Frequencies for nchs2fips_county1990 dataset : by Jean Roth , jroth@nber.org , 31 Mar 2016 Frequencies for nchs_state variable in nchs2fips_county1990 dataset : NCHS State | Code | Freq. Percent Cum. ------------+----------------------------------- 01 | 67 2.14 2.14 02 | 23 0.73 2.87 03 | 14 0.45 3.32 04 | 75 2.39 5.72 05 | 58 1.85 7.57 06 | 63 2.01 9.58 07 | 8 0.26 9.83 08 | 3 0.10 9.93 10 | 67 2.14 12.07 11 | 158 5.04 17.11 12 | 5 0.16 17.27 13 | 44 1.40 18.68 14 | 102 3.26 21.93 15 | 92 2.94 24.87 16 | 99 3.16 28.03 17 | 105 3.35 31.39 18 | 120 3.83 35.22 19 | 64 2.04 37.26 20 | 16 0.51 37.77 21 | 24 0.77 38.54 22 | 14 0.45 38.98 23 | 83 2.65 41.63 24 | 87 2.78 44.41 25 | 82 2.62 47.03 26 | 115 3.67 50.70 27 | 57 1.82 52.52 28 | 93 2.97 55.49 29 | 17 0.54 56.03 30 | 10 0.32 56.35 31 | 21 0.67 57.02 32 | 33 1.05 58.08 33 | 58 1.85 59.93 34 | 100 3.19 63.12 35 | 53 1.69 64.81 36 | 88 2.81 67.62 37 | 77 2.46 70.08 38 | 36 1.15 71.23 39 | 67 2.14 73.37 40 | 5 0.16 73.53 41 | 46 1.47 75.00 42 | 66 2.11 77.11 43 | 95 3.03 80.14 44 | 254 8.11 88.25 45 | 29 0.93 89.18 46 | 14 0.45 89.62 47 | 136 4.34 93.97 48 | 39 1.25 95.21 49 | 55 1.76 96.97 50 | 72 2.30 99.27 51 | 23 0.73 100.00 ------------+----------------------------------- Total | 3,132 100.00 Frequencies for stateoc variable in nchs2fips_county1990 dataset : State of | Occurrence | Freq. Percent Cum. ------------+----------------------------------- 01 | 67 2.14 2.14 02 | 23 0.73 2.87 03 | 14 0.45 3.32 04 | 75 2.39 5.72 05 | 58 1.85 7.57 06 | 63 2.01 9.58 07 | 8 0.26 9.83 08 | 3 0.10 9.93 10 | 67 2.14 12.07 11 | 158 5.04 17.11 12 | 5 0.16 17.27 13 | 44 1.40 18.68 14 | 102 3.26 21.93 15 | 92 2.94 24.87 16 | 99 3.16 28.03 17 | 105 3.35 31.39 18 | 120 3.83 35.22 19 | 64 2.04 37.26 20 | 16 0.51 37.77 21 | 24 0.77 38.54 22 | 14 0.45 38.98 23 | 83 2.65 41.63 24 | 87 2.78 44.41 25 | 82 2.62 47.03 26 | 115 3.67 50.70 27 | 57 1.82 52.52 28 | 93 2.97 55.49 29 | 17 0.54 56.03 30 | 10 0.32 56.35 31 | 21 0.67 57.02 32 | 33 1.05 58.08 33 | 58 1.85 59.93 34 | 100 3.19 63.12 35 | 53 1.69 64.81 36 | 88 2.81 67.62 37 | 77 2.46 70.08 38 | 36 1.15 71.23 39 | 67 2.14 73.37 40 | 5 0.16 73.53 41 | 46 1.47 75.00 42 | 66 2.11 77.11 43 | 95 3.03 80.14 44 | 254 8.11 88.25 45 | 29 0.93 89.18 46 | 14 0.45 89.62 47 | 136 4.34 93.97 48 | 39 1.25 95.21 49 | 55 1.76 96.97 50 | 72 2.30 99.27 51 | 23 0.73 100.00 ------------+----------------------------------- Total | 3,132 100.00 Frequencies for nchs_county variable in nchs2fips_county1990 dataset : NCHS County | Code | Freq. Percent Cum. ------------+----------------------------------- 001 | 49 1.56 1.56 002 | 50 1.60 3.16 003 | 50 1.60 4.76 004 | 49 1.56 6.32 005 | 49 1.56 7.89 006 | 47 1.50 9.39 007 | 47 1.50 10.89 008 | 47 1.50 12.39 009 | 46 1.47 13.86 010 | 46 1.47 15.33 011 | 45 1.44 16.76 012 | 45 1.44 18.20 013 | 45 1.44 19.64 014 | 45 1.44 21.07 015 | 42 1.34 22.41 016 | 42 1.34 23.75 017 | 41 1.31 25.06 018 | 40 1.28 26.34 019 | 40 1.28 27.62 020 | 40 1.28 28.90 021 | 40 1.28 30.17 022 | 39 1.25 31.42 023 | 39 1.25 32.66 024 | 37 1.18 33.84 025 | 36 1.15 34.99 026 | 36 1.15 36.14 027 | 36 1.15 37.29 028 | 36 1.15 38.44 029 | 36 1.15 39.59 030 | 35 1.12 40.71 031 | 35 1.12 41.83 032 | 35 1.12 42.94 033 | 35 1.12 44.06 034 | 34 1.09 45.15 035 | 34 1.09 46.23 036 | 34 1.09 47.32 037 | 33 1.05 48.37 038 | 33 1.05 49.43 039 | 33 1.05 50.48 040 | 32 1.02 51.50 041 | 32 1.02 52.52 042 | 32 1.02 53.54 043 | 32 1.02 54.57 044 | 32 1.02 55.59 045 | 31 0.99 56.58 046 | 31 0.99 57.57 047 | 30 0.96 58.52 048 | 30 0.96 59.48 049 | 30 0.96 60.44 050 | 30 0.96 61.40 051 | 30 0.96 62.36 052 | 30 0.96 63.31 053 | 30 0.96 64.27 054 | 29 0.93 65.20 055 | 29 0.93 66.12 056 | 28 0.89 67.02 057 | 28 0.89 67.91 058 | 27 0.86 68.77 059 | 25 0.80 69.57 060 | 25 0.80 70.37 061 | 25 0.80 71.17 062 | 25 0.80 71.97 063 | 25 0.80 72.77 064 | 24 0.77 73.53 065 | 23 0.73 74.27 066 | 23 0.73 75.00 067 | 22 0.70 75.70 068 | 19 0.61 76.31 069 | 19 0.61 76.92 070 | 19 0.61 77.52 071 | 19 0.61 78.13 072 | 19 0.61 78.74 073 | 18 0.57 79.31 074 | 18 0.57 79.89 075 | 18 0.57 80.46 076 | 17 0.54 81.00 077 | 17 0.54 81.55 078 | 16 0.51 82.06 079 | 16 0.51 82.57 080 | 16 0.51 83.08 081 | 16 0.51 83.59 082 | 16 0.51 84.10 083 | 15 0.48 84.58 084 | 14 0.45 85.03 085 | 14 0.45 85.47 086 | 14 0.45 85.92 087 | 14 0.45 86.37 088 | 13 0.42 86.78 089 | 12 0.38 87.16 090 | 12 0.38 87.55 091 | 12 0.38 87.93 092 | 12 0.38 88.31 093 | 11 0.35 88.67 094 | 10 0.32 88.98 095 | 10 0.32 89.30 096 | 9 0.29 89.59 097 | 9 0.29 89.88 098 | 9 0.29 90.17 099 | 9 0.29 90.45 100 | 8 0.26 90.71 101 | 7 0.22 90.93 102 | 7 0.22 91.16 103 | 6 0.19 91.35 104 | 6 0.19 91.54 105 | 6 0.19 91.73 106 | 5 0.16 91.89 107 | 5 0.16 92.05 108 | 5 0.16 92.21 109 | 5 0.16 92.37 110 | 5 0.16 92.53 111 | 5 0.16 92.69 112 | 5 0.16 92.85 113 | 5 0.16 93.01 114 | 5 0.16 93.17 115 | 5 0.16 93.33 116 | 4 0.13 93.45 117 | 4 0.13 93.58 118 | 4 0.13 93.71 119 | 4 0.13 93.84 120 | 4 0.13 93.97 121 | 3 0.10 94.06 122 | 3 0.10 94.16 123 | 3 0.10 94.25 124 | 3 0.10 94.35 125 | 3 0.10 94.44 126 | 3 0.10 94.54 127 | 3 0.10 94.64 128 | 3 0.10 94.73 129 | 3 0.10 94.83 130 | 3 0.10 94.92 131 | 3 0.10 95.02 132 | 3 0.10 95.11 133 | 3 0.10 95.21 134 | 3 0.10 95.31 135 | 3 0.10 95.40 136 | 3 0.10 95.50 137 | 2 0.06 95.56 138 | 2 0.06 95.63 139 | 2 0.06 95.69 140 | 2 0.06 95.75 141 | 2 0.06 95.82 142 | 2 0.06 95.88 143 | 2 0.06 95.95 144 | 2 0.06 96.01 145 | 2 0.06 96.07 146 | 2 0.06 96.14 147 | 2 0.06 96.20 148 | 2 0.06 96.26 149 | 2 0.06 96.33 150 | 2 0.06 96.39 151 | 2 0.06 96.46 152 | 2 0.06 96.52 153 | 2 0.06 96.58 154 | 2 0.06 96.65 155 | 2 0.06 96.71 156 | 2 0.06 96.78 157 | 2 0.06 96.84 158 | 2 0.06 96.90 159 | 2 0.06 96.97 160 | 1 0.03 97.00 161 | 1 0.03 97.03 162 | 1 0.03 97.06 163 | 1 0.03 97.09 164 | 1 0.03 97.13 165 | 1 0.03 97.16 166 | 1 0.03 97.19 167 | 1 0.03 97.22 168 | 1 0.03 97.25 169 | 1 0.03 97.29 170 | 1 0.03 97.32 171 | 1 0.03 97.35 172 | 1 0.03 97.38 173 | 1 0.03 97.41 174 | 1 0.03 97.45 175 | 1 0.03 97.48 176 | 1 0.03 97.51 177 | 1 0.03 97.54 178 | 1 0.03 97.57 179 | 1 0.03 97.61 180 | 1 0.03 97.64 181 | 1 0.03 97.67 182 | 1 0.03 97.70 183 | 1 0.03 97.73 184 | 1 0.03 97.77 185 | 1 0.03 97.80 186 | 1 0.03 97.83 187 | 1 0.03 97.86 188 | 1 0.03 97.89 189 | 1 0.03 97.92 190 | 1 0.03 97.96 191 | 1 0.03 97.99 192 | 1 0.03 98.02 193 | 1 0.03 98.05 194 | 1 0.03 98.08 195 | 1 0.03 98.12 196 | 1 0.03 98.15 197 | 1 0.03 98.18 198 | 1 0.03 98.21 199 | 1 0.03 98.24 200 | 1 0.03 98.28 201 | 1 0.03 98.31 202 | 1 0.03 98.34 203 | 1 0.03 98.37 204 | 1 0.03 98.40 205 | 1 0.03 98.44 206 | 1 0.03 98.47 207 | 1 0.03 98.50 208 | 1 0.03 98.53 209 | 1 0.03 98.56 210 | 1 0.03 98.60 211 | 1 0.03 98.63 212 | 1 0.03 98.66 213 | 1 0.03 98.69 214 | 1 0.03 98.72 215 | 1 0.03 98.75 216 | 1 0.03 98.79 217 | 1 0.03 98.82 218 | 1 0.03 98.85 219 | 1 0.03 98.88 220 | 1 0.03 98.91 221 | 1 0.03 98.95 222 | 1 0.03 98.98 223 | 1 0.03 99.01 224 | 1 0.03 99.04 225 | 1 0.03 99.07 226 | 1 0.03 99.11 227 | 1 0.03 99.14 228 | 1 0.03 99.17 229 | 1 0.03 99.20 230 | 1 0.03 99.23 231 | 1 0.03 99.27 232 | 1 0.03 99.30 233 | 1 0.03 99.33 234 | 1 0.03 99.36 235 | 1 0.03 99.39 236 | 1 0.03 99.43 237 | 1 0.03 99.46 238 | 1 0.03 99.49 239 | 1 0.03 99.52 240 | 1 0.03 99.55 241 | 1 0.03 99.58 242 | 1 0.03 99.62 243 | 1 0.03 99.65 244 | 1 0.03 99.68 245 | 1 0.03 99.71 246 | 1 0.03 99.74 247 | 1 0.03 99.78 248 | 1 0.03 99.81 249 | 1 0.03 99.84 250 | 1 0.03 99.87 251 | 1 0.03 99.90 252 | 1 0.03 99.94 253 | 1 0.03 99.97 254 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,132 100.00 Frequencies for countyoc variable in nchs2fips_county1990 dataset : County of | Occurrence | Freq. Percent Cum. ------------+----------------------------------- 001 | 49 1.56 1.56 002 | 50 1.60 3.16 003 | 50 1.60 4.76 004 | 49 1.56 6.32 005 | 49 1.56 7.89 006 | 47 1.50 9.39 007 | 47 1.50 10.89 008 | 47 1.50 12.39 009 | 46 1.47 13.86 010 | 46 1.47 15.33 011 | 45 1.44 16.76 012 | 45 1.44 18.20 013 | 45 1.44 19.64 014 | 45 1.44 21.07 015 | 42 1.34 22.41 016 | 42 1.34 23.75 017 | 41 1.31 25.06 018 | 40 1.28 26.34 019 | 40 1.28 27.62 020 | 40 1.28 28.90 021 | 40 1.28 30.17 022 | 39 1.25 31.42 023 | 39 1.25 32.66 024 | 37 1.18 33.84 025 | 36 1.15 34.99 026 | 36 1.15 36.14 027 | 36 1.15 37.29 028 | 36 1.15 38.44 029 | 36 1.15 39.59 030 | 35 1.12 40.71 031 | 35 1.12 41.83 032 | 35 1.12 42.94 033 | 35 1.12 44.06 034 | 34 1.09 45.15 035 | 34 1.09 46.23 036 | 34 1.09 47.32 037 | 33 1.05 48.37 038 | 33 1.05 49.43 039 | 33 1.05 50.48 040 | 32 1.02 51.50 041 | 32 1.02 52.52 042 | 32 1.02 53.54 043 | 32 1.02 54.57 044 | 32 1.02 55.59 045 | 31 0.99 56.58 046 | 31 0.99 57.57 047 | 30 0.96 58.52 048 | 30 0.96 59.48 049 | 30 0.96 60.44 050 | 30 0.96 61.40 051 | 30 0.96 62.36 052 | 30 0.96 63.31 053 | 30 0.96 64.27 054 | 29 0.93 65.20 055 | 29 0.93 66.12 056 | 28 0.89 67.02 057 | 28 0.89 67.91 058 | 27 0.86 68.77 059 | 25 0.80 69.57 060 | 25 0.80 70.37 061 | 25 0.80 71.17 062 | 25 0.80 71.97 063 | 25 0.80 72.77 064 | 24 0.77 73.53 065 | 23 0.73 74.27 066 | 23 0.73 75.00 067 | 22 0.70 75.70 068 | 19 0.61 76.31 069 | 19 0.61 76.92 070 | 19 0.61 77.52 071 | 19 0.61 78.13 072 | 19 0.61 78.74 073 | 18 0.57 79.31 074 | 18 0.57 79.89 075 | 18 0.57 80.46 076 | 17 0.54 81.00 077 | 17 0.54 81.55 078 | 16 0.51 82.06 079 | 16 0.51 82.57 080 | 16 0.51 83.08 081 | 16 0.51 83.59 082 | 16 0.51 84.10 083 | 15 0.48 84.58 084 | 14 0.45 85.03 085 | 14 0.45 85.47 086 | 14 0.45 85.92 087 | 14 0.45 86.37 088 | 13 0.42 86.78 089 | 12 0.38 87.16 090 | 12 0.38 87.55 091 | 12 0.38 87.93 092 | 12 0.38 88.31 093 | 11 0.35 88.67 094 | 10 0.32 88.98 095 | 10 0.32 89.30 096 | 9 0.29 89.59 097 | 9 0.29 89.88 098 | 9 0.29 90.17 099 | 9 0.29 90.45 100 | 8 0.26 90.71 101 | 7 0.22 90.93 102 | 7 0.22 91.16 103 | 6 0.19 91.35 104 | 6 0.19 91.54 105 | 6 0.19 91.73 106 | 5 0.16 91.89 107 | 5 0.16 92.05 108 | 5 0.16 92.21 109 | 5 0.16 92.37 110 | 5 0.16 92.53 111 | 5 0.16 92.69 112 | 5 0.16 92.85 113 | 5 0.16 93.01 114 | 5 0.16 93.17 115 | 5 0.16 93.33 116 | 4 0.13 93.45 117 | 4 0.13 93.58 118 | 4 0.13 93.71 119 | 4 0.13 93.84 120 | 4 0.13 93.97 121 | 3 0.10 94.06 122 | 3 0.10 94.16 123 | 3 0.10 94.25 124 | 3 0.10 94.35 125 | 3 0.10 94.44 126 | 3 0.10 94.54 127 | 3 0.10 94.64 128 | 3 0.10 94.73 129 | 3 0.10 94.83 130 | 3 0.10 94.92 131 | 3 0.10 95.02 132 | 3 0.10 95.11 133 | 3 0.10 95.21 134 | 3 0.10 95.31 135 | 3 0.10 95.40 136 | 3 0.10 95.50 137 | 2 0.06 95.56 138 | 2 0.06 95.63 139 | 2 0.06 95.69 140 | 2 0.06 95.75 141 | 2 0.06 95.82 142 | 2 0.06 95.88 143 | 2 0.06 95.95 144 | 2 0.06 96.01 145 | 2 0.06 96.07 146 | 2 0.06 96.14 147 | 2 0.06 96.20 148 | 2 0.06 96.26 149 | 2 0.06 96.33 150 | 2 0.06 96.39 151 | 2 0.06 96.46 152 | 2 0.06 96.52 153 | 2 0.06 96.58 154 | 2 0.06 96.65 155 | 2 0.06 96.71 156 | 2 0.06 96.78 157 | 2 0.06 96.84 158 | 2 0.06 96.90 159 | 2 0.06 96.97 160 | 1 0.03 97.00 161 | 1 0.03 97.03 162 | 1 0.03 97.06 163 | 1 0.03 97.09 164 | 1 0.03 97.13 165 | 1 0.03 97.16 166 | 1 0.03 97.19 167 | 1 0.03 97.22 168 | 1 0.03 97.25 169 | 1 0.03 97.29 170 | 1 0.03 97.32 171 | 1 0.03 97.35 172 | 1 0.03 97.38 173 | 1 0.03 97.41 174 | 1 0.03 97.45 175 | 1 0.03 97.48 176 | 1 0.03 97.51 177 | 1 0.03 97.54 178 | 1 0.03 97.57 179 | 1 0.03 97.61 180 | 1 0.03 97.64 181 | 1 0.03 97.67 182 | 1 0.03 97.70 183 | 1 0.03 97.73 184 | 1 0.03 97.77 185 | 1 0.03 97.80 186 | 1 0.03 97.83 187 | 1 0.03 97.86 188 | 1 0.03 97.89 189 | 1 0.03 97.92 190 | 1 0.03 97.96 191 | 1 0.03 97.99 192 | 1 0.03 98.02 193 | 1 0.03 98.05 194 | 1 0.03 98.08 195 | 1 0.03 98.12 196 | 1 0.03 98.15 197 | 1 0.03 98.18 198 | 1 0.03 98.21 199 | 1 0.03 98.24 200 | 1 0.03 98.28 201 | 1 0.03 98.31 202 | 1 0.03 98.34 203 | 1 0.03 98.37 204 | 1 0.03 98.40 205 | 1 0.03 98.44 206 | 1 0.03 98.47 207 | 1 0.03 98.50 208 | 1 0.03 98.53 209 | 1 0.03 98.56 210 | 1 0.03 98.60 211 | 1 0.03 98.63 212 | 1 0.03 98.66 213 | 1 0.03 98.69 214 | 1 0.03 98.72 215 | 1 0.03 98.75 216 | 1 0.03 98.79 217 | 1 0.03 98.82 218 | 1 0.03 98.85 219 | 1 0.03 98.88 220 | 1 0.03 98.91 221 | 1 0.03 98.95 222 | 1 0.03 98.98 223 | 1 0.03 99.01 224 | 1 0.03 99.04 225 | 1 0.03 99.07 226 | 1 0.03 99.11 227 | 1 0.03 99.14 228 | 1 0.03 99.17 229 | 1 0.03 99.20 230 | 1 0.03 99.23 231 | 1 0.03 99.27 232 | 1 0.03 99.30 233 | 1 0.03 99.33 234 | 1 0.03 99.36 235 | 1 0.03 99.39 236 | 1 0.03 99.43 237 | 1 0.03 99.46 238 | 1 0.03 99.49 239 | 1 0.03 99.52 240 | 1 0.03 99.55 241 | 1 0.03 99.58 242 | 1 0.03 99.62 243 | 1 0.03 99.65 244 | 1 0.03 99.68 245 | 1 0.03 99.71 246 | 1 0.03 99.74 247 | 1 0.03 99.78 248 | 1 0.03 99.81 249 | 1 0.03 99.84 250 | 1 0.03 99.87 251 | 1 0.03 99.90 252 | 1 0.03 99.94 253 | 1 0.03 99.97 254 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,132 100.00 Frequencies for nchs_msa variable in nchs2fips_county1990 dataset : NCHS MSA | Code | Freq. Percent Cum. ------------+----------------------------------- 000 | 2,390 76.31 76.31 001 | 1 0.03 76.34 002 | 2 0.06 76.40 003 | 2 0.06 76.47 004 | 6 0.19 76.66 005 | 1 0.03 76.69 006 | 1 0.03 76.72 007 | 4 0.13 76.85 008 | 1 0.03 76.88 009 | 2 0.06 76.95 010 | 1 0.03 76.98 011 | 1 0.03 77.01 012 | 1 0.03 77.04 013 | 1 0.03 77.08 014 | 1 0.03 77.11 015 | 1 0.03 77.14 016 | 3 0.10 77.23 017 | 1 0.03 77.27 018 | 4 0.13 77.39 019 | 18 0.57 77.97 020 | 2 0.06 78.03 021 | 4 0.13 78.16 022 | 2 0.06 78.22 023 | 3 0.10 78.32 024 | 1 0.03 78.35 025 | 7 0.22 78.58 026 | 1 0.03 78.61 027 | 4 0.13 78.74 028 | 1 0.03 78.77 029 | 3 0.10 78.86 030 | 1 0.03 78.90 031 | 1 0.03 78.93 032 | 1 0.03 78.96 033 | 2 0.06 79.02 034 | 1 0.03 79.05 035 | 2 0.06 79.12 036 | 2 0.06 79.18 037 | 5 0.16 79.34 038 | 2 0.06 79.41 039 | 1 0.03 79.44 040 | 1 0.03 79.47 041 | 1 0.03 79.50 042 | 5 0.16 79.66 043 | 1 0.03 79.69 044 | 1 0.03 79.73 045 | 1 0.03 79.76 046 | 1 0.03 79.79 047 | 1 0.03 79.82 048 | 1 0.03 79.85 049 | 1 0.03 79.89 050 | 1 0.03 79.92 051 | 1 0.03 79.95 052 | 2 0.06 80.01 053 | 2 0.06 80.08 054 | 1 0.03 80.11 055 | 1 0.03 80.14 056 | 1 0.03 80.17 057 | 3 0.10 80.27 058 | 2 0.06 80.33 059 | 7 0.22 80.56 060 | 4 0.13 80.68 061 | 6 0.19 80.87 062 | 1 0.03 80.91 063 | 3 0.10 81.00 064 | 1 0.03 81.03 065 | 7 0.22 81.26 066 | 2 0.06 81.32 067 | 4 0.13 81.45 068 | 1 0.03 81.48 069 | 1 0.03 81.51 070 | 2 0.06 81.58 071 | 3 0.10 81.67 072 | 7 0.22 81.90 073 | 2 0.06 81.96 074 | 2 0.06 82.02 075 | 6 0.19 82.22 076 | 2 0.06 82.28 077 | 3 0.10 82.38 078 | 4 0.13 82.50 079 | 1 0.03 82.54 080 | 2 0.06 82.60 081 | 1 0.03 82.63 082 | 5 0.16 82.79 083 | 3 0.10 82.89 084 | 7 0.22 83.11 085 | 2 0.06 83.17 086 | 1 0.03 83.21 087 | 2 0.06 83.27 088 | 2 0.06 83.33 089 | 1 0.03 83.37 090 | 1 0.03 83.40 091 | 1 0.03 83.43 092 | 1 0.03 83.46 093 | 1 0.03 83.49 094 | 1 0.03 83.52 095 | 4 0.13 83.65 096 | 2 0.06 83.72 097 | 1 0.03 83.75 098 | 1 0.03 83.78 099 | 1 0.03 83.81 100 | 2 0.06 83.88 101 | 1 0.03 83.91 102 | 1 0.03 83.94 103 | 1 0.03 83.97 104 | 1 0.03 84.00 105 | 2 0.06 84.07 106 | 3 0.10 84.16 107 | 1 0.03 84.20 108 | 3 0.10 84.29 109 | 3 0.10 84.39 110 | 1 0.03 84.42 111 | 1 0.03 84.45 112 | 2 0.06 84.51 113 | 1 0.03 84.55 114 | 2 0.06 84.61 115 | 2 0.06 84.67 116 | 1 0.03 84.71 117 | 2 0.06 84.77 118 | 1 0.03 84.80 119 | 1 0.03 84.83 120 | 1 0.03 84.87 121 | 7 0.22 85.09 122 | 3 0.10 85.19 123 | 1 0.03 85.22 124 | 1 0.03 85.25 125 | 4 0.13 85.38 126 | 3 0.10 85.47 127 | 3 0.10 85.57 128 | 1 0.03 85.60 129 | 2 0.06 85.66 130 | 5 0.16 85.82 131 | 6 0.19 86.02 132 | 1 0.03 86.05 133 | 8 0.26 86.30 134 | 1 0.03 86.33 135 | 1 0.03 86.37 136 | 3 0.10 86.46 137 | 1 0.03 86.49 138 | 4 0.13 86.62 139 | 1 0.03 86.65 140 | 1 0.03 86.69 141 | 1 0.03 86.72 142 | 1 0.03 86.75 143 | 8 0.26 87.01 144 | 2 0.06 87.07 145 | 2 0.06 87.13 146 | 2 0.06 87.20 147 | 1 0.03 87.23 148 | 1 0.03 87.26 149 | 10 0.32 87.58 150 | 1 0.03 87.61 151 | 2 0.06 87.68 152 | 7 0.22 87.90 153 | 2 0.06 87.96 154 | 1 0.03 87.99 155 | 2 0.06 88.06 156 | 1 0.03 88.09 157 | 1 0.03 88.12 158 | 1 0.03 88.15 159 | 1 0.03 88.19 160 | 1 0.03 88.22 161 | 3 0.10 88.31 162 | 1 0.03 88.35 163 | 1 0.03 88.38 164 | 1 0.03 88.41 165 | 1 0.03 88.44 166 | 1 0.03 88.47 167 | 1 0.03 88.51 168 | 6 0.19 88.70 169 | 2 0.06 88.76 170 | 1 0.03 88.79 171 | 4 0.13 88.92 172 | 2 0.06 88.98 173 | 1 0.03 89.02 174 | 1 0.03 89.05 175 | 7 0.22 89.27 176 | 1 0.03 89.30 177 | 3 0.10 89.40 178 | 4 0.13 89.53 179 | 1 0.03 89.56 180 | 1 0.03 89.59 181 | 1 0.03 89.62 182 | 1 0.03 89.66 183 | 1 0.03 89.69 184 | 1 0.03 89.72 185 | 4 0.13 89.85 186 | 1 0.03 89.88 187 | 1 0.03 89.91 188 | 3 0.10 90.01 189 | 1 0.03 90.04 190 | 4 0.13 90.17 191 | 11 0.35 90.52 192 | 2 0.06 90.58 193 | 1 0.03 90.61 194 | 2 0.06 90.68 195 | 1 0.03 90.71 196 | 3 0.10 90.80 197 | 1 0.03 90.84 198 | 1 0.03 90.87 199 | 1 0.03 90.90 200 | 8 0.26 91.16 201 | 2 0.06 91.22 202 | 1 0.03 91.25 203 | 1 0.03 91.28 204 | 1 0.03 91.32 205 | 6 0.19 91.51 206 | 4 0.13 91.63 207 | 4 0.13 91.76 208 | 1 0.03 91.79 209 | 12 0.38 92.18 210 | 2 0.06 92.24 211 | 1 0.03 92.27 212 | 1 0.03 92.31 213 | 6 0.19 92.50 214 | 1 0.03 92.53 215 | 4 0.13 92.66 216 | 1 0.03 92.69 217 | 3 0.10 92.78 218 | 1 0.03 92.82 219 | 1 0.03 92.85 220 | 1 0.03 92.88 221 | 2 0.06 92.94 222 | 1 0.03 92.98 223 | 2 0.06 93.04 224 | 3 0.10 93.14 225 | 8 0.26 93.39 226 | 1 0.03 93.42 227 | 1 0.03 93.45 228 | 4 0.13 93.58 229 | 1 0.03 93.61 230 | 1 0.03 93.65 231 | 4 0.13 93.77 232 | 2 0.06 93.84 233 | 1 0.03 93.87 234 | 4 0.13 94.00 235 | 1 0.03 94.03 236 | 1 0.03 94.06 237 | 1 0.03 94.09 238 | 4 0.13 94.22 239 | 1 0.03 94.25 240 | 1 0.03 94.28 241 | 1 0.03 94.32 242 | 1 0.03 94.35 243 | 2 0.06 94.41 244 | 13 0.42 94.83 245 | 2 0.06 94.89 246 | 4 0.13 95.02 247 | 1 0.03 95.05 248 | 5 0.16 95.21 249 | 2 0.06 95.27 250 | 4 0.13 95.40 251 | 3 0.10 95.50 252 | 3 0.10 95.59 253 | 1 0.03 95.63 254 | 10 0.32 95.95 255 | 2 0.06 96.01 256 | 1 0.03 96.04 257 | 3 0.10 96.14 258 | 1 0.03 96.17 259 | 3 0.10 96.26 260 | 1 0.03 96.30 261 | 3 0.10 96.39 262 | 1 0.03 96.42 263 | 1 0.03 96.46 264 | 1 0.03 96.49 265 | 2 0.06 96.55 266 | 1 0.03 96.58 267 | 1 0.03 96.62 268 | 2 0.06 96.68 269 | 5 0.16 96.84 270 | 2 0.06 96.90 271 | 1 0.03 96.93 272 | 1 0.03 96.97 273 | 1 0.03 97.00 274 | 2 0.06 97.06 275 | 2 0.06 97.13 276 | 1 0.03 97.16 277 | 1 0.03 97.19 278 | 1 0.03 97.22 279 | 2 0.06 97.29 280 | 2 0.06 97.35 281 | 2 0.06 97.41 282 | 1 0.03 97.45 283 | 3 0.10 97.54 284 | 1 0.03 97.57 285 | 3 0.10 97.67 286 | 1 0.03 97.70 287 | 2 0.06 97.77 288 | 4 0.13 97.89 289 | 2 0.06 97.96 290 | 2 0.06 98.02 291 | 3 0.10 98.12 292 | 1 0.03 98.15 293 | 1 0.03 98.18 294 | 1 0.03 98.21 295 | 5 0.16 98.37 296 | 1 0.03 98.40 297 | 1 0.03 98.44 298 | 2 0.06 98.50 299 | 2 0.06 98.56 300 | 1 0.03 98.60 301 | 1 0.03 98.63 302 | 1 0.03 98.66 303 | 1 0.03 98.69 304 | 1 0.03 98.72 305 | 15 0.48 99.20 306 | 2 0.06 99.27 307 | 1 0.03 99.30 308 | 1 0.03 99.33 309 | 3 0.10 99.43 310 | 3 0.10 99.52 311 | 1 0.03 99.55 312 | 1 0.03 99.58 313 | 3 0.10 99.68 314 | 1 0.03 99.71 315 | 1 0.03 99.74 316 | 1 0.03 99.78 317 | 2 0.06 99.84 318 | 2 0.06 99.90 319 | 2 0.06 99.97 320 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,132 100.00 Frequencies for metro variable in nchs2fips_county1990 dataset : Metro/Non-M | etropolitan | Area | Freq. Percent Cum. ------------+----------------------------------- 1 | 742 23.69 23.69 2 | 2,390 76.31 100.00 ------------+----------------------------------- Total | 3,132 100.00 Frequencies for fipsst variable in nchs2fips_county1990 dataset : FIPS State | Code | Freq. Percent Cum. ------------+----------------------------------- 01 | 67 2.14 2.14 02 | 23 0.73 2.87 04 | 14 0.45 3.32 05 | 75 2.39 5.72 06 | 58 1.85 7.57 08 | 63 2.01 9.58 09 | 8 0.26 9.83 10 | 3 0.10 9.93 12 | 67 2.14 12.07 13 | 158 5.04 17.11 15 | 5 0.16 17.27 16 | 44 1.40 18.68 17 | 102 3.26 21.93 18 | 92 2.94 24.87 19 | 99 3.16 28.03 20 | 105 3.35 31.39 21 | 120 3.83 35.22 22 | 64 2.04 37.26 23 | 16 0.51 37.77 24 | 24 0.77 38.54 25 | 14 0.45 38.98 26 | 83 2.65 41.63 27 | 87 2.78 44.41 28 | 82 2.62 47.03 29 | 115 3.67 50.70 30 | 57 1.82 52.52 31 | 93 2.97 55.49 32 | 17 0.54 56.03 33 | 10 0.32 56.35 34 | 21 0.67 57.02 35 | 33 1.05 58.08 36 | 58 1.85 59.93 37 | 100 3.19 63.12 38 | 53 1.69 64.81 39 | 88 2.81 67.62 40 | 77 2.46 70.08 41 | 36 1.15 71.23 42 | 67 2.14 73.37 44 | 5 0.16 73.53 45 | 46 1.47 75.00 46 | 66 2.11 77.11 47 | 95 3.03 80.14 48 | 254 8.11 88.25 49 | 29 0.93 89.18 50 | 14 0.45 89.62 51 | 136 4.34 93.97 53 | 39 1.25 95.21 54 | 55 1.76 96.97 55 | 72 2.30 99.27 56 | 23 0.73 100.00 ------------+----------------------------------- Total | 3,132 100.00 Frequencies for fips_msa variable in nchs2fips_county1990 dataset : FIPS MSA | Code | Freq. Percent Cum. ------------+----------------------------------- 0000 | 2,390 76.31 76.31 0040 | 1 0.03 76.34 0080 | 2 0.06 76.40 0120 | 2 0.06 76.47 0160 | 6 0.19 76.66 0200 | 1 0.03 76.69 0220 | 1 0.03 76.72 0240 | 4 0.13 76.85 0280 | 1 0.03 76.88 0320 | 2 0.06 76.95 0360 | 1 0.03 76.98 0380 | 1 0.03 77.01 0400 | 1 0.03 77.04 0405 | 1 0.03 77.08 0440 | 1 0.03 77.11 0450 | 1 0.03 77.14 0460 | 3 0.10 77.23 0480 | 1 0.03 77.27 0500 | 4 0.13 77.39 0520 | 18 0.57 77.97 0560 | 2 0.06 78.03 0600 | 4 0.13 78.16 0620 | 2 0.06 78.22 0640 | 3 0.10 78.32 0680 | 1 0.03 78.35 0720 | 7 0.22 78.58 0733 | 1 0.03 78.61 0760 | 4 0.13 78.74 0780 | 1 0.03 78.77 0840 | 3 0.10 78.86 0845 | 1 0.03 78.90 0860 | 1 0.03 78.93 0870 | 1 0.03 78.96 0875 | 2 0.06 79.02 0880 | 1 0.03 79.05 0920 | 2 0.06 79.12 0960 | 2 0.06 79.18 1000 | 5 0.16 79.34 1010 | 2 0.06 79.41 1020 | 1 0.03 79.44 1040 | 1 0.03 79.47 1080 | 1 0.03 79.50 1123 | 5 0.16 79.66 1125 | 1 0.03 79.69 1140 | 1 0.03 79.73 1145 | 1 0.03 79.76 1150 | 1 0.03 79.79 1163 | 1 0.03 79.82 1240 | 1 0.03 79.85 1260 | 1 0.03 79.89 1280 | 1 0.03 79.92 1300 | 1 0.03 79.95 1303 | 2 0.06 80.01 1320 | 2 0.06 80.08 1350 | 1 0.03 80.11 1360 | 1 0.03 80.14 1400 | 1 0.03 80.17 1440 | 3 0.10 80.27 1480 | 2 0.06 80.33 1520 | 7 0.22 80.56 1540 | 4 0.13 80.68 1560 | 6 0.19 80.87 1580 | 1 0.03 80.91 1600 | 3 0.10 81.00 1620 | 1 0.03 81.03 1640 | 7 0.22 81.26 1660 | 2 0.06 81.32 1680 | 4 0.13 81.45 1720 | 1 0.03 81.48 1740 | 1 0.03 81.51 1760 | 2 0.06 81.58 1800 | 3 0.10 81.67 1840 | 7 0.22 81.90 1880 | 2 0.06 81.96 1900 | 2 0.06 82.02 1920 | 6 0.19 82.22 1950 | 2 0.06 82.28 1960 | 3 0.10 82.38 2000 | 4 0.13 82.50 2020 | 1 0.03 82.54 2030 | 2 0.06 82.60 2040 | 1 0.03 82.63 2080 | 5 0.16 82.79 2120 | 3 0.10 82.89 2160 | 7 0.22 83.11 2180 | 2 0.06 83.17 2200 | 1 0.03 83.21 2240 | 2 0.06 83.27 2290 | 2 0.06 83.33 2320 | 1 0.03 83.37 2330 | 1 0.03 83.40 2335 | 1 0.03 83.43 2340 | 1 0.03 83.46 2360 | 1 0.03 83.49 2400 | 1 0.03 83.52 2440 | 4 0.13 83.65 2520 | 2 0.06 83.72 2560 | 1 0.03 83.75 2580 | 1 0.03 83.78 2640 | 1 0.03 83.81 2650 | 2 0.06 83.88 2655 | 1 0.03 83.91 2670 | 1 0.03 83.94 2680 | 1 0.03 83.97 2700 | 1 0.03 84.00 2710 | 2 0.06 84.07 2720 | 3 0.10 84.16 2750 | 1 0.03 84.20 2760 | 3 0.10 84.29 2800 | 3 0.10 84.39 2840 | 1 0.03 84.42 2880 | 1 0.03 84.45 2900 | 2 0.06 84.51 2920 | 1 0.03 84.55 2960 | 2 0.06 84.61 2975 | 2 0.06 84.67 2985 | 1 0.03 84.71 3000 | 2 0.06 84.77 3040 | 1 0.03 84.80 3060 | 1 0.03 84.83 3080 | 1 0.03 84.87 3120 | 7 0.22 85.09 3160 | 3 0.10 85.19 3180 | 1 0.03 85.22 3200 | 1 0.03 85.25 3240 | 4 0.13 85.38 3283 | 3 0.10 85.47 3290 | 3 0.10 85.57 3320 | 1 0.03 85.60 3350 | 2 0.06 85.66 3360 | 5 0.16 85.82 3400 | 6 0.19 86.02 3440 | 1 0.03 86.05 3480 | 8 0.26 86.30 3500 | 1 0.03 86.33 3520 | 1 0.03 86.37 3560 | 3 0.10 86.46 3580 | 1 0.03 86.49 3600 | 4 0.13 86.62 3605 | 1 0.03 86.65 3610 | 1 0.03 86.69 3620 | 1 0.03 86.72 3640 | 1 0.03 86.75 3660 | 8 0.26 87.01 3680 | 2 0.06 87.07 3690 | 2 0.06 87.13 3710 | 2 0.06 87.20 3720 | 1 0.03 87.23 3740 | 1 0.03 87.26 3760 | 10 0.32 87.58 3800 | 1 0.03 87.61 3810 | 2 0.06 87.68 3840 | 7 0.22 87.90 3850 | 2 0.06 87.96 3870 | 1 0.03 87.99 3880 | 2 0.06 88.06 3920 | 1 0.03 88.09 3960 | 1 0.03 88.12 3965 | 1 0.03 88.15 3980 | 1 0.03 88.19 4000 | 1 0.03 88.22 4040 | 3 0.10 88.31 4080 | 1 0.03 88.35 4100 | 1 0.03 88.38 4120 | 1 0.03 88.41 4150 | 1 0.03 88.44 4200 | 1 0.03 88.47 4243 | 1 0.03 88.51 4280 | 6 0.19 88.70 4320 | 2 0.06 88.76 4360 | 1 0.03 88.79 4400 | 4 0.13 88.92 4420 | 2 0.06 88.98 4440 | 1 0.03 89.02 4480 | 1 0.03 89.05 4520 | 7 0.22 89.27 4600 | 1 0.03 89.30 4640 | 3 0.10 89.40 4680 | 4 0.13 89.53 4720 | 1 0.03 89.56 4763 | 1 0.03 89.59 4800 | 1 0.03 89.62 4880 | 1 0.03 89.66 4890 | 1 0.03 89.69 4900 | 1 0.03 89.72 4920 | 4 0.13 89.85 4940 | 1 0.03 89.88 5000 | 1 0.03 89.91 5015 | 3 0.10 90.01 5040 | 1 0.03 90.04 5080 | 4 0.13 90.17 5120 | 11 0.35 90.52 5160 | 2 0.06 90.58 5170 | 1 0.03 90.61 5190 | 2 0.06 90.68 5200 | 1 0.03 90.71 5240 | 3 0.10 90.80 5280 | 1 0.03 90.84 5320 | 1 0.03 90.87 5345 | 1 0.03 90.90 5360 | 8 0.26 91.16 5380 | 2 0.06 91.22 5403 | 1 0.03 91.25 5483 | 1 0.03 91.28 5523 | 1 0.03 91.32 5560 | 6 0.19 91.51 5600 | 4 0.13 91.63 5640 | 4 0.13 91.76 5700 | 1 0.03 91.79 5720 | 12 0.38 92.18 5775 | 2 0.06 92.24 5790 | 1 0.03 92.27 5800 | 1 0.03 92.31 5880 | 6 0.19 92.50 5910 | 1 0.03 92.53 5920 | 4 0.13 92.66 5950 | 1 0.03 92.69 5960 | 3 0.10 92.78 5990 | 1 0.03 92.82 6000 | 1 0.03 92.85 6015 | 1 0.03 92.88 6020 | 2 0.06 92.94 6025 | 1 0.03 92.98 6080 | 2 0.06 93.04 6120 | 3 0.10 93.14 6160 | 8 0.26 93.39 6200 | 1 0.03 93.42 6240 | 1 0.03 93.45 6280 | 4 0.13 93.58 6323 | 1 0.03 93.61 6403 | 1 0.03 93.65 6440 | 4 0.13 93.77 6453 | 2 0.06 93.84 6460 | 1 0.03 93.87 6483 | 4 0.13 94.00 6520 | 1 0.03 94.03 6560 | 1 0.03 94.06 6600 | 1 0.03 94.09 6640 | 4 0.13 94.22 6660 | 1 0.03 94.25 6680 | 1 0.03 94.28 6690 | 1 0.03 94.32 6720 | 1 0.03 94.35 6740 | 2 0.06 94.41 6760 | 13 0.42 94.83 6780 | 2 0.06 94.89 6800 | 4 0.13 95.02 6820 | 1 0.03 95.05 6840 | 5 0.16 95.21 6880 | 2 0.06 95.27 6920 | 4 0.13 95.40 6960 | 3 0.10 95.50 6980 | 3 0.10 95.59 7000 | 1 0.03 95.63 7040 | 10 0.32 95.95 7080 | 2 0.06 96.01 7120 | 1 0.03 96.04 7160 | 3 0.10 96.14 7200 | 1 0.03 96.17 7240 | 3 0.10 96.26 7320 | 1 0.03 96.30 7360 | 3 0.10 96.39 7400 | 1 0.03 96.42 7480 | 1 0.03 96.46 7485 | 1 0.03 96.49 7490 | 2 0.06 96.55 7500 | 1 0.03 96.58 7510 | 1 0.03 96.62 7520 | 2 0.06 96.68 7560 | 5 0.16 96.84 7600 | 2 0.06 96.90 7610 | 1 0.03 96.93 7620 | 1 0.03 96.97 7640 | 1 0.03 97.00 7680 | 2 0.06 97.06 7720 | 2 0.06 97.13 7760 | 1 0.03 97.16 7800 | 1 0.03 97.19 7840 | 1 0.03 97.22 7880 | 2 0.06 97.29 7920 | 2 0.06 97.35 8003 | 2 0.06 97.41 8050 | 1 0.03 97.45 8080 | 3 0.10 97.54 8120 | 1 0.03 97.57 8160 | 3 0.10 97.67 8200 | 1 0.03 97.70 8240 | 2 0.06 97.77 8280 | 4 0.13 97.89 8320 | 2 0.06 97.96 8360 | 2 0.06 98.02 8400 | 3 0.10 98.12 8440 | 1 0.03 98.15 8480 | 1 0.03 98.18 8520 | 1 0.03 98.21 8560 | 5 0.16 98.37 8600 | 1 0.03 98.40 8640 | 1 0.03 98.44 8680 | 2 0.06 98.50 8720 | 2 0.06 98.56 8725 | 1 0.03 98.60 8750 | 1 0.03 98.63 8760 | 1 0.03 98.66 8780 | 1 0.03 98.69 8800 | 1 0.03 98.72 8840 | 15 0.48 99.20 8920 | 2 0.06 99.27 8940 | 1 0.03 99.30 8960 | 1 0.03 99.33 9000 | 3 0.10 99.43 9040 | 3 0.10 99.52 9080 | 1 0.03 99.55 9140 | 1 0.03 99.58 9160 | 3 0.10 99.68 9200 | 1 0.03 99.71 9243 | 1 0.03 99.74 9260 | 1 0.03 99.78 9280 | 2 0.06 99.84 9320 | 2 0.06 99.90 9340 | 2 0.06 99.97 9360 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,132 100.00 Frequencies for countyname variable in nchs2fips_county1990 dataset : County Name | Freq. Percent Cum. ------------------------+----------------------------------- Abbeville | 1 0.03 0.03 Acadia | 1 0.03 0.06 Accomack | 1 0.03 0.10 Ada | 1 0.03 0.13 Adair | 4 0.13 0.26 Adams | 12 0.38 0.64 Addison | 1 0.03 0.67 Aiken | 1 0.03 0.70 Aitkin | 1 0.03 0.73 Alachua | 1 0.03 0.77 Alamance | 1 0.03 0.80 Alameda | 1 0.03 0.83 Alamosa | 1 0.03 0.86 Albany | 2 0.06 0.93 Albemarle | 1 0.03 0.96 Alcona | 1 0.03 0.99 Alcorn | 1 0.03 1.02 Aleutian Islands | 1 0.03 1.05 Alexander | 2 0.06 1.12 Alexandria city | 1 0.03 1.15 Alfalfa | 1 0.03 1.18 Alger | 1 0.03 1.21 Allamakee | 1 0.03 1.25 Allegan | 1 0.03 1.28 Allegany | 2 0.06 1.34 Alleghany | 2 0.06 1.40 Allegheny | 1 0.03 1.44 Allen | 5 0.16 1.60 Allendale | 1 0.03 1.63 Alpena | 1 0.03 1.66 Alpine | 1 0.03 1.69 Amador | 1 0.03 1.72 Amelia | 1 0.03 1.76 Amherst | 1 0.03 1.79 Amite | 1 0.03 1.82 Anchorage; coext. with | 1 0.03 1.85 Anderson | 5 0.16 2.01 Andrew | 1 0.03 2.04 Andrews | 1 0.03 2.08 Androscoggin | 1 0.03 2.11 Angelina | 1 0.03 2.14 Anne Arundel | 1 0.03 2.17 Anoka | 1 0.03 2.20 Anson | 1 0.03 2.23 Antelope | 1 0.03 2.27 Antrim | 1 0.03 2.30 Apache | 1 0.03 2.33 Appanoose | 1 0.03 2.36 Appomattox | 1 0.03 2.39 Aransas | 1 0.03 2.43 Arapahoe | 1 0.03 2.46 Archer | 1 0.03 2.49 Archuleta | 1 0.03 2.52 Arenac | 1 0.03 2.55 Arkansas | 1 0.03 2.59 Arlington | 1 0.03 2.62 Armstrong | 2 0.06 2.68 Aroostook | 1 0.03 2.71 Arthur | 1 0.03 2.75 Ascension | 1 0.03 2.78 Ashe | 1 0.03 2.81 Ashland | 2 0.06 2.87 Ashley | 1 0.03 2.91 Ashtabula | 1 0.03 2.94 Asotin | 1 0.03 2.97 Assumption | 1 0.03 3.00 Atascosa | 1 0.03 3.03 Atchison | 2 0.06 3.10 Athens | 1 0.03 3.13 Atkinson | 1 0.03 3.16 Atlantic | 1 0.03 3.19 Atoka | 1 0.03 3.22 Attala | 1 0.03 3.26 Audrain | 1 0.03 3.29 Audubon | 1 0.03 3.32 Auglaize | 1 0.03 3.35 Augusta | 1 0.03 3.38 Aurora | 1 0.03 3.42 Austin | 1 0.03 3.45 Autauga | 1 0.03 3.48 Avery | 1 0.03 3.51 Avoyelles | 1 0.03 3.54 Baca | 1 0.03 3.58 Bacon | 1 0.03 3.61 Bailey | 1 0.03 3.64 Baker | 3 0.10 3.74 Baldwin | 2 0.06 3.80 Ballard | 1 0.03 3.83 Baltimore | 1 0.03 3.86 Baltimore city | 1 0.03 3.90 Bamberg | 1 0.03 3.93 Bandera | 1 0.03 3.96 Banks | 1 0.03 3.99 Banner | 1 0.03 4.02 Bannock | 1 0.03 4.05 Baraga | 1 0.03 4.09 Barber | 1 0.03 4.12 Barbour | 2 0.06 4.18 Barnes | 1 0.03 4.21 Barnstable | 1 0.03 4.25 Barnwell | 1 0.03 4.28 Barren | 1 0.03 4.31 Barron | 1 0.03 4.34 Barrow | 1 0.03 4.37 Barry | 2 0.06 4.44 Bartholomew | 1 0.03 4.47 Barton | 2 0.06 4.53 Bartow | 1 0.03 4.57 Bastrop | 1 0.03 4.60 Bates | 1 0.03 4.63 Bath | 2 0.06 4.69 Baxter | 1 0.03 4.73 Bay | 2 0.06 4.79 Bayfield | 1 0.03 4.82 Baylor | 1 0.03 4.85 Beadle | 1 0.03 4.89 Bear Lake | 1 0.03 4.92 Beaufort | 2 0.06 4.98 Beauregard | 1 0.03 5.01 Beaver | 3 0.10 5.11 Beaverhead | 1 0.03 5.14 Becker | 1 0.03 5.17 Beckham | 1 0.03 5.20 Bedford | 3 0.10 5.30 Bedford city | 1 0.03 5.33 Bee | 1 0.03 5.36 Belknap | 1 0.03 5.40 Bell | 2 0.06 5.46 Belmont | 1 0.03 5.49 Beltrami | 1 0.03 5.52 Ben Hill | 1 0.03 5.56 Benewah | 1 0.03 5.59 Bennett | 1 0.03 5.62 Bennington | 1 0.03 5.65 Benson | 1 0.03 5.68 Bent | 1 0.03 5.72 Benton | 9 0.29 6.00 Benzie | 1 0.03 6.03 Bergen | 1 0.03 6.07 Berkeley | 2 0.06 6.13 Berks | 1 0.03 6.16 Berkshire | 1 0.03 6.19 Bernalillo | 1 0.03 6.23 Berrien | 2 0.06 6.29 Bertie | 1 0.03 6.32 Bethel | 1 0.03 6.35 Bexar | 1 0.03 6.39 Bibb | 2 0.06 6.45 Bienville | 1 0.03 6.48 Big Horn | 2 0.06 6.55 Big Stone | 1 0.03 6.58 Billings | 1 0.03 6.61 Bingham | 1 0.03 6.64 Black Hawk | 1 0.03 6.67 Blackford | 1 0.03 6.70 Bladen | 1 0.03 6.74 Blaine | 4 0.13 6.86 Blair | 1 0.03 6.90 Blanco | 1 0.03 6.93 Bland | 1 0.03 6.96 Bleckley | 1 0.03 6.99 Bledsoe | 1 0.03 7.02 Blount | 2 0.06 7.09 Blue Earth | 1 0.03 7.12 Boise | 1 0.03 7.15 Bolivar | 1 0.03 7.18 Bollinger | 1 0.03 7.22 Bon Homme | 1 0.03 7.25 Bond | 1 0.03 7.28 Bonner | 1 0.03 7.31 Bonneville | 1 0.03 7.34 Boone | 8 0.26 7.60 Borden | 1 0.03 7.63 Bosque | 1 0.03 7.66 Bossier | 1 0.03 7.69 Botetourt | 1 0.03 7.73 Bottineau | 1 0.03 7.76 Boulder | 1 0.03 7.79 Boundary | 1 0.03 7.82 Bourbon | 2 0.06 7.89 Bowie | 1 0.03 7.92 Bowman | 1 0.03 7.95 Box Butte | 1 0.03 7.98 Box Elder | 1 0.03 8.01 Boyd | 2 0.06 8.08 Boyle | 1 0.03 8.11 Bracken | 1 0.03 8.14 Bradford | 2 0.06 8.21 Bradley | 2 0.06 8.27 Branch | 1 0.03 8.30 Brantley | 1 0.03 8.33 Braxton | 1 0.03 8.37 Brazoria | 1 0.03 8.40 Brazos | 1 0.03 8.43 Breathitt | 1 0.03 8.46 Breckinridge | 1 0.03 8.49 Bremer | 1 0.03 8.52 Brevard | 1 0.03 8.56 Brewster | 1 0.03 8.59 Briscoe | 1 0.03 8.62 Bristol | 2 0.06 8.68 Bristol Bay borough | 1 0.03 8.72 Bristol city | 1 0.03 8.75 Broadwater | 1 0.03 8.78 Brooke | 1 0.03 8.81 Brookings | 1 0.03 8.84 Brooks | 2 0.06 8.91 Broome | 1 0.03 8.94 Broward | 1 0.03 8.97 Brown | 9 0.29 9.26 Brule | 1 0.03 9.29 Brunswick | 2 0.06 9.36 Bryan | 2 0.06 9.42 Buchanan | 3 0.10 9.51 Buckingham | 1 0.03 9.55 Bucks | 1 0.03 9.58 Buena Vista | 1 0.03 9.61 Buena Vista city | 1 0.03 9.64 Buffalo | 3 0.10 9.74 Bullitt | 1 0.03 9.77 Bulloch | 1 0.03 9.80 Bullock | 1 0.03 9.83 Buncombe | 1 0.03 9.87 Bureau | 1 0.03 9.90 Burke | 3 0.10 9.99 Burleigh | 1 0.03 10.03 Burleson | 1 0.03 10.06 Burlington | 1 0.03 10.09 Burnet | 1 0.03 10.12 Burnett | 1 0.03 10.15 Burt | 1 0.03 10.19 Butler | 8 0.26 10.44 Butte | 3 0.10 10.54 Butts | 1 0.03 10.57 Cabarrus | 1 0.03 10.60 Cabell | 1 0.03 10.63 Cache | 1 0.03 10.66 Caddo | 2 0.06 10.73 Calaveras | 1 0.03 10.76 Calcasieu | 1 0.03 10.79 Caldwell | 5 0.16 10.95 Caledonia | 1 0.03 10.98 Calhoun | 11 0.35 11.33 Callahan | 1 0.03 11.37 Callaway | 1 0.03 11.40 Calloway | 1 0.03 11.43 Calumet | 1 0.03 11.46 Calvert | 1 0.03 11.49 Camas | 1 0.03 11.53 Cambria | 1 0.03 11.56 Camden | 4 0.13 11.69 Cameron | 3 0.10 11.78 Camp | 1 0.03 11.81 Campbell | 5 0.16 11.97 Canadian | 1 0.03 12.01 Candler | 1 0.03 12.04 Cannon | 1 0.03 12.07 Canyon | 1 0.03 12.10 Cape Girardeau | 1 0.03 12.13 Cape May | 1 0.03 12.16 Carbon | 4 0.13 12.29 Caribou | 1 0.03 12.32 Carlisle | 1 0.03 12.36 Carlton | 1 0.03 12.39 Caroline | 2 0.06 12.45 Carroll | 13 0.42 12.87 Carson | 1 0.03 12.90 Carson City city | 1 0.03 12.93 Carter | 5 0.16 13.09 Carteret | 1 0.03 13.12 Carver | 1 0.03 13.15 Cascade | 1 0.03 13.19 Casey | 1 0.03 13.22 Cass | 9 0.29 13.51 Cassia | 1 0.03 13.54 Castro | 1 0.03 13.57 Caswell | 1 0.03 13.60 Catahoula | 1 0.03 13.63 Catawba | 1 0.03 13.67 Catoosa | 1 0.03 13.70 Catron | 1 0.03 13.73 Cattaraugus | 1 0.03 13.76 Cavalier | 1 0.03 13.79 Cayuga | 1 0.03 13.83 Cecil | 1 0.03 13.86 Cedar | 3 0.10 13.95 Centre | 1 0.03 13.98 Cerro Gordo | 1 0.03 14.02 Chaffee | 1 0.03 14.05 Chambers | 2 0.06 14.11 Champaign | 2 0.06 14.18 Chariton | 1 0.03 14.21 Charles | 1 0.03 14.24 Charles City | 1 0.03 14.27 Charles Mix | 1 0.03 14.30 Charleston | 1 0.03 14.34 Charlevoix | 1 0.03 14.37 Charlotte | 2 0.06 14.43 Charlottesville city | 1 0.03 14.46 Charlton | 1 0.03 14.50 Chase | 2 0.06 14.56 Chatham | 2 0.06 14.62 Chattahoochee | 1 0.03 14.66 Chattooga | 1 0.03 14.69 Chautauqua | 2 0.06 14.75 Chaves | 1 0.03 14.78 Cheatham | 1 0.03 14.81 Cheboygan | 1 0.03 14.85 Chelan | 1 0.03 14.88 Chemung | 1 0.03 14.91 Chenango | 1 0.03 14.94 Cherokee | 8 0.26 15.20 Cherry | 1 0.03 15.23 Chesapeake city | 1 0.03 15.26 Cheshire | 1 0.03 15.29 Chester | 3 0.10 15.39 Chesterfield | 2 0.06 15.45 Cheyenne | 3 0.10 15.55 Chickasaw | 2 0.06 15.61 Chicot | 1 0.03 15.64 Childress | 1 0.03 15.68 Chilton | 1 0.03 15.71 Chippewa | 3 0.10 15.80 Chisago | 1 0.03 15.84 Chittenden | 1 0.03 15.87 Choctaw | 3 0.10 15.96 Chouteau | 1 0.03 16.00 Chowan | 1 0.03 16.03 Christian | 3 0.10 16.12 Churchill | 1 0.03 16.16 Cibola | 1 0.03 16.19 Cimarron | 1 0.03 16.22 Citrus | 1 0.03 16.25 Clackamas | 1 0.03 16.28 Claiborne | 3 0.10 16.38 Clallam | 1 0.03 16.41 Clare | 1 0.03 16.44 Clarendon | 1 0.03 16.48 Clarion | 1 0.03 16.51 Clark | 12 0.38 16.89 Clarke | 5 0.16 17.05 Clatsop | 1 0.03 17.08 Clay | 18 0.57 17.66 Clayton | 2 0.06 17.72 Clear Creek | 1 0.03 17.75 Clearfield | 1 0.03 17.78 Clearwater | 2 0.06 17.85 Cleburne | 2 0.06 17.91 Clermont | 1 0.03 17.94 Cleveland | 3 0.10 18.04 Clifton Forge city | 1 0.03 18.07 Clinch | 1 0.03 18.10 Clinton | 9 0.29 18.39 Cloud | 1 0.03 18.42 Coahoma | 1 0.03 18.45 Coal | 1 0.03 18.49 Cobb | 1 0.03 18.52 Cochise | 1 0.03 18.55 Cochran | 1 0.03 18.58 Cocke | 1 0.03 18.61 Coconino | 1 0.03 18.65 Codington | 1 0.03 18.68 Coffee | 3 0.10 18.77 Coffey | 1 0.03 18.81 Coke | 1 0.03 18.84 Colbert | 1 0.03 18.87 Cole | 1 0.03 18.90 Coleman | 1 0.03 18.93 Coles | 1 0.03 18.97 Colfax | 2 0.06 19.03 Colleton | 1 0.03 19.06 Collier | 1 0.03 19.09 Collin | 1 0.03 19.13 Collingsworth | 1 0.03 19.16 Colonial Heights city | 1 0.03 19.19 Colorado | 1 0.03 19.22 Colquitt | 1 0.03 19.25 Columbia | 8 0.26 19.51 Columbiana | 1 0.03 19.54 Columbus | 1 0.03 19.57 Colusa | 1 0.03 19.60 Comal | 1 0.03 19.64 Comanche | 3 0.10 19.73 Concho | 1 0.03 19.76 Concordia | 1 0.03 19.80 Conecuh | 1 0.03 19.83 Conejos | 1 0.03 19.86 Contra Costa | 1 0.03 19.89 Converse | 1 0.03 19.92 Conway | 1 0.03 19.96 Cook | 3 0.10 20.05 Cooke | 1 0.03 20.08 Cooper | 1 0.03 20.11 Coos | 2 0.06 20.18 Coosa | 1 0.03 20.21 Copiah | 1 0.03 20.24 Corson | 1 0.03 20.27 Cortland | 1 0.03 20.31 Coryell | 1 0.03 20.34 Coshocton | 1 0.03 20.37 Costilla | 1 0.03 20.40 Cottle | 1 0.03 20.43 Cotton | 1 0.03 20.47 Cottonwood | 1 0.03 20.50 Covington | 2 0.06 20.56 Covington city | 1 0.03 20.59 Coweta | 1 0.03 20.63 Cowley | 1 0.03 20.66 Cowlitz | 1 0.03 20.69 Craig | 2 0.06 20.75 Craighead | 1 0.03 20.79 Crane | 1 0.03 20.82 Craven | 1 0.03 20.85 Crawford | 11 0.35 21.20 Creek | 1 0.03 21.23 Crenshaw | 1 0.03 21.26 Crisp | 1 0.03 21.30 Crittenden | 2 0.06 21.36 Crockett | 2 0.06 21.42 Crook | 2 0.06 21.49 Crosby | 1 0.03 21.52 Cross | 1 0.03 21.55 Crow Wing | 1 0.03 21.58 Crowley | 1 0.03 21.62 Culberson | 1 0.03 21.65 Cullman | 1 0.03 21.68 Culpeper | 1 0.03 21.71 Cumberland | 8 0.26 21.97 Cuming | 1 0.03 22.00 Currituck | 1 0.03 22.03 Curry | 2 0.06 22.09 Custer | 6 0.19 22.29 Cuyahoga | 1 0.03 22.32 Dade | 3 0.10 22.41 Daggett | 1 0.03 22.45 Dakota | 2 0.06 22.51 Dale | 1 0.03 22.54 Dallam | 1 0.03 22.57 Dallas | 5 0.16 22.73 Dane | 1 0.03 22.77 Daniels | 1 0.03 22.80 Danville city | 1 0.03 22.83 Dare | 1 0.03 22.86 Darke | 1 0.03 22.89 Darlington | 1 0.03 22.92 Dauphin | 1 0.03 22.96 Davidson | 2 0.06 23.02 Davie | 1 0.03 23.05 Daviess | 3 0.10 23.15 Davis | 2 0.06 23.21 Davison | 1 0.03 23.24 Dawes | 1 0.03 23.28 Dawson | 4 0.13 23.40 Day | 1 0.03 23.44 De Baca | 1 0.03 23.47 De Kalb | 6 0.19 23.66 De Soto | 3 0.10 23.75 De Witt | 2 0.06 23.82 Deaf Smith | 1 0.03 23.85 Dearborn | 1 0.03 23.88 Decatur | 5 0.16 24.04 Deer Lodge; coext. with | 1 0.03 24.07 Defiance | 1 0.03 24.11 Del Norte | 1 0.03 24.14 Delaware | 6 0.19 24.33 Delta | 3 0.10 24.43 Dent | 1 0.03 24.46 Denton | 1 0.03 24.49 Denver; coext. with Den | 1 0.03 24.52 Des Moines | 1 0.03 24.55 Deschutes | 1 0.03 24.58 Desha | 1 0.03 24.62 Deuel | 2 0.06 24.68 Dewey | 2 0.06 24.74 Dickens | 1 0.03 24.78 Dickenson | 1 0.03 24.81 Dickey | 1 0.03 24.84 Dickinson | 3 0.10 24.94 Dickson | 1 0.03 24.97 Dillingham | 1 0.03 25.00 Dillon | 1 0.03 25.03 Dimmit | 1 0.03 25.06 Dinwiddie | 1 0.03 25.10 Divide | 1 0.03 25.13 Dixie | 1 0.03 25.16 Dixon | 1 0.03 25.19 Doddridge | 1 0.03 25.22 Dodge | 4 0.13 25.35 Dolores | 1 0.03 25.38 Dona Ana | 1 0.03 25.42 Doniphan | 1 0.03 25.45 Donley | 1 0.03 25.48 Dooly | 1 0.03 25.51 Door | 1 0.03 25.54 Dorchester | 2 0.06 25.61 Dougherty | 1 0.03 25.64 Douglas | 12 0.38 26.02 Drew | 1 0.03 26.05 Du Page | 1 0.03 26.09 Dubois | 1 0.03 26.12 Dubuque | 1 0.03 26.15 Duchesne | 1 0.03 26.18 Dukes | 1 0.03 26.21 Dundy | 1 0.03 26.25 Dunklin | 1 0.03 26.28 Dunn | 2 0.06 26.34 Duplin | 1 0.03 26.37 Durham | 1 0.03 26.40 Dutchess | 1 0.03 26.44 Duval | 2 0.06 26.50 Dyer | 1 0.03 26.53 Eagle | 1 0.03 26.56 Early | 1 0.03 26.60 East Baton Rouge | 1 0.03 26.63 East Carroll | 1 0.03 26.66 East Feliciana | 1 0.03 26.69 Eastland | 1 0.03 26.72 Eaton | 1 0.03 26.76 Eau Claire | 1 0.03 26.79 Echols | 1 0.03 26.82 Ector | 1 0.03 26.85 Eddy | 2 0.06 26.92 Edgar | 1 0.03 26.95 Edgecombe | 1 0.03 26.98 Edgefield | 1 0.03 27.01 Edmonson | 1 0.03 27.04 Edmunds | 1 0.03 27.08 Edwards | 3 0.10 27.17 Effingham | 2 0.06 27.23 El Dorado | 1 0.03 27.27 El Paso | 2 0.06 27.33 Elbert | 2 0.06 27.39 Elk | 2 0.06 27.46 Elkhart | 1 0.03 27.49 Elko | 1 0.03 27.52 Elliott | 1 0.03 27.55 Ellis | 3 0.10 27.65 Ellsworth | 1 0.03 27.68 Elmore | 2 0.06 27.75 Emanuel | 1 0.03 27.78 Emery | 1 0.03 27.81 Emmet | 2 0.06 27.87 Emmons | 1 0.03 27.91 Emporia city | 1 0.03 27.94 Erath | 1 0.03 27.97 Erie | 3 0.10 28.07 Escambia | 2 0.06 28.13 Esmeralda | 1 0.03 28.16 Essex | 5 0.16 28.32 Estill | 1 0.03 28.35 Etowah | 1 0.03 28.38 Eureka | 1 0.03 28.42 Evangeline | 1 0.03 28.45 Evans | 1 0.03 28.48 Fairbanks North Star bo | 1 0.03 28.51 Fairfax | 1 0.03 28.54 Fairfax city | 1 0.03 28.58 Fairfield | 3 0.10 28.67 Fall River | 1 0.03 28.70 Fallon | 1 0.03 28.74 Falls | 1 0.03 28.77 Falls Church city | 1 0.03 28.80 Fannin | 2 0.06 28.86 Faribault | 1 0.03 28.90 Faulk | 1 0.03 28.93 Faulkner | 1 0.03 28.96 Fauquier | 1 0.03 28.99 Fayette | 10 0.32 29.31 Fayette; coext. with | 1 0.03 29.34 Fentress | 1 0.03 29.37 Fergus | 1 0.03 29.41 Ferry | 1 0.03 29.44 Fillmore | 2 0.06 29.50 Finney | 1 0.03 29.53 Fisher | 1 0.03 29.57 Flagler | 1 0.03 29.60 Flathead | 1 0.03 29.63 Fleming | 1 0.03 29.66 Florence | 2 0.06 29.73 Floyd | 6 0.19 29.92 Fluvanna | 1 0.03 29.95 Foard | 1 0.03 29.98 Fond du Lac | 1 0.03 30.01 Ford | 2 0.06 30.08 Forest | 2 0.06 30.14 Forrest | 1 0.03 30.17 Forsyth | 2 0.06 30.24 Fort Bend | 1 0.03 30.27 Foster | 1 0.03 30.30 Fountain | 1 0.03 30.33 Franklin | 25 0.80 31.13 Franklin city | 1 0.03 31.16 Frederick | 2 0.06 31.23 Fredericksburg city | 1 0.03 31.26 Freeborn | 1 0.03 31.29 Freestone | 1 0.03 31.32 Fremont | 4 0.13 31.45 Fresno | 1 0.03 31.48 Frio | 1 0.03 31.51 Frontier | 1 0.03 31.55 Fulton | 8 0.26 31.80 Furnas | 1 0.03 31.83 Gadsden | 1 0.03 31.86 Gage | 1 0.03 31.90 Gaines | 1 0.03 31.93 Galax city | 1 0.03 31.96 Gallatin | 3 0.10 32.06 Gallia | 1 0.03 32.09 Galveston | 1 0.03 32.12 Garden | 1 0.03 32.15 Garfield | 6 0.19 32.34 Garland | 1 0.03 32.38 Garrard | 1 0.03 32.41 Garrett | 1 0.03 32.44 Garvin | 1 0.03 32.47 Garza | 1 0.03 32.50 Gasconade | 1 0.03 32.54 Gaston | 1 0.03 32.57 Gates | 1 0.03 32.60 Geary | 1 0.03 32.63 Geauga | 1 0.03 32.66 Gem | 1 0.03 32.69 Genesee | 2 0.06 32.76 Geneva | 1 0.03 32.79 Gentry | 1 0.03 32.82 George | 1 0.03 32.85 Georgetown | 1 0.03 32.89 Gibson | 2 0.06 32.95 Gila | 1 0.03 32.98 Gilchrist | 1 0.03 33.01 Giles | 2 0.06 33.08 Gillespie | 1 0.03 33.11 Gilliam | 1 0.03 33.14 Gilmer | 2 0.06 33.21 Gilpin | 1 0.03 33.24 Glacier | 1 0.03 33.27 Glades | 1 0.03 33.30 Gladwin | 1 0.03 33.33 Glascock | 1 0.03 33.37 Glasscock | 1 0.03 33.40 Glenn | 1 0.03 33.43 Gloucester | 2 0.06 33.49 Glynn | 1 0.03 33.52 Gogebic | 1 0.03 33.56 Golden Valley | 2 0.06 33.62 Goliad | 1 0.03 33.65 Gonzales | 1 0.03 33.68 Goochland | 1 0.03 33.72 Goodhue | 1 0.03 33.75 Gooding | 1 0.03 33.78 Gordon | 1 0.03 33.81 Goshen | 1 0.03 33.84 Gosper | 1 0.03 33.88 Gove | 1 0.03 33.91 Grady | 2 0.06 33.97 Grafton | 1 0.03 34.00 Graham | 3 0.10 34.10 Grainger | 1 0.03 34.13 Grand | 2 0.06 34.20 Grand Forks | 1 0.03 34.23 Grand Isle | 1 0.03 34.26 Grand Traverse | 1 0.03 34.29 Granite | 1 0.03 34.32 Grant | 15 0.48 34.80 Granville | 1 0.03 34.83 Gratiot | 1 0.03 34.87 Graves | 1 0.03 34.90 Gray | 2 0.06 34.96 Grays Harbor | 1 0.03 34.99 Grayson | 3 0.10 35.09 Greeley | 2 0.06 35.15 Green | 2 0.06 35.22 Green Lake | 1 0.03 35.25 Greenbrier | 1 0.03 35.28 Greene | 14 0.45 35.73 Greenlee | 1 0.03 35.76 Greensville | 1 0.03 35.79 Greenup | 1 0.03 35.82 Greenville | 1 0.03 35.86 Greenwood | 2 0.06 35.92 Greer | 1 0.03 35.95 Gregg | 1 0.03 35.98 Gregory | 1 0.03 36.02 Grenada | 1 0.03 36.05 Griggs | 1 0.03 36.08 Grimes | 1 0.03 36.11 Grundy | 4 0.13 36.24 Guadalupe | 2 0.06 36.30 Guernsey | 1 0.03 36.33 Guilford | 1 0.03 36.37 Gulf | 1 0.03 36.40 Gunnison | 1 0.03 36.43 Guthrie | 1 0.03 36.46 Gwinnett | 1 0.03 36.49 Haakon | 1 0.03 36.53 Habersham | 1 0.03 36.56 Haines borough | 1 0.03 36.59 Hale | 2 0.06 36.65 Halifax | 2 0.06 36.72 Hall | 3 0.10 36.81 Hamblen | 1 0.03 36.85 Hamilton | 10 0.32 37.16 Hamlin | 1 0.03 37.20 Hampden | 1 0.03 37.23 Hampshire | 2 0.06 37.29 Hampton | 1 0.03 37.32 Hampton city | 1 0.03 37.36 Hancock | 10 0.32 37.68 Hand | 1 0.03 37.71 Hanover | 1 0.03 37.74 Hansford | 1 0.03 37.77 Hanson | 1 0.03 37.80 Haralson | 1 0.03 37.84 Hardee | 1 0.03 37.87 Hardeman | 2 0.06 37.93 Hardin | 6 0.19 38.12 Harding | 2 0.06 38.19 Hardy | 1 0.03 38.22 Harford | 1 0.03 38.25 Harlan | 2 0.06 38.31 Harmon | 1 0.03 38.35 Harnett | 1 0.03 38.38 Harney | 1 0.03 38.41 Harper | 2 0.06 38.47 Harris | 2 0.06 38.54 Harrison | 8 0.26 38.79 Harrisonburg city | 1 0.03 38.83 Hart | 2 0.06 38.89 Hartford | 1 0.03 38.92 Hartley | 1 0.03 38.95 Harvey | 1 0.03 38.98 Haskell | 3 0.10 39.08 Hawaii | 1 0.03 39.11 Hawkins | 1 0.03 39.14 Hayes | 1 0.03 39.18 Hays | 1 0.03 39.21 Haywood | 2 0.06 39.27 Heard | 1 0.03 39.30 Hemphill | 1 0.03 39.34 Hempstead | 1 0.03 39.37 Henderson | 5 0.16 39.53 Hendricks | 1 0.03 39.56 Hendry | 1 0.03 39.59 Hennepin | 1 0.03 39.62 Henrico | 1 0.03 39.66 Henry | 10 0.32 39.97 Herkimer | 1 0.03 40.01 Hernando | 1 0.03 40.04 Hertford | 1 0.03 40.07 Hettinger | 1 0.03 40.10 Hickman | 2 0.06 40.17 Hickory | 1 0.03 40.20 Hidalgo | 2 0.06 40.26 Highland | 2 0.06 40.33 Highlands | 1 0.03 40.36 Hill | 2 0.06 40.42 Hillsborough | 2 0.06 40.49 Hillsdale | 1 0.03 40.52 Hinds | 1 0.03 40.55 Hinsdale | 1 0.03 40.58 Hitchcock | 1 0.03 40.61 Hocking | 1 0.03 40.64 Hockley | 1 0.03 40.68 Hodgeman | 1 0.03 40.71 Hoke | 1 0.03 40.74 Holmes | 3 0.10 40.84 Holt | 2 0.06 40.90 Honolulu | 1 0.03 40.93 Hood | 1 0.03 40.96 Hood River | 1 0.03 41.00 Hooker | 1 0.03 41.03 Hopewell city | 1 0.03 41.06 Hopkins | 2 0.06 41.12 Horry | 1 0.03 41.16 Hot Spring | 1 0.03 41.19 Hot Springs | 1 0.03 41.22 Houghton | 1 0.03 41.25 Houston | 5 0.16 41.41 Howard | 7 0.22 41.63 Howell | 1 0.03 41.67 Hubbard | 1 0.03 41.70 Hudson | 1 0.03 41.73 Hudspeth | 1 0.03 41.76 Huerfano | 1 0.03 41.79 Hughes | 2 0.06 41.86 Humboldt | 3 0.10 41.95 Humphreys | 2 0.06 42.02 Hunt | 1 0.03 42.05 Hunterdon | 1 0.03 42.08 Huntingdon | 1 0.03 42.11 Huntington | 1 0.03 42.15 Huron | 2 0.06 42.21 Hutchinson | 2 0.06 42.27 Hyde | 2 0.06 42.34 Iberia | 1 0.03 42.37 Iberville | 1 0.03 42.40 Ida | 1 0.03 42.43 Idaho | 1 0.03 42.46 Imperial | 1 0.03 42.50 Independence | 1 0.03 42.53 Indian River | 1 0.03 42.56 Indiana | 1 0.03 42.59 Ingham | 1 0.03 42.62 Inyo | 1 0.03 42.66 Ionia | 1 0.03 42.69 Iosco | 1 0.03 42.72 Iowa | 2 0.06 42.78 Iredell | 1 0.03 42.82 Irion | 1 0.03 42.85 Iron | 4 0.13 42.98 Iroquois | 1 0.03 43.01 Irwin | 1 0.03 43.04 Isabella | 1 0.03 43.07 Isanti | 1 0.03 43.10 Island | 1 0.03 43.14 Isle of Wight | 1 0.03 43.17 Issaquena | 1 0.03 43.20 Itasca | 1 0.03 43.23 Itawamba | 1 0.03 43.26 Izard | 1 0.03 43.30 Jack | 1 0.03 43.33 Jackson | 24 0.77 44.09 James City | 1 0.03 44.13 Jasper | 8 0.26 44.38 Jay | 1 0.03 44.41 Jeff Davis | 2 0.06 44.48 Jefferson | 26 0.83 45.31 Jefferson Davis | 2 0.06 45.37 Jenkins | 1 0.03 45.40 Jennings | 1 0.03 45.43 Jerauld | 1 0.03 45.47 Jerome | 1 0.03 45.50 Jersey | 1 0.03 45.53 Jessamine | 1 0.03 45.56 Jewell | 1 0.03 45.59 Jim Hogg | 1 0.03 45.63 Jim Wells | 1 0.03 45.66 Jo Daviess | 1 0.03 45.69 Johnson | 12 0.38 46.07 Johnston | 2 0.06 46.14 Jones | 6 0.19 46.33 Josephine | 1 0.03 46.36 Juab | 1 0.03 46.39 Judith Basin | 1 0.03 46.42 Juneau | 1 0.03 46.46 Juneau; coext. with Jun | 1 0.03 46.49 Juniata | 1 0.03 46.52 Kalamazoo | 1 0.03 46.55 Kalawao | 1 0.03 46.58 Kalkaska | 1 0.03 46.62 Kanabec | 1 0.03 46.65 Kanawha | 1 0.03 46.68 Kandiyohi | 1 0.03 46.71 Kane | 2 0.06 46.78 Kankakee | 1 0.03 46.81 Karnes | 1 0.03 46.84 Kauai | 1 0.03 46.87 Kaufman | 1 0.03 46.90 Kay | 1 0.03 46.93 Kearney | 1 0.03 46.97 Kearny | 1 0.03 47.00 Keith | 1 0.03 47.03 Kemper | 1 0.03 47.06 Kenai Peninsula borough | 1 0.03 47.09 Kendall | 2 0.06 47.16 Kenedy | 1 0.03 47.19 Kennebec | 1 0.03 47.22 Kenosha | 1 0.03 47.25 Kent | 5 0.16 47.41 Kenton | 1 0.03 47.45 Keokuk | 1 0.03 47.48 Kern | 1 0.03 47.51 Kerr | 1 0.03 47.54 Kershaw | 1 0.03 47.57 Ketchikan Gateway borou | 1 0.03 47.61 Kewaunee | 1 0.03 47.64 Keweenaw | 1 0.03 47.67 Keya Paha | 1 0.03 47.70 Kidder | 1 0.03 47.73 Kimball | 1 0.03 47.77 Kimble | 1 0.03 47.80 King | 2 0.06 47.86 King George | 1 0.03 47.89 King William | 1 0.03 47.92 King and Queen | 1 0.03 47.96 Kingfisher | 1 0.03 47.99 Kingman | 1 0.03 48.02 Kings | 1 0.03 48.05 Kingsbury | 1 0.03 48.08 Kinney | 1 0.03 48.12 Kiowa | 3 0.10 48.21 Kit Carson | 1 0.03 48.24 Kitsap | 1 0.03 48.28 Kittitas | 1 0.03 48.31 Kittson | 1 0.03 48.34 Klamath | 1 0.03 48.37 Kleberg | 1 0.03 48.40 Klickitat | 1 0.03 48.44 Knott | 1 0.03 48.47 Knox | 9 0.29 48.75 Kobuk | 1 0.03 48.79 Kodiak Island borough | 1 0.03 48.82 Koochiching | 1 0.03 48.85 Kootenai | 1 0.03 48.88 Kosciusko | 1 0.03 48.91 Kossuth | 1 0.03 48.95 La Crosse | 1 0.03 48.98 La Moure | 1 0.03 49.01 La Plata | 1 0.03 49.04 La Porte | 1 0.03 49.07 La Salle | 3 0.10 49.17 Labette | 1 0.03 49.20 Lac qui Parle | 1 0.03 49.23 Lackawanna | 1 0.03 49.27 Laclede | 1 0.03 49.30 Lafayette | 6 0.19 49.49 Lafourche | 1 0.03 49.52 Lagrange | 1 0.03 49.55 Lake | 12 0.38 49.94 Lake of the Woods | 1 0.03 49.97 Lamar | 4 0.13 50.10 Lamb | 1 0.03 50.13 Lamoille | 1 0.03 50.16 Lampasas | 1 0.03 50.19 Lancaster | 4 0.13 50.32 Lander | 1 0.03 50.35 Lane | 2 0.06 50.42 Langlade | 1 0.03 50.45 Lanier | 1 0.03 50.48 Lapeer | 1 0.03 50.51 Laramie | 1 0.03 50.54 Larimer | 1 0.03 50.57 Larue | 1 0.03 50.61 Las Animas | 1 0.03 50.64 Lassen | 1 0.03 50.67 Latah | 1 0.03 50.70 Latimer | 1 0.03 50.73 Lauderdale | 3 0.10 50.83 Laurel | 1 0.03 50.86 Laurens | 2 0.06 50.93 Lavaca | 1 0.03 50.96 Lawrence | 11 0.35 51.31 Le Flore | 1 0.03 51.34 Le Sueur | 1 0.03 51.37 Lea | 1 0.03 51.40 Leake | 1 0.03 51.44 Leavenworth | 1 0.03 51.47 Lebanon | 1 0.03 51.50 Lee | 12 0.38 51.88 Leelanau | 1 0.03 51.92 Leflore | 1 0.03 51.95 Lehigh | 1 0.03 51.98 Lemhi | 1 0.03 52.01 Lenawee | 1 0.03 52.04 Lenoir | 1 0.03 52.08 Leon | 2 0.06 52.14 Leslie | 1 0.03 52.17 Letcher | 1 0.03 52.20 Levy | 1 0.03 52.23 Lewis | 7 0.22 52.46 Lewis and Clark | 1 0.03 52.49 Lexington | 1 0.03 52.52 Lexington city | 1 0.03 52.55 Liberty | 4 0.13 52.68 Licking | 1 0.03 52.71 Limestone | 2 0.06 52.78 Lincoln | 24 0.77 53.54 Linn | 4 0.13 53.67 Lipscomb | 1 0.03 53.70 Litchfield | 1 0.03 53.74 Little River | 1 0.03 53.77 Live Oak | 1 0.03 53.80 Livingston | 6 0.19 53.99 Llano | 1 0.03 54.02 Logan | 10 0.32 54.34 Long | 1 0.03 54.37 Lonoke | 1 0.03 54.41 Lorain | 1 0.03 54.44 Los Alamos | 1 0.03 54.47 Los Angeles | 1 0.03 54.50 Loudon | 1 0.03 54.53 Loudoun | 1 0.03 54.57 Louisa | 2 0.06 54.63 Loup | 1 0.03 54.66 Love | 1 0.03 54.69 Loving | 1 0.03 54.73 Lowndes | 3 0.10 54.82 Lubbock | 1 0.03 54.85 Lucas | 2 0.06 54.92 Luce | 1 0.03 54.95 Lumpkin | 1 0.03 54.98 Luna | 1 0.03 55.01 Lunenburg | 1 0.03 55.04 Luzerne | 1 0.03 55.08 Lycoming | 1 0.03 55.11 Lyman | 1 0.03 55.14 Lynchburg city | 1 0.03 55.17 Lynn | 1 0.03 55.20 Lyon | 5 0.16 55.36 Mackinac | 1 0.03 55.40 Macomb | 1 0.03 55.43 Macon | 6 0.19 55.62 Macoupin | 1 0.03 55.65 Madera | 1 0.03 55.68 Madison | 20 0.64 56.32 Magoffin | 1 0.03 56.35 Mahaska | 1 0.03 56.39 Mahnomen | 1 0.03 56.42 Mahoning | 1 0.03 56.45 Major | 1 0.03 56.48 Malheur | 1 0.03 56.51 Manassas Park city | 1 0.03 56.55 Manassas city | 1 0.03 56.58 Manatee | 1 0.03 56.61 Manistee | 1 0.03 56.64 Manitowoc | 1 0.03 56.67 Marathon | 1 0.03 56.70 Marengo | 1 0.03 56.74 Maricopa | 1 0.03 56.77 Maries | 1 0.03 56.80 Marin | 1 0.03 56.83 Marinette | 1 0.03 56.86 Marion | 17 0.54 57.41 Mariposa | 1 0.03 57.44 Marlboro | 1 0.03 57.47 Marquette | 2 0.06 57.54 Marshall | 12 0.38 57.92 Martin | 6 0.19 58.11 Martinsville city | 1 0.03 58.14 Mason | 6 0.19 58.33 Massac | 1 0.03 58.37 Matagorda | 1 0.03 58.40 Matanuska-Susitna borou | 1 0.03 58.43 Mathews | 1 0.03 58.46 Maui | 1 0.03 58.49 Maury | 1 0.03 58.52 Maverick | 1 0.03 58.56 Mayes | 1 0.03 58.59 McClain | 1 0.03 58.62 McCone | 1 0.03 58.65 McCook | 1 0.03 58.68 McCormick | 1 0.03 58.72 McCracken | 1 0.03 58.75 McCreary | 1 0.03 58.78 McCulloch | 1 0.03 58.81 McCurtain | 1 0.03 58.84 McDonald | 1 0.03 58.88 McDonough | 1 0.03 58.91 McDowell | 2 0.06 58.97 McDuffie | 1 0.03 59.00 McHenry | 2 0.06 59.07 McIntosh | 3 0.10 59.16 McKean | 1 0.03 59.20 McKenzie | 1 0.03 59.23 McKinley | 1 0.03 59.26 McLean | 3 0.10 59.36 McLennan | 1 0.03 59.39 McLeod | 1 0.03 59.42 McMinn | 1 0.03 59.45 McMullen | 1 0.03 59.48 McNairy | 1 0.03 59.51 McPherson | 3 0.10 59.61 Meade | 3 0.10 59.71 Meagher | 1 0.03 59.74 Mecklenburg | 2 0.06 59.80 Mecosta | 1 0.03 59.83 Medina | 2 0.06 59.90 Meeker | 1 0.03 59.93 Meigs | 2 0.06 59.99 Mellette | 1 0.03 60.03 Menard | 2 0.06 60.09 Mendocino | 1 0.03 60.12 Menifee | 1 0.03 60.15 Menominee | 2 0.06 60.22 Merced | 1 0.03 60.25 Mercer | 8 0.26 60.50 Meriwether | 1 0.03 60.54 Merrick | 1 0.03 60.57 Merrimack | 1 0.03 60.60 Mesa | 1 0.03 60.63 Metcalfe | 1 0.03 60.66 Miami | 3 0.10 60.76 Middlesex | 4 0.13 60.89 Midland | 2 0.06 60.95 Mifflin | 1 0.03 60.98 Milam | 1 0.03 61.02 Millard | 1 0.03 61.05 Mille Lacs | 1 0.03 61.08 Miller | 3 0.10 61.17 Mills | 2 0.06 61.24 Milwaukee | 1 0.03 61.27 Miner | 1 0.03 61.30 Mineral | 4 0.13 61.43 Mingo | 1 0.03 61.46 Minidoka | 1 0.03 61.49 Minnehaha | 1 0.03 61.53 Missaukee | 1 0.03 61.56 Mississippi | 2 0.06 61.62 Missoula | 1 0.03 61.65 Mitchell | 5 0.16 61.81 Mobile | 1 0.03 61.85 Modoc | 1 0.03 61.88 Moffat | 1 0.03 61.91 Mohave | 1 0.03 61.94 Moniteau | 1 0.03 61.97 Monmouth | 1 0.03 62.01 Mono | 1 0.03 62.04 Monona | 1 0.03 62.07 Monongalia | 1 0.03 62.10 Monroe | 17 0.54 62.64 Montague | 1 0.03 62.68 Montcalm | 1 0.03 62.71 Monterey | 1 0.03 62.74 Montezuma | 1 0.03 62.77 Montgomery | 18 0.57 63.35 Montmorency | 1 0.03 63.38 Montour | 1 0.03 63.41 Montrose | 1 0.03 63.44 Moody | 1 0.03 63.47 Moore | 3 0.10 63.57 Mora | 1 0.03 63.60 Morehouse | 1 0.03 63.63 Morgan | 11 0.35 63.98 Morrill | 1 0.03 64.02 Morris | 3 0.10 64.11 Morrison | 1 0.03 64.14 Morrow | 2 0.06 64.21 Morton | 2 0.06 64.27 Motley | 1 0.03 64.30 Moultrie | 1 0.03 64.34 Mountrail | 1 0.03 64.37 Mower | 1 0.03 64.40 Muhlenberg | 1 0.03 64.43 Multnomah | 1 0.03 64.46 Murray | 3 0.10 64.56 Muscatine | 1 0.03 64.59 Muscogee | 1 0.03 64.62 Muskegon | 1 0.03 64.66 Muskingum | 1 0.03 64.69 Muskogee | 1 0.03 64.72 Musselshell | 1 0.03 64.75 Nacogdoches | 1 0.03 64.78 Nance | 1 0.03 64.81 Nantucket | 1 0.03 64.85 Napa | 1 0.03 64.88 Nash | 1 0.03 64.91 Nassau | 2 0.06 64.97 Natchitoches | 1 0.03 65.01 Natrona | 1 0.03 65.04 Navajo | 1 0.03 65.07 Navarro | 1 0.03 65.10 Nelson | 3 0.10 65.20 Nemaha | 2 0.06 65.26 Neosho | 1 0.03 65.29 Neshoba | 1 0.03 65.33 Ness | 1 0.03 65.36 Nevada | 2 0.06 65.42 New Castle | 1 0.03 65.45 New Hanover | 1 0.03 65.49 New Haven | 1 0.03 65.52 New Kent | 1 0.03 65.55 New London | 1 0.03 65.58 New Madrid | 1 0.03 65.61 New York city | 1 0.03 65.64 Newaygo | 1 0.03 65.68 Newberry | 1 0.03 65.71 Newport | 1 0.03 65.74 Newport News city | 1 0.03 65.77 Newton | 6 0.19 65.96 Nez Perce | 1 0.03 66.00 Niagara | 1 0.03 66.03 Nicholas | 2 0.06 66.09 Nicollet | 1 0.03 66.12 Niobrara | 1 0.03 66.16 Noble | 3 0.10 66.25 Nobles | 1 0.03 66.28 Nodaway | 1 0.03 66.32 Nolan | 1 0.03 66.35 Nome | 1 0.03 66.38 Norfolk | 1 0.03 66.41 Norfolk city | 1 0.03 66.44 Norman | 1 0.03 66.48 North Slope borough | 1 0.03 66.51 Northampton | 3 0.10 66.60 Northumberland | 2 0.06 66.67 Norton | 1 0.03 66.70 Norton city | 1 0.03 66.73 Nottoway | 1 0.03 66.76 Nowata | 1 0.03 66.79 Noxubee | 1 0.03 66.83 Nuckolls | 1 0.03 66.86 Nueces | 1 0.03 66.89 Nye | 1 0.03 66.92 O'Brien | 1 0.03 66.95 Oakland | 1 0.03 66.99 Obion | 1 0.03 67.02 Ocean | 1 0.03 67.05 Oceana | 1 0.03 67.08 Ochiltree | 1 0.03 67.11 Oconee | 2 0.06 67.18 Oconto | 1 0.03 67.21 Ogemaw | 1 0.03 67.24 Ogle | 1 0.03 67.27 Oglethorpe | 1 0.03 67.31 Ohio | 3 0.10 67.40 Okaloosa | 1 0.03 67.43 Okanogan | 1 0.03 67.46 Okeechobee | 1 0.03 67.50 Okfuskee | 1 0.03 67.53 Oklahoma | 1 0.03 67.56 Okmulgee | 1 0.03 67.59 Oktibbeha | 1 0.03 67.62 Oldham | 2 0.06 67.69 Oliver | 1 0.03 67.72 Olmsted | 1 0.03 67.75 Oneida | 3 0.10 67.85 Onondaga | 1 0.03 67.88 Onslow | 1 0.03 67.91 Ontario | 1 0.03 67.94 Ontonagon | 1 0.03 67.98 Orange | 8 0.26 68.23 Orangeburg | 1 0.03 68.26 Oregon | 1 0.03 68.30 Orleans | 2 0.06 68.36 Orleans; coext. with | 1 0.03 68.39 Osage | 3 0.10 68.49 Osborne | 1 0.03 68.52 Osceola | 3 0.10 68.61 Oscoda | 1 0.03 68.65 Oswego | 1 0.03 68.68 Otero | 2 0.06 68.74 Otoe | 1 0.03 68.77 Otsego | 2 0.06 68.84 Ottawa | 4 0.13 68.97 Otter Tail | 1 0.03 69.00 Ouachita | 2 0.06 69.06 Ouray | 1 0.03 69.09 Outagamie | 1 0.03 69.13 Overton | 1 0.03 69.16 Owen | 2 0.06 69.22 Owsley | 1 0.03 69.25 Owyhee | 1 0.03 69.28 Oxford | 1 0.03 69.32 Ozark | 1 0.03 69.35 Ozaukee | 1 0.03 69.38 Pacific | 1 0.03 69.41 Page | 2 0.06 69.48 Palm Beach | 1 0.03 69.51 Palo Alto | 1 0.03 69.54 Palo Pinto | 1 0.03 69.57 Pamlico | 1 0.03 69.60 Panola | 2 0.06 69.67 Park | 3 0.10 69.76 Parke | 1 0.03 69.80 Parker | 1 0.03 69.83 Parmer | 1 0.03 69.86 Pasco | 1 0.03 69.89 Pasquotank | 1 0.03 69.92 Passaic | 1 0.03 69.96 Patrick | 1 0.03 69.99 Paulding | 2 0.06 70.05 Pawnee | 3 0.10 70.15 Payette | 1 0.03 70.18 Payne | 1 0.03 70.21 Peach | 1 0.03 70.24 Pearl River | 1 0.03 70.27 Pecos | 1 0.03 70.31 Pembina | 1 0.03 70.34 Pemiscot | 1 0.03 70.37 Pend Oreille | 1 0.03 70.40 Pender | 1 0.03 70.43 Pendleton | 2 0.06 70.50 Pennington | 2 0.06 70.56 Penobscot | 1 0.03 70.59 Peoria | 1 0.03 70.63 Pepin | 1 0.03 70.66 Perkins | 2 0.06 70.72 Perquimans | 1 0.03 70.75 Perry | 10 0.32 71.07 Pershing | 1 0.03 71.10 Person | 1 0.03 71.14 Petersburg city | 1 0.03 71.17 Petroleum | 1 0.03 71.20 Pettis | 1 0.03 71.23 Phelps | 2 0.06 71.30 Philadelphia; coext. wi | 1 0.03 71.33 Phillips | 4 0.13 71.46 Piatt | 1 0.03 71.49 Pickaway | 1 0.03 71.52 Pickens | 3 0.10 71.62 Pickett | 1 0.03 71.65 Pierce | 5 0.16 71.81 Pike | 10 0.32 72.13 Pima | 1 0.03 72.16 Pinal | 1 0.03 72.19 Pine | 1 0.03 72.22 Pinellas | 1 0.03 72.25 Pipestone | 1 0.03 72.29 Piscataquis | 1 0.03 72.32 Pitkin | 1 0.03 72.35 Pitt | 1 0.03 72.38 Pittsburg | 1 0.03 72.41 Pittsylvania | 1 0.03 72.45 Piute | 1 0.03 72.48 Placer | 1 0.03 72.51 Plaquemines | 1 0.03 72.54 Platte | 3 0.10 72.64 Pleasants | 1 0.03 72.67 Plumas | 1 0.03 72.70 Plymouth | 2 0.06 72.77 Pocahontas | 2 0.06 72.83 Poinsett | 1 0.03 72.86 Pointe Coupee | 1 0.03 72.89 Polk | 12 0.38 73.28 Pondera | 1 0.03 73.31 Pontotoc | 2 0.06 73.37 Pope | 3 0.10 73.47 Poquoson city | 1 0.03 73.50 Portage | 2 0.06 73.56 Porter | 1 0.03 73.60 Portsmouth city | 1 0.03 73.63 Posey | 1 0.03 73.66 Pottawatomie | 2 0.06 73.72 Pottawattamie | 1 0.03 73.75 Potter | 3 0.10 73.85 Powder River | 1 0.03 73.88 Powell | 2 0.06 73.95 Power | 1 0.03 73.98 Poweshiek | 1 0.03 74.01 Powhatan | 1 0.03 74.04 Prairie | 2 0.06 74.11 Pratt | 1 0.03 74.14 Preble | 1 0.03 74.17 Prentiss | 1 0.03 74.20 Presidio | 1 0.03 74.23 Presque Isle | 1 0.03 74.27 Preston | 1 0.03 74.30 Price | 1 0.03 74.33 Prince Edward | 1 0.03 74.36 Prince George | 1 0.03 74.39 Prince George's | 1 0.03 74.43 Prince William | 1 0.03 74.46 Prince of Wales-Outer K | 1 0.03 74.49 Providence | 1 0.03 74.52 Prowers | 1 0.03 74.55 Pueblo | 1 0.03 74.58 Pulaski | 7 0.22 74.81 Pushmataha | 1 0.03 74.84 Putnam | 9 0.29 75.13 Quay | 1 0.03 75.16 Queen Anne's | 1 0.03 75.19 Quitman | 2 0.06 75.26 Rabun | 1 0.03 75.29 Racine | 1 0.03 75.32 Radford city | 1 0.03 75.35 Rains | 1 0.03 75.38 Raleigh | 1 0.03 75.42 Ralls | 1 0.03 75.45 Ramsey | 2 0.06 75.51 Randall | 1 0.03 75.54 Randolph | 8 0.26 75.80 Rankin | 1 0.03 75.83 Ransom | 1 0.03 75.86 Rapides | 1 0.03 75.89 Rappahannock | 1 0.03 75.93 Ravalli | 1 0.03 75.96 Rawlins | 1 0.03 75.99 Ray | 1 0.03 76.02 Reagan | 1 0.03 76.05 Real | 1 0.03 76.09 Red Lake | 1 0.03 76.12 Red River | 2 0.06 76.18 Red Willow | 1 0.03 76.21 Redwood | 1 0.03 76.25 Reeves | 1 0.03 76.28 Refugio | 1 0.03 76.31 Reno | 1 0.03 76.34 Rensselaer | 1 0.03 76.37 Renville | 2 0.06 76.44 Republic | 1 0.03 76.47 Reynolds | 1 0.03 76.50 Rhea | 1 0.03 76.53 Rice | 2 0.06 76.60 Rich | 1 0.03 76.63 Richardson | 1 0.03 76.66 Richland | 7 0.22 76.88 Richmond | 3 0.10 76.98 Richmond city | 1 0.03 77.01 Riley | 1 0.03 77.04 Ringgold | 1 0.03 77.08 Rio Arriba | 1 0.03 77.11 Rio Blanco | 1 0.03 77.14 Rio Grande | 1 0.03 77.17 Ripley | 2 0.06 77.23 Ritchie | 1 0.03 77.27 Riverside | 1 0.03 77.30 Roane | 2 0.06 77.36 Roanoke | 1 0.03 77.39 Roanoke city | 1 0.03 77.43 Roberts | 2 0.06 77.49 Robertson | 3 0.10 77.59 Robeson | 1 0.03 77.62 Rock | 3 0.10 77.71 Rock Island | 1 0.03 77.75 Rockbridge | 1 0.03 77.78 Rockcastle | 1 0.03 77.81 Rockdale | 1 0.03 77.84 Rockingham | 3 0.10 77.94 Rockland | 1 0.03 77.97 Rockwall | 1 0.03 78.00 Roger Mills | 1 0.03 78.03 Rogers | 1 0.03 78.07 Rolette | 1 0.03 78.10 Rooks | 1 0.03 78.13 Roosevelt | 2 0.06 78.19 Roscommon | 1 0.03 78.22 Roseau | 1 0.03 78.26 Rosebud | 1 0.03 78.29 Ross | 1 0.03 78.32 Routt | 1 0.03 78.35 Rowan | 2 0.06 78.42 Runnels | 1 0.03 78.45 Rush | 2 0.06 78.51 Rusk | 2 0.06 78.58 Russell | 4 0.13 78.70 Rutherford | 2 0.06 78.77 Rutland | 1 0.03 78.80 Sabine | 2 0.06 78.86 Sac | 1 0.03 78.90 Sacramento | 1 0.03 78.93 Sagadahoc | 1 0.03 78.96 Saginaw | 1 0.03 78.99 Saguache | 1 0.03 79.02 Salem | 1 0.03 79.05 Salem city | 1 0.03 79.09 Saline | 5 0.16 79.25 Salt Lake | 1 0.03 79.28 Saluda | 1 0.03 79.31 Sampson | 1 0.03 79.34 San Augustine | 1 0.03 79.37 San Benito | 1 0.03 79.41 San Bernardino | 1 0.03 79.44 San Diego | 1 0.03 79.47 San Francisco; coext. | 1 0.03 79.50 San Jacinto | 1 0.03 79.53 San Joaquin | 1 0.03 79.57 San Juan | 4 0.13 79.69 San Luis Obispo | 1 0.03 79.73 San Mateo | 1 0.03 79.76 San Miguel | 2 0.06 79.82 San Patricio | 1 0.03 79.85 San Saba | 1 0.03 79.89 Sanborn | 1 0.03 79.92 Sanders | 1 0.03 79.95 Sandoval | 1 0.03 79.98 Sandusky | 1 0.03 80.01 Sangamon | 1 0.03 80.04 Sanilac | 1 0.03 80.08 Sanpete | 1 0.03 80.11 Santa Barbara | 1 0.03 80.14 Santa Clara | 1 0.03 80.17 Santa Cruz | 2 0.06 80.24 Santa Fe | 1 0.03 80.27 Santa Rosa | 1 0.03 80.30 Sarasota | 1 0.03 80.33 Saratoga | 1 0.03 80.36 Sargent | 1 0.03 80.40 Sarpy | 1 0.03 80.43 Sauk | 1 0.03 80.46 Saunders | 1 0.03 80.49 Sawyer | 1 0.03 80.52 Schenectady | 1 0.03 80.56 Schleicher | 1 0.03 80.59 Schley | 1 0.03 80.62 Schoharie | 1 0.03 80.65 Schoolcraft | 1 0.03 80.68 Schuyler | 3 0.10 80.78 Schuylkill | 1 0.03 80.81 Scioto | 1 0.03 80.84 Scotland | 2 0.06 80.91 Scott | 11 0.35 81.26 Scotts Bluff | 1 0.03 81.29 Screven | 1 0.03 81.32 Scurry | 1 0.03 81.35 Searcy | 1 0.03 81.39 Sebastian | 1 0.03 81.42 Sedgwick | 2 0.06 81.48 Seminole | 3 0.10 81.58 Seneca | 2 0.06 81.64 Sequatchie | 1 0.03 81.67 Sequoyah | 1 0.03 81.70 Sevier | 3 0.10 81.80 Seward | 2 0.06 81.86 Shackelford | 1 0.03 81.90 Shannon | 2 0.06 81.96 Sharkey | 1 0.03 81.99 Sharp | 1 0.03 82.02 Shasta | 1 0.03 82.06 Shawano | 1 0.03 82.09 Shawnee | 1 0.03 82.12 Sheboygan | 1 0.03 82.15 Shelby | 9 0.29 82.44 Shenandoah | 1 0.03 82.47 Sherburne | 1 0.03 82.50 Sheridan | 5 0.16 82.66 Sherman | 4 0.13 82.79 Shiawassee | 1 0.03 82.82 Shoshone | 1 0.03 82.85 Sibley | 1 0.03 82.89 Sierra | 2 0.06 82.95 Silver Bow | 1 0.03 82.98 Simpson | 2 0.06 83.05 Sioux | 3 0.10 83.14 Siskiyou | 1 0.03 83.17 Sitka borough | 1 0.03 83.21 Skagit | 1 0.03 83.24 Skagway-Yakutat-Angoon | 1 0.03 83.27 Skamania | 1 0.03 83.30 Slope | 1 0.03 83.33 Smith | 4 0.13 83.46 Smyth | 1 0.03 83.49 Snohomish | 1 0.03 83.52 Snyder | 1 0.03 83.56 Socorro | 1 0.03 83.59 Solano | 1 0.03 83.62 Somerset | 4 0.13 83.75 Somervell | 1 0.03 83.78 Sonoma | 1 0.03 83.81 South Boston city | 1 0.03 83.84 Southampton | 1 0.03 83.88 Southeast Fairbanks | 1 0.03 83.91 Spalding | 1 0.03 83.94 Spartanburg | 1 0.03 83.97 Spencer | 2 0.06 84.04 Spink | 1 0.03 84.07 Spokane | 1 0.03 84.10 Spotsylvania | 1 0.03 84.13 St. Bernard | 1 0.03 84.16 St. Charles | 2 0.06 84.23 St. Clair | 4 0.13 84.36 St. Croix | 1 0.03 84.39 St. Francis | 1 0.03 84.42 St. Francois | 1 0.03 84.45 St. Helena | 1 0.03 84.48 St. James | 1 0.03 84.51 St. John the Baptist | 1 0.03 84.55 St. Johns | 1 0.03 84.58 St. Joseph | 2 0.06 84.64 St. Landry | 1 0.03 84.67 St. Lawrence | 1 0.03 84.71 St. Louis | 2 0.06 84.77 St. Louis city | 1 0.03 84.80 St. Lucie | 1 0.03 84.83 St. Martin | 1 0.03 84.87 St. Mary | 1 0.03 84.90 St. Mary's | 1 0.03 84.93 St. Tammany | 1 0.03 84.96 Stafford | 2 0.06 85.03 Stanislaus | 1 0.03 85.06 Stanley | 1 0.03 85.09 Stanly | 1 0.03 85.12 Stanton | 2 0.06 85.19 Stark | 3 0.10 85.28 Starke | 1 0.03 85.31 Starr | 1 0.03 85.34 Staunton city | 1 0.03 85.38 Ste. Genevieve | 1 0.03 85.41 Stearns | 1 0.03 85.44 Steele | 2 0.06 85.50 Stephens | 3 0.10 85.60 Stephenson | 1 0.03 85.63 Sterling | 1 0.03 85.66 Steuben | 2 0.06 85.73 Stevens | 3 0.10 85.82 Stewart | 2 0.06 85.89 Stillwater | 1 0.03 85.92 Stoddard | 1 0.03 85.95 Stokes | 1 0.03 85.98 Stone | 3 0.10 86.08 Stonewall | 1 0.03 86.11 Storey | 1 0.03 86.14 Story | 1 0.03 86.17 Strafford | 1 0.03 86.21 Stutsman | 1 0.03 86.24 Sublette | 1 0.03 86.27 Suffolk | 2 0.06 86.33 Suffolk city | 1 0.03 86.37 Sullivan | 6 0.19 86.56 Sully | 1 0.03 86.59 Summers | 1 0.03 86.62 Summit | 3 0.10 86.72 Sumner | 2 0.06 86.78 Sumter | 4 0.13 86.91 Sunflower | 1 0.03 86.94 Surry | 2 0.06 87.01 Susquehanna | 1 0.03 87.04 Sussex | 3 0.10 87.13 Sutter | 1 0.03 87.16 Sutton | 1 0.03 87.20 Suwannee | 1 0.03 87.23 Swain | 1 0.03 87.26 Sweet Grass | 1 0.03 87.29 Sweetwater | 1 0.03 87.32 Swift | 1 0.03 87.36 Swisher | 1 0.03 87.39 Switzerland | 1 0.03 87.42 Talbot | 2 0.06 87.48 Taliaferro | 1 0.03 87.52 Talladega | 1 0.03 87.55 Tallahatchie | 1 0.03 87.58 Tallapoosa | 1 0.03 87.61 Tama | 1 0.03 87.64 Taney | 1 0.03 87.68 Tangipahoa | 1 0.03 87.71 Taos | 1 0.03 87.74 Tarrant | 1 0.03 87.77 Tate | 1 0.03 87.80 Tattnall | 1 0.03 87.84 Taylor | 7 0.22 88.06 Tazewell | 2 0.06 88.12 Tehama | 1 0.03 88.15 Telfair | 1 0.03 88.19 Teller | 1 0.03 88.22 Tensas | 1 0.03 88.25 Terrebonne | 1 0.03 88.28 Terrell | 2 0.06 88.35 Terry | 1 0.03 88.38 Teton | 3 0.10 88.47 Texas | 2 0.06 88.54 Thayer | 1 0.03 88.57 Thomas | 3 0.10 88.67 Throckmorton | 1 0.03 88.70 Thurston | 2 0.06 88.76 Tift | 1 0.03 88.79 Tillamook | 1 0.03 88.83 Tillman | 1 0.03 88.86 Tioga | 2 0.06 88.92 Tippah | 1 0.03 88.95 Tippecanoe | 1 0.03 88.98 Tipton | 2 0.06 89.05 Tishomingo | 1 0.03 89.08 Titus | 1 0.03 89.11 Todd | 3 0.10 89.21 Tolland | 1 0.03 89.24 Tom Green | 1 0.03 89.27 Tompkins | 1 0.03 89.30 Tooele | 1 0.03 89.34 Toole | 1 0.03 89.37 Toombs | 1 0.03 89.40 Torrance | 1 0.03 89.43 Towner | 1 0.03 89.46 Towns | 1 0.03 89.50 Traill | 1 0.03 89.53 Transylvania | 1 0.03 89.56 Traverse | 1 0.03 89.59 Travis | 1 0.03 89.62 Treasure | 1 0.03 89.66 Trego | 1 0.03 89.69 Trempealeau | 1 0.03 89.72 Treutlen | 1 0.03 89.75 Trigg | 1 0.03 89.78 Trimble | 1 0.03 89.81 Trinity | 2 0.06 89.88 Tripp | 1 0.03 89.91 Troup | 1 0.03 89.94 Trousdale | 1 0.03 89.97 Trumbull | 1 0.03 90.01 Tucker | 1 0.03 90.04 Tulare | 1 0.03 90.07 Tulsa | 1 0.03 90.10 Tunica | 1 0.03 90.13 Tuolumne | 1 0.03 90.17 Turner | 2 0.06 90.23 Tuscaloosa | 1 0.03 90.26 Tuscarawas | 1 0.03 90.29 Tuscola | 1 0.03 90.33 Twiggs | 1 0.03 90.36 Twin Falls | 1 0.03 90.39 Tyler | 2 0.06 90.45 Tyrrell | 1 0.03 90.49 Uinta | 1 0.03 90.52 Uintah | 1 0.03 90.55 Ulster | 1 0.03 90.58 Umatilla | 1 0.03 90.61 Unicoi | 1 0.03 90.64 Union | 18 0.57 91.22 Upshur | 2 0.06 91.28 Upson | 1 0.03 91.32 Upton | 1 0.03 91.35 Utah | 1 0.03 91.38 Uvalde | 1 0.03 91.41 Val Verde | 1 0.03 91.44 Valdez-Cordova | 1 0.03 91.48 Valencia | 1 0.03 91.51 Valley | 3 0.10 91.60 Van Buren | 4 0.13 91.73 Van Wert | 1 0.03 91.76 Van Zandt | 1 0.03 91.79 Vance | 1 0.03 91.83 Vanderburgh | 1 0.03 91.86 Venango | 1 0.03 91.89 Ventura | 1 0.03 91.92 Vermilion | 2 0.06 91.99 Vermillion | 1 0.03 92.02 Vernon | 3 0.10 92.11 Victoria | 1 0.03 92.15 Vigo | 1 0.03 92.18 Vilas | 1 0.03 92.21 Vinton | 1 0.03 92.24 Virginia Beach city | 1 0.03 92.27 Volusia | 1 0.03 92.31 Wabash | 2 0.06 92.37 Wabasha | 1 0.03 92.40 Wabaunsee | 1 0.03 92.43 Wade Hampton | 1 0.03 92.46 Wadena | 1 0.03 92.50 Wagoner | 1 0.03 92.53 Wahkiakum | 1 0.03 92.56 Wake | 1 0.03 92.59 Wakulla | 1 0.03 92.62 Waldo | 1 0.03 92.66 Walker | 3 0.10 92.75 Walla Walla | 1 0.03 92.78 Wallace | 1 0.03 92.82 Waller | 1 0.03 92.85 Wallowa | 1 0.03 92.88 Walsh | 1 0.03 92.91 Walthall | 1 0.03 92.94 Walton | 2 0.06 93.01 Walworth | 2 0.06 93.07 Wapello | 1 0.03 93.10 Ward | 2 0.06 93.17 Ware | 1 0.03 93.20 Warren | 14 0.45 93.65 Warrick | 1 0.03 93.68 Wasatch | 1 0.03 93.71 Wasco | 1 0.03 93.74 Waseca | 1 0.03 93.77 Washakie | 1 0.03 93.81 Washburn | 1 0.03 93.84 Washington | 31 0.99 94.83 Washita | 1 0.03 94.86 Washoe | 1 0.03 94.89 Washtenaw | 1 0.03 94.92 Watauga | 1 0.03 94.96 Watonwan | 1 0.03 94.99 Waukesha | 1 0.03 95.02 Waupaca | 1 0.03 95.05 Waushara | 1 0.03 95.08 Wayne | 16 0.51 95.59 Waynesboro city | 1 0.03 95.63 Weakley | 1 0.03 95.66 Webb | 1 0.03 95.69 Weber | 1 0.03 95.72 Webster | 8 0.26 95.98 Weld | 1 0.03 96.01 Wells | 2 0.06 96.07 West Baton Rouge | 1 0.03 96.10 West Carroll | 1 0.03 96.14 West Feliciana | 1 0.03 96.17 Westchester | 1 0.03 96.20 Westmoreland | 2 0.06 96.26 Weston | 1 0.03 96.30 Wetzel | 1 0.03 96.33 Wexford | 1 0.03 96.36 Wharton | 1 0.03 96.39 Whatcom | 1 0.03 96.42 Wheatland | 1 0.03 96.46 Wheeler | 4 0.13 96.58 White | 5 0.16 96.74 White Pine | 1 0.03 96.78 Whiteside | 1 0.03 96.81 Whitfield | 1 0.03 96.84 Whitley | 2 0.06 96.90 Whitman | 1 0.03 96.93 Wibaux | 1 0.03 96.97 Wichita | 2 0.06 97.03 Wicomico | 1 0.03 97.06 Wilbarger | 1 0.03 97.09 Wilcox | 2 0.06 97.16 Wilkes | 2 0.06 97.22 Wilkin | 1 0.03 97.25 Wilkinson | 2 0.06 97.32 Will | 1 0.03 97.35 Willacy | 1 0.03 97.38 Williams | 2 0.06 97.45 Williamsburg | 1 0.03 97.48 Williamsburg city | 1 0.03 97.51 Williamson | 3 0.10 97.61 Wilson | 4 0.13 97.73 Winchester city | 1 0.03 97.77 Windham | 2 0.06 97.83 Windsor | 1 0.03 97.86 Winkler | 1 0.03 97.89 Winn | 1 0.03 97.92 Winnebago | 3 0.10 98.02 Winneshiek | 1 0.03 98.05 Winona | 1 0.03 98.08 Winston | 2 0.06 98.15 Wirt | 1 0.03 98.18 Wise | 2 0.06 98.24 Wolfe | 1 0.03 98.28 Wood | 4 0.13 98.40 Woodbury | 1 0.03 98.44 Woodford | 2 0.06 98.50 Woodruff | 1 0.03 98.53 Woods | 1 0.03 98.56 Woodson | 1 0.03 98.60 Woodward | 1 0.03 98.63 Worcester | 2 0.06 98.69 Worth | 3 0.10 98.79 Wrangell-Petersburg | 1 0.03 98.82 Wright | 3 0.10 98.91 Wyandot | 1 0.03 98.95 Wyandotte | 1 0.03 98.98 Wyoming | 3 0.10 99.07 Wythe | 1 0.03 99.11 Yadkin | 1 0.03 99.14 Yakima | 1 0.03 99.17 Yalobusha | 1 0.03 99.20 Yamhill | 1 0.03 99.23 Yancey | 1 0.03 99.27 Yankton | 1 0.03 99.30 Yates | 1 0.03 99.33 Yavapai | 1 0.03 99.36 Yazoo | 1 0.03 99.39 Yell | 1 0.03 99.43 Yellow Medicine | 1 0.03 99.46 Yellowstone | 1 0.03 99.49 Yellowstone National Pa | 1 0.03 99.52 Yoakum | 1 0.03 99.55 Yolo | 1 0.03 99.58 York | 5 0.16 99.74 Young | 1 0.03 99.78 Yuba | 1 0.03 99.81 Yukon-Koyukuk | 1 0.03 99.84 Yuma | 2 0.06 99.90 Zapata | 1 0.03 99.94 Zavala | 1 0.03 99.97 Ziebach | 1 0.03 100.00 ------------------------+----------------------------------- Total | 3,132 100.00 Frequencies for statename variable in nchs2fips_county1990 dataset : State Name | Freq. Percent Cum. ---------------+----------------------------------- Alabama | 67 2.14 2.14 Alaska | 23 0.73 2.87 Arizona | 14 0.45 3.32 Arkansas | 75 2.39 5.72 California | 58 1.85 7.57 Colorado | 63 2.01 9.58 Connecticut | 8 0.26 9.83 Delaware | 3 0.10 9.93 Florida | 67 2.14 12.07 Georgia | 158 5.04 17.11 Hawaii | 5 0.16 17.27 Idaho | 44 1.40 18.68 Illinois | 102 3.26 21.93 Indiana | 92 2.94 24.87 Iowa | 99 3.16 28.03 Kansas | 105 3.35 31.39 Kentucky | 120 3.83 35.22 Louisiana | 64 2.04 37.26 Maine | 16 0.51 37.77 Maryland | 24 0.77 38.54 Massachusetts | 14 0.45 38.98 Michigan | 83 2.65 41.63 Minnesota | 87 2.78 44.41 Mississippi | 82 2.62 47.03 Missouri | 115 3.67 50.70 Montana | 57 1.82 52.52 Nebraska | 93 2.97 55.49 Nevada | 17 0.54 56.03 New Hampshire | 10 0.32 56.35 New Jersey | 21 0.67 57.02 New Mexico | 33 1.05 58.08 New York | 58 1.85 59.93 North Carolina | 100 3.19 63.12 North Dakota | 53 1.69 64.81 Ohio | 88 2.81 67.62 Oklahoma | 77 2.46 70.08 Oregon | 36 1.15 71.23 Pennsylvania | 67 2.14 73.37 Rhode Island | 5 0.16 73.53 South Carolina | 46 1.47 75.00 South Dakota | 66 2.11 77.11 Tennessee | 95 3.03 80.14 Texas | 254 8.11 88.25 Utah | 29 0.93 89.18 Vermont | 14 0.45 89.62 Virginia | 136 4.34 93.97 Washington | 39 1.25 95.21 West Virginia | 55 1.76 96.97 Wisconsin | 72 2.30 99.27 Wyoming | 23 0.73 100.00 ---------------+----------------------------------- Total | 3,132 100.00 Frequencies for fipsco variable in nchs2fips_county1990 dataset : FIPS County | Code | Freq. Percent Cum. ------------+----------------------------------- 01001 | 1 0.03 0.03 01003 | 1 0.03 0.06 01005 | 1 0.03 0.10 01007 | 1 0.03 0.13 01009 | 1 0.03 0.16 01011 | 1 0.03 0.19 01013 | 1 0.03 0.22 01015 | 1 0.03 0.26 01017 | 1 0.03 0.29 01019 | 1 0.03 0.32 01021 | 1 0.03 0.35 01023 | 1 0.03 0.38 01025 | 1 0.03 0.42 01027 | 1 0.03 0.45 01029 | 1 0.03 0.48 01031 | 1 0.03 0.51 01033 | 1 0.03 0.54 01035 | 1 0.03 0.57 01037 | 1 0.03 0.61 01039 | 1 0.03 0.64 01041 | 1 0.03 0.67 01043 | 1 0.03 0.70 01045 | 1 0.03 0.73 01047 | 1 0.03 0.77 01049 | 1 0.03 0.80 01051 | 1 0.03 0.83 01053 | 1 0.03 0.86 01055 | 1 0.03 0.89 01057 | 1 0.03 0.93 01059 | 1 0.03 0.96 01061 | 1 0.03 0.99 01063 | 1 0.03 1.02 01065 | 1 0.03 1.05 01067 | 1 0.03 1.09 01069 | 1 0.03 1.12 01071 | 1 0.03 1.15 01073 | 1 0.03 1.18 01075 | 1 0.03 1.21 01077 | 1 0.03 1.25 01079 | 1 0.03 1.28 01081 | 1 0.03 1.31 01083 | 1 0.03 1.34 01085 | 1 0.03 1.37 01087 | 1 0.03 1.40 01089 | 1 0.03 1.44 01091 | 1 0.03 1.47 01093 | 1 0.03 1.50 01095 | 1 0.03 1.53 01097 | 1 0.03 1.56 01099 | 1 0.03 1.60 01101 | 1 0.03 1.63 01103 | 1 0.03 1.66 01105 | 1 0.03 1.69 01107 | 1 0.03 1.72 01109 | 1 0.03 1.76 01111 | 1 0.03 1.79 01113 | 1 0.03 1.82 01115 | 1 0.03 1.85 01117 | 1 0.03 1.88 01119 | 1 0.03 1.92 01121 | 1 0.03 1.95 01123 | 1 0.03 1.98 01125 | 1 0.03 2.01 01127 | 1 0.03 2.04 01129 | 1 0.03 2.08 01131 | 1 0.03 2.11 01133 | 1 0.03 2.14 02010 | 1 0.03 2.17 02020 | 1 0.03 2.20 02050 | 1 0.03 2.23 02060 | 1 0.03 2.27 02070 | 1 0.03 2.30 02090 | 1 0.03 2.33 02100 | 1 0.03 2.36 02110 | 1 0.03 2.39 02122 | 1 0.03 2.43 02130 | 1 0.03 2.46 02140 | 1 0.03 2.49 02150 | 1 0.03 2.52 02170 | 1 0.03 2.55 02180 | 1 0.03 2.59 02185 | 1 0.03 2.62 02201 | 1 0.03 2.65 02220 | 1 0.03 2.68 02231 | 1 0.03 2.71 02240 | 1 0.03 2.75 02261 | 1 0.03 2.78 02270 | 1 0.03 2.81 02280 | 1 0.03 2.84 02290 | 1 0.03 2.87 04001 | 1 0.03 2.91 04003 | 1 0.03 2.94 04005 | 1 0.03 2.97 04007 | 1 0.03 3.00 04009 | 1 0.03 3.03 04011 | 1 0.03 3.07 04013 | 1 0.03 3.10 04015 | 1 0.03 3.13 04017 | 1 0.03 3.16 04019 | 1 0.03 3.19 04021 | 1 0.03 3.22 04023 | 1 0.03 3.26 04025 | 1 0.03 3.29 04027 | 1 0.03 3.32 05001 | 1 0.03 3.35 05003 | 1 0.03 3.38 05005 | 1 0.03 3.42 05007 | 1 0.03 3.45 05009 | 1 0.03 3.48 05011 | 1 0.03 3.51 05013 | 1 0.03 3.54 05015 | 1 0.03 3.58 05017 | 1 0.03 3.61 05019 | 1 0.03 3.64 05021 | 1 0.03 3.67 05023 | 1 0.03 3.70 05025 | 1 0.03 3.74 05027 | 1 0.03 3.77 05029 | 1 0.03 3.80 05031 | 1 0.03 3.83 05033 | 1 0.03 3.86 05035 | 1 0.03 3.90 05037 | 1 0.03 3.93 05039 | 1 0.03 3.96 05041 | 1 0.03 3.99 05043 | 1 0.03 4.02 05045 | 1 0.03 4.05 05047 | 1 0.03 4.09 05049 | 1 0.03 4.12 05051 | 1 0.03 4.15 05053 | 1 0.03 4.18 05055 | 1 0.03 4.21 05057 | 1 0.03 4.25 05059 | 1 0.03 4.28 05061 | 1 0.03 4.31 05063 | 1 0.03 4.34 05065 | 1 0.03 4.37 05067 | 1 0.03 4.41 05069 | 1 0.03 4.44 05071 | 1 0.03 4.47 05073 | 1 0.03 4.50 05075 | 1 0.03 4.53 05077 | 1 0.03 4.57 05079 | 1 0.03 4.60 05081 | 1 0.03 4.63 05083 | 1 0.03 4.66 05085 | 1 0.03 4.69 05087 | 1 0.03 4.73 05089 | 1 0.03 4.76 05091 | 1 0.03 4.79 05093 | 1 0.03 4.82 05095 | 1 0.03 4.85 05097 | 1 0.03 4.89 05099 | 1 0.03 4.92 05101 | 1 0.03 4.95 05103 | 1 0.03 4.98 05105 | 1 0.03 5.01 05107 | 1 0.03 5.04 05109 | 1 0.03 5.08 05111 | 1 0.03 5.11 05113 | 1 0.03 5.14 05115 | 1 0.03 5.17 05117 | 1 0.03 5.20 05119 | 1 0.03 5.24 05121 | 1 0.03 5.27 05123 | 1 0.03 5.30 05125 | 1 0.03 5.33 05127 | 1 0.03 5.36 05129 | 1 0.03 5.40 05131 | 1 0.03 5.43 05133 | 1 0.03 5.46 05135 | 1 0.03 5.49 05137 | 1 0.03 5.52 05139 | 1 0.03 5.56 05141 | 1 0.03 5.59 05143 | 1 0.03 5.62 05145 | 1 0.03 5.65 05147 | 1 0.03 5.68 05149 | 1 0.03 5.72 06001 | 1 0.03 5.75 06003 | 1 0.03 5.78 06005 | 1 0.03 5.81 06007 | 1 0.03 5.84 06009 | 1 0.03 5.87 06011 | 1 0.03 5.91 06013 | 1 0.03 5.94 06015 | 1 0.03 5.97 06017 | 1 0.03 6.00 06019 | 1 0.03 6.03 06021 | 1 0.03 6.07 06023 | 1 0.03 6.10 06025 | 1 0.03 6.13 06027 | 1 0.03 6.16 06029 | 1 0.03 6.19 06031 | 1 0.03 6.23 06033 | 1 0.03 6.26 06035 | 1 0.03 6.29 06037 | 1 0.03 6.32 06039 | 1 0.03 6.35 06041 | 1 0.03 6.39 06043 | 1 0.03 6.42 06045 | 1 0.03 6.45 06047 | 1 0.03 6.48 06049 | 1 0.03 6.51 06051 | 1 0.03 6.55 06053 | 1 0.03 6.58 06055 | 1 0.03 6.61 06057 | 1 0.03 6.64 06059 | 1 0.03 6.67 06061 | 1 0.03 6.70 06063 | 1 0.03 6.74 06065 | 1 0.03 6.77 06067 | 1 0.03 6.80 06069 | 1 0.03 6.83 06071 | 1 0.03 6.86 06073 | 1 0.03 6.90 06075 | 1 0.03 6.93 06077 | 1 0.03 6.96 06079 | 1 0.03 6.99 06081 | 1 0.03 7.02 06083 | 1 0.03 7.06 06085 | 1 0.03 7.09 06087 | 1 0.03 7.12 06089 | 1 0.03 7.15 06091 | 1 0.03 7.18 06093 | 1 0.03 7.22 06095 | 1 0.03 7.25 06097 | 1 0.03 7.28 06099 | 1 0.03 7.31 06101 | 1 0.03 7.34 06103 | 1 0.03 7.38 06105 | 1 0.03 7.41 06107 | 1 0.03 7.44 06109 | 1 0.03 7.47 06111 | 1 0.03 7.50 06113 | 1 0.03 7.54 06115 | 1 0.03 7.57 08001 | 1 0.03 7.60 08003 | 1 0.03 7.63 08005 | 1 0.03 7.66 08007 | 1 0.03 7.69 08009 | 1 0.03 7.73 08011 | 1 0.03 7.76 08013 | 1 0.03 7.79 08015 | 1 0.03 7.82 08017 | 1 0.03 7.85 08019 | 1 0.03 7.89 08021 | 1 0.03 7.92 08023 | 1 0.03 7.95 08025 | 1 0.03 7.98 08027 | 1 0.03 8.01 08029 | 1 0.03 8.05 08031 | 1 0.03 8.08 08033 | 1 0.03 8.11 08035 | 1 0.03 8.14 08037 | 1 0.03 8.17 08039 | 1 0.03 8.21 08041 | 1 0.03 8.24 08043 | 1 0.03 8.27 08045 | 1 0.03 8.30 08047 | 1 0.03 8.33 08049 | 1 0.03 8.37 08051 | 1 0.03 8.40 08053 | 1 0.03 8.43 08055 | 1 0.03 8.46 08057 | 1 0.03 8.49 08059 | 1 0.03 8.52 08061 | 1 0.03 8.56 08063 | 1 0.03 8.59 08065 | 1 0.03 8.62 08067 | 1 0.03 8.65 08069 | 1 0.03 8.68 08071 | 1 0.03 8.72 08073 | 1 0.03 8.75 08075 | 1 0.03 8.78 08077 | 1 0.03 8.81 08079 | 1 0.03 8.84 08081 | 1 0.03 8.88 08083 | 1 0.03 8.91 08085 | 1 0.03 8.94 08087 | 1 0.03 8.97 08089 | 1 0.03 9.00 08091 | 1 0.03 9.04 08093 | 1 0.03 9.07 08095 | 1 0.03 9.10 08097 | 1 0.03 9.13 08099 | 1 0.03 9.16 08101 | 1 0.03 9.20 08103 | 1 0.03 9.23 08105 | 1 0.03 9.26 08107 | 1 0.03 9.29 08109 | 1 0.03 9.32 08111 | 1 0.03 9.36 08113 | 1 0.03 9.39 08115 | 1 0.03 9.42 08117 | 1 0.03 9.45 08119 | 1 0.03 9.48 08121 | 1 0.03 9.51 08123 | 1 0.03 9.55 08125 | 1 0.03 9.58 09001 | 1 0.03 9.61 09003 | 1 0.03 9.64 09005 | 1 0.03 9.67 09007 | 1 0.03 9.71 09009 | 1 0.03 9.74 09011 | 1 0.03 9.77 09013 | 1 0.03 9.80 09015 | 1 0.03 9.83 10001 | 1 0.03 9.87 10003 | 1 0.03 9.90 10005 | 1 0.03 9.93 12001 | 1 0.03 9.96 12003 | 1 0.03 9.99 12005 | 1 0.03 10.03 12007 | 1 0.03 10.06 12009 | 1 0.03 10.09 12011 | 1 0.03 10.12 12013 | 1 0.03 10.15 12015 | 1 0.03 10.19 12017 | 1 0.03 10.22 12019 | 1 0.03 10.25 12021 | 1 0.03 10.28 12023 | 1 0.03 10.31 12025 | 1 0.03 10.34 12027 | 1 0.03 10.38 12029 | 1 0.03 10.41 12031 | 1 0.03 10.44 12033 | 1 0.03 10.47 12035 | 1 0.03 10.50 12037 | 1 0.03 10.54 12039 | 1 0.03 10.57 12041 | 1 0.03 10.60 12043 | 1 0.03 10.63 12045 | 1 0.03 10.66 12047 | 1 0.03 10.70 12049 | 1 0.03 10.73 12051 | 1 0.03 10.76 12053 | 1 0.03 10.79 12055 | 1 0.03 10.82 12057 | 1 0.03 10.86 12059 | 1 0.03 10.89 12061 | 1 0.03 10.92 12063 | 1 0.03 10.95 12065 | 1 0.03 10.98 12067 | 1 0.03 11.02 12069 | 1 0.03 11.05 12071 | 1 0.03 11.08 12073 | 1 0.03 11.11 12075 | 1 0.03 11.14 12077 | 1 0.03 11.17 12079 | 1 0.03 11.21 12081 | 1 0.03 11.24 12083 | 1 0.03 11.27 12085 | 1 0.03 11.30 12087 | 1 0.03 11.33 12089 | 1 0.03 11.37 12091 | 1 0.03 11.40 12093 | 1 0.03 11.43 12095 | 1 0.03 11.46 12097 | 1 0.03 11.49 12099 | 1 0.03 11.53 12101 | 1 0.03 11.56 12103 | 1 0.03 11.59 12105 | 1 0.03 11.62 12107 | 1 0.03 11.65 12109 | 1 0.03 11.69 12111 | 1 0.03 11.72 12113 | 1 0.03 11.75 12115 | 1 0.03 11.78 12117 | 1 0.03 11.81 12119 | 1 0.03 11.85 12121 | 1 0.03 11.88 12123 | 1 0.03 11.91 12125 | 1 0.03 11.94 12127 | 1 0.03 11.97 12129 | 1 0.03 12.01 12131 | 1 0.03 12.04 12133 | 1 0.03 12.07 13003 | 1 0.03 12.10 13005 | 1 0.03 12.13 13007 | 1 0.03 12.16 13009 | 1 0.03 12.20 13011 | 1 0.03 12.23 13013 | 1 0.03 12.26 13015 | 1 0.03 12.29 13017 | 1 0.03 12.32 13019 | 1 0.03 12.36 13021 | 1 0.03 12.39 13023 | 1 0.03 12.42 13025 | 1 0.03 12.45 13027 | 1 0.03 12.48 13029 | 1 0.03 12.52 13031 | 1 0.03 12.55 13033 | 1 0.03 12.58 13035 | 1 0.03 12.61 13037 | 1 0.03 12.64 13039 | 1 0.03 12.68 13043 | 1 0.03 12.71 13045 | 1 0.03 12.74 13047 | 1 0.03 12.77 13049 | 1 0.03 12.80 13051 | 1 0.03 12.84 13053 | 1 0.03 12.87 13055 | 1 0.03 12.90 13057 | 1 0.03 12.93 13059 | 1 0.03 12.96 13061 | 1 0.03 12.99 13063 | 1 0.03 13.03 13065 | 1 0.03 13.06 13067 | 1 0.03 13.09 13069 | 1 0.03 13.12 13071 | 1 0.03 13.15 13073 | 1 0.03 13.19 13075 | 1 0.03 13.22 13077 | 1 0.03 13.25 13079 | 1 0.03 13.28 13081 | 1 0.03 13.31 13083 | 1 0.03 13.35 13085 | 1 0.03 13.38 13087 | 1 0.03 13.41 13089 | 1 0.03 13.44 13091 | 1 0.03 13.47 13093 | 1 0.03 13.51 13095 | 1 0.03 13.54 13097 | 1 0.03 13.57 13099 | 1 0.03 13.60 13101 | 1 0.03 13.63 13103 | 1 0.03 13.67 13105 | 1 0.03 13.70 13107 | 1 0.03 13.73 13109 | 1 0.03 13.76 13111 | 1 0.03 13.79 13113 | 1 0.03 13.83 13115 | 1 0.03 13.86 13117 | 1 0.03 13.89 13119 | 1 0.03 13.92 13121 | 1 0.03 13.95 13123 | 1 0.03 13.98 13125 | 1 0.03 14.02 13127 | 1 0.03 14.05 13129 | 1 0.03 14.08 13131 | 1 0.03 14.11 13133 | 1 0.03 14.14 13135 | 1 0.03 14.18 13137 | 1 0.03 14.21 13139 | 1 0.03 14.24 13141 | 1 0.03 14.27 13143 | 1 0.03 14.30 13145 | 1 0.03 14.34 13147 | 1 0.03 14.37 13149 | 1 0.03 14.40 13151 | 1 0.03 14.43 13153 | 1 0.03 14.46 13155 | 1 0.03 14.50 13157 | 1 0.03 14.53 13159 | 1 0.03 14.56 13161 | 1 0.03 14.59 13163 | 1 0.03 14.62 13165 | 1 0.03 14.66 13167 | 1 0.03 14.69 13169 | 1 0.03 14.72 13171 | 1 0.03 14.75 13173 | 1 0.03 14.78 13175 | 1 0.03 14.81 13177 | 1 0.03 14.85 13179 | 1 0.03 14.88 13181 | 1 0.03 14.91 13183 | 1 0.03 14.94 13185 | 1 0.03 14.97 13187 | 1 0.03 15.01 13189 | 1 0.03 15.04 13191 | 1 0.03 15.07 13193 | 1 0.03 15.10 13195 | 1 0.03 15.13 13197 | 1 0.03 15.17 13199 | 1 0.03 15.20 13201 | 1 0.03 15.23 13205 | 1 0.03 15.26 13207 | 1 0.03 15.29 13209 | 1 0.03 15.33 13211 | 1 0.03 15.36 13213 | 1 0.03 15.39 13215 | 1 0.03 15.42 13217 | 1 0.03 15.45 13219 | 1 0.03 15.49 13221 | 1 0.03 15.52 13223 | 1 0.03 15.55 13225 | 1 0.03 15.58 13227 | 1 0.03 15.61 13229 | 1 0.03 15.64 13231 | 1 0.03 15.68 13233 | 1 0.03 15.71 13235 | 1 0.03 15.74 13237 | 1 0.03 15.77 13239 | 1 0.03 15.80 13241 | 1 0.03 15.84 13243 | 1 0.03 15.87 13245 | 1 0.03 15.90 13247 | 1 0.03 15.93 13249 | 1 0.03 15.96 13251 | 1 0.03 16.00 13253 | 1 0.03 16.03 13255 | 1 0.03 16.06 13257 | 1 0.03 16.09 13259 | 1 0.03 16.12 13261 | 1 0.03 16.16 13263 | 1 0.03 16.19 13265 | 1 0.03 16.22 13267 | 1 0.03 16.25 13269 | 1 0.03 16.28 13271 | 1 0.03 16.32 13273 | 1 0.03 16.35 13275 | 1 0.03 16.38 13277 | 1 0.03 16.41 13279 | 1 0.03 16.44 13281 | 1 0.03 16.48 13283 | 1 0.03 16.51 13285 | 1 0.03 16.54 13287 | 1 0.03 16.57 13289 | 1 0.03 16.60 13291 | 1 0.03 16.63 13293 | 1 0.03 16.67 13295 | 1 0.03 16.70 13297 | 1 0.03 16.73 13299 | 1 0.03 16.76 13301 | 1 0.03 16.79 13303 | 1 0.03 16.83 13305 | 1 0.03 16.86 13307 | 1 0.03 16.89 13309 | 1 0.03 16.92 13311 | 1 0.03 16.95 13313 | 1 0.03 16.99 13315 | 1 0.03 17.02 13317 | 1 0.03 17.05 13319 | 1 0.03 17.08 13321 | 1 0.03 17.11 15001 | 1 0.03 17.15 15003 | 1 0.03 17.18 15005 | 1 0.03 17.21 15007 | 1 0.03 17.24 15009 | 1 0.03 17.27 16001 | 1 0.03 17.31 16003 | 1 0.03 17.34 16005 | 1 0.03 17.37 16007 | 1 0.03 17.40 16009 | 1 0.03 17.43 16011 | 1 0.03 17.46 16013 | 1 0.03 17.50 16015 | 1 0.03 17.53 16017 | 1 0.03 17.56 16019 | 1 0.03 17.59 16021 | 1 0.03 17.62 16023 | 1 0.03 17.66 16025 | 1 0.03 17.69 16027 | 1 0.03 17.72 16029 | 1 0.03 17.75 16031 | 1 0.03 17.78 16033 | 1 0.03 17.82 16035 | 1 0.03 17.85 16037 | 1 0.03 17.88 16039 | 1 0.03 17.91 16041 | 1 0.03 17.94 16043 | 1 0.03 17.98 16045 | 1 0.03 18.01 16047 | 1 0.03 18.04 16049 | 1 0.03 18.07 16051 | 1 0.03 18.10 16053 | 1 0.03 18.14 16055 | 1 0.03 18.17 16057 | 1 0.03 18.20 16059 | 1 0.03 18.23 16061 | 1 0.03 18.26 16063 | 1 0.03 18.30 16065 | 1 0.03 18.33 16067 | 1 0.03 18.36 16069 | 1 0.03 18.39 16071 | 1 0.03 18.42 16073 | 1 0.03 18.45 16075 | 1 0.03 18.49 16077 | 1 0.03 18.52 16079 | 1 0.03 18.55 16081 | 1 0.03 18.58 16083 | 1 0.03 18.61 16085 | 1 0.03 18.65 16087 | 1 0.03 18.68 17001 | 1 0.03 18.71 17003 | 1 0.03 18.74 17005 | 1 0.03 18.77 17007 | 1 0.03 18.81 17009 | 1 0.03 18.84 17011 | 1 0.03 18.87 17013 | 1 0.03 18.90 17015 | 1 0.03 18.93 17017 | 1 0.03 18.97 17019 | 1 0.03 19.00 17021 | 1 0.03 19.03 17023 | 1 0.03 19.06 17025 | 1 0.03 19.09 17027 | 1 0.03 19.13 17029 | 1 0.03 19.16 17031 | 1 0.03 19.19 17033 | 1 0.03 19.22 17035 | 1 0.03 19.25 17037 | 1 0.03 19.28 17039 | 1 0.03 19.32 17041 | 1 0.03 19.35 17043 | 1 0.03 19.38 17045 | 1 0.03 19.41 17047 | 1 0.03 19.44 17049 | 1 0.03 19.48 17051 | 1 0.03 19.51 17053 | 1 0.03 19.54 17055 | 1 0.03 19.57 17057 | 1 0.03 19.60 17059 | 1 0.03 19.64 17061 | 1 0.03 19.67 17063 | 1 0.03 19.70 17065 | 1 0.03 19.73 17067 | 1 0.03 19.76 17069 | 1 0.03 19.80 17071 | 1 0.03 19.83 17073 | 1 0.03 19.86 17075 | 1 0.03 19.89 17077 | 1 0.03 19.92 17079 | 1 0.03 19.96 17081 | 1 0.03 19.99 17083 | 1 0.03 20.02 17085 | 1 0.03 20.05 17087 | 1 0.03 20.08 17089 | 1 0.03 20.11 17091 | 1 0.03 20.15 17093 | 1 0.03 20.18 17095 | 1 0.03 20.21 17097 | 1 0.03 20.24 17099 | 1 0.03 20.27 17101 | 1 0.03 20.31 17103 | 1 0.03 20.34 17105 | 1 0.03 20.37 17107 | 1 0.03 20.40 17109 | 1 0.03 20.43 17111 | 1 0.03 20.47 17113 | 1 0.03 20.50 17115 | 1 0.03 20.53 17117 | 1 0.03 20.56 17119 | 1 0.03 20.59 17121 | 1 0.03 20.63 17123 | 1 0.03 20.66 17125 | 1 0.03 20.69 17127 | 1 0.03 20.72 17129 | 1 0.03 20.75 17131 | 1 0.03 20.79 17133 | 1 0.03 20.82 17135 | 1 0.03 20.85 17137 | 1 0.03 20.88 17139 | 1 0.03 20.91 17141 | 1 0.03 20.95 17143 | 1 0.03 20.98 17145 | 1 0.03 21.01 17147 | 1 0.03 21.04 17149 | 1 0.03 21.07 17151 | 1 0.03 21.10 17153 | 1 0.03 21.14 17155 | 1 0.03 21.17 17157 | 1 0.03 21.20 17159 | 1 0.03 21.23 17161 | 1 0.03 21.26 17163 | 1 0.03 21.30 17165 | 1 0.03 21.33 17167 | 1 0.03 21.36 17169 | 1 0.03 21.39 17171 | 1 0.03 21.42 17173 | 1 0.03 21.46 17175 | 1 0.03 21.49 17177 | 1 0.03 21.52 17179 | 1 0.03 21.55 17181 | 1 0.03 21.58 17183 | 1 0.03 21.62 17185 | 1 0.03 21.65 17187 | 1 0.03 21.68 17189 | 1 0.03 21.71 17191 | 1 0.03 21.74 17193 | 1 0.03 21.78 17195 | 1 0.03 21.81 17197 | 1 0.03 21.84 17199 | 1 0.03 21.87 17201 | 1 0.03 21.90 17203 | 1 0.03 21.93 18001 | 1 0.03 21.97 18003 | 1 0.03 22.00 18005 | 1 0.03 22.03 18007 | 1 0.03 22.06 18009 | 1 0.03 22.09 18011 | 1 0.03 22.13 18013 | 1 0.03 22.16 18015 | 1 0.03 22.19 18017 | 1 0.03 22.22 18019 | 1 0.03 22.25 18021 | 1 0.03 22.29 18023 | 1 0.03 22.32 18025 | 1 0.03 22.35 18027 | 1 0.03 22.38 18029 | 1 0.03 22.41 18031 | 1 0.03 22.45 18033 | 1 0.03 22.48 18035 | 1 0.03 22.51 18037 | 1 0.03 22.54 18039 | 1 0.03 22.57 18041 | 1 0.03 22.61 18043 | 1 0.03 22.64 18045 | 1 0.03 22.67 18047 | 1 0.03 22.70 18049 | 1 0.03 22.73 18051 | 1 0.03 22.77 18053 | 1 0.03 22.80 18055 | 1 0.03 22.83 18057 | 1 0.03 22.86 18059 | 1 0.03 22.89 18061 | 1 0.03 22.92 18063 | 1 0.03 22.96 18065 | 1 0.03 22.99 18067 | 1 0.03 23.02 18069 | 1 0.03 23.05 18071 | 1 0.03 23.08 18073 | 1 0.03 23.12 18075 | 1 0.03 23.15 18077 | 1 0.03 23.18 18079 | 1 0.03 23.21 18081 | 1 0.03 23.24 18083 | 1 0.03 23.28 18085 | 1 0.03 23.31 18087 | 1 0.03 23.34 18089 | 1 0.03 23.37 18091 | 1 0.03 23.40 18093 | 1 0.03 23.44 18095 | 1 0.03 23.47 18097 | 1 0.03 23.50 18099 | 1 0.03 23.53 18101 | 1 0.03 23.56 18103 | 1 0.03 23.60 18105 | 1 0.03 23.63 18107 | 1 0.03 23.66 18109 | 1 0.03 23.69 18111 | 1 0.03 23.72 18113 | 1 0.03 23.75 18115 | 1 0.03 23.79 18117 | 1 0.03 23.82 18119 | 1 0.03 23.85 18121 | 1 0.03 23.88 18123 | 1 0.03 23.91 18125 | 1 0.03 23.95 18127 | 1 0.03 23.98 18129 | 1 0.03 24.01 18131 | 1 0.03 24.04 18133 | 1 0.03 24.07 18135 | 1 0.03 24.11 18137 | 1 0.03 24.14 18139 | 1 0.03 24.17 18141 | 1 0.03 24.20 18143 | 1 0.03 24.23 18145 | 1 0.03 24.27 18147 | 1 0.03 24.30 18149 | 1 0.03 24.33 18151 | 1 0.03 24.36 18153 | 1 0.03 24.39 18155 | 1 0.03 24.43 18157 | 1 0.03 24.46 18159 | 1 0.03 24.49 18161 | 1 0.03 24.52 18163 | 1 0.03 24.55 18165 | 1 0.03 24.58 18167 | 1 0.03 24.62 18169 | 1 0.03 24.65 18171 | 1 0.03 24.68 18173 | 1 0.03 24.71 18175 | 1 0.03 24.74 18177 | 1 0.03 24.78 18179 | 1 0.03 24.81 18181 | 1 0.03 24.84 18183 | 1 0.03 24.87 19001 | 1 0.03 24.90 19003 | 1 0.03 24.94 19005 | 1 0.03 24.97 19007 | 1 0.03 25.00 19009 | 1 0.03 25.03 19011 | 1 0.03 25.06 19013 | 1 0.03 25.10 19015 | 1 0.03 25.13 19017 | 1 0.03 25.16 19019 | 1 0.03 25.19 19021 | 1 0.03 25.22 19023 | 1 0.03 25.26 19025 | 1 0.03 25.29 19027 | 1 0.03 25.32 19029 | 1 0.03 25.35 19031 | 1 0.03 25.38 19033 | 1 0.03 25.42 19035 | 1 0.03 25.45 19037 | 1 0.03 25.48 19039 | 1 0.03 25.51 19041 | 1 0.03 25.54 19043 | 1 0.03 25.57 19045 | 1 0.03 25.61 19047 | 1 0.03 25.64 19049 | 1 0.03 25.67 19051 | 1 0.03 25.70 19053 | 1 0.03 25.73 19055 | 1 0.03 25.77 19057 | 1 0.03 25.80 19059 | 1 0.03 25.83 19061 | 1 0.03 25.86 19063 | 1 0.03 25.89 19065 | 1 0.03 25.93 19067 | 1 0.03 25.96 19069 | 1 0.03 25.99 19071 | 1 0.03 26.02 19073 | 1 0.03 26.05 19075 | 1 0.03 26.09 19077 | 1 0.03 26.12 19079 | 1 0.03 26.15 19081 | 1 0.03 26.18 19083 | 1 0.03 26.21 19085 | 1 0.03 26.25 19087 | 1 0.03 26.28 19089 | 1 0.03 26.31 19091 | 1 0.03 26.34 19093 | 1 0.03 26.37 19095 | 1 0.03 26.40 19097 | 1 0.03 26.44 19099 | 1 0.03 26.47 19101 | 1 0.03 26.50 19103 | 1 0.03 26.53 19105 | 1 0.03 26.56 19107 | 1 0.03 26.60 19109 | 1 0.03 26.63 19111 | 1 0.03 26.66 19113 | 1 0.03 26.69 19115 | 1 0.03 26.72 19117 | 1 0.03 26.76 19119 | 1 0.03 26.79 19121 | 1 0.03 26.82 19123 | 1 0.03 26.85 19125 | 1 0.03 26.88 19127 | 1 0.03 26.92 19129 | 1 0.03 26.95 19131 | 1 0.03 26.98 19133 | 1 0.03 27.01 19135 | 1 0.03 27.04 19137 | 1 0.03 27.08 19139 | 1 0.03 27.11 19141 | 1 0.03 27.14 19143 | 1 0.03 27.17 19145 | 1 0.03 27.20 19147 | 1 0.03 27.23 19149 | 1 0.03 27.27 19151 | 1 0.03 27.30 19153 | 1 0.03 27.33 19155 | 1 0.03 27.36 19157 | 1 0.03 27.39 19159 | 1 0.03 27.43 19161 | 1 0.03 27.46 19163 | 1 0.03 27.49 19165 | 1 0.03 27.52 19167 | 1 0.03 27.55 19169 | 1 0.03 27.59 19171 | 1 0.03 27.62 19173 | 1 0.03 27.65 19175 | 1 0.03 27.68 19177 | 1 0.03 27.71 19179 | 1 0.03 27.75 19181 | 1 0.03 27.78 19183 | 1 0.03 27.81 19185 | 1 0.03 27.84 19187 | 1 0.03 27.87 19189 | 1 0.03 27.91 19191 | 1 0.03 27.94 19193 | 1 0.03 27.97 19195 | 1 0.03 28.00 19197 | 1 0.03 28.03 20001 | 1 0.03 28.07 20003 | 1 0.03 28.10 20005 | 1 0.03 28.13 20007 | 1 0.03 28.16 20009 | 1 0.03 28.19 20011 | 1 0.03 28.22 20013 | 1 0.03 28.26 20015 | 1 0.03 28.29 20017 | 1 0.03 28.32 20019 | 1 0.03 28.35 20021 | 1 0.03 28.38 20023 | 1 0.03 28.42 20025 | 1 0.03 28.45 20027 | 1 0.03 28.48 20029 | 1 0.03 28.51 20031 | 1 0.03 28.54 20033 | 1 0.03 28.58 20035 | 1 0.03 28.61 20037 | 1 0.03 28.64 20039 | 1 0.03 28.67 20041 | 1 0.03 28.70 20043 | 1 0.03 28.74 20045 | 1 0.03 28.77 20047 | 1 0.03 28.80 20049 | 1 0.03 28.83 20051 | 1 0.03 28.86 20053 | 1 0.03 28.90 20055 | 1 0.03 28.93 20057 | 1 0.03 28.96 20059 | 1 0.03 28.99 20061 | 1 0.03 29.02 20063 | 1 0.03 29.05 20065 | 1 0.03 29.09 20067 | 1 0.03 29.12 20069 | 1 0.03 29.15 20071 | 1 0.03 29.18 20073 | 1 0.03 29.21 20075 | 1 0.03 29.25 20077 | 1 0.03 29.28 20079 | 1 0.03 29.31 20081 | 1 0.03 29.34 20083 | 1 0.03 29.37 20085 | 1 0.03 29.41 20087 | 1 0.03 29.44 20089 | 1 0.03 29.47 20091 | 1 0.03 29.50 20093 | 1 0.03 29.53 20095 | 1 0.03 29.57 20097 | 1 0.03 29.60 20099 | 1 0.03 29.63 20101 | 1 0.03 29.66 20103 | 1 0.03 29.69 20105 | 1 0.03 29.73 20107 | 1 0.03 29.76 20109 | 1 0.03 29.79 20111 | 1 0.03 29.82 20113 | 1 0.03 29.85 20115 | 1 0.03 29.89 20117 | 1 0.03 29.92 20119 | 1 0.03 29.95 20121 | 1 0.03 29.98 20123 | 1 0.03 30.01 20125 | 1 0.03 30.04 20127 | 1 0.03 30.08 20129 | 1 0.03 30.11 20131 | 1 0.03 30.14 20133 | 1 0.03 30.17 20135 | 1 0.03 30.20 20137 | 1 0.03 30.24 20139 | 1 0.03 30.27 20141 | 1 0.03 30.30 20143 | 1 0.03 30.33 20145 | 1 0.03 30.36 20147 | 1 0.03 30.40 20149 | 1 0.03 30.43 20151 | 1 0.03 30.46 20153 | 1 0.03 30.49 20155 | 1 0.03 30.52 20157 | 1 0.03 30.56 20159 | 1 0.03 30.59 20161 | 1 0.03 30.62 20163 | 1 0.03 30.65 20165 | 1 0.03 30.68 20167 | 1 0.03 30.72 20169 | 1 0.03 30.75 20171 | 1 0.03 30.78 20173 | 1 0.03 30.81 20175 | 1 0.03 30.84 20177 | 1 0.03 30.87 20179 | 1 0.03 30.91 20181 | 1 0.03 30.94 20183 | 1 0.03 30.97 20185 | 1 0.03 31.00 20187 | 1 0.03 31.03 20189 | 1 0.03 31.07 20191 | 1 0.03 31.10 20193 | 1 0.03 31.13 20195 | 1 0.03 31.16 20197 | 1 0.03 31.19 20199 | 1 0.03 31.23 20201 | 1 0.03 31.26 20203 | 1 0.03 31.29 20205 | 1 0.03 31.32 20207 | 1 0.03 31.35 20209 | 1 0.03 31.39 21001 | 1 0.03 31.42 21003 | 1 0.03 31.45 21005 | 1 0.03 31.48 21007 | 1 0.03 31.51 21009 | 1 0.03 31.55 21011 | 1 0.03 31.58 21013 | 1 0.03 31.61 21015 | 1 0.03 31.64 21017 | 1 0.03 31.67 21019 | 1 0.03 31.70 21021 | 1 0.03 31.74 21023 | 1 0.03 31.77 21025 | 1 0.03 31.80 21027 | 1 0.03 31.83 21029 | 1 0.03 31.86 21031 | 1 0.03 31.90 21033 | 1 0.03 31.93 21035 | 1 0.03 31.96 21037 | 1 0.03 31.99 21039 | 1 0.03 32.02 21041 | 1 0.03 32.06 21043 | 1 0.03 32.09 21045 | 1 0.03 32.12 21047 | 1 0.03 32.15 21049 | 1 0.03 32.18 21051 | 1 0.03 32.22 21053 | 1 0.03 32.25 21055 | 1 0.03 32.28 21057 | 1 0.03 32.31 21059 | 1 0.03 32.34 21061 | 1 0.03 32.38 21063 | 1 0.03 32.41 21065 | 1 0.03 32.44 21067 | 1 0.03 32.47 21069 | 1 0.03 32.50 21071 | 1 0.03 32.54 21073 | 1 0.03 32.57 21075 | 1 0.03 32.60 21077 | 1 0.03 32.63 21079 | 1 0.03 32.66 21081 | 1 0.03 32.69 21083 | 1 0.03 32.73 21085 | 1 0.03 32.76 21087 | 1 0.03 32.79 21089 | 1 0.03 32.82 21091 | 1 0.03 32.85 21093 | 1 0.03 32.89 21095 | 1 0.03 32.92 21097 | 1 0.03 32.95 21099 | 1 0.03 32.98 21101 | 1 0.03 33.01 21103 | 1 0.03 33.05 21105 | 1 0.03 33.08 21107 | 1 0.03 33.11 21109 | 1 0.03 33.14 21111 | 1 0.03 33.17 21113 | 1 0.03 33.21 21115 | 1 0.03 33.24 21117 | 1 0.03 33.27 21119 | 1 0.03 33.30 21121 | 1 0.03 33.33 21123 | 1 0.03 33.37 21125 | 1 0.03 33.40 21127 | 1 0.03 33.43 21129 | 1 0.03 33.46 21131 | 1 0.03 33.49 21133 | 1 0.03 33.52 21135 | 1 0.03 33.56 21137 | 1 0.03 33.59 21139 | 1 0.03 33.62 21141 | 1 0.03 33.65 21143 | 1 0.03 33.68 21145 | 1 0.03 33.72 21147 | 1 0.03 33.75 21149 | 1 0.03 33.78 21151 | 1 0.03 33.81 21153 | 1 0.03 33.84 21155 | 1 0.03 33.88 21157 | 1 0.03 33.91 21159 | 1 0.03 33.94 21161 | 1 0.03 33.97 21163 | 1 0.03 34.00 21165 | 1 0.03 34.04 21167 | 1 0.03 34.07 21169 | 1 0.03 34.10 21171 | 1 0.03 34.13 21173 | 1 0.03 34.16 21175 | 1 0.03 34.20 21177 | 1 0.03 34.23 21179 | 1 0.03 34.26 21181 | 1 0.03 34.29 21183 | 1 0.03 34.32 21185 | 1 0.03 34.36 21187 | 1 0.03 34.39 21189 | 1 0.03 34.42 21191 | 1 0.03 34.45 21193 | 1 0.03 34.48 21195 | 1 0.03 34.51 21197 | 1 0.03 34.55 21199 | 1 0.03 34.58 21201 | 1 0.03 34.61 21203 | 1 0.03 34.64 21205 | 1 0.03 34.67 21207 | 1 0.03 34.71 21209 | 1 0.03 34.74 21211 | 1 0.03 34.77 21213 | 1 0.03 34.80 21215 | 1 0.03 34.83 21217 | 1 0.03 34.87 21219 | 1 0.03 34.90 21221 | 1 0.03 34.93 21223 | 1 0.03 34.96 21225 | 1 0.03 34.99 21227 | 1 0.03 35.03 21229 | 1 0.03 35.06 21231 | 1 0.03 35.09 21233 | 1 0.03 35.12 21235 | 1 0.03 35.15 21237 | 1 0.03 35.19 21239 | 1 0.03 35.22 22001 | 1 0.03 35.25 22003 | 1 0.03 35.28 22005 | 1 0.03 35.31 22007 | 1 0.03 35.34 22009 | 1 0.03 35.38 22011 | 1 0.03 35.41 22013 | 1 0.03 35.44 22015 | 1 0.03 35.47 22017 | 1 0.03 35.50 22019 | 1 0.03 35.54 22021 | 1 0.03 35.57 22023 | 1 0.03 35.60 22025 | 1 0.03 35.63 22027 | 1 0.03 35.66 22029 | 1 0.03 35.70 22031 | 1 0.03 35.73 22033 | 1 0.03 35.76 22035 | 1 0.03 35.79 22037 | 1 0.03 35.82 22039 | 1 0.03 35.86 22041 | 1 0.03 35.89 22043 | 1 0.03 35.92 22045 | 1 0.03 35.95 22047 | 1 0.03 35.98 22049 | 1 0.03 36.02 22051 | 1 0.03 36.05 22053 | 1 0.03 36.08 22055 | 1 0.03 36.11 22057 | 1 0.03 36.14 22059 | 1 0.03 36.17 22061 | 1 0.03 36.21 22063 | 1 0.03 36.24 22065 | 1 0.03 36.27 22067 | 1 0.03 36.30 22069 | 1 0.03 36.33 22071 | 1 0.03 36.37 22073 | 1 0.03 36.40 22075 | 1 0.03 36.43 22077 | 1 0.03 36.46 22079 | 1 0.03 36.49 22081 | 1 0.03 36.53 22083 | 1 0.03 36.56 22085 | 1 0.03 36.59 22087 | 1 0.03 36.62 22089 | 1 0.03 36.65 22091 | 1 0.03 36.69 22093 | 1 0.03 36.72 22095 | 1 0.03 36.75 22097 | 1 0.03 36.78 22099 | 1 0.03 36.81 22101 | 1 0.03 36.85 22103 | 1 0.03 36.88 22105 | 1 0.03 36.91 22107 | 1 0.03 36.94 22109 | 1 0.03 36.97 22111 | 1 0.03 37.01 22113 | 1 0.03 37.04 22115 | 1 0.03 37.07 22117 | 1 0.03 37.10 22119 | 1 0.03 37.13 22121 | 1 0.03 37.16 22123 | 1 0.03 37.20 22125 | 1 0.03 37.23 22127 | 1 0.03 37.26 23001 | 1 0.03 37.29 23003 | 1 0.03 37.32 23005 | 1 0.03 37.36 23007 | 1 0.03 37.39 23009 | 1 0.03 37.42 23011 | 1 0.03 37.45 23013 | 1 0.03 37.48 23015 | 1 0.03 37.52 23017 | 1 0.03 37.55 23019 | 1 0.03 37.58 23021 | 1 0.03 37.61 23023 | 1 0.03 37.64 23025 | 1 0.03 37.68 23027 | 1 0.03 37.71 23029 | 1 0.03 37.74 23031 | 1 0.03 37.77 24001 | 1 0.03 37.80 24003 | 1 0.03 37.84 24005 | 1 0.03 37.87 24009 | 1 0.03 37.90 24011 | 1 0.03 37.93 24013 | 1 0.03 37.96 24015 | 1 0.03 37.99 24017 | 1 0.03 38.03 24019 | 1 0.03 38.06 24021 | 1 0.03 38.09 24023 | 1 0.03 38.12 24025 | 1 0.03 38.15 24027 | 1 0.03 38.19 24029 | 1 0.03 38.22 24031 | 1 0.03 38.25 24033 | 1 0.03 38.28 24035 | 1 0.03 38.31 24037 | 1 0.03 38.35 24039 | 1 0.03 38.38 24041 | 1 0.03 38.41 24043 | 1 0.03 38.44 24045 | 1 0.03 38.47 24047 | 1 0.03 38.51 24510 | 1 0.03 38.54 25001 | 1 0.03 38.57 25003 | 1 0.03 38.60 25005 | 1 0.03 38.63 25007 | 1 0.03 38.67 25009 | 1 0.03 38.70 25011 | 1 0.03 38.73 25013 | 1 0.03 38.76 25015 | 1 0.03 38.79 25017 | 1 0.03 38.83 25019 | 1 0.03 38.86 25021 | 1 0.03 38.89 25023 | 1 0.03 38.92 25025 | 1 0.03 38.95 25027 | 1 0.03 38.98 26001 | 1 0.03 39.02 26003 | 1 0.03 39.05 26005 | 1 0.03 39.08 26007 | 1 0.03 39.11 26009 | 1 0.03 39.14 26011 | 1 0.03 39.18 26013 | 1 0.03 39.21 26015 | 1 0.03 39.24 26017 | 1 0.03 39.27 26019 | 1 0.03 39.30 26021 | 1 0.03 39.34 26023 | 1 0.03 39.37 26025 | 1 0.03 39.40 26027 | 1 0.03 39.43 26029 | 1 0.03 39.46 26031 | 1 0.03 39.50 26033 | 1 0.03 39.53 26035 | 1 0.03 39.56 26037 | 1 0.03 39.59 26039 | 1 0.03 39.62 26041 | 1 0.03 39.66 26043 | 1 0.03 39.69 26045 | 1 0.03 39.72 26047 | 1 0.03 39.75 26049 | 1 0.03 39.78 26051 | 1 0.03 39.81 26053 | 1 0.03 39.85 26055 | 1 0.03 39.88 26057 | 1 0.03 39.91 26059 | 1 0.03 39.94 26061 | 1 0.03 39.97 26063 | 1 0.03 40.01 26065 | 1 0.03 40.04 26067 | 1 0.03 40.07 26069 | 1 0.03 40.10 26071 | 1 0.03 40.13 26073 | 1 0.03 40.17 26075 | 1 0.03 40.20 26077 | 1 0.03 40.23 26079 | 1 0.03 40.26 26081 | 1 0.03 40.29 26083 | 1 0.03 40.33 26085 | 1 0.03 40.36 26087 | 1 0.03 40.39 26089 | 1 0.03 40.42 26091 | 1 0.03 40.45 26093 | 1 0.03 40.49 26095 | 1 0.03 40.52 26097 | 1 0.03 40.55 26099 | 1 0.03 40.58 26101 | 1 0.03 40.61 26103 | 1 0.03 40.64 26105 | 1 0.03 40.68 26107 | 1 0.03 40.71 26109 | 1 0.03 40.74 26111 | 1 0.03 40.77 26113 | 1 0.03 40.80 26115 | 1 0.03 40.84 26117 | 1 0.03 40.87 26119 | 1 0.03 40.90 26121 | 1 0.03 40.93 26123 | 1 0.03 40.96 26125 | 1 0.03 41.00 26127 | 1 0.03 41.03 26129 | 1 0.03 41.06 26131 | 1 0.03 41.09 26133 | 1 0.03 41.12 26135 | 1 0.03 41.16 26137 | 1 0.03 41.19 26139 | 1 0.03 41.22 26141 | 1 0.03 41.25 26143 | 1 0.03 41.28 26145 | 1 0.03 41.32 26147 | 1 0.03 41.35 26149 | 1 0.03 41.38 26151 | 1 0.03 41.41 26153 | 1 0.03 41.44 26155 | 1 0.03 41.48 26157 | 1 0.03 41.51 26159 | 1 0.03 41.54 26161 | 1 0.03 41.57 26163 | 1 0.03 41.60 26165 | 1 0.03 41.63 27001 | 1 0.03 41.67 27003 | 1 0.03 41.70 27005 | 1 0.03 41.73 27007 | 1 0.03 41.76 27009 | 1 0.03 41.79 27011 | 1 0.03 41.83 27013 | 1 0.03 41.86 27015 | 1 0.03 41.89 27017 | 1 0.03 41.92 27019 | 1 0.03 41.95 27021 | 1 0.03 41.99 27023 | 1 0.03 42.02 27025 | 1 0.03 42.05 27027 | 1 0.03 42.08 27029 | 1 0.03 42.11 27031 | 1 0.03 42.15 27033 | 1 0.03 42.18 27035 | 1 0.03 42.21 27037 | 1 0.03 42.24 27039 | 1 0.03 42.27 27041 | 1 0.03 42.31 27043 | 1 0.03 42.34 27045 | 1 0.03 42.37 27047 | 1 0.03 42.40 27049 | 1 0.03 42.43 27051 | 1 0.03 42.46 27053 | 1 0.03 42.50 27055 | 1 0.03 42.53 27057 | 1 0.03 42.56 27059 | 1 0.03 42.59 27061 | 1 0.03 42.62 27063 | 1 0.03 42.66 27065 | 1 0.03 42.69 27067 | 1 0.03 42.72 27069 | 1 0.03 42.75 27071 | 1 0.03 42.78 27073 | 1 0.03 42.82 27075 | 1 0.03 42.85 27077 | 1 0.03 42.88 27079 | 1 0.03 42.91 27081 | 1 0.03 42.94 27083 | 1 0.03 42.98 27085 | 1 0.03 43.01 27087 | 1 0.03 43.04 27089 | 1 0.03 43.07 27091 | 1 0.03 43.10 27093 | 1 0.03 43.14 27095 | 1 0.03 43.17 27097 | 1 0.03 43.20 27099 | 1 0.03 43.23 27101 | 1 0.03 43.26 27103 | 1 0.03 43.30 27105 | 1 0.03 43.33 27107 | 1 0.03 43.36 27109 | 1 0.03 43.39 27111 | 1 0.03 43.42 27113 | 1 0.03 43.45 27115 | 1 0.03 43.49 27117 | 1 0.03 43.52 27119 | 1 0.03 43.55 27121 | 1 0.03 43.58 27123 | 1 0.03 43.61 27125 | 1 0.03 43.65 27127 | 1 0.03 43.68 27129 | 1 0.03 43.71 27131 | 1 0.03 43.74 27133 | 1 0.03 43.77 27135 | 1 0.03 43.81 27137 | 1 0.03 43.84 27139 | 1 0.03 43.87 27141 | 1 0.03 43.90 27143 | 1 0.03 43.93 27145 | 1 0.03 43.97 27147 | 1 0.03 44.00 27149 | 1 0.03 44.03 27151 | 1 0.03 44.06 27153 | 1 0.03 44.09 27155 | 1 0.03 44.13 27157 | 1 0.03 44.16 27159 | 1 0.03 44.19 27161 | 1 0.03 44.22 27163 | 1 0.03 44.25 27165 | 1 0.03 44.28 27167 | 1 0.03 44.32 27169 | 1 0.03 44.35 27171 | 1 0.03 44.38 27173 | 1 0.03 44.41 28001 | 1 0.03 44.44 28003 | 1 0.03 44.48 28005 | 1 0.03 44.51 28007 | 1 0.03 44.54 28009 | 1 0.03 44.57 28011 | 1 0.03 44.60 28013 | 1 0.03 44.64 28015 | 1 0.03 44.67 28017 | 1 0.03 44.70 28019 | 1 0.03 44.73 28021 | 1 0.03 44.76 28023 | 1 0.03 44.80 28025 | 1 0.03 44.83 28027 | 1 0.03 44.86 28029 | 1 0.03 44.89 28031 | 1 0.03 44.92 28033 | 1 0.03 44.96 28035 | 1 0.03 44.99 28037 | 1 0.03 45.02 28039 | 1 0.03 45.05 28041 | 1 0.03 45.08 28043 | 1 0.03 45.11 28045 | 1 0.03 45.15 28047 | 1 0.03 45.18 28049 | 1 0.03 45.21 28051 | 1 0.03 45.24 28053 | 1 0.03 45.27 28055 | 1 0.03 45.31 28057 | 1 0.03 45.34 28059 | 1 0.03 45.37 28061 | 1 0.03 45.40 28063 | 1 0.03 45.43 28065 | 1 0.03 45.47 28067 | 1 0.03 45.50 28069 | 1 0.03 45.53 28071 | 1 0.03 45.56 28073 | 1 0.03 45.59 28075 | 1 0.03 45.63 28077 | 1 0.03 45.66 28079 | 1 0.03 45.69 28081 | 1 0.03 45.72 28083 | 1 0.03 45.75 28085 | 1 0.03 45.79 28087 | 1 0.03 45.82 28089 | 1 0.03 45.85 28091 | 1 0.03 45.88 28093 | 1 0.03 45.91 28095 | 1 0.03 45.95 28097 | 1 0.03 45.98 28099 | 1 0.03 46.01 28101 | 1 0.03 46.04 28103 | 1 0.03 46.07 28105 | 1 0.03 46.10 28107 | 1 0.03 46.14 28109 | 1 0.03 46.17 28111 | 1 0.03 46.20 28113 | 1 0.03 46.23 28115 | 1 0.03 46.26 28117 | 1 0.03 46.30 28119 | 1 0.03 46.33 28121 | 1 0.03 46.36 28123 | 1 0.03 46.39 28125 | 1 0.03 46.42 28127 | 1 0.03 46.46 28129 | 1 0.03 46.49 28131 | 1 0.03 46.52 28133 | 1 0.03 46.55 28135 | 1 0.03 46.58 28137 | 1 0.03 46.62 28139 | 1 0.03 46.65 28141 | 1 0.03 46.68 28143 | 1 0.03 46.71 28145 | 1 0.03 46.74 28147 | 1 0.03 46.78 28149 | 1 0.03 46.81 28151 | 1 0.03 46.84 28153 | 1 0.03 46.87 28155 | 1 0.03 46.90 28157 | 1 0.03 46.93 28159 | 1 0.03 46.97 28161 | 1 0.03 47.00 28163 | 1 0.03 47.03 29001 | 1 0.03 47.06 29003 | 1 0.03 47.09 29005 | 1 0.03 47.13 29007 | 1 0.03 47.16 29009 | 1 0.03 47.19 29011 | 1 0.03 47.22 29013 | 1 0.03 47.25 29015 | 1 0.03 47.29 29017 | 1 0.03 47.32 29019 | 1 0.03 47.35 29021 | 1 0.03 47.38 29023 | 1 0.03 47.41 29025 | 1 0.03 47.45 29027 | 1 0.03 47.48 29029 | 1 0.03 47.51 29031 | 1 0.03 47.54 29033 | 1 0.03 47.57 29035 | 1 0.03 47.61 29037 | 1 0.03 47.64 29039 | 1 0.03 47.67 29041 | 1 0.03 47.70 29043 | 1 0.03 47.73 29045 | 1 0.03 47.77 29047 | 1 0.03 47.80 29049 | 1 0.03 47.83 29051 | 1 0.03 47.86 29053 | 1 0.03 47.89 29055 | 1 0.03 47.92 29057 | 1 0.03 47.96 29059 | 1 0.03 47.99 29061 | 1 0.03 48.02 29063 | 1 0.03 48.05 29065 | 1 0.03 48.08 29067 | 1 0.03 48.12 29069 | 1 0.03 48.15 29071 | 1 0.03 48.18 29073 | 1 0.03 48.21 29075 | 1 0.03 48.24 29077 | 1 0.03 48.28 29079 | 1 0.03 48.31 29081 | 1 0.03 48.34 29083 | 1 0.03 48.37 29085 | 1 0.03 48.40 29087 | 1 0.03 48.44 29089 | 1 0.03 48.47 29091 | 1 0.03 48.50 29093 | 1 0.03 48.53 29095 | 1 0.03 48.56 29097 | 1 0.03 48.60 29099 | 1 0.03 48.63 29101 | 1 0.03 48.66 29103 | 1 0.03 48.69 29105 | 1 0.03 48.72 29107 | 1 0.03 48.75 29109 | 1 0.03 48.79 29111 | 1 0.03 48.82 29113 | 1 0.03 48.85 29115 | 1 0.03 48.88 29117 | 1 0.03 48.91 29119 | 1 0.03 48.95 29121 | 1 0.03 48.98 29123 | 1 0.03 49.01 29125 | 1 0.03 49.04 29127 | 1 0.03 49.07 29129 | 1 0.03 49.11 29131 | 1 0.03 49.14 29133 | 1 0.03 49.17 29135 | 1 0.03 49.20 29137 | 1 0.03 49.23 29139 | 1 0.03 49.27 29141 | 1 0.03 49.30 29143 | 1 0.03 49.33 29145 | 1 0.03 49.36 29147 | 1 0.03 49.39 29149 | 1 0.03 49.43 29151 | 1 0.03 49.46 29153 | 1 0.03 49.49 29155 | 1 0.03 49.52 29157 | 1 0.03 49.55 29159 | 1 0.03 49.58 29161 | 1 0.03 49.62 29163 | 1 0.03 49.65 29165 | 1 0.03 49.68 29167 | 1 0.03 49.71 29169 | 1 0.03 49.74 29171 | 1 0.03 49.78 29173 | 1 0.03 49.81 29175 | 1 0.03 49.84 29177 | 1 0.03 49.87 29179 | 1 0.03 49.90 29181 | 1 0.03 49.94 29183 | 1 0.03 49.97 29185 | 1 0.03 50.00 29186 | 1 0.03 50.03 29187 | 1 0.03 50.06 29189 | 1 0.03 50.10 29195 | 1 0.03 50.13 29197 | 1 0.03 50.16 29199 | 1 0.03 50.19 29201 | 1 0.03 50.22 29203 | 1 0.03 50.26 29205 | 1 0.03 50.29 29207 | 1 0.03 50.32 29209 | 1 0.03 50.35 29211 | 1 0.03 50.38 29213 | 1 0.03 50.42 29215 | 1 0.03 50.45 29217 | 1 0.03 50.48 29219 | 1 0.03 50.51 29221 | 1 0.03 50.54 29223 | 1 0.03 50.57 29225 | 1 0.03 50.61 29227 | 1 0.03 50.64 29229 | 1 0.03 50.67 29510 | 1 0.03 50.70 30001 | 1 0.03 50.73 30003 | 1 0.03 50.77 30005 | 1 0.03 50.80 30007 | 1 0.03 50.83 30009 | 1 0.03 50.86 30011 | 1 0.03 50.89 30013 | 1 0.03 50.93 30015 | 1 0.03 50.96 30017 | 1 0.03 50.99 30019 | 1 0.03 51.02 30021 | 1 0.03 51.05 30023 | 1 0.03 51.09 30025 | 1 0.03 51.12 30027 | 1 0.03 51.15 30029 | 1 0.03 51.18 30031 | 1 0.03 51.21 30033 | 1 0.03 51.25 30035 | 1 0.03 51.28 30037 | 1 0.03 51.31 30039 | 1 0.03 51.34 30041 | 1 0.03 51.37 30043 | 1 0.03 51.40 30045 | 1 0.03 51.44 30047 | 1 0.03 51.47 30049 | 1 0.03 51.50 30051 | 1 0.03 51.53 30053 | 1 0.03 51.56 30055 | 1 0.03 51.60 30057 | 1 0.03 51.63 30059 | 1 0.03 51.66 30061 | 1 0.03 51.69 30063 | 1 0.03 51.72 30065 | 1 0.03 51.76 30067 | 1 0.03 51.79 30069 | 1 0.03 51.82 30071 | 1 0.03 51.85 30073 | 1 0.03 51.88 30075 | 1 0.03 51.92 30077 | 1 0.03 51.95 30079 | 1 0.03 51.98 30081 | 1 0.03 52.01 30083 | 1 0.03 52.04 30085 | 1 0.03 52.08 30087 | 1 0.03 52.11 30089 | 1 0.03 52.14 30091 | 1 0.03 52.17 30093 | 1 0.03 52.20 30095 | 1 0.03 52.23 30097 | 1 0.03 52.27 30099 | 1 0.03 52.30 30101 | 1 0.03 52.33 30103 | 1 0.03 52.36 30105 | 1 0.03 52.39 30107 | 1 0.03 52.43 30109 | 1 0.03 52.46 30111 | 1 0.03 52.49 30113 | 1 0.03 52.52 31001 | 1 0.03 52.55 31003 | 1 0.03 52.59 31005 | 1 0.03 52.62 31007 | 1 0.03 52.65 31009 | 1 0.03 52.68 31011 | 1 0.03 52.71 31013 | 1 0.03 52.75 31015 | 1 0.03 52.78 31017 | 1 0.03 52.81 31019 | 1 0.03 52.84 31021 | 1 0.03 52.87 31023 | 1 0.03 52.91 31025 | 1 0.03 52.94 31027 | 1 0.03 52.97 31029 | 1 0.03 53.00 31031 | 1 0.03 53.03 31033 | 1 0.03 53.07 31035 | 1 0.03 53.10 31037 | 1 0.03 53.13 31039 | 1 0.03 53.16 31041 | 1 0.03 53.19 31043 | 1 0.03 53.22 31045 | 1 0.03 53.26 31047 | 1 0.03 53.29 31049 | 1 0.03 53.32 31051 | 1 0.03 53.35 31053 | 1 0.03 53.38 31055 | 1 0.03 53.42 31057 | 1 0.03 53.45 31059 | 1 0.03 53.48 31061 | 1 0.03 53.51 31063 | 1 0.03 53.54 31065 | 1 0.03 53.58 31067 | 1 0.03 53.61 31069 | 1 0.03 53.64 31071 | 1 0.03 53.67 31073 | 1 0.03 53.70 31075 | 1 0.03 53.74 31077 | 1 0.03 53.77 31079 | 1 0.03 53.80 31081 | 1 0.03 53.83 31083 | 1 0.03 53.86 31085 | 1 0.03 53.90 31087 | 1 0.03 53.93 31089 | 1 0.03 53.96 31091 | 1 0.03 53.99 31093 | 1 0.03 54.02 31095 | 1 0.03 54.05 31097 | 1 0.03 54.09 31099 | 1 0.03 54.12 31101 | 1 0.03 54.15 31103 | 1 0.03 54.18 31105 | 1 0.03 54.21 31107 | 1 0.03 54.25 31109 | 1 0.03 54.28 31111 | 1 0.03 54.31 31113 | 1 0.03 54.34 31115 | 1 0.03 54.37 31117 | 1 0.03 54.41 31119 | 1 0.03 54.44 31121 | 1 0.03 54.47 31123 | 1 0.03 54.50 31125 | 1 0.03 54.53 31127 | 1 0.03 54.57 31129 | 1 0.03 54.60 31131 | 1 0.03 54.63 31133 | 1 0.03 54.66 31135 | 1 0.03 54.69 31137 | 1 0.03 54.73 31139 | 1 0.03 54.76 31141 | 1 0.03 54.79 31143 | 1 0.03 54.82 31145 | 1 0.03 54.85 31147 | 1 0.03 54.89 31149 | 1 0.03 54.92 31151 | 1 0.03 54.95 31153 | 1 0.03 54.98 31155 | 1 0.03 55.01 31157 | 1 0.03 55.04 31159 | 1 0.03 55.08 31161 | 1 0.03 55.11 31163 | 1 0.03 55.14 31165 | 1 0.03 55.17 31167 | 1 0.03 55.20 31169 | 1 0.03 55.24 31171 | 1 0.03 55.27 31173 | 1 0.03 55.30 31175 | 1 0.03 55.33 31177 | 1 0.03 55.36 31179 | 1 0.03 55.40 31181 | 1 0.03 55.43 31183 | 1 0.03 55.46 31185 | 1 0.03 55.49 32001 | 1 0.03 55.52 32003 | 1 0.03 55.56 32005 | 1 0.03 55.59 32007 | 1 0.03 55.62 32009 | 1 0.03 55.65 32011 | 1 0.03 55.68 32013 | 1 0.03 55.72 32015 | 1 0.03 55.75 32017 | 1 0.03 55.78 32019 | 1 0.03 55.81 32021 | 1 0.03 55.84 32023 | 1 0.03 55.87 32027 | 1 0.03 55.91 32029 | 1 0.03 55.94 32031 | 1 0.03 55.97 32033 | 1 0.03 56.00 32510 | 1 0.03 56.03 33001 | 1 0.03 56.07 33003 | 1 0.03 56.10 33005 | 1 0.03 56.13 33007 | 1 0.03 56.16 33009 | 1 0.03 56.19 33011 | 1 0.03 56.23 33013 | 1 0.03 56.26 33015 | 1 0.03 56.29 33017 | 1 0.03 56.32 33019 | 1 0.03 56.35 34001 | 1 0.03 56.39 34003 | 1 0.03 56.42 34005 | 1 0.03 56.45 34007 | 1 0.03 56.48 34009 | 1 0.03 56.51 34011 | 1 0.03 56.55 34013 | 1 0.03 56.58 34015 | 1 0.03 56.61 34017 | 1 0.03 56.64 34019 | 1 0.03 56.67 34021 | 1 0.03 56.70 34023 | 1 0.03 56.74 34025 | 1 0.03 56.77 34027 | 1 0.03 56.80 34029 | 1 0.03 56.83 34031 | 1 0.03 56.86 34033 | 1 0.03 56.90 34035 | 1 0.03 56.93 34037 | 1 0.03 56.96 34039 | 1 0.03 56.99 34041 | 1 0.03 57.02 35001 | 1 0.03 57.06 35003 | 1 0.03 57.09 35005 | 1 0.03 57.12 35006 | 1 0.03 57.15 35007 | 1 0.03 57.18 35009 | 1 0.03 57.22 35011 | 1 0.03 57.25 35013 | 1 0.03 57.28 35015 | 1 0.03 57.31 35017 | 1 0.03 57.34 35019 | 1 0.03 57.38 35021 | 1 0.03 57.41 35023 | 1 0.03 57.44 35025 | 1 0.03 57.47 35027 | 1 0.03 57.50 35028 | 1 0.03 57.54 35029 | 1 0.03 57.57 35031 | 1 0.03 57.60 35033 | 1 0.03 57.63 35035 | 1 0.03 57.66 35037 | 1 0.03 57.69 35039 | 1 0.03 57.73 35041 | 1 0.03 57.76 35043 | 1 0.03 57.79 35045 | 1 0.03 57.82 35047 | 1 0.03 57.85 35049 | 1 0.03 57.89 35051 | 1 0.03 57.92 35053 | 1 0.03 57.95 35055 | 1 0.03 57.98 35057 | 1 0.03 58.01 35059 | 1 0.03 58.05 35061 | 1 0.03 58.08 36 | 1 0.03 58.11 36001 | 1 0.03 58.14 36003 | 1 0.03 58.17 36007 | 1 0.03 58.21 36009 | 1 0.03 58.24 36011 | 1 0.03 58.27 36013 | 1 0.03 58.30 36015 | 1 0.03 58.33 36017 | 1 0.03 58.37 36019 | 1 0.03 58.40 36021 | 1 0.03 58.43 36023 | 1 0.03 58.46 36025 | 1 0.03 58.49 36027 | 1 0.03 58.52 36029 | 1 0.03 58.56 36031 | 1 0.03 58.59 36033 | 1 0.03 58.62 36035 | 1 0.03 58.65 36037 | 1 0.03 58.68 36039 | 1 0.03 58.72 36041 | 1 0.03 58.75 36043 | 1 0.03 58.78 36045 | 1 0.03 58.81 36049 | 1 0.03 58.84 36051 | 1 0.03 58.88 36053 | 1 0.03 58.91 36055 | 1 0.03 58.94 36057 | 1 0.03 58.97 36059 | 1 0.03 59.00 36063 | 1 0.03 59.04 36065 | 1 0.03 59.07 36067 | 1 0.03 59.10 36069 | 1 0.03 59.13 36071 | 1 0.03 59.16 36073 | 1 0.03 59.20 36075 | 1 0.03 59.23 36077 | 1 0.03 59.26 36079 | 1 0.03 59.29 36083 | 1 0.03 59.32 36087 | 1 0.03 59.36 36089 | 1 0.03 59.39 36091 | 1 0.03 59.42 36093 | 1 0.03 59.45 36095 | 1 0.03 59.48 36097 | 1 0.03 59.51 36099 | 1 0.03 59.55 36101 | 1 0.03 59.58 36103 | 1 0.03 59.61 36105 | 1 0.03 59.64 36107 | 1 0.03 59.67 36109 | 1 0.03 59.71 36111 | 1 0.03 59.74 36113 | 1 0.03 59.77 36115 | 1 0.03 59.80 36117 | 1 0.03 59.83 36119 | 1 0.03 59.87 36121 | 1 0.03 59.90 36123 | 1 0.03 59.93 37001 | 1 0.03 59.96 37003 | 1 0.03 59.99 37005 | 1 0.03 60.03 37007 | 1 0.03 60.06 37009 | 1 0.03 60.09 37011 | 1 0.03 60.12 37013 | 1 0.03 60.15 37015 | 1 0.03 60.19 37017 | 1 0.03 60.22 37019 | 1 0.03 60.25 37021 | 1 0.03 60.28 37023 | 1 0.03 60.31 37025 | 1 0.03 60.34 37027 | 1 0.03 60.38 37029 | 1 0.03 60.41 37031 | 1 0.03 60.44 37033 | 1 0.03 60.47 37035 | 1 0.03 60.50 37037 | 1 0.03 60.54 37039 | 1 0.03 60.57 37041 | 1 0.03 60.60 37043 | 1 0.03 60.63 37045 | 1 0.03 60.66 37047 | 1 0.03 60.70 37049 | 1 0.03 60.73 37051 | 1 0.03 60.76 37053 | 1 0.03 60.79 37055 | 1 0.03 60.82 37057 | 1 0.03 60.86 37059 | 1 0.03 60.89 37061 | 1 0.03 60.92 37063 | 1 0.03 60.95 37065 | 1 0.03 60.98 37067 | 1 0.03 61.02 37069 | 1 0.03 61.05 37071 | 1 0.03 61.08 37073 | 1 0.03 61.11 37075 | 1 0.03 61.14 37077 | 1 0.03 61.17 37079 | 1 0.03 61.21 37081 | 1 0.03 61.24 37083 | 1 0.03 61.27 37085 | 1 0.03 61.30 37087 | 1 0.03 61.33 37089 | 1 0.03 61.37 37091 | 1 0.03 61.40 37093 | 1 0.03 61.43 37095 | 1 0.03 61.46 37097 | 1 0.03 61.49 37099 | 1 0.03 61.53 37101 | 1 0.03 61.56 37103 | 1 0.03 61.59 37105 | 1 0.03 61.62 37107 | 1 0.03 61.65 37109 | 1 0.03 61.69 37111 | 1 0.03 61.72 37113 | 1 0.03 61.75 37115 | 1 0.03 61.78 37117 | 1 0.03 61.81 37119 | 1 0.03 61.85 37121 | 1 0.03 61.88 37123 | 1 0.03 61.91 37125 | 1 0.03 61.94 37127 | 1 0.03 61.97 37129 | 1 0.03 62.01 37131 | 1 0.03 62.04 37133 | 1 0.03 62.07 37135 | 1 0.03 62.10 37137 | 1 0.03 62.13 37139 | 1 0.03 62.16 37141 | 1 0.03 62.20 37143 | 1 0.03 62.23 37145 | 1 0.03 62.26 37147 | 1 0.03 62.29 37149 | 1 0.03 62.32 37151 | 1 0.03 62.36 37153 | 1 0.03 62.39 37155 | 1 0.03 62.42 37157 | 1 0.03 62.45 37159 | 1 0.03 62.48 37161 | 1 0.03 62.52 37163 | 1 0.03 62.55 37165 | 1 0.03 62.58 37167 | 1 0.03 62.61 37169 | 1 0.03 62.64 37171 | 1 0.03 62.68 37173 | 1 0.03 62.71 37175 | 1 0.03 62.74 37177 | 1 0.03 62.77 37179 | 1 0.03 62.80 37181 | 1 0.03 62.84 37183 | 1 0.03 62.87 37185 | 1 0.03 62.90 37187 | 1 0.03 62.93 37189 | 1 0.03 62.96 37191 | 1 0.03 62.99 37193 | 1 0.03 63.03 37195 | 1 0.03 63.06 37197 | 1 0.03 63.09 37199 | 1 0.03 63.12 38001 | 1 0.03 63.15 38003 | 1 0.03 63.19 38005 | 1 0.03 63.22 38007 | 1 0.03 63.25 38009 | 1 0.03 63.28 38011 | 1 0.03 63.31 38013 | 1 0.03 63.35 38015 | 1 0.03 63.38 38017 | 1 0.03 63.41 38019 | 1 0.03 63.44 38021 | 1 0.03 63.47 38023 | 1 0.03 63.51 38025 | 1 0.03 63.54 38027 | 1 0.03 63.57 38029 | 1 0.03 63.60 38031 | 1 0.03 63.63 38033 | 1 0.03 63.67 38035 | 1 0.03 63.70 38037 | 1 0.03 63.73 38039 | 1 0.03 63.76 38041 | 1 0.03 63.79 38043 | 1 0.03 63.83 38045 | 1 0.03 63.86 38047 | 1 0.03 63.89 38049 | 1 0.03 63.92 38051 | 1 0.03 63.95 38053 | 1 0.03 63.98 38055 | 1 0.03 64.02 38057 | 1 0.03 64.05 38059 | 1 0.03 64.08 38061 | 1 0.03 64.11 38063 | 1 0.03 64.14 38065 | 1 0.03 64.18 38067 | 1 0.03 64.21 38069 | 1 0.03 64.24 38071 | 1 0.03 64.27 38073 | 1 0.03 64.30 38075 | 1 0.03 64.34 38077 | 1 0.03 64.37 38079 | 1 0.03 64.40 38081 | 1 0.03 64.43 38083 | 1 0.03 64.46 38085 | 1 0.03 64.50 38087 | 1 0.03 64.53 38089 | 1 0.03 64.56 38091 | 1 0.03 64.59 38093 | 1 0.03 64.62 38095 | 1 0.03 64.66 38097 | 1 0.03 64.69 38099 | 1 0.03 64.72 38101 | 1 0.03 64.75 38103 | 1 0.03 64.78 38105 | 1 0.03 64.81 39001 | 1 0.03 64.85 39003 | 1 0.03 64.88 39005 | 1 0.03 64.91 39007 | 1 0.03 64.94 39009 | 1 0.03 64.97 39011 | 1 0.03 65.01 39013 | 1 0.03 65.04 39015 | 1 0.03 65.07 39017 | 1 0.03 65.10 39019 | 1 0.03 65.13 39021 | 1 0.03 65.17 39023 | 1 0.03 65.20 39025 | 1 0.03 65.23 39027 | 1 0.03 65.26 39029 | 1 0.03 65.29 39031 | 1 0.03 65.33 39033 | 1 0.03 65.36 39035 | 1 0.03 65.39 39037 | 1 0.03 65.42 39039 | 1 0.03 65.45 39041 | 1 0.03 65.49 39043 | 1 0.03 65.52 39045 | 1 0.03 65.55 39047 | 1 0.03 65.58 39049 | 1 0.03 65.61 39051 | 1 0.03 65.64 39053 | 1 0.03 65.68 39055 | 1 0.03 65.71 39057 | 1 0.03 65.74 39059 | 1 0.03 65.77 39061 | 1 0.03 65.80 39063 | 1 0.03 65.84 39065 | 1 0.03 65.87 39067 | 1 0.03 65.90 39069 | 1 0.03 65.93 39071 | 1 0.03 65.96 39073 | 1 0.03 66.00 39075 | 1 0.03 66.03 39077 | 1 0.03 66.06 39079 | 1 0.03 66.09 39081 | 1 0.03 66.12 39083 | 1 0.03 66.16 39085 | 1 0.03 66.19 39087 | 1 0.03 66.22 39089 | 1 0.03 66.25 39091 | 1 0.03 66.28 39093 | 1 0.03 66.32 39095 | 1 0.03 66.35 39097 | 1 0.03 66.38 39099 | 1 0.03 66.41 39101 | 1 0.03 66.44 39103 | 1 0.03 66.48 39105 | 1 0.03 66.51 39107 | 1 0.03 66.54 39109 | 1 0.03 66.57 39111 | 1 0.03 66.60 39113 | 1 0.03 66.63 39115 | 1 0.03 66.67 39117 | 1 0.03 66.70 39119 | 1 0.03 66.73 39121 | 1 0.03 66.76 39123 | 1 0.03 66.79 39125 | 1 0.03 66.83 39127 | 1 0.03 66.86 39129 | 1 0.03 66.89 39131 | 1 0.03 66.92 39133 | 1 0.03 66.95 39135 | 1 0.03 66.99 39137 | 1 0.03 67.02 39139 | 1 0.03 67.05 39141 | 1 0.03 67.08 39143 | 1 0.03 67.11 39145 | 1 0.03 67.15 39147 | 1 0.03 67.18 39149 | 1 0.03 67.21 39151 | 1 0.03 67.24 39153 | 1 0.03 67.27 39155 | 1 0.03 67.31 39157 | 1 0.03 67.34 39159 | 1 0.03 67.37 39161 | 1 0.03 67.40 39163 | 1 0.03 67.43 39165 | 1 0.03 67.46 39167 | 1 0.03 67.50 39169 | 1 0.03 67.53 39171 | 1 0.03 67.56 39173 | 1 0.03 67.59 39175 | 1 0.03 67.62 40001 | 1 0.03 67.66 40003 | 1 0.03 67.69 40005 | 1 0.03 67.72 40007 | 1 0.03 67.75 40009 | 1 0.03 67.78 40011 | 1 0.03 67.82 40013 | 1 0.03 67.85 40015 | 1 0.03 67.88 40017 | 1 0.03 67.91 40019 | 1 0.03 67.94 40021 | 1 0.03 67.98 40023 | 1 0.03 68.01 40025 | 1 0.03 68.04 40027 | 1 0.03 68.07 40029 | 1 0.03 68.10 40031 | 1 0.03 68.14 40033 | 1 0.03 68.17 40035 | 1 0.03 68.20 40037 | 1 0.03 68.23 40039 | 1 0.03 68.26 40041 | 1 0.03 68.30 40043 | 1 0.03 68.33 40045 | 1 0.03 68.36 40047 | 1 0.03 68.39 40049 | 1 0.03 68.42 40051 | 1 0.03 68.45 40053 | 1 0.03 68.49 40055 | 1 0.03 68.52 40057 | 1 0.03 68.55 40059 | 1 0.03 68.58 40061 | 1 0.03 68.61 40063 | 1 0.03 68.65 40065 | 1 0.03 68.68 40067 | 1 0.03 68.71 40069 | 1 0.03 68.74 40071 | 1 0.03 68.77 40073 | 1 0.03 68.81 40075 | 1 0.03 68.84 40077 | 1 0.03 68.87 40079 | 1 0.03 68.90 40081 | 1 0.03 68.93 40083 | 1 0.03 68.97 40085 | 1 0.03 69.00 40087 | 1 0.03 69.03 40089 | 1 0.03 69.06 40091 | 1 0.03 69.09 40093 | 1 0.03 69.13 40095 | 1 0.03 69.16 40097 | 1 0.03 69.19 40099 | 1 0.03 69.22 40101 | 1 0.03 69.25 40103 | 1 0.03 69.28 40105 | 1 0.03 69.32 40107 | 1 0.03 69.35 40109 | 1 0.03 69.38 40111 | 1 0.03 69.41 40113 | 1 0.03 69.44 40115 | 1 0.03 69.48 40117 | 1 0.03 69.51 40119 | 1 0.03 69.54 40121 | 1 0.03 69.57 40123 | 1 0.03 69.60 40125 | 1 0.03 69.64 40127 | 1 0.03 69.67 40129 | 1 0.03 69.70 40131 | 1 0.03 69.73 40133 | 1 0.03 69.76 40135 | 1 0.03 69.80 40137 | 1 0.03 69.83 40139 | 1 0.03 69.86 40141 | 1 0.03 69.89 40143 | 1 0.03 69.92 40145 | 1 0.03 69.96 40147 | 1 0.03 69.99 40149 | 1 0.03 70.02 40151 | 1 0.03 70.05 40153 | 1 0.03 70.08 41001 | 1 0.03 70.11 41003 | 1 0.03 70.15 41005 | 1 0.03 70.18 41007 | 1 0.03 70.21 41009 | 1 0.03 70.24 41011 | 1 0.03 70.27 41013 | 1 0.03 70.31 41015 | 1 0.03 70.34 41017 | 1 0.03 70.37 41019 | 1 0.03 70.40 41021 | 1 0.03 70.43 41023 | 1 0.03 70.47 41025 | 1 0.03 70.50 41027 | 1 0.03 70.53 41029 | 1 0.03 70.56 41031 | 1 0.03 70.59 41033 | 1 0.03 70.63 41035 | 1 0.03 70.66 41037 | 1 0.03 70.69 41039 | 1 0.03 70.72 41041 | 1 0.03 70.75 41043 | 1 0.03 70.79 41045 | 1 0.03 70.82 41047 | 1 0.03 70.85 41049 | 1 0.03 70.88 41051 | 1 0.03 70.91 41053 | 1 0.03 70.95 41055 | 1 0.03 70.98 41057 | 1 0.03 71.01 41059 | 1 0.03 71.04 41061 | 1 0.03 71.07 41063 | 1 0.03 71.10 41065 | 1 0.03 71.14 41067 | 1 0.03 71.17 41069 | 1 0.03 71.20 41071 | 1 0.03 71.23 42001 | 1 0.03 71.26 42003 | 1 0.03 71.30 42005 | 1 0.03 71.33 42007 | 1 0.03 71.36 42009 | 1 0.03 71.39 42011 | 1 0.03 71.42 42013 | 1 0.03 71.46 42015 | 1 0.03 71.49 42017 | 1 0.03 71.52 42019 | 1 0.03 71.55 42021 | 1 0.03 71.58 42023 | 1 0.03 71.62 42025 | 1 0.03 71.65 42027 | 1 0.03 71.68 42029 | 1 0.03 71.71 42031 | 1 0.03 71.74 42033 | 1 0.03 71.78 42035 | 1 0.03 71.81 42037 | 1 0.03 71.84 42039 | 1 0.03 71.87 42041 | 1 0.03 71.90 42043 | 1 0.03 71.93 42045 | 1 0.03 71.97 42047 | 1 0.03 72.00 42049 | 1 0.03 72.03 42051 | 1 0.03 72.06 42053 | 1 0.03 72.09 42055 | 1 0.03 72.13 42057 | 1 0.03 72.16 42059 | 1 0.03 72.19 42061 | 1 0.03 72.22 42063 | 1 0.03 72.25 42065 | 1 0.03 72.29 42067 | 1 0.03 72.32 42069 | 1 0.03 72.35 42071 | 1 0.03 72.38 42073 | 1 0.03 72.41 42075 | 1 0.03 72.45 42077 | 1 0.03 72.48 42079 | 1 0.03 72.51 42081 | 1 0.03 72.54 42083 | 1 0.03 72.57 42085 | 1 0.03 72.61 42087 | 1 0.03 72.64 42089 | 1 0.03 72.67 42091 | 1 0.03 72.70 42093 | 1 0.03 72.73 42095 | 1 0.03 72.77 42097 | 1 0.03 72.80 42099 | 1 0.03 72.83 42101 | 1 0.03 72.86 42103 | 1 0.03 72.89 42105 | 1 0.03 72.92 42107 | 1 0.03 72.96 42109 | 1 0.03 72.99 42111 | 1 0.03 73.02 42113 | 1 0.03 73.05 42115 | 1 0.03 73.08 42117 | 1 0.03 73.12 42119 | 1 0.03 73.15 42121 | 1 0.03 73.18 42123 | 1 0.03 73.21 42125 | 1 0.03 73.24 42127 | 1 0.03 73.28 42129 | 1 0.03 73.31 42131 | 1 0.03 73.34 42133 | 1 0.03 73.37 44001 | 1 0.03 73.40 44003 | 1 0.03 73.44 44005 | 1 0.03 73.47 44007 | 1 0.03 73.50 44009 | 1 0.03 73.53 45001 | 1 0.03 73.56 45003 | 1 0.03 73.60 45005 | 1 0.03 73.63 45007 | 1 0.03 73.66 45009 | 1 0.03 73.69 45011 | 1 0.03 73.72 45013 | 1 0.03 73.75 45015 | 1 0.03 73.79 45017 | 1 0.03 73.82 45019 | 1 0.03 73.85 45021 | 1 0.03 73.88 45023 | 1 0.03 73.91 45025 | 1 0.03 73.95 45027 | 1 0.03 73.98 45029 | 1 0.03 74.01 45031 | 1 0.03 74.04 45033 | 1 0.03 74.07 45035 | 1 0.03 74.11 45037 | 1 0.03 74.14 45039 | 1 0.03 74.17 45041 | 1 0.03 74.20 45043 | 1 0.03 74.23 45045 | 1 0.03 74.27 45047 | 1 0.03 74.30 45049 | 1 0.03 74.33 45051 | 1 0.03 74.36 45053 | 1 0.03 74.39 45055 | 1 0.03 74.43 45057 | 1 0.03 74.46 45059 | 1 0.03 74.49 45061 | 1 0.03 74.52 45063 | 1 0.03 74.55 45065 | 1 0.03 74.58 45067 | 1 0.03 74.62 45069 | 1 0.03 74.65 45071 | 1 0.03 74.68 45073 | 1 0.03 74.71 45075 | 1 0.03 74.74 45077 | 1 0.03 74.78 45079 | 1 0.03 74.81 45081 | 1 0.03 74.84 45083 | 1 0.03 74.87 45085 | 1 0.03 74.90 45087 | 1 0.03 74.94 45089 | 1 0.03 74.97 45091 | 1 0.03 75.00 46003 | 1 0.03 75.03 46005 | 1 0.03 75.06 46007 | 1 0.03 75.10 46009 | 1 0.03 75.13 46011 | 1 0.03 75.16 46013 | 1 0.03 75.19 46015 | 1 0.03 75.22 46017 | 1 0.03 75.26 46019 | 1 0.03 75.29 46021 | 1 0.03 75.32 46023 | 1 0.03 75.35 46025 | 1 0.03 75.38 46027 | 1 0.03 75.42 46029 | 1 0.03 75.45 46031 | 1 0.03 75.48 46033 | 1 0.03 75.51 46035 | 1 0.03 75.54 46037 | 1 0.03 75.57 46039 | 1 0.03 75.61 46041 | 1 0.03 75.64 46043 | 1 0.03 75.67 46045 | 1 0.03 75.70 46047 | 1 0.03 75.73 46049 | 1 0.03 75.77 46051 | 1 0.03 75.80 46053 | 1 0.03 75.83 46055 | 1 0.03 75.86 46057 | 1 0.03 75.89 46059 | 1 0.03 75.93 46061 | 1 0.03 75.96 46063 | 1 0.03 75.99 46065 | 1 0.03 76.02 46067 | 1 0.03 76.05 46069 | 1 0.03 76.09 46071 | 1 0.03 76.12 46073 | 1 0.03 76.15 46075 | 1 0.03 76.18 46077 | 1 0.03 76.21 46079 | 1 0.03 76.25 46081 | 1 0.03 76.28 46083 | 1 0.03 76.31 46085 | 1 0.03 76.34 46087 | 1 0.03 76.37 46089 | 1 0.03 76.40 46091 | 1 0.03 76.44 46093 | 1 0.03 76.47 46095 | 1 0.03 76.50 46097 | 1 0.03 76.53 46099 | 1 0.03 76.56 46101 | 1 0.03 76.60 46103 | 1 0.03 76.63 46105 | 1 0.03 76.66 46107 | 1 0.03 76.69 46109 | 1 0.03 76.72 46111 | 1 0.03 76.76 46113 | 1 0.03 76.79 46115 | 1 0.03 76.82 46117 | 1 0.03 76.85 46119 | 1 0.03 76.88 46121 | 1 0.03 76.92 46123 | 1 0.03 76.95 46125 | 1 0.03 76.98 46127 | 1 0.03 77.01 46129 | 1 0.03 77.04 46135 | 1 0.03 77.08 46137 | 1 0.03 77.11 47001 | 1 0.03 77.14 47003 | 1 0.03 77.17 47005 | 1 0.03 77.20 47007 | 1 0.03 77.23 47009 | 1 0.03 77.27 47011 | 1 0.03 77.30 47013 | 1 0.03 77.33 47015 | 1 0.03 77.36 47017 | 1 0.03 77.39 47019 | 1 0.03 77.43 47021 | 1 0.03 77.46 47023 | 1 0.03 77.49 47025 | 1 0.03 77.52 47027 | 1 0.03 77.55 47029 | 1 0.03 77.59 47031 | 1 0.03 77.62 47033 | 1 0.03 77.65 47035 | 1 0.03 77.68 47037 | 1 0.03 77.71 47039 | 1 0.03 77.75 47041 | 1 0.03 77.78 47043 | 1 0.03 77.81 47045 | 1 0.03 77.84 47047 | 1 0.03 77.87 47049 | 1 0.03 77.91 47051 | 1 0.03 77.94 47053 | 1 0.03 77.97 47055 | 1 0.03 78.00 47057 | 1 0.03 78.03 47059 | 1 0.03 78.07 47061 | 1 0.03 78.10 47063 | 1 0.03 78.13 47065 | 1 0.03 78.16 47067 | 1 0.03 78.19 47069 | 1 0.03 78.22 47071 | 1 0.03 78.26 47073 | 1 0.03 78.29 47075 | 1 0.03 78.32 47077 | 1 0.03 78.35 47079 | 1 0.03 78.38 47081 | 1 0.03 78.42 47083 | 1 0.03 78.45 47085 | 1 0.03 78.48 47087 | 1 0.03 78.51 47089 | 1 0.03 78.54 47091 | 1 0.03 78.58 47093 | 1 0.03 78.61 47095 | 1 0.03 78.64 47097 | 1 0.03 78.67 47099 | 1 0.03 78.70 47101 | 1 0.03 78.74 47103 | 1 0.03 78.77 47105 | 1 0.03 78.80 47107 | 1 0.03 78.83 47109 | 1 0.03 78.86 47111 | 1 0.03 78.90 47113 | 1 0.03 78.93 47115 | 1 0.03 78.96 47117 | 1 0.03 78.99 47119 | 1 0.03 79.02 47121 | 1 0.03 79.05 47123 | 1 0.03 79.09 47125 | 1 0.03 79.12 47127 | 1 0.03 79.15 47129 | 1 0.03 79.18 47131 | 1 0.03 79.21 47133 | 1 0.03 79.25 47135 | 1 0.03 79.28 47137 | 1 0.03 79.31 47139 | 1 0.03 79.34 47141 | 1 0.03 79.37 47143 | 1 0.03 79.41 47145 | 1 0.03 79.44 47147 | 1 0.03 79.47 47149 | 1 0.03 79.50 47151 | 1 0.03 79.53 47153 | 1 0.03 79.57 47155 | 1 0.03 79.60 47157 | 1 0.03 79.63 47159 | 1 0.03 79.66 47161 | 1 0.03 79.69 47163 | 1 0.03 79.73 47165 | 1 0.03 79.76 47167 | 1 0.03 79.79 47169 | 1 0.03 79.82 47171 | 1 0.03 79.85 47173 | 1 0.03 79.89 47175 | 1 0.03 79.92 47177 | 1 0.03 79.95 47179 | 1 0.03 79.98 47181 | 1 0.03 80.01 47183 | 1 0.03 80.04 47185 | 1 0.03 80.08 47187 | 1 0.03 80.11 47189 | 1 0.03 80.14 48001 | 1 0.03 80.17 48003 | 1 0.03 80.20 48005 | 1 0.03 80.24 48007 | 1 0.03 80.27 48009 | 1 0.03 80.30 48011 | 1 0.03 80.33 48013 | 1 0.03 80.36 48015 | 1 0.03 80.40 48017 | 1 0.03 80.43 48019 | 1 0.03 80.46 48021 | 1 0.03 80.49 48023 | 1 0.03 80.52 48025 | 1 0.03 80.56 48027 | 1 0.03 80.59 48029 | 1 0.03 80.62 48031 | 1 0.03 80.65 48033 | 1 0.03 80.68 48035 | 1 0.03 80.72 48037 | 1 0.03 80.75 48039 | 1 0.03 80.78 48041 | 1 0.03 80.81 48043 | 1 0.03 80.84 48045 | 1 0.03 80.87 48047 | 1 0.03 80.91 48049 | 1 0.03 80.94 48051 | 1 0.03 80.97 48053 | 1 0.03 81.00 48055 | 1 0.03 81.03 48057 | 1 0.03 81.07 48059 | 1 0.03 81.10 48061 | 1 0.03 81.13 48063 | 1 0.03 81.16 48065 | 1 0.03 81.19 48067 | 1 0.03 81.23 48069 | 1 0.03 81.26 48071 | 1 0.03 81.29 48073 | 1 0.03 81.32 48075 | 1 0.03 81.35 48077 | 1 0.03 81.39 48079 | 1 0.03 81.42 48081 | 1 0.03 81.45 48083 | 1 0.03 81.48 48085 | 1 0.03 81.51 48087 | 1 0.03 81.55 48089 | 1 0.03 81.58 48091 | 1 0.03 81.61 48093 | 1 0.03 81.64 48095 | 1 0.03 81.67 48097 | 1 0.03 81.70 48099 | 1 0.03 81.74 48101 | 1 0.03 81.77 48103 | 1 0.03 81.80 48105 | 1 0.03 81.83 48107 | 1 0.03 81.86 48109 | 1 0.03 81.90 48111 | 1 0.03 81.93 48113 | 1 0.03 81.96 48115 | 1 0.03 81.99 48117 | 1 0.03 82.02 48119 | 1 0.03 82.06 48121 | 1 0.03 82.09 48123 | 1 0.03 82.12 48125 | 1 0.03 82.15 48127 | 1 0.03 82.18 48129 | 1 0.03 82.22 48131 | 1 0.03 82.25 48133 | 1 0.03 82.28 48135 | 1 0.03 82.31 48137 | 1 0.03 82.34 48139 | 1 0.03 82.38 48141 | 1 0.03 82.41 48143 | 1 0.03 82.44 48145 | 1 0.03 82.47 48147 | 1 0.03 82.50 48149 | 1 0.03 82.54 48151 | 1 0.03 82.57 48153 | 1 0.03 82.60 48155 | 1 0.03 82.63 48157 | 1 0.03 82.66 48159 | 1 0.03 82.69 48161 | 1 0.03 82.73 48163 | 1 0.03 82.76 48165 | 1 0.03 82.79 48167 | 1 0.03 82.82 48169 | 1 0.03 82.85 48171 | 1 0.03 82.89 48173 | 1 0.03 82.92 48175 | 1 0.03 82.95 48177 | 1 0.03 82.98 48179 | 1 0.03 83.01 48181 | 1 0.03 83.05 48183 | 1 0.03 83.08 48185 | 1 0.03 83.11 48187 | 1 0.03 83.14 48189 | 1 0.03 83.17 48191 | 1 0.03 83.21 48193 | 1 0.03 83.24 48195 | 1 0.03 83.27 48197 | 1 0.03 83.30 48199 | 1 0.03 83.33 48201 | 1 0.03 83.37 48203 | 1 0.03 83.40 48205 | 1 0.03 83.43 48207 | 1 0.03 83.46 48209 | 1 0.03 83.49 48211 | 1 0.03 83.52 48213 | 1 0.03 83.56 48215 | 1 0.03 83.59 48217 | 1 0.03 83.62 48219 | 1 0.03 83.65 48221 | 1 0.03 83.68 48223 | 1 0.03 83.72 48225 | 1 0.03 83.75 48227 | 1 0.03 83.78 48229 | 1 0.03 83.81 48231 | 1 0.03 83.84 48233 | 1 0.03 83.88 48235 | 1 0.03 83.91 48237 | 1 0.03 83.94 48239 | 1 0.03 83.97 48241 | 1 0.03 84.00 48243 | 1 0.03 84.04 48245 | 1 0.03 84.07 48247 | 1 0.03 84.10 48249 | 1 0.03 84.13 48251 | 1 0.03 84.16 48253 | 1 0.03 84.20 48255 | 1 0.03 84.23 48257 | 1 0.03 84.26 48259 | 1 0.03 84.29 48261 | 1 0.03 84.32 48263 | 1 0.03 84.36 48265 | 1 0.03 84.39 48267 | 1 0.03 84.42 48269 | 1 0.03 84.45 48271 | 1 0.03 84.48 48273 | 1 0.03 84.51 48275 | 1 0.03 84.55 48277 | 1 0.03 84.58 48279 | 1 0.03 84.61 48281 | 1 0.03 84.64 48283 | 1 0.03 84.67 48285 | 1 0.03 84.71 48287 | 1 0.03 84.74 48289 | 1 0.03 84.77 48291 | 1 0.03 84.80 48293 | 1 0.03 84.83 48295 | 1 0.03 84.87 48297 | 1 0.03 84.90 48299 | 1 0.03 84.93 48301 | 1 0.03 84.96 48303 | 1 0.03 84.99 48305 | 1 0.03 85.03 48307 | 1 0.03 85.06 48309 | 1 0.03 85.09 48311 | 1 0.03 85.12 48313 | 1 0.03 85.15 48315 | 1 0.03 85.19 48317 | 1 0.03 85.22 48319 | 1 0.03 85.25 48321 | 1 0.03 85.28 48323 | 1 0.03 85.31 48325 | 1 0.03 85.34 48327 | 1 0.03 85.38 48329 | 1 0.03 85.41 48331 | 1 0.03 85.44 48333 | 1 0.03 85.47 48335 | 1 0.03 85.50 48337 | 1 0.03 85.54 48339 | 1 0.03 85.57 48341 | 1 0.03 85.60 48343 | 1 0.03 85.63 48345 | 1 0.03 85.66 48347 | 1 0.03 85.70 48349 | 1 0.03 85.73 48351 | 1 0.03 85.76 48353 | 1 0.03 85.79 48355 | 1 0.03 85.82 48357 | 1 0.03 85.86 48359 | 1 0.03 85.89 48361 | 1 0.03 85.92 48363 | 1 0.03 85.95 48365 | 1 0.03 85.98 48367 | 1 0.03 86.02 48369 | 1 0.03 86.05 48371 | 1 0.03 86.08 48373 | 1 0.03 86.11 48375 | 1 0.03 86.14 48377 | 1 0.03 86.17 48379 | 1 0.03 86.21 48381 | 1 0.03 86.24 48383 | 1 0.03 86.27 48385 | 1 0.03 86.30 48387 | 1 0.03 86.33 48389 | 1 0.03 86.37 48391 | 1 0.03 86.40 48393 | 1 0.03 86.43 48395 | 1 0.03 86.46 48397 | 1 0.03 86.49 48399 | 1 0.03 86.53 48401 | 1 0.03 86.56 48403 | 1 0.03 86.59 48405 | 1 0.03 86.62 48407 | 1 0.03 86.65 48409 | 1 0.03 86.69 48411 | 1 0.03 86.72 48413 | 1 0.03 86.75 48415 | 1 0.03 86.78 48417 | 1 0.03 86.81 48419 | 1 0.03 86.85 48421 | 1 0.03 86.88 48423 | 1 0.03 86.91 48425 | 1 0.03 86.94 48427 | 1 0.03 86.97 48429 | 1 0.03 87.01 48431 | 1 0.03 87.04 48433 | 1 0.03 87.07 48435 | 1 0.03 87.10 48437 | 1 0.03 87.13 48439 | 1 0.03 87.16 48441 | 1 0.03 87.20 48443 | 1 0.03 87.23 48445 | 1 0.03 87.26 48447 | 1 0.03 87.29 48449 | 1 0.03 87.32 48451 | 1 0.03 87.36 48453 | 1 0.03 87.39 48455 | 1 0.03 87.42 48457 | 1 0.03 87.45 48459 | 1 0.03 87.48 48461 | 1 0.03 87.52 48463 | 1 0.03 87.55 48465 | 1 0.03 87.58 48467 | 1 0.03 87.61 48469 | 1 0.03 87.64 48471 | 1 0.03 87.68 48473 | 1 0.03 87.71 48475 | 1 0.03 87.74 48477 | 1 0.03 87.77 48479 | 1 0.03 87.80 48481 | 1 0.03 87.84 48483 | 1 0.03 87.87 48485 | 1 0.03 87.90 48487 | 1 0.03 87.93 48489 | 1 0.03 87.96 48491 | 1 0.03 87.99 48493 | 1 0.03 88.03 48495 | 1 0.03 88.06 48497 | 1 0.03 88.09 48499 | 1 0.03 88.12 48501 | 1 0.03 88.15 48503 | 1 0.03 88.19 48505 | 1 0.03 88.22 48507 | 1 0.03 88.25 49001 | 1 0.03 88.28 49003 | 1 0.03 88.31 49005 | 1 0.03 88.35 49007 | 1 0.03 88.38 49009 | 1 0.03 88.41 49011 | 1 0.03 88.44 49013 | 1 0.03 88.47 49015 | 1 0.03 88.51 49017 | 1 0.03 88.54 49019 | 1 0.03 88.57 49021 | 1 0.03 88.60 49023 | 1 0.03 88.63 49025 | 1 0.03 88.67 49027 | 1 0.03 88.70 49029 | 1 0.03 88.73 49031 | 1 0.03 88.76 49033 | 1 0.03 88.79 49035 | 1 0.03 88.83 49037 | 1 0.03 88.86 49039 | 1 0.03 88.89 49041 | 1 0.03 88.92 49043 | 1 0.03 88.95 49045 | 1 0.03 88.98 49047 | 1 0.03 89.02 49049 | 1 0.03 89.05 49051 | 1 0.03 89.08 49053 | 1 0.03 89.11 49055 | 1 0.03 89.14 49057 | 1 0.03 89.18 50001 | 1 0.03 89.21 50003 | 1 0.03 89.24 50005 | 1 0.03 89.27 50007 | 1 0.03 89.30 50009 | 1 0.03 89.34 50011 | 1 0.03 89.37 50013 | 1 0.03 89.40 50015 | 1 0.03 89.43 50017 | 1 0.03 89.46 50019 | 1 0.03 89.50 50021 | 1 0.03 89.53 50023 | 1 0.03 89.56 50025 | 1 0.03 89.59 50027 | 1 0.03 89.62 51001 | 1 0.03 89.66 51003 | 1 0.03 89.69 51005 | 1 0.03 89.72 51007 | 1 0.03 89.75 51009 | 1 0.03 89.78 51011 | 1 0.03 89.81 51013 | 1 0.03 89.85 51015 | 1 0.03 89.88 51017 | 1 0.03 89.91 51019 | 1 0.03 89.94 51021 | 1 0.03 89.97 51023 | 1 0.03 90.01 51025 | 1 0.03 90.04 51027 | 1 0.03 90.07 51029 | 1 0.03 90.10 51031 | 1 0.03 90.13 51033 | 1 0.03 90.17 51035 | 1 0.03 90.20 51036 | 1 0.03 90.23 51037 | 1 0.03 90.26 51041 | 1 0.03 90.29 51043 | 1 0.03 90.33 51045 | 1 0.03 90.36 51047 | 1 0.03 90.39 51049 | 1 0.03 90.42 51051 | 1 0.03 90.45 51053 | 1 0.03 90.49 51057 | 1 0.03 90.52 51059 | 1 0.03 90.55 51061 | 1 0.03 90.58 51063 | 1 0.03 90.61 51065 | 1 0.03 90.64 51067 | 1 0.03 90.68 51069 | 1 0.03 90.71 51071 | 1 0.03 90.74 51073 | 1 0.03 90.77 51075 | 1 0.03 90.80 51077 | 1 0.03 90.84 51079 | 1 0.03 90.87 51081 | 1 0.03 90.90 51083 | 1 0.03 90.93 51085 | 1 0.03 90.96 51087 | 1 0.03 91.00 51089 | 1 0.03 91.03 51091 | 1 0.03 91.06 51093 | 1 0.03 91.09 51095 | 1 0.03 91.12 51097 | 1 0.03 91.16 51099 | 1 0.03 91.19 51101 | 1 0.03 91.22 51103 | 1 0.03 91.25 51105 | 1 0.03 91.28 51107 | 1 0.03 91.32 51109 | 1 0.03 91.35 51111 | 1 0.03 91.38 51113 | 1 0.03 91.41 51115 | 1 0.03 91.44 51117 | 1 0.03 91.48 51119 | 1 0.03 91.51 51121 | 1 0.03 91.54 51125 | 1 0.03 91.57 51127 | 1 0.03 91.60 51131 | 1 0.03 91.63 51133 | 1 0.03 91.67 51135 | 1 0.03 91.70 51137 | 1 0.03 91.73 51139 | 1 0.03 91.76 51141 | 1 0.03 91.79 51143 | 1 0.03 91.83 51145 | 1 0.03 91.86 51147 | 1 0.03 91.89 51149 | 1 0.03 91.92 51153 | 1 0.03 91.95 51155 | 1 0.03 91.99 51157 | 1 0.03 92.02 51159 | 1 0.03 92.05 51161 | 1 0.03 92.08 51163 | 1 0.03 92.11 51165 | 1 0.03 92.15 51167 | 1 0.03 92.18 51169 | 1 0.03 92.21 51171 | 1 0.03 92.24 51173 | 1 0.03 92.27 51175 | 1 0.03 92.31 51177 | 1 0.03 92.34 51179 | 1 0.03 92.37 51181 | 1 0.03 92.40 51183 | 1 0.03 92.43 51185 | 1 0.03 92.46 51187 | 1 0.03 92.50 51191 | 1 0.03 92.53 51193 | 1 0.03 92.56 51195 | 1 0.03 92.59 51197 | 1 0.03 92.62 51199 | 1 0.03 92.66 51510 | 1 0.03 92.69 51515 | 1 0.03 92.72 51520 | 1 0.03 92.75 51530 | 1 0.03 92.78 51540 | 1 0.03 92.82 51550 | 1 0.03 92.85 51560 | 1 0.03 92.88 51570 | 1 0.03 92.91 51580 | 1 0.03 92.94 51590 | 1 0.03 92.98 51595 | 1 0.03 93.01 51600 | 1 0.03 93.04 51610 | 1 0.03 93.07 51620 | 1 0.03 93.10 51630 | 1 0.03 93.14 51640 | 1 0.03 93.17 51650 | 1 0.03 93.20 51660 | 1 0.03 93.23 51670 | 1 0.03 93.26 51678 | 1 0.03 93.30 51680 | 1 0.03 93.33 51683 | 1 0.03 93.36 51685 | 1 0.03 93.39 51690 | 1 0.03 93.42 51700 | 1 0.03 93.45 51710 | 1 0.03 93.49 51720 | 1 0.03 93.52 51730 | 1 0.03 93.55 51735 | 1 0.03 93.58 51740 | 1 0.03 93.61 51750 | 1 0.03 93.65 51760 | 1 0.03 93.68 51770 | 1 0.03 93.71 51775 | 1 0.03 93.74 51780 | 1 0.03 93.77 51790 | 1 0.03 93.81 51800 | 1 0.03 93.84 51810 | 1 0.03 93.87 51820 | 1 0.03 93.90 51830 | 1 0.03 93.93 51840 | 1 0.03 93.97 53001 | 1 0.03 94.00 53003 | 1 0.03 94.03 53005 | 1 0.03 94.06 53007 | 1 0.03 94.09 53009 | 1 0.03 94.13 53011 | 1 0.03 94.16 53013 | 1 0.03 94.19 53015 | 1 0.03 94.22 53017 | 1 0.03 94.25 53019 | 1 0.03 94.28 53021 | 1 0.03 94.32 53023 | 1 0.03 94.35 53025 | 1 0.03 94.38 53027 | 1 0.03 94.41 53029 | 1 0.03 94.44 53031 | 1 0.03 94.48 53033 | 1 0.03 94.51 53035 | 1 0.03 94.54 53037 | 1 0.03 94.57 53039 | 1 0.03 94.60 53041 | 1 0.03 94.64 53043 | 1 0.03 94.67 53045 | 1 0.03 94.70 53047 | 1 0.03 94.73 53049 | 1 0.03 94.76 53051 | 1 0.03 94.80 53053 | 1 0.03 94.83 53055 | 1 0.03 94.86 53057 | 1 0.03 94.89 53059 | 1 0.03 94.92 53061 | 1 0.03 94.96 53063 | 1 0.03 94.99 53065 | 1 0.03 95.02 53067 | 1 0.03 95.05 53069 | 1 0.03 95.08 53071 | 1 0.03 95.11 53073 | 1 0.03 95.15 53075 | 1 0.03 95.18 53077 | 1 0.03 95.21 54001 | 1 0.03 95.24 54003 | 1 0.03 95.27 54005 | 1 0.03 95.31 54007 | 1 0.03 95.34 54009 | 1 0.03 95.37 54011 | 1 0.03 95.40 54013 | 1 0.03 95.43 54015 | 1 0.03 95.47 54017 | 1 0.03 95.50 54019 | 1 0.03 95.53 54021 | 1 0.03 95.56 54023 | 1 0.03 95.59 54025 | 1 0.03 95.63 54027 | 1 0.03 95.66 54029 | 1 0.03 95.69 54031 | 1 0.03 95.72 54033 | 1 0.03 95.75 54035 | 1 0.03 95.79 54037 | 1 0.03 95.82 54039 | 1 0.03 95.85 54041 | 1 0.03 95.88 54043 | 1 0.03 95.91 54045 | 1 0.03 95.95 54047 | 1 0.03 95.98 54049 | 1 0.03 96.01 54051 | 1 0.03 96.04 54053 | 1 0.03 96.07 54055 | 1 0.03 96.10 54057 | 1 0.03 96.14 54059 | 1 0.03 96.17 54061 | 1 0.03 96.20 54063 | 1 0.03 96.23 54065 | 1 0.03 96.26 54067 | 1 0.03 96.30 54069 | 1 0.03 96.33 54071 | 1 0.03 96.36 54073 | 1 0.03 96.39 54075 | 1 0.03 96.42 54077 | 1 0.03 96.46 54079 | 1 0.03 96.49 54081 | 1 0.03 96.52 54083 | 1 0.03 96.55 54085 | 1 0.03 96.58 54087 | 1 0.03 96.62 54089 | 1 0.03 96.65 54091 | 1 0.03 96.68 54093 | 1 0.03 96.71 54095 | 1 0.03 96.74 54097 | 1 0.03 96.78 54099 | 1 0.03 96.81 54101 | 1 0.03 96.84 54103 | 1 0.03 96.87 54105 | 1 0.03 96.90 54107 | 1 0.03 96.93 54109 | 1 0.03 96.97 55001 | 1 0.03 97.00 55003 | 1 0.03 97.03 55005 | 1 0.03 97.06 55007 | 1 0.03 97.09 55009 | 1 0.03 97.13 55011 | 1 0.03 97.16 55013 | 1 0.03 97.19 55015 | 1 0.03 97.22 55017 | 1 0.03 97.25 55019 | 1 0.03 97.29 55021 | 1 0.03 97.32 55023 | 1 0.03 97.35 55025 | 1 0.03 97.38 55027 | 1 0.03 97.41 55029 | 1 0.03 97.45 55031 | 1 0.03 97.48 55033 | 1 0.03 97.51 55035 | 1 0.03 97.54 55037 | 1 0.03 97.57 55039 | 1 0.03 97.61 55041 | 1 0.03 97.64 55043 | 1 0.03 97.67 55045 | 1 0.03 97.70 55047 | 1 0.03 97.73 55049 | 1 0.03 97.77 55051 | 1 0.03 97.80 55053 | 1 0.03 97.83 55055 | 1 0.03 97.86 55057 | 1 0.03 97.89 55059 | 1 0.03 97.92 55061 | 1 0.03 97.96 55063 | 1 0.03 97.99 55065 | 1 0.03 98.02 55067 | 1 0.03 98.05 55069 | 1 0.03 98.08 55071 | 1 0.03 98.12 55073 | 1 0.03 98.15 55075 | 1 0.03 98.18 55077 | 1 0.03 98.21 55078 | 1 0.03 98.24 55079 | 1 0.03 98.28 55081 | 1 0.03 98.31 55083 | 1 0.03 98.34 55085 | 1 0.03 98.37 55087 | 1 0.03 98.40 55089 | 1 0.03 98.44 55091 | 1 0.03 98.47 55093 | 1 0.03 98.50 55095 | 1 0.03 98.53 55097 | 1 0.03 98.56 55099 | 1 0.03 98.60 55101 | 1 0.03 98.63 55103 | 1 0.03 98.66 55105 | 1 0.03 98.69 55107 | 1 0.03 98.72 55109 | 1 0.03 98.75 55111 | 1 0.03 98.79 55113 | 1 0.03 98.82 55115 | 1 0.03 98.85 55117 | 1 0.03 98.88 55119 | 1 0.03 98.91 55121 | 1 0.03 98.95 55123 | 1 0.03 98.98 55125 | 1 0.03 99.01 55127 | 1 0.03 99.04 55129 | 1 0.03 99.07 55131 | 1 0.03 99.11 55133 | 1 0.03 99.14 55135 | 1 0.03 99.17 55137 | 1 0.03 99.20 55139 | 1 0.03 99.23 55141 | 1 0.03 99.27 56001 | 1 0.03 99.30 56003 | 1 0.03 99.33 56005 | 1 0.03 99.36 56007 | 1 0.03 99.39 56009 | 1 0.03 99.43 56011 | 1 0.03 99.46 56013 | 1 0.03 99.49 56015 | 1 0.03 99.52 56017 | 1 0.03 99.55 56019 | 1 0.03 99.58 56021 | 1 0.03 99.62 56023 | 1 0.03 99.65 56025 | 1 0.03 99.68 56027 | 1 0.03 99.71 56029 | 1 0.03 99.74 56031 | 1 0.03 99.78 56033 | 1 0.03 99.81 56035 | 1 0.03 99.84 56037 | 1 0.03 99.87 56039 | 1 0.03 99.90 56041 | 1 0.03 99.94 56043 | 1 0.03 99.97 56045 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,132 100.00 by Jean Roth , jroth@nber.org , 31 Mar 2016