2 0.06 25.08 79.2 | 3 0.09 25.17 79.3 | 2 0.06 25.23 79.4 | 1 0.03 25.25 79.5 | 1 0.03 25.28 79.6 | 3 0.09 25.37 79.7 | 3 0.09 25.46 79.8 | 2 0.06 25.52 79.9 | 3 0.09 25.60 80 | 5 0.15 25.75 80.1 | 2 0.06 25.81 80.2 | 2 0.06 25.87 80.3 | 1 0.03 25.89 80.4 | 5 0.15 26.04 80.5 | 3 0.09 26.13 80.6 | 4 0.12 26.24 80.7 | 3 0.09 26.33 80.8 | 3 0.09 26.42 80.9 | 1 0.03 26.45 81 | 2 0.06 26.51 81.1 | 3 0.09 26.59 81.2 | 3 0.09 26.68 81.3 | 4 0.12 26.80 81.4 | 1 0.03 26.83 81.5 | 6 0.17 27.00 81.6 | 1 0.03 27.03 81.7 | 1 0.03 27.06 81.8 | 1 0.03 27.09 81.9 | 2 0.06 27.15 82 | 3 0.09 27.23 82.1 | 1 0.03 27.26 82.2 | 5 0.15 27.41 82.3 | 4 0.12 27.52 82.4 | 5 0.15 27.67 82.5 | 1 0.03 27.70 82.6 | 4 0.12 27.81 82.7 | 3 0.09 27.90 82.8 | 3 0.09 27.99 82.9 | 2 0.06 28.05 83 | 6 0.17 28.22 83.1 | 4 0.12 28.34 83.2 | 3 0.09 28.43 83.3 | 1 0.03 28.46 83.4 | 2 0.06 28.51 83.5 | 1 0.03 28.54 83.6 | 3 0.09 28.63 83.7 | 2 0.06 28.69 83.8 | 3 0.09 28.78 83.9 | 3 0.09 28.86 84.2 | 4 0.12 28.98 84.3 | 1 0.03 29.01 84.4 | 2 0.06 29.07 84.5 | 5 0.15 29.21 84.6 | 1 0.03 29.24 84.7 | 2 0.06 29.30 84.8 | 4 0.12 29.42 84.9 | 1 0.03 29.44 85 | 3 0.09 29.53 85.1 | 3 0.09 29.62 85.2 | 6 0.17 29.79 85.3 | 3 0.09 29.88 85.4 | 2 0.06 29.94 85.5 | 2 0.06 30.00 85.6 | 1 0.03 30.03 85.8 | 2 0.06 30.08 85.9 | 2 0.06 30.14 86 | 2 0.06 30.20 86.1 | 4 0.12 30.32 86.2 | 1 0.03 30.35 86.4 | 2 0.06 30.40 86.5 | 5 0.15 30.55 86.6 | 5 0.15 30.70 86.7 | 1 0.03 30.72 86.8 | 1 0.03 30.75 86.9 | 3 0.09 30.84 87 | 2 0.06 30.90 87.1 | 3 0.09 30.99 87.2 | 2 0.06 31.04 87.3 | 2 0.06 31.10 87.4 | 1 0.03 31.13 87.5 | 2 0.06 31.19 87.6 | 2 0.06 31.25 87.7 | 3 0.09 31.34 87.8 | 3 0.09 31.42 87.9 | 2 0.06 31.48 88 | 3 0.09 31.57 88.1 | 3 0.09 31.66 88.3 | 2 0.06 31.71 88.4 | 1 0.03 31.74 88.5 | 4 0.12 31.86 88.6 | 4 0.12 31.98 88.7 | 1 0.03 32.00 88.9 | 1 0.03 32.03 89 | 4 0.12 32.15 89.2 | 1 0.03 32.18 89.3 | 3 0.09 32.27 89.4 | 3 0.09 32.35 89.5 | 2 0.06 32.41 89.7 | 2 0.06 32.47 89.8 | 2 0.06 32.53 89.9 | 3 0.09 32.62 90 | 2 0.06 32.67 90.1 | 3 0.09 32.76 90.3 | 3 0.09 32.85 90.4 | 3 0.09 32.94 90.5 | 3 0.09 33.02 90.6 | 2 0.06 33.08 90.7 | 1 0.03 33.11 90.8 | 5 0.15 33.26 90.9 | 1 0.03 33.28 91 | 5 0.15 33.43 91.1 | 1 0.03 33.46 91.2 | 1 0.03 33.49 91.3 | 5 0.15 33.63 91.4 | 2 0.06 33.69 91.5 | 2 0.06 33.75 91.6 | 3 0.09 33.84 91.7 | 2 0.06 33.90 91.8 | 1 0.03 33.92 91.9 | 3 0.09 34.01 92 | 4 0.12 34.13 92.2 | 1 0.03 34.16 92.3 | 3 0.09 34.24 92.4 | 3 0.09 34.33 92.5 | 4 0.12 34.45 92.6 | 4 0.12 34.57 92.7 | 6 0.17 34.74 92.8 | 4 0.12 34.86 93.1 | 4 0.12 34.97 93.3 | 1 0.03 35.00 93.4 | 1 0.03 35.03 93.6 | 3 0.09 35.12 93.7 | 1 0.03 35.15 93.8 | 1 0.03 35.18 93.9 | 5 0.15 35.32 94 | 2 0.06 35.38 94.1 | 1 0.03 35.41 94.2 | 3 0.09 35.50 94.3 | 1 0.03 35.53 94.4 | 1 0.03 35.55 94.5 | 1 0.03 35.58 94.6 | 3 0.09 35.67 94.7 | 1 0.03 35.70 94.8 | 2 0.06 35.76 94.9 | 2 0.06 35.82 95 | 1 0.03 35.85 95.1 | 1 0.03 35.87 95.2 | 1 0.03 35.90 95.3 | 2 0.06 35.96 95.4 | 1 0.03 35.99 95.5 | 2 0.06 36.05 95.6 | 5 0.15 36.19 95.7 | 1 0.03 36.22 95.8 | 1 0.03 36.25 95.9 | 2 0.06 36.31 96.1 | 2 0.06 36.37 96.2 | 6 0.17 36.54 96.3 | 2 0.06 36.60 96.4 | 2 0.06 36.66 96.6 | 5 0.15 36.81 96.8 | 1 0.03 36.83 96.9 | 4 0.12 36.95 97 | 1 0.03 36.98 97.1 | 6 0.17 37.15 97.2 | 3 0.09 37.24 97.3 | 2 0.06 37.30 97.5 | 4 0.12 37.42 97.6 | 3 0.09 37.50 97.8 | 4 0.12 37.62 97.9 | 2 0.06 37.68 98 | 2 0.06 37.74 98.1 | 1 0.03 37.77 98.2 | 4 0.12 37.88 98.3 | 2 0.06 37.94 98.4 | 3 0.09 38.03 98.5 | 2 0.06 38.09 98.6 | 6 0.17 38.26 98.7 | 1 0.03 38.29 98.8 | 5 0.15 38.43 99 | 1 0.03 38.46 99.1 | 2 0.06 38.52 99.2 | 2 0.06 38.58 99.3 | 1 0.03 38.61 99.4 | 2 0.06 38.67 99.5 | 2 0.06 38.73 99.6 | 2 0.06 38.78 99.8 | 2 0.06 38.84 99.9 | 1 0.03 38.87 100.1 | 1 0.03 38.90 100.2 | 2 0.06 38.96 100.3 | 3 0.09 39.05 100.4 | 1 0.03 39.07 100.5 | 1 0.03 39.10 100.6 | 2 0.06 39.16 100.7 | 1 0.03 39.19 100.9 | 2 0.06 39.25 101 | 1 0.03 39.28 101.1 | 1 0.03 39.31 101.2 | 2 0.06 39.37 101.3 | 2 0.06 39.42 101.4 | 2 0.06 39.48 101.5 | 1 0.03 39.51 101.6 | 2 0.06 39.57 101.7 | 5 0.15 39.71 101.8 | 1 0.03 39.74 101.9 | 2 0.06 39.80 102 | 2 0.06 39.86 102.1 | 1 0.03 39.89 102.2 | 1 0.03 39.92 102.4 | 1 0.03 39.95 102.5 | 2 0.06 40.01 102.7 | 2 0.06 40.06 102.8 | 2 0.06 40.12 102.9 | 2 0.06 40.18 103.1 | 1 0.03 40.21 103.2 | 3 0.09 40.30 103.3 | 2 0.06 40.35 103.4 | 2 0.06 40.41 103.5 | 1 0.03 40.44 103.6 | 1 0.03 40.47 103.8 | 3 0.09 40.56 104.1 | 1 0.03 40.59 104.2 | 1 0.03 40.62 104.3 | 2 0.06 40.68 104.4 | 4 0.12 40.79 104.5 | 2 0.06 40.85 104.6 | 1 0.03 40.88 104.7 | 3 0.09 40.97 104.8 | 4 0.12 41.08 104.9 | 1 0.03 41.11 105 | 1 0.03 41.14 105.2 | 1 0.03 41.17 105.3 | 2 0.06 41.23 105.4 | 2 0.06 41.29 105.5 | 3 0.09 41.37 105.6 | 4 0.12 41.49 105.7 | 1 0.03 41.52 105.8 | 2 0.06 41.58 106 | 2 0.06 41.64 106.1 | 2 0.06 41.69 106.2 | 2 0.06 41.75 106.3 | 2 0.06 41.81 106.4 | 1 0.03 41.84 106.5 | 2 0.06 41.90 106.6 | 1 0.03 41.93 106.7 | 1 0.03 41.96 106.8 | 3 0.09 42.04 106.9 | 1 0.03 42.07 107 | 1 0.03 42.10 107.1 | 2 0.06 42.16 107.3 | 2 0.06 42.22 107.4 | 1 0.03 42.25 107.5 | 3 0.09 42.33 107.6 | 1 0.03 42.36 107.8 | 3 0.09 42.45 108 | 1 0.03 42.48 108.1 | 1 0.03 42.51 108.3 | 1 0.03 42.54 108.5 | 2 0.06 42.60 108.6 | 1 0.03 42.62 108.7 | 1 0.03 42.65 108.9 | 1 0.03 42.68 109 | 2 0.06 42.74 109.1 | 1 0.03 42.77 109.3 | 3 0.09 42.86 109.4 | 3 0.09 42.94 109.5 | 1 0.03 42.97 109.9 | 1 0.03 43.00 110 | 1 0.03 43.03 110.1 | 3 0.09 43.12 110.2 | 1 0.03 43.15 110.3 | 2 0.06 43.21 110.5 | 1 0.03 43.24 110.6 | 2 0.06 43.29 110.7 | 2 0.06 43.35 110.8 | 3 0.09 43.44 110.9 | 1 0.03 43.47 111.1 | 1 0.03 43.50 111.2 | 1 0.03 43.53 111.3 | 2 0.06 43.58 111.6 | 1 0.03 43.61 111.7 | 1 0.03 43.64 111.9 | 3 0.09 43.73 112 | 3 0.09 43.82 112.2 | 1 0.03 43.85 112.3 | 1 0.03 43.88 112.4 | 1 0.03 43.90 112.6 | 2 0.06 43.96 112.7 | 1 0.03 43.99 112.9 | 1 0.03 44.02 113.2 | 1 0.03 44.05 113.4 | 2 0.06 44.11 113.5 | 2 0.06 44.17 113.6 | 2 0.06 44.22 113.8 | 2 0.06 44.28 113.9 | 2 0.06 44.34 114 | 1 0.03 44.37 114.1 | 1 0.03 44.40 114.2 | 1 0.03 44.43 114.3 | 1 0.03 44.46 114.8 | 2 0.06 44.52 114.9 | 3 0.09 44.60 115 | 1 0.03 44.63 115.1 | 2 0.06 44.69 115.2 | 1 0.03 44.72 115.3 | 1 0.03 44.75 115.5 | 2 0.06 44.81 115.6 | 2 0.06 44.86 115.7 | 3 0.09 44.95 115.8 | 3 0.09 45.04 116.5 | 3 0.09 45.13 116.7 | 3 0.09 45.21 116.8 | 1 0.03 45.24 116.9 | 1 0.03 45.27 117.2 | 1 0.03 45.30 117.5 | 1 0.03 45.33 117.7 | 1 0.03 45.36 117.9 | 1 0.03 45.39 118.1 | 2 0.06 45.45 118.2 | 1 0.03 45.48 118.5 | 2 0.06 45.53 118.6 | 1 0.03 45.56 118.7 | 1 0.03 45.59 118.8 | 2 0.06 45.65 119 | 3 0.09 45.74 119.4 | 2 0.06 45.80 120 | 1 0.03 45.82 120.2 | 3 0.09 45.91 120.3 | 2 0.06 45.97 120.6 | 1 0.03 46.00 121.3 | 1 0.03 46.03 121.4 | 1 0.03 46.06 121.7 | 2 0.06 46.12 121.8 | 1 0.03 46.14 122.4 | 1 0.03 46.17 122.7 | 1 0.03 46.20 122.8 | 2 0.06 46.26 122.9 | 2 0.06 46.32 123.2 | 3 0.09 46.41 123.3 | 2 0.06 46.46 123.4 | 1 0.03 46.49 123.5 | 1 0.03 46.52 123.8 | 1 0.03 46.55 124.1 | 1 0.03 46.58 124.3 | 4 0.12 46.70 124.5 | 2 0.06 46.76 124.7 | 1 0.03 46.78 124.8 | 1 0.03 46.81 125 | 1 0.03 46.84 125.4 | 1 0.03 46.87 125.5 | 2 0.06 46.93 125.6 | 2 0.06 46.99 126 | 1 0.03 47.02 126.2 | 2 0.06 47.08 126.3 | 1 0.03 47.11 127.6 | 1 0.03 47.13 127.8 | 1 0.03 47.16 127.9 | 1 0.03 47.19 128.1 | 1 0.03 47.22 128.3 | 3 0.09 47.31 128.5 | 2 0.06 47.37 128.9 | 2 0.06 47.43 129.4 | 1 0.03 47.45 129.5 | 3 0.09 47.54 129.6 | 1 0.03 47.57 129.8 | 2 0.06 47.63 129.9 | 1 0.03 47.66 130 | 1 0.03 47.69 130.3 | 1 0.03 47.72 130.4 | 1 0.03 47.75 130.9 | 1 0.03 47.77 131.2 | 1 0.03 47.80 131.4 | 1 0.03 47.83 131.6 | 2 0.06 47.89 132.2 | 1 0.03 47.92 132.6 | 1 0.03 47.95 132.7 | 2 0.06 48.01 133.1 | 1 0.03 48.04 133.5 | 1 0.03 48.07 133.8 | 1 0.03 48.09 134.4 | 2 0.06 48.15 134.5 | 2 0.06 48.21 135.1 | 1 0.03 48.24 135.7 | 1 0.03 48.27 135.9 | 1 0.03 48.30 136.2 | 2 0.06 48.36 137.1 | 2 0.06 48.41 137.5 | 1 0.03 48.44 137.6 | 1 0.03 48.47 137.7 | 1 0.03 48.50 137.8 | 1 0.03 48.53 138.1 | 1 0.03 48.56 138.3 | 1 0.03 48.59 138.4 | 1 0.03 48.62 139 | 1 0.03 48.65 139.5 | 1 0.03 48.68 139.7 | 1 0.03 48.71 139.8 | 1 0.03 48.73 139.9 | 1 0.03 48.76 140.3 | 1 0.03 48.79 141.4 | 1 0.03 48.82 141.7 | 1 0.03 48.85 141.8 | 1 0.03 48.88 142.5 | 1 0.03 48.91 142.7 | 2 0.06 48.97 143 | 1 0.03 49.00 143.3 | 1 0.03 49.03 143.9 | 1 0.03 49.05 144 | 1 0.03 49.08 144.3 | 1 0.03 49.11 144.9 | 2 0.06 49.17 145.2 | 2 0.06 49.23 145.8 | 2 0.06 49.29 146 | 1 0.03 49.32 146.3 | 1 0.03 49.35 146.5 | 1 0.03 49.37 146.8 | 1 0.03 49.40 147.7 | 2 0.06 49.46 147.9 | 1 0.03 49.49 148.8 | 1 0.03 49.52 149.2 | 1 0.03 49.55 150.1 | 1 0.03 49.58 151.7 | 1 0.03 49.61 151.9 | 1 0.03 49.64 152.8 | 1 0.03 49.67 154.2 | 1 0.03 49.69 154.3 | 1 0.03 49.72 154.7 | 2 0.06 49.78 155 | 1 0.03 49.81 155.1 | 2 0.06 49.87 155.2 | 1 0.03 49.90 155.7 | 1 0.03 49.93 156.1 | 2 0.06 49.99 156.2 | 1 0.03 50.01 156.5 | 1 0.03 50.04 156.8 | 1 0.03 50.07 157.1 | 1 0.03 50.10 157.6 | 1 0.03 50.13 158.2 | 1 0.03 50.16 158.8 | 1 0.03 50.19 165.3 | 1 0.03 50.22 166 | 1 0.03 50.25 166.2 | 1 0.03 50.28 167 | 1 0.03 50.31 167.9 | 1 0.03 50.33 168.7 | 2 0.06 50.39 169.4 | 1 0.03 50.42 169.9 | 1 0.03 50.45 170.5 | 1 0.03 50.48 174.4 | 2 0.06 50.54 175 | 1 0.03 50.57 175.2 | 1 0.03 50.60 175.4 | 1 0.03 50.63 175.5 | 1 0.03 50.65 175.8 | 1 0.03 50.68 176.2 | 1 0.03 50.71 180.4 | 1 0.03 50.74 181.2 | 1 0.03 50.77 181.5 | 1 0.03 50.80 181.9 | 1 0.03 50.83 184 | 1 0.03 50.86 188.6 | 1 0.03 50.89 190.4 | 1 0.03 50.92 190.6 | 1 0.03 50.95 196 | 1 0.03 50.97 202.4 | 1 0.03 51.00 205.7 | 1 0.03 51.03 210.1 | 1 0.03 51.06 213.9 | 1 0.03 51.09 217 | 1 0.03 51.12 225.2 | 1 0.03 51.15 228.7 | 1 0.03 51.18 233.6 | 1 0.03 51.21 241.7 | 1 0.03 51.24 247.8 | 1 0.03 51.27 282.3 | 1 0.03 51.29 283.4 | 1 0.03 51.32 301.5 | 1 0.03 51.35 . | 1,672 48.65 100.00 ------------+----------------------------------- Total | 3,437 100.00 Frequencies for disambswucl variable in PC_HSA_rates_0307 dataset : White, UCL | % | Discharges | for | Ambulatory | Care | Sensitive | Cond per | 1000 Med | Enroll | Freq. Percent Cum. ------------+----------------------------------- 28.8 | 1 0.03 0.03 29.4 | 1 0.03 0.06 30.2 | 1 0.03 0.09 32 | 1 0.03 0.12 33.1 | 1 0.03 0.15 33.7 | 1 0.03 0.17 34.1 | 1 0.03 0.20 35.5 | 1 0.03 0.23 36.3 | 1 0.03 0.26 36.5 | 1 0.03 0.29 37.1 | 1 0.03 0.32 37.3 | 1 0.03 0.35 37.8 | 1 0.03 0.38 39.7 | 1 0.03 0.41 40 | 1 0.03 0.44 40.2 | 1 0.03 0.47 40.4 | 1 0.03 0.49 40.5 | 1 0.03 0.52 41.1 | 2 0.06 0.58 41.3 | 1 0.03 0.61 41.6 | 1 0.03 0.64 41.7 | 1 0.03 0.67 42 | 1 0.03 0.70 42.3 | 1 0.03 0.73 42.6 | 1 0.03 0.76 42.7 | 1 0.03 0.79 43 | 1 0.03 0.81 43.1 | 2 0.06 0.87 43.2 | 2 0.06 0.93 43.4 | 2 0.06 0.99 43.6 | 1 0.03 1.02 43.9 | 1 0.03 1.05 44.1 | 1 0.03 1.08 44.2 | 1 0.03 1.11 44.8 | 1 0.03 1.13 44.9 | 2 0.06 1.19 45.2 | 2 0.06 1.25 45.3 | 1 0.03 1.28 45.4 | 1 0.03 1.31 45.5 | 1 0.03 1.34 45.9 | 2 0.06 1.40 46.3 | 1 0.03 1.43 46.4 | 1 0.03 1.45 47 | 1 0.03 1.48 47.6 | 1 0.03 1.51 47.7 | 1 0.03 1.54 47.8 | 2 0.06 1.60 48.2 | 1 0.03 1.63 48.3 | 1 0.03 1.66 48.5 | 1 0.03 1.69 48.6 | 2 0.06 1.75 48.8 | 1 0.03 1.77 48.9 | 2 0.06 1.83 49.1 | 1 0.03 1.86 49.3 | 3 0.09 1.95 49.7 | 3 0.09 2.04 49.8 | 1 0.03 2.07 49.9 | 2 0.06 2.12 50 | 1 0.03 2.15 50.3 | 3 0.09 2.24 50.4 | 3 0.09 2.33 50.5 | 1 0.03 2.36 50.6 | 1 0.03 2.39 50.7 | 1 0.03 2.41 50.9 | 2 0.06 2.47 51 | 2 0.06 2.53 51.1 | 1 0.03 2.56 51.2 | 1 0.03 2.59 51.3 | 1 0.03 2.62 51.4 | 1 0.03 2.65 51.5 | 2 0.06 2.71 51.6 | 2 0.06 2.76 51.9 | 2 0.06 2.82 52 | 1 0.03 2.85 52.1 | 1 0.03 2.88 52.3 | 4 0.12 3.00 52.4 | 3 0.09 3.08 52.5 | 3 0.09 3.17 52.6 | 2 0.06 3.23 52.8 | 1 0.03 3.26 52.9 | 2 0.06 3.32 53 | 5 0.15 3.46 53.1 | 1 0.03 3.49 53.3 | 3 0.09 3.58 53.4 | 2 0.06 3.64 53.5 | 3 0.09 3.72 53.8 | 1 0.03 3.75 54 | 3 0.09 3.84 54.3 | 1 0.03 3.87 54.4 | 3 0.09 3.96 54.5 | 1 0.03 3.99 54.7 | 1 0.03 4.02 54.8 | 2 0.06 4.07 55 | 4 0.12 4.19 55.2 | 1 0.03 4.22 55.3 | 1 0.03 4.25 55.5 | 2 0.06 4.31 55.6 | 2 0.06 4.36 55.7 | 3 0.09 4.45 55.8 | 2 0.06 4.51 55.9 | 2 0.06 4.57 56 | 1 0.03 4.60 56.1 | 1 0.03 4.63 56.2 | 1 0.03 4.66 56.3 | 1 0.03 4.68 56.4 | 3 0.09 4.77 56.5 | 2 0.06 4.83 56.6 | 1 0.03 4.86 56.7 | 1 0.03 4.89 56.8 | 1 0.03 4.92 56.9 | 1 0.03 4.95 57 | 1 0.03 4.98 57.1 | 1 0.03 5.00 57.2 | 2 0.06 5.06 57.3 | 2 0.06 5.12 57.5 | 1 0.03 5.15 57.6 | 3 0.09 5.24 57.7 | 2 0.06 5.30 57.8 | 1 0.03 5.32 58 | 4 0.12 5.44 58.1 | 3 0.09 5.53 58.2 | 2 0.06 5.59 58.3 | 2 0.06 5.64 58.4 | 3 0.09 5.73 58.5 | 1 0.03 5.76 58.6 | 3 0.09 5.85 58.7 | 2 0.06 5.91 58.8 | 4 0.12 6.02 58.9 | 1 0.03 6.05 59 | 2 0.06 6.11 59.1 | 2 0.06 6.17 59.3 | 4 0.12 6.28 59.5 | 2 0.06 6.34 59.6 | 1 0.03 6.37 59.7 | 2 0.06 6.43 59.8 | 1 0.03 6.46 59.9 | 2 0.06 6.52 60 | 1 0.03 6.55 60.2 | 1 0.03 6.58 60.3 | 3 0.09 6.66 60.4 | 3 0.09 6.75 60.5 | 3 0.09 6.84 60.6 | 1 0.03 6.87 60.7 | 1 0.03 6.90 60.8 | 1 0.03 6.92 60.9 | 2 0.06 6.98 61 | 1 0.03 7.01 61.1 | 2 0.06 7.07 61.2 | 3 0.09 7.16 61.5 | 1 0.03 7.19 61.6 | 3 0.09 7.27 61.8 | 4 0.12 7.39 61.9 | 3 0.09 7.48 62.1 | 2 0.06 7.54 62.3 | 2 0.06 7.59 62.4 | 2 0.06 7.65 62.5 | 1 0.03 7.68 62.6 | 4 0.12 7.80 62.7 | 4 0.12 7.91 62.8 | 3 0.09 8.00 62.9 | 4 0.12 8.12 63 | 2 0.06 8.18 63.1 | 2 0.06 8.23 63.2 | 1 0.03 8.26 63.3 | 3 0.09 8.35 63.4 | 5 0.15 8.50 63.5 | 3 0.09 8.58 63.6 | 2 0.06 8.64 63.7 | 1 0.03 8.67 63.8 | 2 0.06 8.73 63.9 | 1 0.03 8.76 64 | 2 0.06 8.82 64.1 | 7 0.20 9.02 64.2 | 1 0.03 9.05 64.3 | 3 0.09 9.14 64.4 | 1 0.03 9.16 64.5 | 4 0.12 9.28 64.6 | 2 0.06 9.34 64.7 | 6 0.17 9.51 64.8 | 1 0.03 9.54 64.9 | 3 0.09 9.63 65 | 3 0.09 9.72 65.1 | 4 0.12 9.83 65.2 | 3 0.09 9.92 65.3 | 3 0.09 10.01 65.4 | 4 0.12 10.13 65.7 | 2 0.06 10.18 65.8 | 4 0.12 10.30 65.9 | 1 0.03 10.33 66 | 3 0.09 10.42 66.1 | 4 0.12 10.53 66.2 | 3 0.09 10.62 66.3 | 2 0.06 10.68 66.4 | 4 0.12 10.79 66.6 | 3 0.09 10.88 66.7 | 3 0.09 10.97 66.8 | 2 0.06 11.03 66.9 | 2 0.06 11.09 67.1 | 8 0.23 11.32 67.2 | 5 0.15 11.46 67.3 | 1 0.03 11.49 67.4 | 1 0.03 11.52 67.5 | 3 0.09 11.61 67.7 | 2 0.06 11.67 67.8 | 4 0.12 11.78 67.9 | 3 0.09 11.87 68 | 1 0.03 11.90 68.1 | 3 0.09 11.99 68.2 | 1 0.03 12.02 68.4 | 3 0.09 12.10 68.5 | 1 0.03 12.13 68.6 | 4 0.12 12.25 68.7 | 2 0.06 12.31 68.8 | 3 0.09 12.39 68.9 | 4 0.12 12.51 69.1 | 3 0.09 12.60 69.2 | 1 0.03 12.63 69.3 | 2 0.06 12.69 69.4 | 2 0.06 12.74 69.5 | 2 0.06 12.80 69.6 | 2 0.06 12.86 69.7 | 1 0.03 12.89 69.8 | 5 0.15 13.03 69.9 | 4 0.12 13.15 70 | 1 0.03 13.18 70.1 | 3 0.09 13.27 70.2 | 1 0.03 13.30 70.3 | 3 0.09 13.38 70.4 | 2 0.06 13.44 70.5 | 2 0.06 13.50 70.7 | 4 0.12 13.62 70.8 | 4 0.12 13.73 70.9 | 3 0.09 13.82 71 | 4 0.12 13.94 71.1 | 1 0.03 13.97 71.2 | 4 0.12 14.08 71.3 | 1 0.03 14.11 71.4 | 7 0.20 14.31 71.5 | 2 0.06 14.37 71.6 | 3 0.09 14.46 71.7 | 3 0.09 14.55 71.8 | 3 0.09 14.63 71.9 | 5 0.15 14.78 72 | 2 0.06 14.84 72.1 | 2 0.06 14.90 72.2 | 1 0.03 14.93 72.3 | 4 0.12 15.04 72.4 | 2 0.06 15.10 72.5 | 2 0.06 15.16 72.6 | 5 0.15 15.30 72.7 | 4 0.12 15.42 72.8 | 2 0.06 15.48 72.9 | 3 0.09 15.57 73 | 3 0.09 15.65 73.1 | 3 0.09 15.74 73.2 | 4 0.12 15.86 73.3 | 2 0.06 15.92 73.4 | 6 0.17 16.09 73.5 | 3 0.09 16.18 73.6 | 3 0.09 16.26 73.7 | 3 0.09 16.35 73.8 | 4 0.12 16.47 73.9 | 1 0.03 16.50 74 | 4 0.12 16.61 74.1 | 4 0.12 16.73 74.2 | 1 0.03 16.76 74.3 | 5 0.15 16.90 74.4 | 5 0.15 17.05 74.5 | 3 0.09 17.14 74.6 | 5 0.15 17.28 74.7 | 2 0.06 17.34 74.8 | 1 0.03 17.37 74.9 | 3 0.09 17.46 75 | 1 0.03 17.49 75.1 | 4 0.12 17.60 75.2 | 2 0.06 17.66 75.4 | 4 0.12 17.78 75.5 | 3 0.09 17.86 75.6 | 4 0.12 17.98 75.9 | 4 0.12 18.10 76 | 5 0.15 18.24 76.1 | 2 0.06 18.30 76.2 | 3 0.09 18.39 76.3 | 5 0.15 18.53 76.4 | 1 0.03 18.56 76.5 | 3 0.09 18.65 76.7 | 3 0.09 18.74 76.8 | 3 0.09 18.82 76.9 | 4 0.12 18.94 77 | 2 0.06 19.00 77.1 | 1 0.03 19.03 77.2 | 1 0.03 19.06 77.3 | 6 0.17 19.23 77.4 | 6 0.17 19.41 77.5 | 2 0.06 19.46 77.6 | 4 0.12 19.58 77.7 | 4 0.12 19.70 77.8 | 5 0.15 19.84 77.9 | 5 0.15 19.99 78 | 1 0.03 20.02 78.1 | 4 0.12 20.13 78.3 | 5 0.15 20.28 78.4 | 2 0.06 20.34 78.5 | 2 0.06 20.40 78.7 | 3 0.09 20.48 78.8 | 2 0.06 20.54 78.9 | 3 0.09 20.63 79 | 1 0.03 20.66 79.1 | 2 0.06 20.72 79.2 | 2 0.06 20.77 79.3 | 2 0.06 20.83 79.4 | 3 0.09 20.92 79.5 | 4 0.12 21.04 79.6 | 6 0.17 21.21 79.7 | 4 0.12 21.33 79.8 | 6 0.17 21.50 79.9 | 2 0.06 21.56 80 | 2 0.06 21.62 80.1 | 3 0.09 21.70 80.2 | 1 0.03 21.73 80.3 | 3 0.09 21.82 80.4 | 1 0.03 21.85 80.5 | 1 0.03 21.88 80.6 | 4 0.12 22.00 80.7 | 4 0.12 22.11 80.8 | 3 0.09 22.20 80.9 | 4 0.12 22.32 81 | 2 0.06 22.37 81.1 | 2 0.06 22.43 81.2 | 2 0.06 22.49 81.3 | 3 0.09 22.58 81.4 | 3 0.09 22.67 81.5 | 3 0.09 22.75 81.6 | 2 0.06 22.81 81.7 | 1 0.03 22.84 81.8 | 3 0.09 22.93 81.9 | 4 0.12 23.04 82 | 4 0.12 23.16 82.1 | 4 0.12 23.28 82.2 | 1 0.03 23.31 82.3 | 4 0.12 23.42 82.4 | 1 0.03 23.45 82.5 | 1 0.03 23.48 82.6 | 2 0.06 23.54 82.7 | 2 0.06 23.60 82.8 | 1 0.03 23.63 82.9 | 2 0.06 23.68 83 | 2 0.06 23.74 83.1 | 3 0.09 23.83 83.2 | 3 0.09 23.92 83.3 | 3 0.09 24.00 83.5 | 5 0.15 24.15 83.7 | 2 0.06 24.21 83.8 | 2 0.06 24.27 83.9 | 1 0.03 24.29 84 | 1 0.03 24.32 84.1 | 3 0.09 24.41 84.2 | 5 0.15 24.56 84.3 | 1 0.03 24.59 84.4 | 2 0.06 24.64 84.5 | 3 0.09 24.73 84.6 | 1 0.03 24.76 84.7 | 2 0.06 24.82 84.8 | 2 0.06 24.88 84.9 | 1 0.03 24.91 85 | 3 0.09 24.99 85.1 | 1 0.03 25.02 85.2 | 4 0.12 25.14 85.3 | 3 0.09 25.23 85.4 | 4 0.12 25.34 85.5 | 3 0.09 25.43 85.6 | 2 0.06 25.49 85.7 | 3 0.09 25.57 85.8 | 3 0.09 25.66 85.9 | 2 0.06 25.72 86 | 4 0.12 25.84 86.1 | 2 0.06 25.89 86.2 | 1 0.03 25.92 86.4 | 1 0.03 25.95 86.5 | 1 0.03 25.98 86.6 | 3 0.09 26.07 86.7 | 1 0.03 26.10 86.8 | 1 0.03 26.13 86.9 | 3 0.09 26.21 87 | 2 0.06 26.27 87.1 | 4 0.12 26.39 87.2 | 3 0.09 26.48 87.3 | 1 0.03 26.51 87.4 | 3 0.09 26.59 87.5 | 1 0.03 26.62 87.6 | 2 0.06 26.68 87.7 | 4 0.12 26.80 87.9 | 2 0.06 26.85 88 | 5 0.15 27.00 88.1 | 3 0.09 27.09 88.2 | 1 0.03 27.12 88.3 | 1 0.03 27.15 88.4 | 4 0.12 27.26 88.5 | 3 0.09 27.35 88.6 | 4 0.12 27.47 88.7 | 4 0.12 27.58 88.8 | 4 0.12 27.70 88.9 | 1 0.03 27.73 89 | 1 0.03 27.76 89.1 | 3 0.09 27.84 89.2 | 5 0.15 27.99 89.3 | 4 0.12 28.11 89.4 | 4 0.12 28.22 89.5 | 2 0.06 28.28 89.6 | 1 0.03 28.31 89.7 | 8 0.23 28.54 89.8 | 1 0.03 28.57 89.9 | 3 0.09 28.66 90.1 | 2 0.06 28.72 90.2 | 2 0.06 28.78 90.3 | 2 0.06 28.83 90.4 | 3 0.09 28.92 90.5 | 2 0.06 28.98 90.6 | 2 0.06 29.04 90.7 | 1 0.03 29.07 90.8 | 4 0.12 29.18 90.9 | 2 0.06 29.24 91 | 1 0.03 29.27 91.1 | 2 0.06 29.33 91.2 | 1 0.03 29.36 91.3 | 1 0.03 29.39 91.4 | 1 0.03 29.42 91.6 | 3 0.09 29.50 91.7 | 3 0.09 29.59 91.8 | 1 0.03 29.62 91.9 | 2 0.06 29.68 92 | 2 0.06 29.74 92.1 | 3 0.09 29.82 92.2 | 2 0.06 29.88 92.3 | 1 0.03 29.91 92.4 | 1 0.03 29.94 92.5 | 3 0.09 30.03 92.6 | 1 0.03 30.06 92.7 | 2 0.06 30.11 92.8 | 1 0.03 30.14 92.9 | 2 0.06 30.20 93 | 2 0.06 30.26 93.1 | 3 0.09 30.35 93.2 | 1 0.03 30.38 93.4 | 1 0.03 30.40 93.6 | 2 0.06 30.46 93.7 | 3 0.09 30.55 93.8 | 4 0.12 30.67 93.9 | 4 0.12 30.78 94 | 2 0.06 30.84 94.1 | 2 0.06 30.90 94.2 | 3 0.09 30.99 94.3 | 1 0.03 31.02 94.4 | 3 0.09 31.10 94.5 | 3 0.09 31.19 94.6 | 1 0.03 31.22 94.7 | 1 0.03 31.25 94.8 | 1 0.03 31.28 94.9 | 1 0.03 31.31 95 | 1 0.03 31.34 95.2 | 1 0.03 31.36 95.3 | 1 0.03 31.39 95.5 | 2 0.06 31.45 95.6 | 1 0.03 31.48 95.7 | 1 0.03 31.51 95.8 | 2 0.06 31.57 95.9 | 2 0.06 31.63 96 | 2 0.06 31.68 96.1 | 2 0.06 31.74 96.3 | 1 0.03 31.77 96.4 | 3 0.09 31.86 96.5 | 3 0.09 31.95 96.6 | 1 0.03 31.98 96.7 | 1 0.03 32.00 96.9 | 1 0.03 32.03 97 | 4 0.12 32.15 97.1 | 2 0.06 32.21 97.2 | 3 0.09 32.30 97.3 | 3 0.09 32.38 97.5 | 4 0.12 32.50 97.7 | 1 0.03 32.53 97.8 | 2 0.06 32.59 97.9 | 4 0.12 32.70 98 | 4 0.12 32.82 98.1 | 3 0.09 32.91 98.2 | 9 0.26 33.17 98.3 | 3 0.09 33.26 98.4 | 2 0.06 33.31 98.5 | 1 0.03 33.34 98.6 | 3 0.09 33.43 98.7 | 2 0.06 33.49 98.8 | 3 0.09 33.58 98.9 | 3 0.09 33.66 99 | 4 0.12 33.78 99.1 | 1 0.03 33.81 99.2 | 2 0.06 33.87 99.3 | 1 0.03 33.90 99.4 | 2 0.06 33.95 99.5 | 4 0.12 34.07 99.7 | 1 0.03 34.10 99.9 | 1 0.03 34.13 100 | 1 0.03 34.16 100.1 | 2 0.06 34.22 100.2 | 2 0.06 34.27 100.4 | 3 0.09 34.36 100.7 | 1 0.03 34.39 100.8 | 4 0.12 34.51 100.9 | 1 0.03 34.54 101 | 2 0.06 34.59 101.1 | 3 0.09 34.68 101.3 | 1 0.03 34.71 101.4 | 1 0.03 34.74 101.6 | 1 0.03 34.77 101.7 | 1 0.03 34.80 101.8 | 2 0.06 34.86 101.9 | 2 0.06 34.91 102 | 1 0.03 34.94 102.1 | 1 0.03 34.97 102.2 | 1 0.03 35.00 102.3 | 4 0.12 35.12 102.4 | 1 0.03 35.15 102.5 | 3 0.09 35.23 102.6 | 2 0.06 35.29 102.8 | 2 0.06 35.35 102.9 | 1 0.03 35.38 103 | 2 0.06 35.44 103.1 | 1 0.03 35.47 103.3 | 3 0.09 35.55 103.5 | 1 0.03 35.58 103.7 | 2 0.06 35.64 103.8 | 3 0.09 35.73 103.9 | 2 0.06 35.79 104 | 1 0.03 35.82 104.1 | 2 0.06 35.87 104.2 | 1 0.03 35.90 104.4 | 3 0.09 35.99 104.5 | 3 0.09 36.08 104.6 | 2 0.06 36.14 104.7 | 2 0.06 36.19 104.8 | 4 0.12 36.31 104.9 | 2 0.06 36.37 105 | 2 0.06 36.43 105.1 | 2 0.06 36.49 105.3 | 1 0.03 36.51 105.5 | 2 0.06 36.57 105.6 | 2 0.06 36.63 105.7 | 2 0.06 36.69 105.9 | 2 0.06 36.75 106 | 2 0.06 36.81 106.1 | 1 0.03 36.83 106.2 | 4 0.12 36.95 106.3 | 1 0.03 36.98 106.4 | 2 0.06 37.04 106.5 | 2 0.06 37.10 106.6 | 2 0.06 37.15 106.7 | 2 0.06 37.21 106.8 | 4 0.12 37.33 106.9 | 3 0.09 37.42 107 | 1 0.03 37.45 107.1 | 4 0.12 37.56 107.2 | 2 0.06 37.62 107.3 | 1 0.03 37.65 107.4 | 3 0.09 37.74 107.5 | 2 0.06 37.79 107.8 | 2 0.06 37.85 107.9 | 2 0.06 37.91 108 | 1 0.03 37.94 108.1 | 1 0.03 37.97 108.2 | 4 0.12 38.09 108.3 | 1 0.03 38.11 108.4 | 2 0.06 38.17 108.5 | 2 0.06 38.23 108.6 | 2 0.06 38.29 108.7 | 2 0.06 38.35 108.8 | 1 0.03 38.38 109 | 1 0.03 38.41 109.1 | 3 0.09 38.49 109.2 | 1 0.03 38.52 109.3 | 1 0.03 38.55 109.4 | 1 0.03 38.58 109.5 | 1 0.03 38.61 109.7 | 1 0.03 38.64 109.8 | 5 0.15 38.78 109.9 | 4 0.12 38.90 110 | 1 0.03 38.93 110.1 | 1 0.03 38.96 110.2 | 4 0.12 39.07 110.5 | 2 0.06 39.13 110.6 | 2 0.06 39.19 110.8 | 1 0.03 39.22 110.9 | 2 0.06 39.28 111 | 1 0.03 39.31 111.1 | 2 0.06 39.37 111.2 | 3 0.09 39.45 111.3 | 1 0.03 39.48 111.6 | 1 0.03 39.51 111.7 | 1 0.03 39.54 111.8 | 3 0.09 39.63 111.9 | 1 0.03 39.66 112 | 1 0.03 39.69 112.1 | 2 0.06 39.74 112.2 | 2 0.06 39.80 112.3 | 1 0.03 39.83 112.5 | 1 0.03 39.86 112.6 | 1 0.03 39.89 112.7 | 2 0.06 39.95 112.9 | 1 0.03 39.98 113 | 1 0.03 40.01 113.2 | 2 0.06 40.06 113.4 | 2 0.06 40.12 113.5 | 1 0.03 40.15 113.7 | 2 0.06 40.21 114 | 1 0.03 40.24 114.1 | 1 0.03 40.27 114.2 | 5 0.15 40.41 114.3 | 2 0.06 40.47 114.5 | 1 0.03 40.50 114.6 | 1 0.03 40.53 114.7 | 2 0.06 40.59 114.9 | 1 0.03 40.62 115 | 1 0.03 40.65 115.1 | 3 0.09 40.73 115.2 | 2 0.06 40.79 115.4 | 3 0.09 40.88 115.5 | 1 0.03 40.91 115.6 | 2 0.06 40.97 115.7 | 1 0.03 41.00 115.9 | 3 0.09 41.08 116.1 | 1 0.03 41.11 116.2 | 3 0.09 41.20 116.3 | 1 0.03 41.23 116.4 | 1 0.03 41.26 116.5 | 1 0.03 41.29 116.6 | 1 0.03 41.32 116.7 | 1 0.03 41.34 116.8 | 4 0.12 41.46 117.1 | 1 0.03 41.49 117.2 | 4 0.12 41.61 117.4 | 1 0.03 41.64 117.7 | 1 0.03 41.66 117.8 | 2 0.06 41.72 117.9 | 1 0.03 41.75 118.1 | 2 0.06 41.81 118.2 | 1 0.03 41.84 118.6 | 1 0.03 41.87 118.7 | 2 0.06 41.93 118.8 | 1 0.03 41.96 118.9 | 2 0.06 42.01 119.1 | 2 0.06 42.07 119.3 | 1 0.03 42.10 119.5 | 4 0.12 42.22 119.6 | 1 0.03 42.25 119.7 | 4 0.12 42.36 119.8 | 2 0.06 42.42 119.9 | 1 0.03 42.45 120 | 1 0.03 42.48 120.1 | 1 0.03 42.51 120.6 | 2 0.06 42.57 120.8 | 3 0.09 42.65 121.1 | 1 0.03 42.68 121.2 | 1 0.03 42.71 121.3 | 1 0.03 42.74 121.5 | 1 0.03 42.77 121.6 | 2 0.06 42.83 121.7 | 1 0.03 42.86 121.8 | 1 0.03 42.89 121.9 | 2 0.06 42.94 122.2 | 1 0.03 42.97 122.3 | 1 0.03 43.00 122.4 | 2 0.06 43.06 122.5 | 2 0.06 43.12 122.7 | 1 0.03 43.15 122.9 | 2 0.06 43.21 123 | 1 0.03 43.24 123.2 | 1 0.03 43.26 123.3 | 2 0.06 43.32 123.4 | 3 0.09 43.41 123.5 | 1 0.03 43.44 123.6 | 1 0.03 43.47 124.1 | 1 0.03 43.50 124.2 | 1 0.03 43.53 124.3 | 1 0.03 43.56 124.5 | 1 0.03 43.58 124.8 | 1 0.03 43.61 124.9 | 1 0.03 43.64 125 | 1 0.03 43.67 125.1 | 1 0.03 43.70 125.4 | 2 0.06 43.76 125.5 | 1 0.03 43.79 125.6 | 2 0.06 43.85 125.7 | 1 0.03 43.88 125.9 | 2 0.06 43.93 126.1 | 1 0.03 43.96 126.2 | 2 0.06 44.02 126.4 | 1 0.03 44.05 126.5 | 1 0.03 44.08 126.8 | 1 0.03 44.11 127 | 1 0.03 44.14 127.1 | 1 0.03 44.17 127.2 | 2 0.06 44.22 127.3 | 1 0.03 44.25 127.4 | 2 0.06 44.31 127.6 | 1 0.03 44.34 127.7 | 1 0.03 44.37 128.1 | 1 0.03 44.40 128.2 | 1 0.03 44.43 128.5 | 1 0.03 44.46 128.7 | 2 0.06 44.52 128.8 | 1 0.03 44.54 129.1 | 1 0.03 44.57 129.2 | 1 0.03 44.60 129.5 | 2 0.06 44.66 129.6 | 1 0.03 44.69 129.8 | 1 0.03 44.72 129.9 | 1 0.03 44.75 130.2 | 2 0.06 44.81 130.4 | 1 0.03 44.84 130.6 | 1 0.03 44.86 130.7 | 2 0.06 44.92 131 | 1 0.03 44.95 131.2 | 2 0.06 45.01 131.6 | 2 0.06 45.07 131.7 | 1 0.03 45.10 131.8 | 1 0.03 45.13 132.1 | 1 0.03 45.16 132.3 | 2 0.06 45.21 132.4 | 3 0.09 45.30 132.5 | 2 0.06 45.36 132.6 | 1 0.03 45.39 132.7 | 1 0.03 45.42 132.9 | 1 0.03 45.45 133 | 1 0.03 45.48 133.3 | 2 0.06 45.53 133.8 | 1 0.03 45.56 134.1 | 1 0.03 45.59 134.3 | 1 0.03 45.62 134.4 | 1 0.03 45.65 134.5 | 1 0.03 45.68 134.7 | 1 0.03 45.71 134.8 | 1 0.03 45.74 135.1 | 1 0.03 45.77 135.2 | 2 0.06 45.82 135.7 | 3 0.09 45.91 135.8 | 1 0.03 45.94 135.9 | 2 0.06 46.00 136 | 1 0.03 46.03 136.1 | 1 0.03 46.06 136.4 | 1 0.03 46.09 136.5 | 2 0.06 46.14 136.6 | 1 0.03 46.17 136.7 | 1 0.03 46.20 136.8 | 1 0.03 46.23 137 | 1 0.03 46.26 137.1 | 2 0.06 46.32 137.6 | 1 0.03 46.35 137.7 | 1 0.03 46.38 137.8 | 1 0.03 46.41 138 | 1 0.03 46.44 138.3 | 1 0.03 46.46 138.4 | 1 0.03 46.49 138.6 | 1 0.03 46.52 138.8 | 1 0.03 46.55 138.9 | 2 0.06 46.61 139 | 1 0.03 46.64 139.1 | 2 0.06 46.70 139.2 | 2 0.06 46.76 139.3 | 1 0.03 46.78 139.4 | 1 0.03 46.81 139.7 | 1 0.03 46.84 140.1 | 1 0.03 46.87 140.3 | 1 0.03 46.90 140.5 | 1 0.03 46.93 141.1 | 1 0.03 46.96 141.2 | 3 0.09 47.05 141.4 | 1 0.03 47.08 141.6 | 2 0.06 47.13 141.9 | 1 0.03 47.16 142.5 | 2 0.06 47.22 142.6 | 2 0.06 47.28 142.8 | 1 0.03 47.31 143.1 | 2 0.06 47.37 143.6 | 1 0.03 47.40 143.7 | 1 0.03 47.43 144 | 1 0.03 47.45 144.3 | 1 0.03 47.48 144.8 | 1 0.03 47.51 144.9 | 1 0.03 47.54 145.2 | 1 0.03 47.57 145.9 | 1 0.03 47.60 146 | 2 0.06 47.66 146.6 | 1 0.03 47.69 147 | 1 0.03 47.72 147.1 | 2 0.06 47.77 147.6 | 1 0.03 47.80 147.7 | 2 0.06 47.86 148.1 | 1 0.03 47.89 148.4 | 1 0.03 47.92 148.7 | 1 0.03 47.95 149 | 1 0.03 47.98 149.5 | 2 0.06 48.04 149.7 | 1 0.03 48.07 149.8 | 2 0.06 48.12 150.2 | 2 0.06 48.18 150.8 | 1 0.03 48.21 152.2 | 1 0.03 48.24 153.5 | 1 0.03 48.27 154 | 1 0.03 48.30 154.1 | 1 0.03 48.33 154.4 | 2 0.06 48.39 154.8 | 2 0.06 48.44 155.8 | 1 0.03 48.47 156.1 | 1 0.03 48.50 156.3 | 1 0.03 48.53 156.6 | 1 0.03 48.56 156.7 | 1 0.03 48.59 157.1 | 2 0.06 48.65 157.3 | 1 0.03 48.68 157.5 | 1 0.03 48.71 157.7 | 1 0.03 48.73 158.2 | 1 0.03 48.76 158.4 | 1 0.03 48.79 158.5 | 1 0.03 48.82 158.6 | 1 0.03 48.85 158.7 | 1 0.03 48.88 159.1 | 1 0.03 48.91 159.4 | 1 0.03 48.94 159.5 | 1 0.03 48.97 159.6 | 1 0.03 49.00 159.8 | 1 0.03 49.03 159.9 | 1 0.03 49.05 160 | 1 0.03 49.08 160.9 | 1 0.03 49.11 161.2 | 1 0.03 49.14 161.8 | 1 0.03 49.17 162.7 | 1 0.03 49.20 164 | 2 0.06 49.26 164.3 | 1 0.03 49.29 164.7 | 1 0.03 49.32 164.9 | 1 0.03 49.35 165 | 1 0.03 49.37 165.4 | 2 0.06 49.43 165.9 | 1 0.03 49.46 166.7 | 1 0.03 49.49 167 | 1 0.03 49.52 169 | 3 0.09 49.61 169.3 | 1 0.03 49.64 169.7 | 1 0.03 49.67 170 | 1 0.03 49.69 170.5 | 1 0.03 49.72 170.7 | 1 0.03 49.75 173.4 | 1 0.03 49.78 174 | 1 0.03 49.81 174.4 | 1 0.03 49.84 175 | 2 0.06 49.90 175.4 | 1 0.03 49.93 176.2 | 1 0.03 49.96 177 | 1 0.03 49.99 177.8 | 1 0.03 50.01 178.8 | 1 0.03 50.04 179.7 | 1 0.03 50.07 180.8 | 1 0.03 50.10 182.1 | 1 0.03 50.13 182.4 | 1 0.03 50.16 182.9 | 1 0.03 50.19 184.6 | 1 0.03 50.22 185.2 | 1 0.03 50.25 185.4 | 1 0.03 50.28 185.5 | 1 0.03 50.31 185.6 | 1 0.03 50.33 186.4 | 1 0.03 50.36 186.6 | 1 0.03 50.39 191.4 | 1 0.03 50.42 192.1 | 2 0.06 50.48 193.3 | 1 0.03 50.51 194.2 | 1 0.03 50.54 194.7 | 1 0.03 50.57 196.1 | 1 0.03 50.60 196.3 | 1 0.03 50.63 200.3 | 1 0.03 50.65 201.1 | 1 0.03 50.68 201.9 | 1 0.03 50.71 203 | 1 0.03 50.74 203.7 | 1 0.03 50.77 204.7 | 1 0.03 50.80 205.4 | 1 0.03 50.83 207.2 | 1 0.03 50.86 211.2 | 1 0.03 50.89 212.6 | 1 0.03 50.92 213.7 | 1 0.03 50.95 219.9 | 1 0.03 50.97 225.6 | 1 0.03 51.00 225.8 | 1 0.03 51.03 228.5 | 1 0.03 51.06 230.9 | 1 0.03 51.09 249.3 | 1 0.03 51.12 252.8 | 1 0.03 51.15 255 | 1 0.03 51.18 267.2 | 1 0.03 51.21 270.4 | 1 0.03 51.24 289.5 | 1 0.03 51.27 301.8 | 1 0.03 51.29 317.4 | 1 0.03 51.32 327.8 | 1 0.03 51.35 . | 1,672 48.65 100.00 ------------+----------------------------------- Total | 3,437 100.00 by Jean Roth , jroth@nber.org , 14 Mar 2018