Frequencies for first 10,000 rows of mort1962 dataset : by Jean Roth , jroth@nber.org , 22 Dec 2015 Frequencies for first 10,000 rows of datayear variable in mort1962 dataset : datayear | Freq. Percent Cum. ------------+----------------------------------- 1962 | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of monthdth variable in mort1962 dataset : monthdth | Freq. Percent Cum. ------------+----------------------------------- 1 | 871 8.71 8.71 2 | 788 7.88 16.59 3 | 851 8.51 25.10 4 | 890 8.90 34.00 5 | 968 9.68 43.68 6 | 836 8.36 52.04 7 | 812 8.12 60.16 8 | 854 8.54 68.70 9 | 789 7.89 76.59 10 | 802 8.02 84.61 11 | 716 7.16 91.77 12 | 823 8.23 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of daydth variable in mort1962 dataset : daydth | Freq. Percent Cum. ------------+----------------------------------- 1 | 338 3.38 3.38 2 | 321 3.21 6.59 3 | 324 3.24 9.83 4 | 362 3.62 13.45 5 | 321 3.21 16.66 6 | 311 3.11 19.77 7 | 300 3.00 22.77 8 | 331 3.31 26.08 9 | 303 3.03 29.11 10 | 321 3.21 32.32 11 | 377 3.77 36.09 12 | 345 3.45 39.54 13 | 322 3.22 42.76 14 | 337 3.37 46.13 15 | 297 2.97 49.10 16 | 324 3.24 52.34 17 | 352 3.52 55.86 18 | 330 3.30 59.16 19 | 355 3.55 62.71 20 | 338 3.38 66.09 21 | 349 3.49 69.58 22 | 369 3.69 73.27 23 | 331 3.31 76.58 24 | 329 3.29 79.87 25 | 299 2.99 82.86 26 | 311 3.11 85.97 27 | 297 2.97 88.94 28 | 317 3.17 92.11 29 | 301 3.01 95.12 30 | 304 3.04 98.16 31 | 181 1.81 99.97 99 | 3 0.03 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of rectype variable in mort1962 dataset : rectype | Freq. Percent Cum. ------------+----------------------------------- 1 | 6,780 67.80 67.80 2 | 3,220 32.20 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of restatus variable in mort1962 dataset : restatus | Freq. Percent Cum. ------------+----------------------------------- 1 | 6,780 67.80 67.80 2 | 2,851 28.51 96.31 3 | 369 3.69 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of cityflag variable in mort1962 dataset : cityflag | Freq. Percent Cum. ------------+----------------------------------- . | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of region variable in mort1962 dataset : region | Freq. Percent Cum. ------------+----------------------------------- 1 | 2,830 28.30 28.30 2 | 2,232 22.32 50.62 3 | 3,682 36.82 87.44 4 | 1,256 12.56 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of divstoc variable in mort1962 dataset : divstoc | Freq. Percent Cum. ------------+----------------------------------- 11 | 42 0.42 0.42 12 | 20 0.20 0.62 13 | 22 0.22 0.84 14 | 271 2.71 3.55 15 | 31 0.31 3.86 16 | 110 1.10 4.96 21 | 1,157 11.57 16.53 22 | 355 3.55 20.08 23 | 822 8.22 28.30 31 | 420 4.20 32.50 32 | 252 2.52 35.02 33 | 532 5.32 40.34 34 | 346 3.46 43.80 35 | 108 1.08 44.88 41 | 101 1.01 45.89 42 | 67 0.67 46.56 43 | 286 2.86 49.42 44 | 10 0.10 49.52 45 | 23 0.23 49.75 46 | 25 0.25 50.00 47 | 62 0.62 50.62 51 | 31 0.31 50.93 52 | 270 2.70 53.63 53 | 86 0.86 54.49 54 | 192 1.92 56.41 55 | 157 1.57 57.98 56 | 203 2.03 60.01 57 | 130 1.30 61.31 58 | 196 1.96 63.27 59 | 233 2.33 65.60 61 | 299 2.99 68.59 62 | 326 3.26 71.85 63 | 280 2.80 74.65 64 | 125 1.25 75.90 71 | 171 1.71 77.61 72 | 268 2.68 80.29 73 | 156 1.56 81.85 74 | 559 5.59 87.44 81 | 31 0.31 87.75 82 | 11 0.11 87.86 83 | 5 0.05 87.91 84 | 86 0.86 88.77 85 | 83 0.83 89.60 86 | 143 1.43 91.03 87 | 21 0.21 91.24 88 | 13 0.13 91.37 91 | 102 1.02 92.39 92 | 50 0.50 92.89 93 | 668 6.68 99.57 94 | 19 0.19 99.76 95 | 24 0.24 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of exstatoc variable in mort1962 dataset : exstatoc | Freq. Percent Cum. ------------+----------------------------------- 01 | 280 2.80 2.80 02 | 19 0.19 2.99 03 | 143 1.43 4.42 04 | 171 1.71 6.13 05 | 668 6.68 12.81 06 | 86 0.86 13.67 07 | 110 1.10 14.77 08 | 31 0.31 15.08 09 | 86 0.86 15.94 10 | 233 2.33 18.27 11 | 196 1.96 20.23 12 | 24 0.24 20.47 13 | 11 0.11 20.58 14 | 532 5.32 25.90 15 | 252 2.52 28.42 16 | 67 0.67 29.09 17 | 62 0.62 29.71 18 | 299 2.99 32.70 19 | 268 2.68 35.38 20 | 42 0.42 35.80 21 | 270 2.70 38.50 22 | 271 2.71 41.21 23 | 346 3.46 44.67 24 | 101 1.01 45.68 25 | 125 1.25 46.93 26 | 286 2.86 49.79 27 | 31 0.31 50.10 28 | 25 0.25 50.35 29 | 13 0.13 50.48 30 | 20 0.20 50.68 31 | 355 3.55 54.23 32 | 83 0.83 55.06 33 | 384 3.84 58.90 34 | 773 7.73 66.63 35 | 203 2.03 68.66 36 | 10 0.10 68.76 37 | 420 4.20 72.96 38 | 156 1.56 74.52 39 | 50 0.50 75.02 40 | 822 8.22 83.24 41 | 31 0.31 83.55 42 | 130 1.30 84.85 43 | 23 0.23 85.08 44 | 326 3.26 88.34 45 | 559 5.59 93.93 46 | 21 0.21 94.14 47 | 22 0.22 94.36 48 | 192 1.92 96.28 49 | 102 1.02 97.30 50 | 157 1.57 98.87 51 | 108 1.08 99.95 52 | 5 0.05 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of stateoc variable in mort1962 dataset : stateoc | Freq. Percent Cum. ------------+----------------------------------- 01 | 280 2.80 2.80 02 | 19 0.19 2.99 03 | 143 1.43 4.42 04 | 171 1.71 6.13 05 | 668 6.68 12.81 06 | 86 0.86 13.67 07 | 110 1.10 14.77 08 | 31 0.31 15.08 09 | 86 0.86 15.94 10 | 233 2.33 18.27 11 | 196 1.96 20.23 12 | 24 0.24 20.47 13 | 11 0.11 20.58 14 | 532 5.32 25.90 15 | 252 2.52 28.42 16 | 67 0.67 29.09 17 | 62 0.62 29.71 18 | 299 2.99 32.70 19 | 268 2.68 35.38 20 | 42 0.42 35.80 21 | 270 2.70 38.50 22 | 271 2.71 41.21 23 | 346 3.46 44.67 24 | 101 1.01 45.68 25 | 125 1.25 46.93 26 | 286 2.86 49.79 27 | 31 0.31 50.10 28 | 25 0.25 50.35 29 | 13 0.13 50.48 30 | 20 0.20 50.68 31 | 355 3.55 54.23 32 | 83 0.83 55.06 33 | 1,157 11.57 66.63 34 | 203 2.03 68.66 35 | 10 0.10 68.76 36 | 420 4.20 72.96 37 | 156 1.56 74.52 38 | 50 0.50 75.02 39 | 822 8.22 83.24 40 | 31 0.31 83.55 41 | 130 1.30 84.85 42 | 23 0.23 85.08 43 | 326 3.26 88.34 44 | 559 5.59 93.93 45 | 21 0.21 94.14 46 | 22 0.22 94.36 47 | 192 1.92 96.28 48 | 102 1.02 97.30 49 | 157 1.57 98.87 50 | 108 1.08 99.95 51 | 5 0.05 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of countyoc variable in mort1962 dataset : countyoc | Freq. Percent Cum. ------------+----------------------------------- 01003 | 1 0.01 0.01 01005 | 1 0.01 0.02 01006 | 2 0.02 0.04 01007 | 2 0.02 0.06 01008 | 1 0.01 0.07 01009 | 3 0.03 0.10 01011 | 1 0.01 0.11 01017 | 4 0.04 0.15 01022 | 2 0.02 0.17 01024 | 2 0.02 0.19 01025 | 2 0.02 0.21 01027 | 2 0.02 0.23 01028 | 23 0.23 0.46 01035 | 1 0.01 0.47 01036 | 1 0.01 0.48 01037 | 68 0.68 1.16 01038 | 1 0.01 1.17 01039 | 6 0.06 1.23 01040 | 1 0.01 1.24 01041 | 2 0.02 1.26 01042 | 2 0.02 1.28 01044 | 12 0.12 1.40 01045 | 6 0.06 1.46 01047 | 2 0.02 1.48 01048 | 2 0.02 1.50 01049 | 44 0.44 1.94 01051 | 14 0.14 2.08 01052 | 26 0.26 2.34 01054 | 1 0.01 2.35 01055 | 1 0.01 2.36 01061 | 4 0.04 2.40 01062 | 1 0.01 2.41 01063 | 39 0.39 2.80 02002 | 1 0.01 2.81 02003 | 2 0.02 2.83 02004 | 1 0.01 2.84 02007 | 1 0.01 2.85 02009 | 6 0.06 2.91 02010 | 1 0.01 2.92 02015 | 1 0.01 2.93 02017 | 1 0.01 2.94 02018 | 2 0.02 2.96 02022 | 1 0.01 2.97 02023 | 2 0.02 2.99 03001 | 4 0.04 3.03 03002 | 5 0.05 3.08 03003 | 2 0.02 3.10 03004 | 2 0.02 3.12 03005 | 1 0.01 3.13 03006 | 1 0.01 3.14 03007 | 54 0.54 3.68 03008 | 1 0.01 3.69 03009 | 3 0.03 3.72 03010 | 49 0.49 4.21 03011 | 9 0.09 4.30 03013 | 6 0.06 4.36 03014 | 6 0.06 4.42 04004 | 2 0.02 4.44 04011 | 2 0.02 4.46 04013 | 3 0.03 4.49 04016 | 2 0.02 4.51 04018 | 1 0.01 4.52 04019 | 1 0.01 4.53 04021 | 1 0.01 4.54 04022 | 1 0.01 4.55 04023 | 1 0.01 4.56 04026 | 4 0.04 4.60 04030 | 2 0.02 4.62 04032 | 2 0.02 4.64 04033 | 1 0.01 4.65 04034 | 3 0.03 4.68 04035 | 5 0.05 4.73 04036 | 1 0.01 4.74 04037 | 1 0.01 4.75 04039 | 1 0.01 4.76 04041 | 2 0.02 4.78 04042 | 41 0.41 5.19 04047 | 1 0.01 5.20 04051 | 1 0.01 5.21 04052 | 1 0.01 5.22 04054 | 5 0.05 5.27 04056 | 1 0.01 5.28 04058 | 1 0.01 5.29 04060 | 20 0.20 5.49 04061 | 1 0.01 5.50 04063 | 48 0.48 5.98 04065 | 2 0.02 6.00 04066 | 2 0.02 6.02 04067 | 1 0.01 6.03 04070 | 4 0.04 6.07 04072 | 1 0.01 6.08 04073 | 4 0.04 6.12 04075 | 1 0.01 6.13 05001 | 46 0.46 6.59 05004 | 3 0.03 6.62 05005 | 8 0.08 6.70 05007 | 3 0.03 6.73 05008 | 1 0.01 6.74 05010 | 27 0.27 7.01 05012 | 2 0.02 7.03 05013 | 3 0.03 7.06 05015 | 15 0.15 7.21 05019 | 257 2.57 9.78 05020 | 6 0.06 9.84 05021 | 5 0.05 9.89 05023 | 1 0.01 9.90 05024 | 9 0.09 9.99 05026 | 2 0.02 10.01 05027 | 3 0.03 10.04 05028 | 18 0.18 10.22 05029 | 1 0.01 10.23 05030 | 12 0.12 10.35 05031 | 14 0.14 10.49 05033 | 11 0.11 10.60 05034 | 10 0.10 10.70 05036 | 36 0.36 11.06 05037 | 28 0.28 11.34 05038 | 50 0.50 11.84 05039 | 7 0.07 11.91 05040 | 4 0.04 11.95 05041 | 18 0.18 12.13 05042 | 5 0.05 12.18 05043 | 16 0.16 12.34 05044 | 5 0.05 12.39 05045 | 10 0.10 12.49 05048 | 3 0.03 12.52 05049 | 5 0.05 12.57 05050 | 5 0.05 12.62 05054 | 2 0.02 12.64 05055 | 1 0.01 12.65 05056 | 9 0.09 12.74 05057 | 2 0.02 12.76 05058 | 5 0.05 12.81 06001 | 3 0.03 12.84 06002 | 1 0.01 12.85 06003 | 2 0.02 12.87 06007 | 2 0.02 12.89 06012 | 2 0.02 12.91 06016 | 47 0.47 13.38 06021 | 13 0.13 13.51 06022 | 1 0.01 13.52 06030 | 7 0.07 13.59 06034 | 2 0.02 13.61 06036 | 1 0.01 13.62 06039 | 2 0.02 13.64 06045 | 1 0.01 13.65 06051 | 2 0.02 13.67 07001 | 20 0.20 13.87 07002 | 48 0.48 14.35 07003 | 3 0.03 14.38 07004 | 2 0.02 14.40 07005 | 23 0.23 14.63 07006 | 13 0.13 14.76 07008 | 1 0.01 14.77 08001 | 2 0.02 14.79 08002 | 26 0.26 15.05 08003 | 3 0.03 15.08 09001 | 86 0.86 15.94 10001 | 2 0.02 15.96 10003 | 2 0.02 15.98 10004 | 1 0.01 15.99 10005 | 1 0.01 16.00 10006 | 8 0.08 16.08 10012 | 5 0.05 16.13 10013 | 55 0.55 16.68 10016 | 21 0.21 16.89 10017 | 3 0.03 16.92 10020 | 6 0.06 16.98 10025 | 1 0.01 16.99 10028 | 1 0.01 17.00 10029 | 33 0.33 17.33 10031 | 1 0.01 17.34 10036 | 2 0.02 17.36 10037 | 17 0.17 17.53 10040 | 1 0.01 17.54 10041 | 6 0.06 17.60 10046 | 1 0.01 17.61 10047 | 1 0.01 17.62 10048 | 8 0.08 17.70 10050 | 26 0.26 17.96 10052 | 12 0.12 18.08 10053 | 3 0.03 18.11 10054 | 2 0.02 18.13 10056 | 3 0.03 18.16 10058 | 1 0.01 18.17 10059 | 1 0.01 18.18 10063 | 1 0.01 18.19 10064 | 7 0.07 18.26 10067 | 1 0.01 18.27 11003 | 1 0.01 18.28 11005 | 9 0.09 18.37 11007 | 1 0.01 18.38 11011 | 8 0.08 18.46 11012 | 1 0.01 18.47 11017 | 1 0.01 18.48 11019 | 1 0.01 18.49 11025 | 11 0.11 18.60 11026 | 1 0.01 18.61 11027 | 1 0.01 18.62 11029 | 2 0.02 18.64 11030 | 1 0.01 18.65 11033 | 3 0.03 18.68 11037 | 1 0.01 18.69 11044 | 7 0.07 18.76 11047 | 3 0.03 18.79 11049 | 2 0.02 18.81 11052 | 1 0.01 18.82 11053 | 1 0.01 18.83 11057 | 44 0.44 19.27 11060 | 25 0.25 19.52 11064 | 1 0.01 19.53 11068 | 1 0.01 19.54 11069 | 2 0.02 19.56 11070 | 1 0.01 19.57 11083 | 1 0.01 19.58 11086 | 1 0.01 19.59 11087 | 4 0.04 19.63 11092 | 4 0.04 19.67 11104 | 2 0.02 19.69 11106 | 2 0.02 19.71 11116 | 1 0.01 19.72 11121 | 33 0.33 20.05 11124 | 1 0.01 20.06 11126 | 3 0.03 20.09 11129 | 2 0.02 20.11 11132 | 1 0.01 20.12 11133 | 1 0.01 20.13 11137 | 1 0.01 20.14 11141 | 3 0.03 20.17 11146 | 1 0.01 20.18 11148 | 2 0.02 20.20 11151 | 1 0.01 20.21 11155 | 1 0.01 20.22 11159 | 1 0.01 20.23 12001 | 2 0.02 20.25 12002 | 20 0.20 20.45 12005 | 2 0.02 20.47 13001 | 2 0.02 20.49 13010 | 2 0.02 20.51 13014 | 1 0.01 20.52 13024 | 5 0.05 20.57 13040 | 1 0.01 20.58 14001 | 3 0.03 20.61 14002 | 4 0.04 20.65 14009 | 1 0.01 20.66 14010 | 1 0.01 20.67 14012 | 1 0.01 20.68 14015 | 1 0.01 20.69 14016 | 348 3.48 24.17 14018 | 1 0.01 24.18 14019 | 1 0.01 24.19 14027 | 1 0.01 24.20 14029 | 1 0.01 24.21 14032 | 1 0.01 24.22 14033 | 1 0.01 24.23 14034 | 1 0.01 24.24 14039 | 2 0.02 24.26 14041 | 12 0.12 24.38 14045 | 2 0.02 24.40 14046 | 12 0.12 24.52 14049 | 18 0.18 24.70 14052 | 1 0.01 24.71 14053 | 4 0.04 24.75 14054 | 2 0.02 24.77 14055 | 1 0.01 24.78 14058 | 5 0.05 24.83 14060 | 10 0.10 24.93 14061 | 3 0.03 24.96 14064 | 1 0.01 24.97 14068 | 1 0.01 24.98 14069 | 7 0.07 25.05 14070 | 1 0.01 25.06 14072 | 13 0.13 25.19 14081 | 7 0.07 25.26 14082 | 14 0.14 25.40 14083 | 1 0.01 25.41 14084 | 21 0.21 25.62 14087 | 1 0.01 25.63 14089 | 2 0.02 25.65 14090 | 3 0.03 25.68 14091 | 3 0.03 25.71 14092 | 1 0.01 25.72 14098 | 1 0.01 25.73 14099 | 5 0.05 25.78 14100 | 3 0.03 25.81 14101 | 9 0.09 25.90 15002 | 28 0.28 26.18 15003 | 2 0.02 26.20 15006 | 2 0.02 26.22 15009 | 7 0.07 26.29 15010 | 1 0.01 26.30 15011 | 1 0.01 26.31 15015 | 1 0.01 26.32 15018 | 3 0.03 26.35 15019 | 1 0.01 26.36 15020 | 2 0.02 26.38 15021 | 1 0.01 26.39 15022 | 17 0.17 26.56 15026 | 1 0.01 26.57 15027 | 3 0.03 26.60 15033 | 1 0.01 26.61 15034 | 4 0.04 26.65 15036 | 1 0.01 26.66 15039 | 8 0.08 26.74 15040 | 1 0.01 26.75 15042 | 7 0.07 26.82 15045 | 20 0.20 27.02 15046 | 2 0.02 27.04 15047 | 1 0.01 27.05 15048 | 2 0.02 27.07 15049 | 71 0.71 27.78 15050 | 1 0.01 27.79 15053 | 5 0.05 27.84 15054 | 1 0.01 27.85 15059 | 1 0.01 27.86 15060 | 1 0.01 27.87 15061 | 21 0.21 28.08 15066 | 1 0.01 28.09 15071 | 12 0.12 28.21 15073 | 1 0.01 28.22 15077 | 1 0.01 28.23 15079 | 1 0.01 28.24 15082 | 10 0.10 28.34 15084 | 6 0.06 28.40 15089 | 1 0.01 28.41 15090 | 1 0.01 28.42 16003 | 1 0.01 28.43 16007 | 4 0.04 28.47 16008 | 1 0.01 28.48 16010 | 1 0.01 28.49 16011 | 1 0.01 28.50 16018 | 3 0.03 28.53 16022 | 1 0.01 28.54 16029 | 1 0.01 28.55 16031 | 1 0.01 28.56 16034 | 1 0.01 28.57 16035 | 1 0.01 28.58 16044 | 1 0.01 28.59 16049 | 1 0.01 28.60 16052 | 30 0.30 28.90 16056 | 2 0.02 28.92 16063 | 1 0.01 28.93 16071 | 1 0.01 28.94 16073 | 1 0.01 28.95 16077 | 1 0.01 28.96 16078 | 2 0.02 28.98 16080 | 1 0.01 28.99 16082 | 2 0.02 29.01 16084 | 1 0.01 29.02 16090 | 3 0.03 29.05 16097 | 4 0.04 29.09 17005 | 1 0.01 29.10 17006 | 1 0.01 29.11 17010 | 1 0.01 29.12 17014 | 1 0.01 29.13 17015 | 1 0.01 29.14 17018 | 1 0.01 29.15 17023 | 1 0.01 29.16 17029 | 1 0.01 29.17 17040 | 1 0.01 29.18 17046 | 1 0.01 29.19 17052 | 11 0.11 29.30 17057 | 1 0.01 29.31 17061 | 1 0.01 29.32 17064 | 1 0.01 29.33 17067 | 7 0.07 29.40 17069 | 9 0.09 29.49 17073 | 1 0.01 29.50 17087 | 10 0.10 29.60 17089 | 3 0.03 29.63 17096 | 1 0.01 29.64 17105 | 7 0.07 29.71 18001 | 2 0.02 29.73 18002 | 2 0.02 29.75 18005 | 12 0.12 29.87 18007 | 2 0.02 29.89 18009 | 11 0.11 30.00 18010 | 6 0.06 30.06 18011 | 2 0.02 30.08 18016 | 3 0.03 30.11 18020 | 1 0.01 30.12 18021 | 2 0.02 30.14 18023 | 1 0.01 30.15 18024 | 3 0.03 30.18 18025 | 1 0.01 30.19 18026 | 3 0.03 30.22 18027 | 2 0.02 30.24 18030 | 1 0.01 30.25 18032 | 1 0.01 30.26 18033 | 1 0.01 30.27 18034 | 25 0.25 30.52 18035 | 2 0.02 30.54 18036 | 4 0.04 30.58 18037 | 2 0.02 30.60 18038 | 2 0.02 30.62 18039 | 1 0.01 30.63 18040 | 1 0.01 30.64 18042 | 2 0.02 30.66 18043 | 1 0.01 30.67 18047 | 1 0.01 30.68 18048 | 4 0.04 30.72 18050 | 2 0.02 30.74 18051 | 3 0.03 30.77 18052 | 1 0.01 30.78 18054 | 11 0.11 30.89 18056 | 97 0.97 31.86 18059 | 15 0.15 32.01 18061 | 1 0.01 32.02 18063 | 11 0.11 32.13 18064 | 1 0.01 32.14 18065 | 1 0.01 32.15 18066 | 1 0.01 32.16 18067 | 1 0.01 32.17 18068 | 3 0.03 32.20 18071 | 1 0.01 32.21 18073 | 4 0.04 32.25 18074 | 1 0.01 32.26 18075 | 1 0.01 32.27 18076 | 2 0.02 32.29 18086 | 3 0.03 32.32 18087 | 2 0.02 32.34 18088 | 1 0.01 32.35 18089 | 1 0.01 32.36 18090 | 1 0.01 32.37 18092 | 1 0.01 32.38 18093 | 5 0.05 32.43 18096 | 1 0.01 32.44 18097 | 4 0.04 32.48 18098 | 4 0.04 32.52 18099 | 1 0.01 32.53 18100 | 3 0.03 32.56 18102 | 1 0.01 32.57 18103 | 1 0.01 32.58 18104 | 1 0.01 32.59 18106 | 1 0.01 32.60 18108 | 1 0.01 32.61 18109 | 2 0.02 32.63 18110 | 1 0.01 32.64 18112 | 1 0.01 32.65 18113 | 2 0.02 32.67 18114 | 1 0.01 32.68 18115 | 1 0.01 32.69 18118 | 1 0.01 32.70 19001 | 1 0.01 32.71 19005 | 1 0.01 32.72 19006 | 2 0.02 32.74 19008 | 1 0.01 32.75 19009 | 44 0.44 33.19 19010 | 5 0.05 33.24 19013 | 1 0.01 33.25 19014 | 1 0.01 33.26 19016 | 1 0.01 33.27 19017 | 23 0.23 33.50 19019 | 1 0.01 33.51 19020 | 1 0.01 33.52 19024 | 1 0.01 33.53 19025 | 4 0.04 33.57 19026 | 1 0.01 33.58 19027 | 1 0.01 33.59 19028 | 13 0.13 33.72 19034 | 2 0.02 33.74 19035 | 1 0.01 33.75 19036 | 115 1.15 34.90 19037 | 5 0.05 34.95 19040 | 26 0.26 35.21 19042 | 1 0.01 35.22 19043 | 2 0.02 35.24 19045 | 1 0.01 35.25 19049 | 4 0.04 35.29 19052 | 2 0.02 35.31 19053 | 3 0.03 35.34 19056 | 1 0.01 35.35 19059 | 1 0.01 35.36 19063 | 1 0.01 35.37 19064 | 1 0.01 35.38 20001 | 3 0.03 35.41 20003 | 6 0.06 35.47 20005 | 1 0.01 35.48 20006 | 5 0.05 35.53 20008 | 1 0.01 35.54 20009 | 1 0.01 35.55 20010 | 7 0.07 35.62 20013 | 15 0.15 35.77 20015 | 2 0.02 35.79 20016 | 1 0.01 35.80 21001 | 1 0.01 35.81 21002 | 7 0.07 35.88 21003 | 54 0.54 36.42 21004 | 125 1.25 37.67 21005 | 1 0.01 37.68 21007 | 8 0.08 37.76 21008 | 2 0.02 37.78 21009 | 1 0.01 37.79 21011 | 25 0.25 38.04 21012 | 2 0.02 38.06 21013 | 2 0.02 38.08 21015 | 1 0.01 38.09 21016 | 3 0.03 38.12 21017 | 25 0.25 38.37 21018 | 1 0.01 38.38 21019 | 1 0.01 38.39 21022 | 2 0.02 38.41 21023 | 9 0.09 38.50 22001 | 3 0.03 38.53 22002 | 1 0.01 38.54 22003 | 20 0.20 38.74 22005 | 21 0.21 38.95 22006 | 1 0.01 38.96 22007 | 14 0.14 39.10 22008 | 4 0.04 39.14 22009 | 23 0.23 39.37 22011 | 11 0.11 39.48 22012 | 12 0.12 39.60 22013 | 94 0.94 40.54 22014 | 67 0.67 41.21 23001 | 1 0.01 41.22 23004 | 2 0.02 41.24 23007 | 1 0.01 41.25 23009 | 3 0.03 41.28 23011 | 4 0.04 41.32 23013 | 7 0.07 41.39 23017 | 1 0.01 41.40 23019 | 1 0.01 41.41 23023 | 2 0.02 41.43 23024 | 1 0.01 41.44 23025 | 9 0.09 41.53 23027 | 2 0.02 41.55 23028 | 7 0.07 41.62 23031 | 8 0.08 41.70 23033 | 6 0.06 41.76 23034 | 1 0.01 41.77 23038 | 4 0.04 41.81 23039 | 9 0.09 41.90 23041 | 6 0.06 41.96 23046 | 2 0.02 41.98 23050 | 1 0.01 41.99 23051 | 1 0.01 42.00 23052 | 7 0.07 42.07 23058 | 1 0.01 42.08 23061 | 6 0.06 42.14 23063 | 15 0.15 42.29 23069 | 2 0.02 42.31 23070 | 1 0.01 42.32 23073 | 15 0.15 42.47 23074 | 1 0.01 42.48 23079 | 1 0.01 42.49 23080 | 1 0.01 42.50 23081 | 12 0.12 42.62 23082 | 205 2.05 44.67 24002 | 7 0.07 44.74 24007 | 1 0.01 44.75 24012 | 1 0.01 44.76 24015 | 1 0.01 44.77 24018 | 1 0.01 44.78 24022 | 2 0.02 44.80 24024 | 1 0.01 44.81 24025 | 11 0.11 44.92 24026 | 1 0.01 44.93 24027 | 34 0.34 45.27 24037 | 1 0.01 45.28 24041 | 1 0.01 45.29 24048 | 1 0.01 45.30 24049 | 2 0.02 45.32 24050 | 1 0.01 45.33 24051 | 1 0.01 45.34 24052 | 1 0.01 45.35 24055 | 5 0.05 45.40 24060 | 3 0.03 45.43 24062 | 17 0.17 45.60 24065 | 1 0.01 45.61 24068 | 1 0.01 45.62 24069 | 2 0.02 45.64 24071 | 1 0.01 45.65 24073 | 2 0.02 45.67 24081 | 1 0.01 45.68 25001 | 1 0.01 45.69 25002 | 3 0.03 45.72 25003 | 1 0.01 45.73 25004 | 2 0.02 45.75 25005 | 1 0.01 45.76 25006 | 2 0.02 45.78 25007 | 1 0.01 45.79 25009 | 2 0.02 45.81 25014 | 2 0.02 45.83 25018 | 5 0.05 45.88 25024 | 7 0.07 45.95 25025 | 11 0.11 46.06 25026 | 3 0.03 46.09 25033 | 1 0.01 46.10 25034 | 1 0.01 46.11 25037 | 1 0.01 46.12 25038 | 4 0.04 46.16 25039 | 1 0.01 46.17 25041 | 1 0.01 46.18 25042 | 1 0.01 46.19 25044 | 2 0.02 46.21 25045 | 1 0.01 46.22 25046 | 1 0.01 46.23 25050 | 2 0.02 46.25 25051 | 1 0.01 46.26 25052 | 2 0.02 46.28 25054 | 4 0.04 46.32 25055 | 1 0.01 46.33 25057 | 1 0.01 46.34 25058 | 2 0.02 46.36 25060 | 1 0.01 46.37 25061 | 5 0.05 46.42 25062 | 1 0.01 46.43 25063 | 1 0.01 46.44 25064 | 26 0.26 46.70 25067 | 2 0.02 46.72 25068 | 1 0.01 46.73 25069 | 2 0.02 46.75 25071 | 1 0.01 46.76 25072 | 1 0.01 46.77 25075 | 4 0.04 46.81 25076 | 4 0.04 46.85 25077 | 1 0.01 46.86 25078 | 1 0.01 46.87 25079 | 2 0.02 46.89 25080 | 1 0.01 46.90 25082 | 3 0.03 46.93 26001 | 2 0.02 46.95 26004 | 1 0.01 46.96 26007 | 2 0.02 46.98 26010 | 1 0.01 46.99 26011 | 7 0.07 47.06 26012 | 5 0.05 47.11 26014 | 4 0.04 47.15 26016 | 2 0.02 47.17 26020 | 1 0.01 47.18 26024 | 8 0.08 47.26 26026 | 2 0.02 47.28 26028 | 1 0.01 47.29 26036 | 1 0.01 47.30 26039 | 11 0.11 47.41 26048 | 58 0.58 47.99 26049 | 6 0.06 48.05 26050 | 1 0.01 48.06 26053 | 1 0.01 48.07 26055 | 38 0.38 48.45 26058 | 1 0.01 48.46 26063 | 1 0.01 48.47 26070 | 1 0.01 48.48 26072 | 3 0.03 48.51 26073 | 2 0.02 48.53 26078 | 1 0.01 48.54 26080 | 1 0.01 48.55 26082 | 1 0.01 48.56 26088 | 2 0.02 48.58 26089 | 1 0.01 48.59 26094 | 2 0.02 48.61 26095 | 44 0.44 49.05 26096 | 63 0.63 49.68 26098 | 2 0.02 49.70 26101 | 1 0.01 49.71 26104 | 2 0.02 49.73 26105 | 1 0.01 49.74 26107 | 2 0.02 49.76 26108 | 1 0.01 49.77 26111 | 1 0.01 49.78 26115 | 1 0.01 49.79 27002 | 1 0.01 49.80 27003 | 1 0.01 49.81 27007 | 1 0.01 49.82 27009 | 1 0.01 49.83 27011 | 1 0.01 49.84 27012 | 15 0.15 49.99 27015 | 2 0.02 50.01 27024 | 1 0.01 50.02 27025 | 2 0.02 50.04 27032 | 1 0.01 50.05 27042 | 1 0.01 50.06 27047 | 2 0.02 50.08 27050 | 1 0.01 50.09 27056 | 1 0.01 50.10 28010 | 6 0.06 50.16 28011 | 1 0.01 50.17 28028 | 13 0.13 50.30 28048 | 1 0.01 50.31 28050 | 1 0.01 50.32 28055 | 2 0.02 50.34 28087 | 1 0.01 50.35 29002 | 5 0.05 50.40 29004 | 1 0.01 50.41 29007 | 1 0.01 50.42 29016 | 6 0.06 50.48 30002 | 1 0.01 50.49 30004 | 2 0.02 50.51 30005 | 5 0.05 50.56 30006 | 3 0.03 50.59 30007 | 5 0.05 50.64 30008 | 1 0.01 50.65 30009 | 2 0.02 50.67 30010 | 1 0.01 50.68 31001 | 12 0.12 50.80 31002 | 22 0.22 51.02 31003 | 8 0.08 51.10 31004 | 19 0.19 51.29 31005 | 1 0.01 51.30 31007 | 89 0.89 52.19 31008 | 3 0.03 52.22 31009 | 61 0.61 52.83 31010 | 8 0.08 52.91 31011 | 24 0.24 53.15 31012 | 24 0.24 53.39 31013 | 14 0.14 53.53 31014 | 18 0.18 53.71 31015 | 1 0.01 53.72 31016 | 16 0.16 53.88 31017 | 2 0.02 53.90 31018 | 4 0.04 53.94 31020 | 29 0.29 54.23 32001 | 34 0.34 54.57 32003 | 5 0.05 54.62 32007 | 4 0.04 54.66 32008 | 1 0.01 54.67 32009 | 1 0.01 54.68 32010 | 1 0.01 54.69 32013 | 2 0.02 54.71 32014 | 15 0.15 54.86 32017 | 8 0.08 54.94 32022 | 2 0.02 54.96 32023 | 1 0.01 54.97 32024 | 2 0.02 54.99 32025 | 2 0.02 55.01 32026 | 2 0.02 55.03 32028 | 1 0.01 55.04 32032 | 2 0.02 55.06 33001 | 21 0.21 55.27 33003 | 4 0.04 55.31 33004 | 1 0.01 55.32 33005 | 1 0.01 55.33 33006 | 4 0.04 55.37 33007 | 5 0.05 55.42 33011 | 1 0.01 55.43 33012 | 2 0.02 55.45 33013 | 30 0.30 55.75 33014 | 43 0.43 56.18 33015 | 27 0.27 56.45 33016 | 9 0.09 56.54 33017 | 2 0.02 56.56 33019 | 1 0.01 56.57 33021 | 3 0.03 56.60 33022 | 1 0.01 56.61 33023 | 1 0.01 56.62 33024 | 18 0.18 56.80 33026 | 24 0.24 57.04 33027 | 1 0.01 57.05 33028 | 39 0.39 57.44 33029 | 773 7.73 65.17 33030 | 5 0.05 65.22 33031 | 3 0.03 65.25 33032 | 10 0.10 65.35 33033 | 1 0.01 65.36 33034 | 17 0.17 65.53 33035 | 2 0.02 65.55 33036 | 2 0.02 65.57 33037 | 21 0.21 65.78 33038 | 1 0.01 65.79 33039 | 2 0.02 65.81 33040 | 6 0.06 65.87 33041 | 1 0.01 65.88 33042 | 1 0.01 65.89 33043 | 7 0.07 65.96 33045 | 1 0.01 65.97 33047 | 1 0.01 65.98 33048 | 28 0.28 66.26 33052 | 3 0.03 66.29 33053 | 2 0.02 66.31 33054 | 1 0.01 66.32 33055 | 1 0.01 66.33 33056 | 30 0.30 66.63 34004 | 1 0.01 66.64 34009 | 1 0.01 66.65 34011 | 53 0.53 67.18 34012 | 1 0.01 67.19 34013 | 2 0.02 67.21 34014 | 2 0.02 67.23 34018 | 1 0.01 67.24 34020 | 1 0.01 67.25 34025 | 1 0.01 67.26 34026 | 2 0.02 67.28 34029 | 1 0.01 67.29 34032 | 10 0.10 67.39 34033 | 1 0.01 67.40 34034 | 7 0.07 67.47 34036 | 4 0.04 67.51 34037 | 1 0.01 67.52 34041 | 1 0.01 67.53 34044 | 2 0.02 67.55 34045 | 1 0.01 67.56 34046 | 2 0.02 67.58 34047 | 25 0.25 67.83 34048 | 1 0.01 67.84 34049 | 1 0.01 67.85 34054 | 2 0.02 67.87 34060 | 7 0.07 67.94 34063 | 1 0.01 67.95 34064 | 5 0.05 68.00 34065 | 4 0.04 68.04 34067 | 2 0.02 68.06 34068 | 12 0.12 68.18 34076 | 2 0.02 68.20 34078 | 3 0.03 68.23 34080 | 1 0.01 68.24 34081 | 1 0.01 68.25 34083 | 1 0.01 68.26 34086 | 2 0.02 68.28 34090 | 2 0.02 68.30 34092 | 6 0.06 68.36 34096 | 5 0.05 68.41 34098 | 25 0.25 68.66 35008 | 2 0.02 68.68 35009 | 2 0.02 68.70 35018 | 1 0.01 68.71 35028 | 1 0.01 68.72 35040 | 1 0.01 68.73 35043 | 1 0.01 68.74 35045 | 1 0.01 68.75 35047 | 1 0.01 68.76 36001 | 2 0.02 68.78 36002 | 17 0.17 68.95 36006 | 1 0.01 68.96 36007 | 3 0.03 68.99 36008 | 1 0.01 69.00 36009 | 3 0.03 69.03 36012 | 6 0.06 69.09 36013 | 1 0.01 69.10 36015 | 3 0.03 69.13 36016 | 2 0.02 69.15 36017 | 1 0.01 69.16 36018 | 109 1.09 70.25 36020 | 1 0.01 70.26 36023 | 1 0.01 70.27 36025 | 36 0.36 70.63 36027 | 3 0.03 70.66 36028 | 1 0.01 70.67 36029 | 1 0.01 70.68 36030 | 3 0.03 70.71 36031 | 61 0.61 71.32 36032 | 1 0.01 71.33 36033 | 1 0.01 71.34 36035 | 1 0.01 71.35 36037 | 1 0.01 71.36 36041 | 1 0.01 71.37 36042 | 16 0.16 71.53 36043 | 1 0.01 71.54 36045 | 3 0.03 71.57 36046 | 2 0.02 71.59 36047 | 6 0.06 71.65 36048 | 8 0.08 71.73 36049 | 1 0.01 71.74 36050 | 19 0.19 71.93 36052 | 2 0.02 71.95 36055 | 1 0.01 71.96 36057 | 35 0.35 72.31 36058 | 6 0.06 72.37 36060 | 1 0.01 72.38 36065 | 1 0.01 72.39 36066 | 1 0.01 72.40 36067 | 1 0.01 72.41 36070 | 6 0.06 72.47 36071 | 9 0.09 72.56 36072 | 4 0.04 72.60 36073 | 3 0.03 72.63 36075 | 1 0.01 72.64 36076 | 8 0.08 72.72 36077 | 12 0.12 72.84 36078 | 5 0.05 72.89 36079 | 4 0.04 72.93 36080 | 1 0.01 72.94 36083 | 1 0.01 72.95 36085 | 1 0.01 72.96 37001 | 2 0.02 72.98 37004 | 1 0.01 72.99 37006 | 1 0.01 73.00 37011 | 1 0.01 73.01 37012 | 1 0.01 73.02 37014 | 5 0.05 73.07 37016 | 2 0.02 73.09 37019 | 2 0.02 73.11 37020 | 21 0.21 73.32 37031 | 1 0.01 73.33 37036 | 1 0.01 73.34 37037 | 1 0.01 73.35 37039 | 39 0.39 73.74 37040 | 2 0.02 73.76 37041 | 1 0.01 73.77 37045 | 3 0.03 73.80 37049 | 1 0.01 73.81 37050 | 6 0.06 73.87 37051 | 10 0.10 73.97 37053 | 1 0.01 73.98 37054 | 1 0.01 73.99 37055 | 31 0.31 74.30 37058 | 4 0.04 74.34 37060 | 1 0.01 74.35 37061 | 1 0.01 74.36 37062 | 2 0.02 74.38 37063 | 2 0.02 74.40 37067 | 1 0.01 74.41 37068 | 1 0.01 74.42 37072 | 7 0.07 74.49 37074 | 2 0.02 74.51 37077 | 1 0.01 74.52 38003 | 2 0.02 74.54 38004 | 1 0.01 74.55 38006 | 2 0.02 74.57 38010 | 1 0.01 74.58 38015 | 1 0.01 74.59 38018 | 3 0.03 74.62 38020 | 1 0.01 74.63 38023 | 1 0.01 74.64 38024 | 5 0.05 74.69 38026 | 30 0.30 74.99 38030 | 2 0.02 75.01 38034 | 1 0.01 75.02 39002 | 138 1.38 76.40 39003 | 2 0.02 76.42 39004 | 4 0.04 76.46 39006 | 20 0.20 76.66 39007 | 3 0.03 76.69 39008 | 2 0.02 76.71 39009 | 1 0.01 76.72 39010 | 23 0.23 76.95 39011 | 80 0.80 77.75 39013 | 4 0.04 77.79 39015 | 15 0.15 77.94 39017 | 3 0.03 77.97 39019 | 2 0.02 77.99 39021 | 3 0.03 78.02 39022 | 12 0.12 78.14 39023 | 15 0.15 78.29 39024 | 1 0.01 78.30 39025 | 12 0.12 78.42 39026 | 1 0.01 78.43 39028 | 71 0.71 79.14 39031 | 2 0.02 79.16 39033 | 1 0.01 79.17 39035 | 40 0.40 79.57 39036 | 6 0.06 79.63 39037 | 1 0.01 79.64 39038 | 7 0.07 79.71 39039 | 13 0.13 79.84 39040 | 28 0.28 80.12 39041 | 3 0.03 80.15 39042 | 1 0.01 80.16 39043 | 1 0.01 80.17 39044 | 3 0.03 80.20 39045 | 1 0.01 80.21 39046 | 51 0.51 80.72 39047 | 2 0.02 80.74 39048 | 3 0.03 80.77 39049 | 6 0.06 80.83 39051 | 199 1.99 82.82 39052 | 1 0.01 82.83 39053 | 1 0.01 82.84 39054 | 14 0.14 82.98 39059 | 1 0.01 82.99 39061 | 4 0.04 83.03 39062 | 2 0.02 83.05 39063 | 7 0.07 83.12 39064 | 1 0.01 83.13 39065 | 3 0.03 83.16 39067 | 8 0.08 83.24 40003 | 1 0.01 83.25 40004 | 30 0.30 83.55 41003 | 1 0.01 83.56 41004 | 1 0.01 83.57 41005 | 2 0.02 83.59 41006 | 1 0.01 83.60 41007 | 2 0.02 83.62 41008 | 3 0.03 83.65 41010 | 17 0.17 83.82 41014 | 2 0.02 83.84 41015 | 1 0.01 83.85 41016 | 2 0.02 83.87 41018 | 1 0.01 83.88 41020 | 4 0.04 83.92 41021 | 7 0.07 83.99 41022 | 1 0.01 84.00 41023 | 10 0.10 84.10 41024 | 3 0.03 84.13 41026 | 2 0.02 84.15 41028 | 1 0.01 84.16 41031 | 1 0.01 84.17 41034 | 1 0.01 84.18 41037 | 1 0.01 84.19 41038 | 2 0.02 84.21 41040 | 52 0.52 84.73 41042 | 6 0.06 84.79 41044 | 1 0.01 84.80 41045 | 3 0.03 84.83 41046 | 2 0.02 84.85 42006 | 1 0.01 84.86 42008 | 1 0.01 84.87 42009 | 1 0.01 84.88 42011 | 1 0.01 84.89 42014 | 1 0.01 84.90 42016 | 1 0.01 84.91 42017 | 1 0.01 84.92 42023 | 1 0.01 84.93 42040 | 2 0.02 84.95 42049 | 1 0.01 84.96 42051 | 4 0.04 85.00 42054 | 1 0.01 85.01 42056 | 4 0.04 85.05 42057 | 1 0.01 85.06 42060 | 1 0.01 85.07 42066 | 1 0.01 85.08 43002 | 3 0.03 85.11 43003 | 2 0.02 85.13 43006 | 3 0.03 85.16 43007 | 1 0.01 85.17 43009 | 2 0.02 85.19 43010 | 1 0.01 85.20 43011 | 2 0.02 85.22 43014 | 2 0.02 85.24 43015 | 1 0.01 85.25 43018 | 2 0.02 85.27 43019 | 65 0.65 85.92 43022 | 1 0.01 85.93 43023 | 2 0.02 85.95 43026 | 1 0.01 85.96 43027 | 4 0.04 86.00 43029 | 2 0.02 86.02 43030 | 3 0.03 86.05 43031 | 4 0.04 86.09 43032 | 3 0.03 86.12 43033 | 35 0.35 86.47 43035 | 3 0.03 86.50 43036 | 2 0.02 86.52 43039 | 1 0.01 86.53 43040 | 2 0.02 86.55 43041 | 1 0.01 86.56 43042 | 1 0.01 86.57 43044 | 2 0.02 86.59 43045 | 1 0.01 86.60 43047 | 46 0.46 87.06 43048 | 1 0.01 87.07 43049 | 1 0.01 87.08 43050 | 3 0.03 87.11 43052 | 2 0.02 87.13 43053 | 1 0.01 87.14 43054 | 1 0.01 87.15 43056 | 1 0.01 87.16 43057 | 8 0.08 87.24 43059 | 1 0.01 87.25 43060 | 6 0.06 87.31 43062 | 1 0.01 87.32 43063 | 1 0.01 87.33 43064 | 1 0.01 87.34 43066 | 1 0.01 87.35 43067 | 1 0.01 87.36 43069 | 1 0.01 87.37 43070 | 2 0.02 87.39 43071 | 2 0.02 87.41 43073 | 2 0.02 87.43 43074 | 2 0.02 87.45 43075 | 3 0.03 87.48 43076 | 2 0.02 87.50 43079 | 57 0.57 88.07 43080 | 2 0.02 88.09 43081 | 1 0.01 88.10 43082 | 7 0.07 88.17 43083 | 2 0.02 88.19 43084 | 2 0.02 88.21 43086 | 2 0.02 88.23 43089 | 2 0.02 88.25 43090 | 6 0.06 88.31 43091 | 1 0.01 88.32 43093 | 1 0.01 88.33 43094 | 1 0.01 88.34 44001 | 3 0.03 88.37 44003 | 2 0.02 88.39 44007 | 1 0.01 88.40 44008 | 2 0.02 88.42 44013 | 1 0.01 88.43 44014 | 18 0.18 88.61 44015 | 113 1.13 89.74 44019 | 3 0.03 89.77 44020 | 1 0.01 89.78 44028 | 1 0.01 89.79 44029 | 1 0.01 89.80 44031 | 22 0.22 90.02 44034 | 2 0.02 90.04 44037 | 2 0.02 90.06 44043 | 3 0.03 90.09 44046 | 1 0.01 90.10 44050 | 1 0.01 90.11 44057 | 48 0.48 90.59 44058 | 2 0.02 90.61 44067 | 2 0.02 90.63 44071 | 23 0.23 90.86 44074 | 2 0.02 90.88 44079 | 2 0.02 90.90 44083 | 1 0.01 90.91 44084 | 11 0.11 91.02 44089 | 1 0.01 91.03 44091 | 5 0.05 91.08 44092 | 3 0.03 91.11 44094 | 1 0.01 91.12 44100 | 1 0.01 91.13 44101 | 91 0.91 92.04 44103 | 1 0.01 92.05 44107 | 1 0.01 92.06 44108 | 5 0.05 92.11 44109 | 1 0.01 92.12 44110 | 1 0.01 92.13 44114 | 1 0.01 92.14 44123 | 8 0.08 92.22 44125 | 1 0.01 92.23 44126 | 1 0.01 92.24 44129 | 5 0.05 92.29 44130 | 1 0.01 92.30 44133 | 22 0.22 92.52 44137 | 1 0.01 92.53 44138 | 1 0.01 92.54 44139 | 1 0.01 92.55 44140 | 1 0.01 92.56 44146 | 2 0.02 92.58 44154 | 1 0.01 92.59 44155 | 5 0.05 92.64 44161 | 1 0.01 92.65 44169 | 1 0.01 92.66 44175 | 1 0.01 92.67 44178 | 17 0.17 92.84 44182 | 2 0.02 92.86 44184 | 1 0.01 92.87 44187 | 2 0.02 92.89 44188 | 6 0.06 92.95 44189 | 2 0.02 92.97 44200 | 1 0.01 92.98 44205 | 1 0.01 92.99 44208 | 1 0.01 93.00 44210 | 1 0.01 93.01 44212 | 19 0.19 93.20 44220 | 19 0.19 93.39 44221 | 1 0.01 93.40 44223 | 1 0.01 93.41 44226 | 30 0.30 93.71 44227 | 9 0.09 93.80 44233 | 2 0.02 93.82 44235 | 1 0.01 93.83 44239 | 1 0.01 93.84 44240 | 3 0.03 93.87 44242 | 1 0.01 93.88 44243 | 2 0.02 93.90 44246 | 1 0.01 93.91 44248 | 1 0.01 93.92 44253 | 1 0.01 93.93 45004 | 1 0.01 93.94 45018 | 11 0.11 94.05 45025 | 2 0.02 94.07 45029 | 7 0.07 94.14 46003 | 1 0.01 94.15 46004 | 3 0.03 94.18 46008 | 1 0.01 94.19 46010 | 1 0.01 94.20 46011 | 7 0.07 94.27 46012 | 7 0.07 94.34 46014 | 2 0.02 94.36 47003 | 1 0.01 94.37 47006 | 23 0.23 94.60 47009 | 1 0.01 94.61 47015 | 1 0.01 94.62 47018 | 1 0.01 94.63 47021 | 3 0.03 94.66 47024 | 1 0.01 94.67 47042 | 1 0.01 94.68 47051 | 1 0.01 94.69 47054 | 2 0.02 94.71 47063 | 12 0.12 94.83 47081 | 6 0.06 94.89 47084 | 1 0.01 94.90 47087 | 3 0.03 94.93 47123 | 2 0.02 94.95 47135 | 1 0.01 94.96 47144 | 1 0.01 94.97 47183 | 6 0.06 95.03 47195 | 3 0.03 95.06 47198 | 1 0.01 95.07 47201 | 26 0.26 95.33 47207 | 2 0.02 95.35 47210 | 1 0.01 95.36 47213 | 1 0.01 95.37 47216 | 1 0.01 95.38 47231 | 1 0.01 95.39 47240 | 16 0.16 95.55 47243 | 2 0.02 95.57 47249 | 2 0.02 95.59 47252 | 1 0.01 95.60 47258 | 5 0.05 95.65 47279 | 1 0.01 95.66 47288 | 1 0.01 95.67 47294 | 2 0.02 95.69 47300 | 1 0.01 95.70 47306 | 1 0.01 95.71 47327 | 1 0.01 95.72 47336 | 1 0.01 95.73 47339 | 1 0.01 95.74 47342 | 1 0.01 95.75 47345 | 3 0.03 95.78 47351 | 1 0.01 95.79 47354 | 8 0.08 95.87 47360 | 2 0.02 95.89 47363 | 2 0.02 95.91 47366 | 1 0.01 95.92 47369 | 31 0.31 96.23 47372 | 3 0.03 96.26 47384 | 1 0.01 96.27 47396 | 1 0.01 96.28 48003 | 1 0.01 96.29 48004 | 1 0.01 96.30 48005 | 1 0.01 96.31 48006 | 1 0.01 96.32 48008 | 1 0.01 96.33 48013 | 1 0.01 96.34 48014 | 3 0.03 96.37 48017 | 43 0.43 96.80 48018 | 1 0.01 96.81 48021 | 2 0.02 96.83 48027 | 20 0.20 97.03 48031 | 1 0.01 97.04 48032 | 15 0.15 97.19 48034 | 1 0.01 97.20 48035 | 1 0.01 97.21 48036 | 4 0.04 97.25 48039 | 5 0.05 97.30 49002 | 9 0.09 97.39 49003 | 1 0.01 97.40 49006 | 10 0.10 97.50 49007 | 1 0.01 97.51 49010 | 2 0.02 97.53 49011 | 1 0.01 97.54 49012 | 1 0.01 97.55 49017 | 4 0.04 97.59 49018 | 2 0.02 97.61 49019 | 1 0.01 97.62 49020 | 3 0.03 97.65 49021 | 9 0.09 97.74 49022 | 2 0.02 97.76 49023 | 6 0.06 97.82 49024 | 5 0.05 97.87 49025 | 3 0.03 97.90 49026 | 1 0.01 97.91 49028 | 3 0.03 97.94 49030 | 1 0.01 97.95 49031 | 6 0.06 98.01 49032 | 1 0.01 98.02 49033 | 1 0.01 98.03 49034 | 1 0.01 98.04 49035 | 5 0.05 98.09 49037 | 1 0.01 98.10 49039 | 16 0.16 98.26 49041 | 53 0.53 98.79 49042 | 2 0.02 98.81 49044 | 2 0.02 98.83 49045 | 1 0.01 98.84 49046 | 1 0.01 98.85 49047 | 1 0.01 98.86 49054 | 1 0.01 98.87 50004 | 2 0.02 98.89 50005 | 6 0.06 98.95 50009 | 1 0.01 98.96 50013 | 14 0.14 99.10 50016 | 3 0.03 99.13 50018 | 1 0.01 99.14 50020 | 1 0.01 99.15 50022 | 1 0.01 99.16 50028 | 1 0.01 99.17 50030 | 1 0.01 99.18 50032 | 5 0.05 99.23 50036 | 2 0.02 99.25 50037 | 2 0.02 99.27 50041 | 40 0.40 99.67 50045 | 3 0.03 99.70 50049 | 1 0.01 99.71 50050 | 4 0.04 99.75 50052 | 2 0.02 99.77 50054 | 6 0.06 99.83 50058 | 1 0.01 99.84 50060 | 2 0.02 99.86 50064 | 1 0.01 99.87 50071 | 7 0.07 99.94 50072 | 1 0.01 99.95 51002 | 1 0.01 99.96 51007 | 1 0.01 99.97 51009 | 1 0.01 99.98 51011 | 1 0.01 99.99 51013 | 1 0.01 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of regnres variable in mort1962 dataset : regnres | Freq. Percent Cum. ------------+----------------------------------- 1 | 2,838 28.38 28.38 2 | 2,240 22.40 50.78 3 | 3,678 36.78 87.56 4 | 1,244 12.44 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of divstres variable in mort1962 dataset : divstres | Freq. Percent Cum. ------------+----------------------------------- 11 | 46 0.46 0.46 12 | 20 0.20 0.66 13 | 25 0.25 0.91 14 | 263 2.63 3.54 15 | 31 0.31 3.85 16 | 111 1.11 4.96 21 | 1,142 11.42 16.38 22 | 366 3.66 20.04 23 | 834 8.34 28.38 31 | 425 4.25 32.63 32 | 245 2.45 35.08 33 | 541 5.41 40.49 34 | 351 3.51 44.00 35 | 105 1.05 45.05 41 | 94 0.94 45.99 42 | 68 0.68 46.67 43 | 284 2.84 49.51 44 | 11 0.11 49.62 45 | 24 0.24 49.86 46 | 28 0.28 50.14 47 | 64 0.64 50.78 51 | 26 0.26 51.04 52 | 244 2.44 53.48 53 | 95 0.95 54.43 54 | 210 2.10 56.53 55 | 153 1.53 58.06 56 | 187 1.87 59.93 57 | 134 1.34 61.27 58 | 194 1.94 63.21 59 | 234 2.34 65.55 61 | 310 3.10 68.65 62 | 311 3.11 71.76 63 | 287 2.87 74.63 64 | 132 1.32 75.95 71 | 182 1.82 77.77 72 | 262 2.62 80.39 73 | 164 1.64 82.03 74 | 553 5.53 87.56 81 | 36 0.36 87.92 82 | 15 0.15 88.07 83 | 5 0.05 88.12 84 | 75 0.75 88.87 85 | 73 0.73 89.60 86 | 148 1.48 91.08 87 | 19 0.19 91.27 88 | 22 0.22 91.49 91 | 99 0.99 92.48 92 | 48 0.48 92.96 93 | 659 6.59 99.55 94 | 21 0.21 99.76 95 | 24 0.24 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of exstares variable in mort1962 dataset : exstares | Freq. Percent Cum. ------------+----------------------------------- 01 | 287 2.87 2.87 02 | 21 0.21 3.08 03 | 148 1.48 4.56 04 | 182 1.82 6.38 05 | 659 6.59 12.97 06 | 75 0.75 13.72 07 | 111 1.11 14.83 08 | 26 0.26 15.09 09 | 95 0.95 16.04 10 | 234 2.34 18.38 11 | 194 1.94 20.32 12 | 24 0.24 20.56 13 | 15 0.15 20.71 14 | 541 5.41 26.12 15 | 245 2.45 28.57 16 | 68 0.68 29.25 17 | 64 0.64 29.89 18 | 310 3.10 32.99 19 | 262 2.62 35.61 20 | 46 0.46 36.07 21 | 244 2.44 38.51 22 | 263 2.63 41.14 23 | 351 3.51 44.65 24 | 94 0.94 45.59 25 | 132 1.32 46.91 26 | 284 2.84 49.75 27 | 36 0.36 50.11 28 | 28 0.28 50.39 29 | 22 0.22 50.61 30 | 20 0.20 50.81 31 | 366 3.66 54.47 32 | 73 0.73 55.20 33 | 323 3.23 58.43 34 | 819 8.19 66.62 35 | 187 1.87 68.49 36 | 11 0.11 68.60 37 | 425 4.25 72.85 38 | 164 1.64 74.49 39 | 48 0.48 74.97 40 | 834 8.34 83.31 41 | 31 0.31 83.62 42 | 134 1.34 84.96 43 | 24 0.24 85.20 44 | 311 3.11 88.31 45 | 553 5.53 93.84 46 | 19 0.19 94.03 47 | 25 0.25 94.28 48 | 210 2.10 96.38 49 | 99 0.99 97.37 50 | 153 1.53 98.90 51 | 105 1.05 99.95 52 | 5 0.05 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of staters variable in mort1962 dataset : staters | Freq. Percent Cum. ------------+----------------------------------- 01 | 287 2.87 2.87 02 | 21 0.21 3.08 03 | 148 1.48 4.56 04 | 182 1.82 6.38 05 | 659 6.59 12.97 06 | 75 0.75 13.72 07 | 111 1.11 14.83 08 | 26 0.26 15.09 09 | 95 0.95 16.04 10 | 234 2.34 18.38 11 | 194 1.94 20.32 12 | 24 0.24 20.56 13 | 15 0.15 20.71 14 | 541 5.41 26.12 15 | 245 2.45 28.57 16 | 68 0.68 29.25 17 | 64 0.64 29.89 18 | 310 3.10 32.99 19 | 262 2.62 35.61 20 | 46 0.46 36.07 21 | 244 2.44 38.51 22 | 263 2.63 41.14 23 | 351 3.51 44.65 24 | 94 0.94 45.59 25 | 132 1.32 46.91 26 | 284 2.84 49.75 27 | 36 0.36 50.11 28 | 28 0.28 50.39 29 | 22 0.22 50.61 30 | 20 0.20 50.81 31 | 366 3.66 54.47 32 | 73 0.73 55.20 33 | 1,142 11.42 66.62 34 | 187 1.87 68.49 35 | 11 0.11 68.60 36 | 425 4.25 72.85 37 | 164 1.64 74.49 38 | 48 0.48 74.97 39 | 834 8.34 83.31 40 | 31 0.31 83.62 41 | 134 1.34 84.96 42 | 24 0.24 85.20 43 | 311 3.11 88.31 44 | 553 5.53 93.84 45 | 19 0.19 94.03 46 | 25 0.25 94.28 47 | 210 2.10 96.38 48 | 99 0.99 97.37 49 | 153 1.53 98.90 50 | 105 1.05 99.95 51 | 5 0.05 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of countyrs variable in mort1962 dataset : countyrs | Freq. Percent Cum. ------------+----------------------------------- 01001 | 1 0.01 0.01 01002 | 6 0.06 0.07 01003 | 4 0.04 0.11 01004 | 3 0.03 0.14 01005 | 2 0.02 0.16 01006 | 1 0.01 0.17 01007 | 1 0.01 0.18 01008 | 9 0.09 0.27 01009 | 2 0.02 0.29 01010 | 2 0.02 0.31 01011 | 3 0.03 0.34 01012 | 2 0.02 0.36 01013 | 3 0.03 0.39 01014 | 1 0.01 0.40 01017 | 11 0.11 0.51 01019 | 1 0.01 0.52 01021 | 1 0.01 0.53 01022 | 3 0.03 0.56 01023 | 2 0.02 0.58 01024 | 6 0.06 0.64 01025 | 3 0.03 0.67 01027 | 4 0.04 0.71 01028 | 9 0.09 0.80 01029 | 2 0.02 0.82 01030 | 2 0.02 0.84 01032 | 2 0.02 0.86 01033 | 1 0.01 0.87 01034 | 1 0.01 0.88 01035 | 1 0.01 0.89 01036 | 3 0.03 0.92 01037 | 64 0.64 1.56 01038 | 1 0.01 1.57 01039 | 7 0.07 1.64 01040 | 1 0.01 1.65 01041 | 3 0.03 1.68 01042 | 3 0.03 1.71 01043 | 1 0.01 1.72 01045 | 12 0.12 1.84 01047 | 4 0.04 1.88 01048 | 3 0.03 1.91 01049 | 39 0.39 2.30 01050 | 1 0.01 2.31 01051 | 10 0.10 2.41 01052 | 8 0.08 2.49 01053 | 4 0.04 2.53 01054 | 3 0.03 2.56 01055 | 2 0.02 2.58 01057 | 5 0.05 2.63 01058 | 1 0.01 2.64 01059 | 1 0.01 2.65 01060 | 3 0.03 2.68 01061 | 5 0.05 2.73 01062 | 1 0.01 2.74 01063 | 5 0.05 2.79 01064 | 2 0.02 2.81 01065 | 1 0.01 2.82 01066 | 2 0.02 2.84 01067 | 3 0.03 2.87 02001 | 2 0.02 2.89 02002 | 1 0.01 2.90 02003 | 1 0.01 2.91 02004 | 3 0.03 2.94 02007 | 1 0.01 2.95 02009 | 1 0.01 2.96 02014 | 1 0.01 2.97 02015 | 1 0.01 2.98 02017 | 1 0.01 2.99 02018 | 1 0.01 3.00 02019 | 1 0.01 3.01 02020 | 1 0.01 3.02 02021 | 1 0.01 3.03 02022 | 1 0.01 3.04 02023 | 4 0.04 3.08 03001 | 8 0.08 3.16 03002 | 5 0.05 3.21 03003 | 4 0.04 3.25 03004 | 4 0.04 3.29 03005 | 1 0.01 3.30 03007 | 47 0.47 3.77 03008 | 1 0.01 3.78 03009 | 9 0.09 3.87 03010 | 39 0.39 4.26 03011 | 17 0.17 4.43 03012 | 2 0.02 4.45 03013 | 4 0.04 4.49 03014 | 7 0.07 4.56 04002 | 2 0.02 4.58 04004 | 5 0.05 4.63 04005 | 1 0.01 4.64 04006 | 1 0.01 4.65 04007 | 2 0.02 4.67 04009 | 5 0.05 4.72 04010 | 6 0.06 4.78 04011 | 1 0.01 4.79 04012 | 1 0.01 4.80 04013 | 3 0.03 4.83 04014 | 2 0.02 4.85 04015 | 3 0.03 4.88 04016 | 4 0.04 4.92 04017 | 1 0.01 4.93 04018 | 5 0.05 4.98 04019 | 1 0.01 4.99 04021 | 2 0.02 5.01 04022 | 2 0.02 5.03 04023 | 3 0.03 5.06 04024 | 1 0.01 5.07 04025 | 2 0.02 5.09 04026 | 6 0.06 5.15 04029 | 1 0.01 5.16 04030 | 2 0.02 5.18 04032 | 3 0.03 5.21 04033 | 2 0.02 5.23 04034 | 3 0.03 5.26 04035 | 12 0.12 5.38 04036 | 3 0.03 5.41 04037 | 2 0.02 5.43 04038 | 2 0.02 5.45 04039 | 3 0.03 5.48 04040 | 1 0.01 5.49 04041 | 2 0.02 5.51 04042 | 2 0.02 5.53 04043 | 1 0.01 5.54 04045 | 2 0.02 5.56 04046 | 2 0.02 5.58 04047 | 5 0.05 5.63 04048 | 3 0.03 5.66 04051 | 1 0.01 5.67 04052 | 3 0.03 5.70 04054 | 9 0.09 5.79 04056 | 3 0.03 5.82 04057 | 1 0.01 5.83 04058 | 4 0.04 5.87 04060 | 22 0.22 6.09 04061 | 1 0.01 6.10 04062 | 2 0.02 6.12 04063 | 1 0.01 6.13 04065 | 3 0.03 6.16 04066 | 3 0.03 6.19 04067 | 1 0.01 6.20 04070 | 6 0.06 6.26 04071 | 2 0.02 6.28 04072 | 3 0.03 6.31 04073 | 5 0.05 6.36 04074 | 1 0.01 6.37 04075 | 1 0.01 6.38 05001 | 34 0.34 6.72 05004 | 5 0.05 6.77 05005 | 2 0.02 6.79 05007 | 5 0.05 6.84 05008 | 1 0.01 6.85 05009 | 1 0.01 6.86 05010 | 26 0.26 7.12 05011 | 1 0.01 7.13 05012 | 5 0.05 7.18 05013 | 3 0.03 7.21 05015 | 16 0.16 7.37 05017 | 1 0.01 7.38 05019 | 249 2.49 9.87 05020 | 5 0.05 9.92 05021 | 2 0.02 9.94 05023 | 3 0.03 9.97 05024 | 11 0.11 10.08 05026 | 2 0.02 10.10 05027 | 3 0.03 10.13 05028 | 1 0.01 10.14 05029 | 1 0.01 10.15 05030 | 12 0.12 10.27 05031 | 4 0.04 10.31 05032 | 2 0.02 10.33 05033 | 15 0.15 10.48 05034 | 16 0.16 10.64 05036 | 29 0.29 10.93 05037 | 37 0.37 11.30 05038 | 64 0.64 11.94 05039 | 17 0.17 12.11 05040 | 3 0.03 12.14 05041 | 18 0.18 12.32 05042 | 6 0.06 12.38 05043 | 16 0.16 12.54 05044 | 8 0.08 12.62 05045 | 2 0.02 12.64 05048 | 5 0.05 12.69 05049 | 4 0.04 12.73 05050 | 6 0.06 12.79 05051 | 2 0.02 12.81 05054 | 2 0.02 12.83 05055 | 1 0.01 12.84 05056 | 9 0.09 12.93 05057 | 2 0.02 12.95 05058 | 2 0.02 12.97 06001 | 4 0.04 13.01 06003 | 2 0.02 13.03 06005 | 1 0.01 13.04 06007 | 2 0.02 13.06 06008 | 1 0.01 13.07 06011 | 1 0.01 13.08 06012 | 1 0.01 13.09 06016 | 32 0.32 13.41 06021 | 10 0.10 13.51 06022 | 2 0.02 13.53 06023 | 1 0.01 13.54 06024 | 1 0.01 13.55 06030 | 3 0.03 13.58 06035 | 1 0.01 13.59 06036 | 3 0.03 13.62 06043 | 1 0.01 13.63 06045 | 1 0.01 13.64 06050 | 1 0.01 13.65 06051 | 3 0.03 13.68 06056 | 2 0.02 13.70 06062 | 2 0.02 13.72 07001 | 24 0.24 13.96 07002 | 42 0.42 14.38 07003 | 6 0.06 14.44 07004 | 3 0.03 14.47 07005 | 22 0.22 14.69 07006 | 8 0.08 14.77 07007 | 4 0.04 14.81 07008 | 2 0.02 14.83 08001 | 3 0.03 14.86 08002 | 16 0.16 15.02 08003 | 7 0.07 15.09 09001 | 95 0.95 16.04 10001 | 1 0.01 16.05 10003 | 4 0.04 16.09 10004 | 1 0.01 16.10 10005 | 2 0.02 16.12 10006 | 8 0.08 16.20 10012 | 6 0.06 16.26 10013 | 68 0.68 16.94 10015 | 1 0.01 16.95 10016 | 24 0.24 17.19 10017 | 8 0.08 17.27 10022 | 1 0.01 17.28 10023 | 1 0.01 17.29 10024 | 1 0.01 17.30 10025 | 1 0.01 17.31 10028 | 1 0.01 17.32 10029 | 19 0.19 17.51 10035 | 1 0.01 17.52 10036 | 2 0.02 17.54 10037 | 6 0.06 17.60 10040 | 1 0.01 17.61 10041 | 5 0.05 17.66 10042 | 2 0.02 17.68 10044 | 1 0.01 17.69 10046 | 2 0.02 17.71 10047 | 1 0.01 17.72 10048 | 8 0.08 17.80 10050 | 10 0.10 17.90 10051 | 1 0.01 17.91 10052 | 13 0.13 18.04 10053 | 8 0.08 18.12 10054 | 2 0.02 18.14 10056 | 4 0.04 18.18 10057 | 1 0.01 18.19 10058 | 3 0.03 18.22 10059 | 2 0.02 18.24 10061 | 1 0.01 18.25 10062 | 1 0.01 18.26 10063 | 2 0.02 18.28 10064 | 10 0.10 18.38 11003 | 1 0.01 18.39 11008 | 3 0.03 18.42 11011 | 12 0.12 18.54 11016 | 1 0.01 18.55 11017 | 1 0.01 18.56 11019 | 2 0.02 18.58 11020 | 1 0.01 18.59 11022 | 1 0.01 18.60 11024 | 1 0.01 18.61 11025 | 13 0.13 18.74 11026 | 1 0.01 18.75 11027 | 2 0.02 18.77 11029 | 2 0.02 18.79 11030 | 1 0.01 18.80 11032 | 1 0.01 18.81 11033 | 6 0.06 18.87 11034 | 2 0.02 18.89 11035 | 2 0.02 18.91 11037 | 1 0.01 18.92 11044 | 4 0.04 18.96 11047 | 4 0.04 19.00 11048 | 1 0.01 19.01 11049 | 3 0.03 19.04 11051 | 1 0.01 19.05 11052 | 2 0.02 19.07 11053 | 2 0.02 19.09 11055 | 1 0.01 19.10 11057 | 7 0.07 19.17 11059 | 1 0.01 19.18 11060 | 34 0.34 19.52 11064 | 1 0.01 19.53 11065 | 1 0.01 19.54 11068 | 1 0.01 19.55 11069 | 1 0.01 19.56 11070 | 1 0.01 19.57 11075 | 2 0.02 19.59 11076 | 2 0.02 19.61 11077 | 1 0.01 19.62 11078 | 1 0.01 19.63 11080 | 1 0.01 19.64 11083 | 1 0.01 19.65 11086 | 1 0.01 19.66 11087 | 5 0.05 19.71 11088 | 1 0.01 19.72 11092 | 4 0.04 19.76 11096 | 1 0.01 19.77 11099 | 1 0.01 19.78 11104 | 2 0.02 19.80 11106 | 3 0.03 19.83 11109 | 1 0.01 19.84 11110 | 1 0.01 19.85 11111 | 1 0.01 19.86 11121 | 18 0.18 20.04 11122 | 1 0.01 20.05 11124 | 2 0.02 20.07 11126 | 2 0.02 20.09 11129 | 2 0.02 20.11 11132 | 1 0.01 20.12 11133 | 1 0.01 20.13 11137 | 2 0.02 20.15 11141 | 4 0.04 20.19 11145 | 1 0.01 20.20 11146 | 5 0.05 20.25 11147 | 1 0.01 20.26 11148 | 1 0.01 20.27 11150 | 3 0.03 20.30 11155 | 1 0.01 20.31 11159 | 1 0.01 20.32 12001 | 2 0.02 20.34 12002 | 19 0.19 20.53 12005 | 3 0.03 20.56 13001 | 3 0.03 20.59 13003 | 1 0.01 20.60 13009 | 1 0.01 20.61 13010 | 2 0.02 20.63 13014 | 1 0.01 20.64 13019 | 1 0.01 20.65 13038 | 1 0.01 20.66 13040 | 3 0.03 20.69 13042 | 1 0.01 20.70 13044 | 1 0.01 20.71 14001 | 3 0.03 20.74 14002 | 3 0.03 20.77 14003 | 3 0.03 20.80 14009 | 1 0.01 20.81 14010 | 1 0.01 20.82 14011 | 5 0.05 20.87 14012 | 1 0.01 20.88 14014 | 1 0.01 20.89 14015 | 3 0.03 20.92 14016 | 363 3.63 24.55 14019 | 1 0.01 24.56 14027 | 1 0.01 24.57 14028 | 5 0.05 24.62 14029 | 2 0.02 24.64 14030 | 2 0.02 24.66 14031 | 4 0.04 24.70 14032 | 1 0.01 24.71 14033 | 1 0.01 24.72 14034 | 1 0.01 24.73 14035 | 1 0.01 24.74 14037 | 4 0.04 24.78 14038 | 3 0.03 24.81 14039 | 1 0.01 24.82 14040 | 1 0.01 24.83 14041 | 2 0.02 24.85 14042 | 1 0.01 24.86 14043 | 2 0.02 24.88 14045 | 1 0.01 24.89 14046 | 5 0.05 24.94 14049 | 10 0.10 25.04 14050 | 4 0.04 25.08 14053 | 1 0.01 25.09 14056 | 2 0.02 25.11 14057 | 3 0.03 25.14 14058 | 2 0.02 25.16 14059 | 2 0.02 25.18 14060 | 11 0.11 25.29 14061 | 3 0.03 25.32 14062 | 1 0.01 25.33 14064 | 2 0.02 25.35 14065 | 1 0.01 25.36 14068 | 2 0.02 25.38 14069 | 2 0.02 25.40 14070 | 1 0.01 25.41 14072 | 9 0.09 25.50 14073 | 2 0.02 25.52 14075 | 2 0.02 25.54 14077 | 2 0.02 25.56 14081 | 2 0.02 25.58 14082 | 16 0.16 25.74 14084 | 5 0.05 25.79 14087 | 1 0.01 25.80 14089 | 2 0.02 25.82 14090 | 2 0.02 25.84 14091 | 1 0.01 25.85 14092 | 3 0.03 25.88 14094 | 2 0.02 25.90 14095 | 1 0.01 25.91 14098 | 2 0.02 25.93 14099 | 6 0.06 25.99 14100 | 4 0.04 26.03 14101 | 9 0.09 26.12 15001 | 1 0.01 26.13 15002 | 16 0.16 26.29 15003 | 2 0.02 26.31 15004 | 1 0.01 26.32 15006 | 3 0.03 26.35 15009 | 1 0.01 26.36 15010 | 5 0.05 26.41 15011 | 2 0.02 26.43 15012 | 3 0.03 26.46 15013 | 2 0.02 26.48 15014 | 1 0.01 26.49 15015 | 1 0.01 26.50 15018 | 4 0.04 26.54 15019 | 3 0.03 26.57 15020 | 3 0.03 26.60 15021 | 3 0.03 26.63 15022 | 4 0.04 26.67 15023 | 2 0.02 26.69 15024 | 1 0.01 26.70 15025 | 1 0.01 26.71 15026 | 1 0.01 26.72 15027 | 4 0.04 26.76 15028 | 2 0.02 26.78 15029 | 2 0.02 26.80 15031 | 1 0.01 26.81 15032 | 2 0.02 26.83 15034 | 7 0.07 26.90 15036 | 1 0.01 26.91 15038 | 1 0.01 26.92 15039 | 4 0.04 26.96 15040 | 1 0.01 26.97 15041 | 1 0.01 26.98 15042 | 4 0.04 27.02 15045 | 25 0.25 27.27 15046 | 3 0.03 27.30 15047 | 1 0.01 27.31 15048 | 4 0.04 27.35 15049 | 49 0.49 27.84 15050 | 1 0.01 27.85 15051 | 1 0.01 27.86 15052 | 2 0.02 27.88 15053 | 8 0.08 27.96 15054 | 2 0.02 27.98 15055 | 2 0.02 28.00 15056 | 1 0.01 28.01 15057 | 1 0.01 28.02 15059 | 1 0.01 28.03 15060 | 2 0.02 28.05 15061 | 2 0.02 28.07 15064 | 2 0.02 28.09 15066 | 1 0.01 28.10 15067 | 2 0.02 28.12 15068 | 1 0.01 28.13 15071 | 7 0.07 28.20 15073 | 2 0.02 28.22 15074 | 1 0.01 28.23 15077 | 2 0.02 28.25 15078 | 1 0.01 28.26 15079 | 1 0.01 28.27 15082 | 10 0.10 28.37 15084 | 12 0.12 28.49 15088 | 3 0.03 28.52 15089 | 4 0.04 28.56 15091 | 1 0.01 28.57 16007 | 7 0.07 28.64 16010 | 1 0.01 28.65 16011 | 1 0.01 28.66 16018 | 1 0.01 28.67 16021 | 1 0.01 28.68 16022 | 3 0.03 28.71 16023 | 3 0.03 28.74 16029 | 3 0.03 28.77 16030 | 1 0.01 28.78 16031 | 2 0.02 28.80 16033 | 1 0.01 28.81 16034 | 2 0.02 28.83 16035 | 1 0.01 28.84 16037 | 1 0.01 28.85 16045 | 1 0.01 28.86 16049 | 1 0.01 28.87 16050 | 2 0.02 28.89 16051 | 1 0.01 28.90 16052 | 2 0.02 28.92 16056 | 2 0.02 28.94 16057 | 3 0.03 28.97 16063 | 1 0.01 28.98 16064 | 3 0.03 29.01 16065 | 1 0.01 29.02 16067 | 1 0.01 29.03 16070 | 2 0.02 29.05 16071 | 1 0.01 29.06 16073 | 1 0.01 29.07 16077 | 4 0.04 29.11 16078 | 2 0.02 29.13 16080 | 1 0.01 29.14 16082 | 2 0.02 29.16 16085 | 1 0.01 29.17 16086 | 1 0.01 29.18 16090 | 2 0.02 29.20 16091 | 1 0.01 29.21 16096 | 1 0.01 29.22 16097 | 2 0.02 29.24 16098 | 1 0.01 29.25 17001 | 1 0.01 29.26 17003 | 1 0.01 29.27 17005 | 1 0.01 29.28 17006 | 1 0.01 29.29 17008 | 1 0.01 29.30 17011 | 3 0.03 29.33 17014 | 3 0.03 29.36 17015 | 1 0.01 29.37 17018 | 3 0.03 29.40 17023 | 2 0.02 29.42 17027 | 1 0.01 29.43 17028 | 1 0.01 29.44 17029 | 1 0.01 29.45 17031 | 1 0.01 29.46 17039 | 1 0.01 29.47 17046 | 3 0.03 29.50 17052 | 5 0.05 29.55 17057 | 1 0.01 29.56 17061 | 1 0.01 29.57 17064 | 1 0.01 29.58 17065 | 1 0.01 29.59 17067 | 2 0.02 29.61 17069 | 2 0.02 29.63 17070 | 1 0.01 29.64 17087 | 10 0.10 29.74 17089 | 3 0.03 29.77 17092 | 1 0.01 29.78 17096 | 3 0.03 29.81 17105 | 8 0.08 29.89 18001 | 3 0.03 29.92 18002 | 2 0.02 29.94 18005 | 7 0.07 30.01 18006 | 2 0.02 30.03 18007 | 3 0.03 30.06 18009 | 1 0.01 30.07 18010 | 3 0.03 30.10 18011 | 4 0.04 30.14 18012 | 1 0.01 30.15 18013 | 2 0.02 30.17 18015 | 1 0.01 30.18 18016 | 3 0.03 30.21 18019 | 3 0.03 30.24 18020 | 1 0.01 30.25 18021 | 2 0.02 30.27 18022 | 2 0.02 30.29 18023 | 1 0.01 30.30 18024 | 3 0.03 30.33 18025 | 1 0.01 30.34 18026 | 4 0.04 30.38 18027 | 4 0.04 30.42 18028 | 3 0.03 30.45 18029 | 2 0.02 30.47 18030 | 3 0.03 30.50 18032 | 1 0.01 30.51 18033 | 1 0.01 30.52 18034 | 18 0.18 30.70 18035 | 2 0.02 30.72 18036 | 6 0.06 30.78 18037 | 2 0.02 30.80 18038 | 2 0.02 30.82 18039 | 2 0.02 30.84 18040 | 1 0.01 30.85 18042 | 3 0.03 30.88 18043 | 3 0.03 30.91 18045 | 1 0.01 30.92 18047 | 2 0.02 30.94 18048 | 6 0.06 31.00 18049 | 1 0.01 31.01 18050 | 5 0.05 31.06 18051 | 4 0.04 31.10 18052 | 2 0.02 31.12 18054 | 5 0.05 31.17 18056 | 73 0.73 31.90 18059 | 18 0.18 32.08 18060 | 1 0.01 32.09 18061 | 2 0.02 32.11 18062 | 1 0.01 32.12 18063 | 1 0.01 32.13 18064 | 1 0.01 32.14 18065 | 2 0.02 32.16 18066 | 2 0.02 32.18 18067 | 1 0.01 32.19 18068 | 3 0.03 32.22 18070 | 1 0.01 32.23 18071 | 1 0.01 32.24 18073 | 6 0.06 32.30 18074 | 1 0.01 32.31 18076 | 2 0.02 32.33 18078 | 2 0.02 32.35 18080 | 2 0.02 32.37 18081 | 2 0.02 32.39 18086 | 2 0.02 32.41 18087 | 2 0.02 32.43 18088 | 2 0.02 32.45 18089 | 2 0.02 32.47 18090 | 1 0.01 32.48 18092 | 3 0.03 32.51 18093 | 5 0.05 32.56 18094 | 1 0.01 32.57 18096 | 2 0.02 32.59 18097 | 7 0.07 32.66 18098 | 5 0.05 32.71 18099 | 2 0.02 32.73 18100 | 4 0.04 32.77 18102 | 3 0.03 32.80 18103 | 1 0.01 32.81 18104 | 1 0.01 32.82 18106 | 2 0.02 32.84 18108 | 1 0.01 32.85 18109 | 2 0.02 32.87 18110 | 2 0.02 32.89 18111 | 1 0.01 32.90 18112 | 1 0.01 32.91 18113 | 1 0.01 32.92 18114 | 2 0.02 32.94 18115 | 2 0.02 32.96 18116 | 1 0.01 32.97 18118 | 2 0.02 32.99 19001 | 4 0.04 33.03 19003 | 2 0.02 33.05 19004 | 3 0.03 33.08 19005 | 3 0.03 33.11 19006 | 4 0.04 33.15 19007 | 1 0.01 33.16 19008 | 7 0.07 33.23 19009 | 17 0.17 33.40 19010 | 10 0.10 33.50 19012 | 1 0.01 33.51 19013 | 1 0.01 33.52 19014 | 2 0.02 33.54 19016 | 6 0.06 33.60 19017 | 11 0.11 33.71 19019 | 3 0.03 33.74 19020 | 4 0.04 33.78 19021 | 2 0.02 33.80 19022 | 1 0.01 33.81 19023 | 2 0.02 33.83 19024 | 5 0.05 33.88 19025 | 3 0.03 33.91 19026 | 11 0.11 34.02 19027 | 2 0.02 34.04 19028 | 6 0.06 34.10 19029 | 3 0.03 34.13 19031 | 1 0.01 34.14 19032 | 1 0.01 34.15 19033 | 2 0.02 34.17 19034 | 1 0.01 34.18 19035 | 1 0.01 34.19 19036 | 78 0.78 34.97 19037 | 7 0.07 35.04 19039 | 2 0.02 35.06 19040 | 7 0.07 35.13 19041 | 1 0.01 35.14 19042 | 2 0.02 35.16 19043 | 3 0.03 35.19 19044 | 3 0.03 35.22 19045 | 1 0.01 35.23 19047 | 1 0.01 35.24 19049 | 9 0.09 35.33 19050 | 1 0.01 35.34 19051 | 1 0.01 35.35 19052 | 6 0.06 35.41 19053 | 7 0.07 35.48 19055 | 1 0.01 35.49 19056 | 2 0.02 35.51 19057 | 2 0.02 35.53 19059 | 1 0.01 35.54 19060 | 3 0.03 35.57 19061 | 2 0.02 35.59 19064 | 2 0.02 35.61 20001 | 4 0.04 35.65 20003 | 9 0.09 35.74 20005 | 1 0.01 35.75 20006 | 7 0.07 35.82 20008 | 1 0.01 35.83 20009 | 2 0.02 35.85 20010 | 6 0.06 35.91 20011 | 5 0.05 35.96 20012 | 1 0.01 35.97 20013 | 4 0.04 36.01 20014 | 1 0.01 36.02 20015 | 2 0.02 36.04 20016 | 3 0.03 36.07 21001 | 4 0.04 36.11 21002 | 12 0.12 36.23 21003 | 17 0.17 36.40 21004 | 140 1.40 37.80 21005 | 1 0.01 37.81 21006 | 1 0.01 37.82 21008 | 4 0.04 37.86 21009 | 7 0.07 37.93 21010 | 1 0.01 37.94 21011 | 9 0.09 38.03 21012 | 2 0.02 38.05 21013 | 6 0.06 38.11 21014 | 3 0.03 38.14 21015 | 1 0.01 38.15 21016 | 8 0.08 38.23 21017 | 10 0.10 38.33 21018 | 2 0.02 38.35 21019 | 1 0.01 38.36 21020 | 1 0.01 38.37 21021 | 3 0.03 38.40 21022 | 5 0.05 38.45 21023 | 2 0.02 38.47 21024 | 4 0.04 38.51 22001 | 4 0.04 38.55 22002 | 1 0.01 38.56 22003 | 26 0.26 38.82 22005 | 29 0.29 39.11 22006 | 1 0.01 39.12 22007 | 17 0.17 39.29 22008 | 4 0.04 39.33 22009 | 38 0.38 39.71 22011 | 14 0.14 39.85 22012 | 9 0.09 39.94 22013 | 96 0.96 40.90 22014 | 24 0.24 41.14 23002 | 2 0.02 41.16 23003 | 2 0.02 41.18 23004 | 2 0.02 41.20 23007 | 1 0.01 41.21 23008 | 1 0.01 41.22 23009 | 6 0.06 41.28 23010 | 1 0.01 41.29 23011 | 5 0.05 41.34 23013 | 5 0.05 41.39 23014 | 1 0.01 41.40 23017 | 1 0.01 41.41 23019 | 1 0.01 41.42 23021 | 1 0.01 41.43 23022 | 1 0.01 41.44 23023 | 2 0.02 41.46 23024 | 1 0.01 41.47 23025 | 10 0.10 41.57 23027 | 4 0.04 41.61 23028 | 2 0.02 41.63 23031 | 5 0.05 41.68 23032 | 1 0.01 41.69 23033 | 6 0.06 41.75 23034 | 2 0.02 41.77 23035 | 1 0.01 41.78 23036 | 1 0.01 41.79 23038 | 5 0.05 41.84 23039 | 4 0.04 41.88 23040 | 1 0.01 41.89 23041 | 5 0.05 41.94 23043 | 1 0.01 41.95 23046 | 5 0.05 42.00 23050 | 14 0.14 42.14 23051 | 1 0.01 42.15 23052 | 1 0.01 42.16 23053 | 1 0.01 42.17 23055 | 2 0.02 42.19 23056 | 3 0.03 42.22 23058 | 5 0.05 42.27 23061 | 6 0.06 42.33 23063 | 21 0.21 42.54 23070 | 1 0.01 42.55 23073 | 5 0.05 42.60 23074 | 2 0.02 42.62 23075 | 1 0.01 42.63 23076 | 1 0.01 42.64 23080 | 2 0.02 42.66 23082 | 199 1.99 44.65 24001 | 1 0.01 44.66 24004 | 2 0.02 44.68 24007 | 2 0.02 44.70 24015 | 1 0.01 44.71 24018 | 3 0.03 44.74 24019 | 2 0.02 44.76 24021 | 1 0.01 44.77 24022 | 1 0.01 44.78 24023 | 2 0.02 44.80 24024 | 2 0.02 44.82 24025 | 3 0.03 44.85 24027 | 27 0.27 45.12 24037 | 1 0.01 45.13 24041 | 1 0.01 45.14 24044 | 1 0.01 45.15 24045 | 1 0.01 45.16 24046 | 1 0.01 45.17 24049 | 1 0.01 45.18 24050 | 1 0.01 45.19 24051 | 1 0.01 45.20 24055 | 1 0.01 45.21 24056 | 1 0.01 45.22 24057 | 1 0.01 45.23 24058 | 1 0.01 45.24 24060 | 2 0.02 45.26 24062 | 19 0.19 45.45 24064 | 2 0.02 45.47 24065 | 1 0.01 45.48 24066 | 1 0.01 45.49 24068 | 1 0.01 45.50 24069 | 2 0.02 45.52 24071 | 1 0.01 45.53 24073 | 3 0.03 45.56 24074 | 1 0.01 45.57 24081 | 1 0.01 45.58 24082 | 1 0.01 45.59 25001 | 1 0.01 45.60 25002 | 4 0.04 45.64 25003 | 1 0.01 45.65 25004 | 3 0.03 45.68 25005 | 2 0.02 45.70 25006 | 2 0.02 45.72 25007 | 1 0.01 45.73 25009 | 2 0.02 45.75 25011 | 1 0.01 45.76 25014 | 5 0.05 45.81 25015 | 2 0.02 45.83 25017 | 1 0.01 45.84 25018 | 7 0.07 45.91 25021 | 1 0.01 45.92 25023 | 1 0.01 45.93 25024 | 9 0.09 46.02 25025 | 4 0.04 46.06 25026 | 4 0.04 46.10 25027 | 1 0.01 46.11 25033 | 1 0.01 46.12 25034 | 3 0.03 46.15 25037 | 2 0.02 46.17 25038 | 3 0.03 46.20 25039 | 1 0.01 46.21 25040 | 1 0.01 46.22 25041 | 2 0.02 46.24 25042 | 1 0.01 46.25 25043 | 2 0.02 46.27 25044 | 3 0.03 46.30 25045 | 1 0.01 46.31 25046 | 1 0.01 46.32 25047 | 1 0.01 46.33 25049 | 1 0.01 46.34 25050 | 2 0.02 46.36 25051 | 2 0.02 46.38 25052 | 2 0.02 46.40 25054 | 4 0.04 46.44 25055 | 1 0.01 46.45 25057 | 3 0.03 46.48 25058 | 3 0.03 46.51 25059 | 2 0.02 46.53 25060 | 2 0.02 46.55 25061 | 2 0.02 46.57 25062 | 2 0.02 46.59 25063 | 2 0.02 46.61 25064 | 1 0.01 46.62 25067 | 3 0.03 46.65 25069 | 2 0.02 46.67 25071 | 2 0.02 46.69 25072 | 2 0.02 46.71 25073 | 1 0.01 46.72 25075 | 4 0.04 46.76 25076 | 3 0.03 46.79 25077 | 1 0.01 46.80 25078 | 1 0.01 46.81 25079 | 4 0.04 46.85 25080 | 1 0.01 46.86 25081 | 1 0.01 46.87 25082 | 4 0.04 46.91 26001 | 1 0.01 46.92 26003 | 1 0.01 46.93 26004 | 3 0.03 46.96 26007 | 2 0.02 46.98 26008 | 1 0.01 46.99 26011 | 8 0.08 47.07 26012 | 3 0.03 47.10 26014 | 1 0.01 47.11 26016 | 1 0.01 47.12 26020 | 1 0.01 47.13 26021 | 1 0.01 47.14 26022 | 1 0.01 47.15 26024 | 6 0.06 47.21 26027 | 1 0.01 47.22 26028 | 1 0.01 47.23 26029 | 1 0.01 47.24 26030 | 1 0.01 47.25 26035 | 2 0.02 47.27 26036 | 2 0.02 47.29 26037 | 1 0.01 47.30 26039 | 7 0.07 47.37 26040 | 1 0.01 47.38 26042 | 1 0.01 47.39 26044 | 1 0.01 47.40 26048 | 53 0.53 47.93 26049 | 10 0.10 48.03 26050 | 2 0.02 48.05 26053 | 1 0.01 48.06 26054 | 2 0.02 48.08 26055 | 4 0.04 48.12 26058 | 1 0.01 48.13 26061 | 3 0.03 48.16 26062 | 2 0.02 48.18 26063 | 1 0.01 48.19 26064 | 1 0.01 48.20 26066 | 1 0.01 48.21 26067 | 2 0.02 48.23 26068 | 1 0.01 48.24 26069 | 3 0.03 48.27 26070 | 1 0.01 48.28 26071 | 1 0.01 48.29 26072 | 4 0.04 48.33 26073 | 4 0.04 48.37 26075 | 1 0.01 48.38 26078 | 3 0.03 48.41 26080 | 2 0.02 48.43 26085 | 1 0.01 48.44 26088 | 4 0.04 48.48 26089 | 2 0.02 48.50 26090 | 1 0.01 48.51 26091 | 1 0.01 48.52 26092 | 3 0.03 48.55 26094 | 1 0.01 48.56 26095 | 18 0.18 48.74 26096 | 84 0.84 49.58 26098 | 4 0.04 49.62 26101 | 2 0.02 49.64 26104 | 2 0.02 49.66 26105 | 1 0.01 49.67 26107 | 1 0.01 49.68 26108 | 1 0.01 49.69 26111 | 1 0.01 49.70 26112 | 1 0.01 49.71 26113 | 1 0.01 49.72 26115 | 3 0.03 49.75 27001 | 1 0.01 49.76 27002 | 4 0.04 49.80 27003 | 1 0.01 49.81 27007 | 1 0.01 49.82 27009 | 1 0.01 49.83 27011 | 1 0.01 49.84 27012 | 3 0.03 49.87 27015 | 2 0.02 49.89 27016 | 1 0.01 49.90 27018 | 1 0.01 49.91 27022 | 2 0.02 49.93 27024 | 2 0.02 49.95 27025 | 2 0.02 49.97 27032 | 1 0.01 49.98 27042 | 1 0.01 49.99 27043 | 1 0.01 50.00 27046 | 1 0.01 50.01 27047 | 6 0.06 50.07 27050 | 1 0.01 50.08 27053 | 1 0.01 50.09 27056 | 2 0.02 50.11 28010 | 1 0.01 50.12 28011 | 1 0.01 50.13 28013 | 1 0.01 50.14 28022 | 1 0.01 50.15 28027 | 2 0.02 50.17 28028 | 14 0.14 50.31 28031 | 1 0.01 50.32 28048 | 1 0.01 50.33 28050 | 1 0.01 50.34 28054 | 1 0.01 50.35 28055 | 2 0.02 50.37 28081 | 1 0.01 50.38 28087 | 1 0.01 50.39 29002 | 9 0.09 50.48 29007 | 2 0.02 50.50 29008 | 1 0.01 50.51 29011 | 2 0.02 50.53 29012 | 3 0.03 50.56 29013 | 1 0.01 50.57 29015 | 1 0.01 50.58 29016 | 3 0.03 50.61 30002 | 1 0.01 50.62 30003 | 3 0.03 50.65 30004 | 1 0.01 50.66 30005 | 1 0.01 50.67 30006 | 4 0.04 50.71 30007 | 2 0.02 50.73 30008 | 4 0.04 50.77 30009 | 3 0.03 50.80 30010 | 1 0.01 50.81 31001 | 15 0.15 50.96 31002 | 27 0.27 51.23 31003 | 9 0.09 51.32 31004 | 25 0.25 51.57 31005 | 1 0.01 51.58 31006 | 2 0.02 51.60 31007 | 86 0.86 52.46 31008 | 4 0.04 52.50 31009 | 67 0.67 53.17 31010 | 1 0.01 53.18 31011 | 18 0.18 53.36 31012 | 23 0.23 53.59 31013 | 12 0.12 53.71 31014 | 6 0.06 53.77 31015 | 2 0.02 53.79 31016 | 26 0.26 54.05 31017 | 3 0.03 54.08 31018 | 5 0.05 54.13 31019 | 1 0.01 54.14 31020 | 32 0.32 54.46 31021 | 1 0.01 54.47 32001 | 17 0.17 54.64 32003 | 5 0.05 54.69 32005 | 1 0.01 54.70 32007 | 7 0.07 54.77 32008 | 1 0.01 54.78 32009 | 3 0.03 54.81 32013 | 4 0.04 54.85 32017 | 9 0.09 54.94 32018 | 1 0.01 54.95 32019 | 2 0.02 54.97 32020 | 1 0.01 54.98 32022 | 2 0.02 55.00 32023 | 2 0.02 55.02 32024 | 9 0.09 55.11 32025 | 2 0.02 55.13 32026 | 2 0.02 55.15 32028 | 2 0.02 55.17 32029 | 1 0.01 55.18 32032 | 2 0.02 55.20 33001 | 17 0.17 55.37 33003 | 9 0.09 55.46 33004 | 1 0.01 55.47 33005 | 1 0.01 55.48 33006 | 6 0.06 55.54 33007 | 5 0.05 55.59 33008 | 2 0.02 55.61 33009 | 3 0.03 55.64 33010 | 1 0.01 55.65 33011 | 1 0.01 55.66 33012 | 1 0.01 55.67 33013 | 3 0.03 55.70 33014 | 52 0.52 56.22 33015 | 4 0.04 56.26 33016 | 7 0.07 56.33 33017 | 2 0.02 56.35 33019 | 2 0.02 56.37 33021 | 4 0.04 56.41 33022 | 1 0.01 56.42 33023 | 1 0.01 56.43 33025 | 2 0.02 56.45 33026 | 17 0.17 56.62 33027 | 4 0.04 56.66 33028 | 35 0.35 57.01 33029 | 819 8.19 65.20 33030 | 4 0.04 65.24 33031 | 6 0.06 65.30 33032 | 11 0.11 65.41 33034 | 21 0.21 65.62 33035 | 2 0.02 65.64 33036 | 4 0.04 65.68 33038 | 2 0.02 65.70 33039 | 8 0.08 65.78 33040 | 2 0.02 65.80 33042 | 2 0.02 65.82 33043 | 10 0.10 65.92 33045 | 1 0.01 65.93 33047 | 2 0.02 65.95 33048 | 21 0.21 66.16 33049 | 3 0.03 66.19 33050 | 1 0.01 66.20 33051 | 1 0.01 66.21 33052 | 2 0.02 66.23 33053 | 4 0.04 66.27 33054 | 3 0.03 66.30 33055 | 1 0.01 66.31 33056 | 30 0.30 66.61 33057 | 1 0.01 66.62 34001 | 1 0.01 66.63 34004 | 2 0.02 66.65 34007 | 2 0.02 66.67 34008 | 4 0.04 66.71 34009 | 3 0.03 66.74 34011 | 10 0.10 66.84 34012 | 2 0.02 66.86 34013 | 4 0.04 66.90 34014 | 2 0.02 66.92 34016 | 2 0.02 66.94 34018 | 2 0.02 66.96 34020 | 1 0.01 66.97 34022 | 1 0.01 66.98 34025 | 3 0.03 67.01 34026 | 2 0.02 67.03 34029 | 2 0.02 67.05 34030 | 1 0.01 67.06 34031 | 1 0.01 67.07 34032 | 7 0.07 67.14 34033 | 6 0.06 67.20 34034 | 10 0.10 67.30 34036 | 7 0.07 67.37 34037 | 1 0.01 67.38 34039 | 2 0.02 67.40 34041 | 4 0.04 67.44 34042 | 4 0.04 67.48 34043 | 1 0.01 67.49 34044 | 2 0.02 67.51 34045 | 1 0.01 67.52 34046 | 3 0.03 67.55 34047 | 1 0.01 67.56 34048 | 1 0.01 67.57 34049 | 2 0.02 67.59 34050 | 2 0.02 67.61 34051 | 2 0.02 67.63 34053 | 1 0.01 67.64 34054 | 6 0.06 67.70 34056 | 3 0.03 67.73 34058 | 1 0.01 67.74 34059 | 2 0.02 67.76 34060 | 13 0.13 67.89 34061 | 3 0.03 67.92 34062 | 1 0.01 67.93 34063 | 2 0.02 67.95 34064 | 4 0.04 67.99 34065 | 7 0.07 68.06 34066 | 2 0.02 68.08 34067 | 2 0.02 68.10 34070 | 1 0.01 68.11 34071 | 3 0.03 68.14 34072 | 1 0.01 68.15 34074 | 3 0.03 68.18 34076 | 2 0.02 68.20 34077 | 3 0.03 68.23 34078 | 7 0.07 68.30 34080 | 2 0.02 68.32 34081 | 3 0.03 68.35 34082 | 1 0.01 68.36 34083 | 1 0.01 68.37 34086 | 4 0.04 68.41 34090 | 2 0.02 68.43 34092 | 2 0.02 68.45 34096 | 1 0.01 68.46 34098 | 3 0.03 68.49 35002 | 2 0.02 68.51 35008 | 1 0.01 68.52 35009 | 1 0.01 68.53 35028 | 1 0.01 68.54 35038 | 1 0.01 68.55 35040 | 1 0.01 68.56 35045 | 1 0.01 68.57 35050 | 2 0.02 68.59 35053 | 1 0.01 68.60 36001 | 2 0.02 68.62 36002 | 7 0.07 68.69 36004 | 1 0.01 68.70 36006 | 1 0.01 68.71 36007 | 2 0.02 68.73 36008 | 1 0.01 68.74 36009 | 4 0.04 68.78 36011 | 1 0.01 68.79 36012 | 7 0.07 68.86 36013 | 5 0.05 68.91 36015 | 7 0.07 68.98 36016 | 2 0.02 69.00 36017 | 3 0.03 69.03 36018 | 106 1.06 70.09 36019 | 1 0.01 70.10 36022 | 3 0.03 70.13 36023 | 2 0.02 70.15 36025 | 18 0.18 70.33 36026 | 3 0.03 70.36 36027 | 2 0.02 70.38 36028 | 1 0.01 70.39 36029 | 3 0.03 70.42 36030 | 3 0.03 70.45 36031 | 63 0.63 71.08 36032 | 2 0.02 71.10 36033 | 4 0.04 71.14 36034 | 1 0.01 71.15 36035 | 2 0.02 71.17 36036 | 2 0.02 71.19 36041 | 4 0.04 71.23 36043 | 4 0.04 71.27 36044 | 2 0.02 71.29 36045 | 3 0.03 71.32 36046 | 2 0.02 71.34 36047 | 9 0.09 71.43 36048 | 7 0.07 71.50 36049 | 1 0.01 71.51 36050 | 19 0.19 71.70 36051 | 3 0.03 71.73 36052 | 2 0.02 71.75 36054 | 2 0.02 71.77 36055 | 2 0.02 71.79 36057 | 32 0.32 72.11 36058 | 1 0.01 72.12 36060 | 5 0.05 72.17 36063 | 1 0.01 72.18 36064 | 1 0.01 72.19 36065 | 2 0.02 72.21 36066 | 2 0.02 72.23 36067 | 1 0.01 72.24 36070 | 6 0.06 72.30 36071 | 4 0.04 72.34 36072 | 4 0.04 72.38 36073 | 7 0.07 72.45 36074 | 2 0.02 72.47 36075 | 3 0.03 72.50 36076 | 6 0.06 72.56 36077 | 10 0.10 72.66 36078 | 5 0.05 72.71 36079 | 6 0.06 72.77 36080 | 1 0.01 72.78 36081 | 2 0.02 72.80 36082 | 1 0.01 72.81 36083 | 2 0.02 72.83 36084 | 1 0.01 72.84 36085 | 1 0.01 72.85 37001 | 2 0.02 72.87 37003 | 2 0.02 72.89 37004 | 1 0.01 72.90 37006 | 1 0.01 72.91 37010 | 4 0.04 72.95 37011 | 1 0.01 72.96 37012 | 3 0.03 72.99 37014 | 2 0.02 73.01 37015 | 1 0.01 73.02 37016 | 3 0.03 73.05 37018 | 2 0.02 73.07 37019 | 3 0.03 73.10 37020 | 4 0.04 73.14 37021 | 2 0.02 73.16 37022 | 1 0.01 73.17 37025 | 1 0.01 73.18 37026 | 1 0.01 73.19 37031 | 1 0.01 73.20 37032 | 1 0.01 73.21 37035 | 1 0.01 73.22 37036 | 4 0.04 73.26 37037 | 1 0.01 73.27 37039 | 2 0.02 73.29 37040 | 5 0.05 73.34 37041 | 3 0.03 73.37 37042 | 1 0.01 73.38 37045 | 9 0.09 73.47 37049 | 4 0.04 73.51 37050 | 3 0.03 73.54 37051 | 5 0.05 73.59 37053 | 1 0.01 73.60 37054 | 1 0.01 73.61 37055 | 35 0.35 73.96 37056 | 2 0.02 73.98 37058 | 7 0.07 74.05 37060 | 1 0.01 74.06 37061 | 3 0.03 74.09 37062 | 5 0.05 74.14 37063 | 6 0.06 74.20 37064 | 1 0.01 74.21 37066 | 1 0.01 74.22 37067 | 1 0.01 74.23 37068 | 2 0.02 74.25 37072 | 19 0.19 74.44 37073 | 2 0.02 74.46 37074 | 2 0.02 74.48 37077 | 1 0.01 74.49 38003 | 2 0.02 74.51 38004 | 1 0.01 74.52 38006 | 2 0.02 74.54 38010 | 1 0.01 74.55 38014 | 1 0.01 74.56 38015 | 3 0.03 74.59 38018 | 2 0.02 74.61 38022 | 3 0.03 74.64 38023 | 1 0.01 74.65 38024 | 3 0.03 74.68 38026 | 24 0.24 74.92 38030 | 3 0.03 74.95 38034 | 2 0.02 74.97 39001 | 1 0.01 74.98 39002 | 133 1.33 76.31 39003 | 2 0.02 76.33 39004 | 9 0.09 76.42 39005 | 1 0.01 76.43 39006 | 22 0.22 76.65 39007 | 7 0.07 76.72 39008 | 4 0.04 76.76 39009 | 8 0.08 76.84 39010 | 5 0.05 76.89 39011 | 18 0.18 77.07 39013 | 7 0.07 77.14 39014 | 2 0.02 77.16 39015 | 10 0.10 77.26 39017 | 5 0.05 77.31 39019 | 3 0.03 77.34 39021 | 3 0.03 77.37 39022 | 14 0.14 77.51 39023 | 32 0.32 77.83 39024 | 2 0.02 77.85 39025 | 13 0.13 77.98 39026 | 10 0.10 78.08 39028 | 5 0.05 78.13 39031 | 4 0.04 78.17 39032 | 5 0.05 78.22 39033 | 2 0.02 78.24 39034 | 1 0.01 78.25 39035 | 44 0.44 78.69 39036 | 9 0.09 78.78 39037 | 3 0.03 78.81 39038 | 5 0.05 78.86 39039 | 10 0.10 78.96 39040 | 44 0.44 79.40 39041 | 3 0.03 79.43 39042 | 1 0.01 79.44 39043 | 3 0.03 79.47 39044 | 2 0.02 79.49 39045 | 2 0.02 79.51 39046 | 21 0.21 79.72 39047 | 1 0.01 79.73 39048 | 17 0.17 79.90 39049 | 16 0.16 80.06 39050 | 3 0.03 80.09 39051 | 240 2.40 82.49 39052 | 1 0.01 82.50 39054 | 24 0.24 82.74 39056 | 5 0.05 82.79 39058 | 3 0.03 82.82 39059 | 3 0.03 82.85 39060 | 2 0.02 82.87 39061 | 5 0.05 82.92 39062 | 1 0.01 82.93 39063 | 11 0.11 83.04 39065 | 12 0.12 83.16 39066 | 1 0.01 83.17 39067 | 14 0.14 83.31 40002 | 1 0.01 83.32 40003 | 2 0.02 83.34 40004 | 26 0.26 83.60 40005 | 2 0.02 83.62 41002 | 2 0.02 83.64 41003 | 1 0.01 83.65 41004 | 3 0.03 83.68 41005 | 3 0.03 83.71 41006 | 1 0.01 83.72 41007 | 2 0.02 83.74 41008 | 4 0.04 83.78 41009 | 2 0.02 83.80 41010 | 15 0.15 83.95 41011 | 1 0.01 83.96 41012 | 2 0.02 83.98 41013 | 3 0.03 84.01 41014 | 2 0.02 84.03 41015 | 3 0.03 84.06 41016 | 3 0.03 84.09 41017 | 2 0.02 84.11 41018 | 1 0.01 84.12 41019 | 1 0.01 84.13 41020 | 5 0.05 84.18 41021 | 13 0.13 84.31 41022 | 1 0.01 84.32 41023 | 11 0.11 84.43 41024 | 3 0.03 84.46 41026 | 3 0.03 84.49 41027 | 1 0.01 84.50 41028 | 3 0.03 84.53 41030 | 1 0.01 84.54 41031 | 3 0.03 84.57 41032 | 1 0.01 84.58 41034 | 3 0.03 84.61 41035 | 2 0.02 84.63 41036 | 1 0.01 84.64 41037 | 2 0.02 84.66 41038 | 5 0.05 84.71 41039 | 1 0.01 84.72 41040 | 4 0.04 84.76 41042 | 6 0.06 84.82 41043 | 3 0.03 84.85 41044 | 1 0.01 84.86 41045 | 6 0.06 84.92 41046 | 4 0.04 84.96 42007 | 1 0.01 84.97 42008 | 1 0.01 84.98 42009 | 1 0.01 84.99 42014 | 1 0.01 85.00 42015 | 1 0.01 85.01 42016 | 1 0.01 85.02 42017 | 1 0.01 85.03 42018 | 1 0.01 85.04 42020 | 1 0.01 85.05 42029 | 1 0.01 85.06 42034 | 1 0.01 85.07 42040 | 2 0.02 85.09 42041 | 1 0.01 85.10 42047 | 1 0.01 85.11 42049 | 2 0.02 85.13 42051 | 1 0.01 85.14 42054 | 1 0.01 85.15 42056 | 3 0.03 85.18 42057 | 1 0.01 85.19 42063 | 1 0.01 85.20 43001 | 2 0.02 85.22 43002 | 3 0.03 85.25 43003 | 2 0.02 85.27 43006 | 5 0.05 85.32 43007 | 3 0.03 85.35 43009 | 4 0.04 85.39 43010 | 1 0.01 85.40 43011 | 3 0.03 85.43 43012 | 1 0.01 85.44 43013 | 1 0.01 85.45 43014 | 3 0.03 85.48 43015 | 3 0.03 85.51 43018 | 1 0.01 85.52 43019 | 38 0.38 85.90 43022 | 2 0.02 85.92 43023 | 4 0.04 85.96 43025 | 1 0.01 85.97 43026 | 2 0.02 85.99 43027 | 5 0.05 86.04 43029 | 2 0.02 86.06 43030 | 6 0.06 86.12 43031 | 7 0.07 86.19 43032 | 5 0.05 86.24 43033 | 26 0.26 86.50 43036 | 1 0.01 86.51 43037 | 2 0.02 86.53 43038 | 1 0.01 86.54 43039 | 1 0.01 86.55 43040 | 3 0.03 86.58 43041 | 1 0.01 86.59 43042 | 2 0.02 86.61 43043 | 1 0.01 86.62 43044 | 2 0.02 86.64 43045 | 1 0.01 86.65 43046 | 1 0.01 86.66 43047 | 22 0.22 86.88 43048 | 2 0.02 86.90 43049 | 4 0.04 86.94 43050 | 6 0.06 87.00 43051 | 1 0.01 87.01 43052 | 1 0.01 87.02 43053 | 3 0.03 87.05 43054 | 1 0.01 87.06 43055 | 1 0.01 87.07 43056 | 1 0.01 87.08 43057 | 9 0.09 87.17 43058 | 3 0.03 87.20 43059 | 1 0.01 87.21 43060 | 8 0.08 87.29 43061 | 1 0.01 87.30 43062 | 1 0.01 87.31 43063 | 1 0.01 87.32 43064 | 1 0.01 87.33 43065 | 1 0.01 87.34 43066 | 3 0.03 87.37 43067 | 2 0.02 87.39 43069 | 1 0.01 87.40 43070 | 2 0.02 87.42 43071 | 2 0.02 87.44 43073 | 5 0.05 87.49 43074 | 2 0.02 87.51 43075 | 3 0.03 87.54 43076 | 3 0.03 87.57 43077 | 1 0.01 87.58 43078 | 1 0.01 87.59 43079 | 35 0.35 87.94 43080 | 1 0.01 87.95 43081 | 1 0.01 87.96 43082 | 9 0.09 88.05 43083 | 4 0.04 88.09 43084 | 3 0.03 88.12 43086 | 2 0.02 88.14 43087 | 3 0.03 88.17 43089 | 2 0.02 88.19 43090 | 7 0.07 88.26 43091 | 2 0.02 88.28 43093 | 1 0.01 88.29 43094 | 2 0.02 88.31 44001 | 3 0.03 88.34 44003 | 2 0.02 88.36 44007 | 2 0.02 88.38 44008 | 2 0.02 88.40 44009 | 1 0.01 88.41 44013 | 2 0.02 88.43 44014 | 6 0.06 88.49 44015 | 59 0.59 89.08 44019 | 4 0.04 89.12 44020 | 4 0.04 89.16 44025 | 1 0.01 89.17 44026 | 2 0.02 89.19 44028 | 3 0.03 89.22 44029 | 1 0.01 89.23 44030 | 1 0.01 89.24 44031 | 10 0.10 89.34 44034 | 2 0.02 89.36 44036 | 1 0.01 89.37 44037 | 2 0.02 89.39 44043 | 2 0.02 89.41 44046 | 3 0.03 89.44 44048 | 1 0.01 89.45 44049 | 2 0.02 89.47 44050 | 1 0.01 89.48 44056 | 1 0.01 89.49 44057 | 50 0.50 89.99 44058 | 1 0.01 90.00 44061 | 1 0.01 90.01 44062 | 2 0.02 90.03 44064 | 1 0.01 90.04 44066 | 1 0.01 90.05 44067 | 3 0.03 90.08 44070 | 3 0.03 90.11 44071 | 22 0.22 90.33 44072 | 1 0.01 90.34 44074 | 2 0.02 90.36 44075 | 1 0.01 90.37 44076 | 1 0.01 90.38 44079 | 3 0.03 90.41 44080 | 1 0.01 90.42 44083 | 1 0.01 90.43 44084 | 7 0.07 90.50 44085 | 1 0.01 90.51 44086 | 1 0.01 90.52 44088 | 1 0.01 90.53 44089 | 1 0.01 90.54 44091 | 4 0.04 90.58 44092 | 2 0.02 90.60 44093 | 1 0.01 90.61 44094 | 2 0.02 90.63 44100 | 3 0.03 90.66 44101 | 83 0.83 91.49 44102 | 3 0.03 91.52 44104 | 1 0.01 91.53 44105 | 4 0.04 91.57 44107 | 2 0.02 91.59 44108 | 11 0.11 91.70 44109 | 1 0.01 91.71 44110 | 1 0.01 91.72 44113 | 1 0.01 91.73 44116 | 3 0.03 91.76 44123 | 13 0.13 91.89 44125 | 3 0.03 91.92 44126 | 1 0.01 91.93 44128 | 3 0.03 91.96 44129 | 2 0.02 91.98 44130 | 3 0.03 92.01 44133 | 9 0.09 92.10 44134 | 1 0.01 92.11 44137 | 1 0.01 92.12 44139 | 3 0.03 92.15 44140 | 1 0.01 92.16 44142 | 1 0.01 92.17 44146 | 3 0.03 92.20 44147 | 2 0.02 92.22 44152 | 2 0.02 92.24 44155 | 11 0.11 92.35 44157 | 1 0.01 92.36 44158 | 1 0.01 92.37 44160 | 1 0.01 92.38 44161 | 1 0.01 92.39 44163 | 1 0.01 92.40 44165 | 1 0.01 92.41 44168 | 1 0.01 92.42 44169 | 1 0.01 92.43 44170 | 2 0.02 92.45 44172 | 2 0.02 92.47 44175 | 1 0.01 92.48 44178 | 17 0.17 92.65 44181 | 1 0.01 92.66 44182 | 2 0.02 92.68 44184 | 1 0.01 92.69 44187 | 2 0.02 92.71 44188 | 6 0.06 92.77 44189 | 3 0.03 92.80 44192 | 1 0.01 92.81 44193 | 1 0.01 92.82 44195 | 1 0.01 92.83 44198 | 1 0.01 92.84 44200 | 2 0.02 92.86 44201 | 3 0.03 92.89 44204 | 1 0.01 92.90 44205 | 3 0.03 92.93 44206 | 1 0.01 92.94 44208 | 1 0.01 92.95 44210 | 1 0.01 92.96 44212 | 3 0.03 92.99 44214 | 1 0.01 93.00 44217 | 1 0.01 93.01 44219 | 1 0.01 93.02 44220 | 24 0.24 93.26 44221 | 3 0.03 93.29 44223 | 1 0.01 93.30 44226 | 5 0.05 93.35 44227 | 10 0.10 93.45 44229 | 1 0.01 93.46 44230 | 1 0.01 93.47 44232 | 1 0.01 93.48 44233 | 2 0.02 93.50 44235 | 1 0.01 93.51 44237 | 1 0.01 93.52 44238 | 2 0.02 93.54 44239 | 1 0.01 93.55 44240 | 10 0.10 93.65 44241 | 4 0.04 93.69 44242 | 1 0.01 93.70 44243 | 1 0.01 93.71 44244 | 1 0.01 93.72 44245 | 2 0.02 93.74 44246 | 5 0.05 93.79 44248 | 1 0.01 93.80 44249 | 1 0.01 93.81 44250 | 1 0.01 93.82 44253 | 1 0.01 93.83 44254 | 1 0.01 93.84 45004 | 2 0.02 93.86 45011 | 1 0.01 93.87 45012 | 1 0.01 93.88 45018 | 10 0.10 93.98 45025 | 1 0.01 93.99 45029 | 4 0.04 94.03 46001 | 1 0.01 94.04 46002 | 1 0.01 94.05 46003 | 2 0.02 94.07 46004 | 4 0.04 94.11 46005 | 1 0.01 94.12 46006 | 2 0.02 94.14 46008 | 1 0.01 94.15 46010 | 3 0.03 94.18 46011 | 2 0.02 94.20 46012 | 4 0.04 94.24 46013 | 1 0.01 94.25 46014 | 3 0.03 94.28 47003 | 2 0.02 94.30 47006 | 1 0.01 94.31 47009 | 1 0.01 94.32 47012 | 1 0.01 94.33 47015 | 2 0.02 94.35 47018 | 2 0.02 94.37 47021 | 8 0.08 94.45 47024 | 2 0.02 94.47 47036 | 2 0.02 94.49 47039 | 2 0.02 94.51 47042 | 1 0.01 94.52 47048 | 3 0.03 94.55 47051 | 2 0.02 94.57 47054 | 3 0.03 94.60 47066 | 1 0.01 94.61 47069 | 1 0.01 94.62 47081 | 1 0.01 94.63 47084 | 1 0.01 94.64 47087 | 5 0.05 94.69 47090 | 4 0.04 94.73 47096 | 1 0.01 94.74 47120 | 1 0.01 94.75 47123 | 3 0.03 94.78 47126 | 1 0.01 94.79 47129 | 2 0.02 94.81 47132 | 1 0.01 94.82 47135 | 1 0.01 94.83 47138 | 2 0.02 94.85 47144 | 1 0.01 94.86 47156 | 3 0.03 94.89 47159 | 2 0.02 94.91 47174 | 5 0.05 94.96 47177 | 1 0.01 94.97 47180 | 4 0.04 95.01 47183 | 7 0.07 95.08 47192 | 2 0.02 95.10 47195 | 3 0.03 95.13 47198 | 2 0.02 95.15 47201 | 5 0.05 95.20 47204 | 1 0.01 95.21 47207 | 2 0.02 95.23 47210 | 1 0.01 95.24 47213 | 2 0.02 95.26 47216 | 1 0.01 95.27 47219 | 1 0.01 95.28 47222 | 1 0.01 95.29 47225 | 2 0.02 95.31 47228 | 1 0.01 95.32 47231 | 2 0.02 95.34 47234 | 2 0.02 95.36 47240 | 4 0.04 95.40 47243 | 3 0.03 95.43 47249 | 3 0.03 95.46 47252 | 2 0.02 95.48 47255 | 2 0.02 95.50 47261 | 2 0.02 95.52 47273 | 1 0.01 95.53 47276 | 1 0.01 95.54 47279 | 1 0.01 95.55 47282 | 1 0.01 95.56 47285 | 1 0.01 95.57 47288 | 2 0.02 95.59 47291 | 1 0.01 95.60 47294 | 3 0.03 95.63 47297 | 2 0.02 95.65 47306 | 1 0.01 95.66 47309 | 1 0.01 95.67 47318 | 2 0.02 95.69 47324 | 1 0.01 95.70 47327 | 1 0.01 95.71 47330 | 1 0.01 95.72 47336 | 1 0.01 95.73 47339 | 1 0.01 95.74 47342 | 3 0.03 95.77 47345 | 2 0.02 95.79 47351 | 1 0.01 95.80 47354 | 15 0.15 95.95 47360 | 4 0.04 95.99 47363 | 2 0.02 96.01 47366 | 1 0.01 96.02 47369 | 23 0.23 96.25 47372 | 7 0.07 96.32 47378 | 1 0.01 96.33 47384 | 4 0.04 96.37 47396 | 1 0.01 96.38 48003 | 1 0.01 96.39 48004 | 1 0.01 96.40 48005 | 1 0.01 96.41 48006 | 2 0.02 96.43 48008 | 1 0.01 96.44 48013 | 4 0.04 96.48 48014 | 2 0.02 96.50 48017 | 36 0.36 96.86 48018 | 3 0.03 96.89 48021 | 3 0.03 96.92 48025 | 1 0.01 96.93 48027 | 13 0.13 97.06 48029 | 1 0.01 97.07 48031 | 5 0.05 97.12 48032 | 11 0.11 97.23 48034 | 2 0.02 97.25 48035 | 1 0.01 97.26 48036 | 1 0.01 97.27 48038 | 1 0.01 97.28 48039 | 9 0.09 97.37 49001 | 1 0.01 97.38 49002 | 5 0.05 97.43 49003 | 2 0.02 97.45 49005 | 1 0.01 97.46 49006 | 11 0.11 97.57 49007 | 1 0.01 97.58 49008 | 1 0.01 97.59 49009 | 1 0.01 97.60 49010 | 9 0.09 97.69 49011 | 1 0.01 97.70 49012 | 1 0.01 97.71 49014 | 1 0.01 97.72 49015 | 1 0.01 97.73 49017 | 5 0.05 97.78 49018 | 3 0.03 97.81 49020 | 17 0.17 97.98 49021 | 1 0.01 97.99 49022 | 3 0.03 98.02 49023 | 10 0.10 98.12 49024 | 13 0.13 98.25 49025 | 7 0.07 98.32 49026 | 1 0.01 98.33 49028 | 5 0.05 98.38 49029 | 2 0.02 98.40 49030 | 3 0.03 98.43 49031 | 5 0.05 98.48 49033 | 1 0.01 98.49 49034 | 1 0.01 98.50 49035 | 4 0.04 98.54 49036 | 1 0.01 98.55 49037 | 1 0.01 98.56 49039 | 2 0.02 98.58 49040 | 1 0.01 98.59 49041 | 9 0.09 98.68 49042 | 1 0.01 98.69 49043 | 1 0.01 98.70 49044 | 1 0.01 98.71 49045 | 3 0.03 98.74 49046 | 1 0.01 98.75 49047 | 2 0.02 98.77 49050 | 3 0.03 98.80 49051 | 1 0.01 98.81 49052 | 2 0.02 98.83 49054 | 4 0.04 98.87 49055 | 3 0.03 98.90 50002 | 1 0.01 98.91 50005 | 3 0.03 98.94 50009 | 1 0.01 98.95 50012 | 1 0.01 98.96 50013 | 4 0.04 99.00 50016 | 2 0.02 99.02 50018 | 1 0.01 99.03 50020 | 1 0.01 99.04 50022 | 1 0.01 99.05 50023 | 1 0.01 99.06 50026 | 1 0.01 99.07 50028 | 2 0.02 99.09 50029 | 1 0.01 99.10 50030 | 2 0.02 99.12 50032 | 1 0.01 99.13 50033 | 1 0.01 99.14 50036 | 2 0.02 99.16 50037 | 1 0.01 99.17 50039 | 1 0.01 99.18 50041 | 38 0.38 99.56 50043 | 2 0.02 99.58 50044 | 1 0.01 99.59 50045 | 1 0.01 99.60 50048 | 1 0.01 99.61 50049 | 1 0.01 99.62 50050 | 3 0.03 99.65 50052 | 3 0.03 99.68 50053 | 1 0.01 99.69 50054 | 6 0.06 99.75 50057 | 3 0.03 99.78 50058 | 1 0.01 99.79 50060 | 2 0.02 99.81 50061 | 2 0.02 99.83 50062 | 1 0.01 99.84 50065 | 1 0.01 99.85 50068 | 1 0.01 99.86 50069 | 2 0.02 99.88 50070 | 1 0.01 99.89 50071 | 6 0.06 99.95 51007 | 2 0.02 99.97 51009 | 1 0.01 99.98 51011 | 1 0.01 99.99 51013 | 1 0.01 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of cityrs variable in mort1962 dataset : cityrs | Freq. Percent Cum. ------------+----------------------------------- 001 | 102 1.02 1.02 002 | 153 1.53 2.55 004 | 29 0.29 2.84 005 | 158 1.58 4.42 006 | 39 0.39 4.81 008 | 110 1.10 5.91 009 | 239 2.39 8.30 010 | 109 1.09 9.39 011 | 22 0.22 9.61 015 | 167 1.67 11.28 017 | 30 0.30 11.58 018 | 113 1.13 12.71 020 | 367 3.67 16.38 021 | 98 0.98 17.36 022 | 42 0.42 17.78 023 | 52 0.52 18.30 025 | 117 1.17 19.47 026 | 14 0.14 19.61 027 | 63 0.63 20.24 028 | 21 0.21 20.45 030 | 22 0.22 20.67 031 | 21 0.21 20.88 032 | 84 0.84 21.72 033 | 17 0.17 21.89 042 | 70 0.70 22.59 045 | 336 3.36 25.95 046 | 16 0.16 26.11 047 | 45 0.45 26.56 048 | 15 0.15 26.71 067 | 124 1.24 27.95 069 | 76 0.76 28.71 070 | 29 0.29 29.00 072 | 154 1.54 30.54 081 | 53 0.53 31.07 090 | 240 2.40 33.47 092 | 73 0.73 34.20 095 | 18 0.18 34.38 096 | 6 0.06 34.44 128 | 22 0.22 34.66 130 | 64 0.64 35.30 999 | 6,470 64.70 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of popsize variable in mort1962 dataset : popsize | Freq. Percent Cum. ------------+----------------------------------- 0 | 1,702 17.02 17.02 1 | 1,046 10.46 27.48 2 | 782 7.82 35.30 7 | 3,647 36.47 71.77 9 | 2,823 28.23 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of metro variable in mort1962 dataset : metro | Freq. Percent Cum. ------------+----------------------------------- 1 | 6,579 65.79 65.79 2 | 3,421 34.21 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of smsares variable in mort1962 dataset : smsares | Freq. Percent Cum. ------------+----------------------------------- 000 | 3,393 33.93 33.93 001 | 3 0.03 33.96 002 | 10 0.10 34.06 003 | 4 0.04 34.10 004 | 37 0.37 34.47 005 | 17 0.17 34.64 006 | 28 0.28 34.92 007 | 7 0.07 34.99 008 | 6 0.06 35.05 010 | 10 0.10 35.15 011 | 44 0.44 35.59 012 | 15 0.15 35.74 013 | 20 0.20 35.94 014 | 10 0.10 36.04 015 | 16 0.16 36.20 016 | 172 1.72 37.92 017 | 11 0.11 38.03 018 | 6 0.06 38.09 019 | 14 0.14 38.23 020 | 2 0.02 38.25 021 | 9 0.09 38.34 022 | 64 0.64 38.98 023 | 177 1.77 40.75 024 | 24 0.24 40.99 025 | 9 0.09 41.08 026 | 10 0.10 41.18 027 | 56 0.56 41.74 028 | 6 0.06 41.80 029 | 3 0.03 41.83 030 | 1 0.01 41.84 031 | 15 0.15 41.99 032 | 17 0.17 42.16 033 | 13 0.13 42.29 034 | 31 0.31 42.60 035 | 382 3.82 46.42 036 | 84 0.84 47.26 037 | 110 1.10 48.36 038 | 10 0.10 48.46 039 | 5 0.05 48.51 040 | 9 0.09 48.60 041 | 18 0.18 48.78 042 | 17 0.17 48.95 043 | 56 0.56 49.51 044 | 4 0.04 49.55 045 | 37 0.37 49.92 046 | 2 0.02 49.94 047 | 43 0.43 50.37 048 | 4 0.04 50.41 049 | 234 2.34 52.75 050 | 2 0.02 52.77 051 | 4 0.04 52.81 052 | 7 0.07 52.88 053 | 22 0.22 53.10 054 | 13 0.13 53.23 056 | 14 0.14 53.37 057 | 26 0.26 53.63 058 | 1 0.01 53.64 059 | 10 0.10 53.74 060 | 8 0.08 53.82 061 | 3 0.03 53.85 062 | 16 0.16 54.01 063 | 25 0.25 54.26 064 | 26 0.26 54.52 065 | 9 0.09 54.61 066 | 7 0.07 54.68 067 | 27 0.27 54.95 068 | 5 0.05 55.00 069 | 1 0.01 55.01 070 | 3 0.03 55.04 071 | 4 0.04 55.08 072 | 11 0.11 55.19 073 | 4 0.04 55.23 074 | 17 0.17 55.40 075 | 42 0.42 55.82 076 | 19 0.19 56.01 077 | 83 0.83 56.84 078 | 19 0.19 57.03 079 | 12 0.12 57.15 080 | 49 0.49 57.64 081 | 5 0.05 57.69 082 | 4 0.04 57.73 083 | 24 0.24 57.97 084 | 67 0.67 58.64 085 | 23 0.23 58.87 086 | 4 0.04 58.91 087 | 70 0.70 59.61 088 | 2 0.02 59.63 089 | 24 0.24 59.87 090 | 10 0.10 59.97 091 | 9 0.09 60.06 092 | 9 0.09 60.15 093 | 10 0.10 60.25 094 | 9 0.09 60.34 095 | 3 0.03 60.37 096 | 18 0.18 60.55 097 | 7 0.07 60.62 098 | 2 0.02 60.64 099 | 22 0.22 60.86 100 | 9 0.09 60.95 101 | 261 2.61 63.56 102 | 82 0.82 64.38 103 | 2 0.02 64.40 104 | 7 0.07 64.47 105 | 14 0.14 64.61 106 | 4 0.04 64.65 107 | 4 0.04 64.69 108 | 35 0.35 65.04 109 | 68 0.68 65.72 110 | 1 0.01 65.73 111 | 39 0.39 66.12 112 | 49 0.49 66.61 113 | 39 0.39 67.00 114 | 7 0.07 67.07 115 | 10 0.10 67.17 116 | 4 0.04 67.21 117 | 6 0.06 67.27 118 | 38 0.38 67.65 119 | 124 1.24 68.89 120 | 22 0.22 69.11 121 | 92 0.92 70.03 122 | 5 0.05 70.08 123 | 907 9.07 79.15 124 | 21 0.21 79.36 126 | 4 0.04 79.40 127 | 37 0.37 79.77 128 | 16 0.16 79.93 129 | 10 0.10 80.03 130 | 53 0.53 80.56 131 | 9 0.09 80.65 132 | 11 0.11 80.76 133 | 349 3.49 84.25 134 | 47 0.47 84.72 135 | 165 1.65 86.37 136 | 1 0.01 86.38 137 | 9 0.09 86.47 138 | 30 0.30 86.77 139 | 27 0.27 87.04 140 | 1 0.01 87.05 141 | 3 0.03 87.08 142 | 3 0.03 87.11 143 | 2 0.02 87.13 144 | 22 0.22 87.35 145 | 3 0.03 87.38 146 | 25 0.25 87.63 147 | 11 0.11 87.74 148 | 17 0.17 87.91 149 | 9 0.09 88.00 150 | 16 0.16 88.16 151 | 5 0.05 88.21 152 | 8 0.08 88.29 153 | 134 1.34 89.63 154 | 10 0.10 89.73 155 | 5 0.05 89.78 156 | 59 0.59 90.37 157 | 44 0.44 90.81 158 | 37 0.37 91.18 159 | 128 1.28 92.46 160 | 16 0.16 92.62 161 | 6 0.06 92.68 162 | 13 0.13 92.81 163 | 44 0.44 93.25 164 | 41 0.41 93.66 165 | 24 0.24 93.90 166 | 2 0.02 93.92 167 | 2 0.02 93.94 168 | 7 0.07 94.01 169 | 11 0.11 94.12 170 | 5 0.05 94.17 171 | 7 0.07 94.24 172 | 7 0.07 94.31 173 | 21 0.21 94.52 174 | 6 0.06 94.58 175 | 17 0.17 94.75 176 | 17 0.17 94.92 177 | 13 0.13 95.05 178 | 32 0.32 95.37 179 | 12 0.12 95.49 180 | 6 0.06 95.55 181 | 7 0.07 95.62 182 | 3 0.03 95.65 183 | 18 0.18 95.83 184 | 39 0.39 96.22 185 | 22 0.22 96.44 186 | 5 0.05 96.49 187 | 3 0.03 96.52 188 | 10 0.10 96.62 189 | 11 0.11 96.73 190 | 129 1.29 98.02 191 | 7 0.07 98.09 192 | 10 0.10 98.19 193 | 7 0.07 98.26 194 | 10 0.10 98.36 195 | 1 0.01 98.37 196 | 44 0.44 98.81 197 | 19 0.19 99.00 198 | 10 0.10 99.10 199 | 24 0.24 99.34 200 | 14 0.14 99.48 201 | 24 0.24 99.72 202 | 28 0.28 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of race variable in mort1962 dataset : race | Freq. Percent Cum. ------------+----------------------------------- 1 | 7,086 70.86 70.86 2 | 2,307 23.07 93.93 3 | 142 1.42 95.35 4 | 35 0.35 95.70 5 | 25 0.25 95.95 7 | 10 0.10 96.05 8 | 10 0.10 96.15 9 | 8 0.08 96.23 10 | 11 0.11 96.34 11 | 366 3.66 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of racer3 variable in mort1962 dataset : racer3 | Freq. Percent Cum. ------------+----------------------------------- 1 | 7,086 70.86 70.86 2 | 241 2.41 73.27 3 | 2,307 23.07 96.34 4 | 366 3.66 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of racer2 variable in mort1962 dataset : racer2 | Freq. Percent Cum. ------------+----------------------------------- 1 | 7,086 70.86 70.86 2 | 2,548 25.48 96.34 3 | 366 3.66 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of racer6 variable in mort1962 dataset : racer6 | Freq. Percent Cum. ------------+----------------------------------- . | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of sex variable in mort1962 dataset : sex | Freq. Percent Cum. ------------+----------------------------------- 1 | 7,278 72.78 72.78 2 | 2,722 27.22 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of age variable in mort1962 dataset : age | Freq. Percent Cum. ------------+----------------------------------- 1 | 40 0.40 0.40 2 | 28 0.28 0.68 3 | 11 0.11 0.79 4 | 12 0.12 0.91 5 | 7 0.07 0.98 6 | 10 0.10 1.08 7 | 6 0.06 1.14 8 | 8 0.08 1.22 9 | 3 0.03 1.25 10 | 2 0.02 1.27 11 | 1 0.01 1.28 12 | 3 0.03 1.31 13 | 1 0.01 1.32 14 | 10 0.10 1.42 15 | 8 0.08 1.50 16 | 8 0.08 1.58 17 | 6 0.06 1.64 18 | 9 0.09 1.73 19 | 4 0.04 1.77 20 | 13 0.13 1.90 21 | 11 0.11 2.01 22 | 6 0.06 2.07 23 | 11 0.11 2.18 24 | 16 0.16 2.34 25 | 22 0.22 2.56 26 | 35 0.35 2.91 27 | 30 0.30 3.21 28 | 28 0.28 3.49 29 | 45 0.45 3.94 30 | 32 0.32 4.26 31 | 43 0.43 4.69 32 | 39 0.39 5.08 33 | 75 0.75 5.83 34 | 60 0.60 6.43 35 | 75 0.75 7.18 36 | 92 0.92 8.10 37 | 102 1.02 9.12 38 | 89 0.89 10.01 39 | 97 0.97 10.98 40 | 90 0.90 11.88 41 | 99 0.99 12.87 42 | 125 1.25 14.12 43 | 119 1.19 15.31 44 | 128 1.28 16.59 45 | 118 1.18 17.77 46 | 128 1.28 19.05 47 | 146 1.46 20.51 48 | 171 1.71 22.22 49 | 169 1.69 23.91 50 | 164 1.64 25.55 51 | 168 1.68 27.23 52 | 211 2.11 29.34 53 | 184 1.84 31.18 54 | 209 2.09 33.27 55 | 188 1.88 35.15 56 | 174 1.74 36.89 57 | 223 2.23 39.12 58 | 222 2.22 41.34 59 | 218 2.18 43.52 60 | 220 2.20 45.72 61 | 261 2.61 48.33 62 | 281 2.81 51.14 63 | 227 2.27 53.41 64 | 239 2.39 55.80 65 | 233 2.33 58.13 66 | 263 2.63 60.76 67 | 277 2.77 63.53 68 | 251 2.51 66.04 69 | 257 2.57 68.61 70 | 257 2.57 71.18 71 | 217 2.17 73.35 72 | 225 2.25 75.60 73 | 223 2.23 77.83 74 | 235 2.35 80.18 75 | 206 2.06 82.24 76 | 195 1.95 84.19 77 | 199 1.99 86.18 78 | 202 2.02 88.20 79 | 147 1.47 89.67 80 | 159 1.59 91.26 81 | 127 1.27 92.53 82 | 117 1.17 93.70 83 | 119 1.19 94.89 84 | 76 0.76 95.65 85 | 77 0.77 96.42 86 | 76 0.76 97.18 87 | 63 0.63 97.81 88 | 32 0.32 98.13 89 | 31 0.31 98.44 90 | 21 0.21 98.65 91 | 22 0.22 98.87 92 | 10 0.10 98.97 93 | 6 0.06 99.03 94 | 6 0.06 99.09 95 | 6 0.06 99.15 96 | 5 0.05 99.20 97 | 1 0.01 99.21 98 | 1 0.01 99.22 99 | 2 0.02 99.24 100 | 3 0.03 99.27 201 | 2 0.02 99.29 202 | 3 0.03 99.32 203 | 6 0.06 99.38 204 | 4 0.04 99.42 205 | 5 0.05 99.47 206 | 5 0.05 99.52 207 | 2 0.02 99.54 208 | 4 0.04 99.58 209 | 4 0.04 99.62 210 | 2 0.02 99.64 211 | 6 0.06 99.70 401 | 3 0.03 99.73 402 | 1 0.01 99.74 403 | 3 0.03 99.77 404 | 2 0.02 99.79 405 | 2 0.02 99.81 406 | 1 0.01 99.82 414 | 1 0.01 99.83 419 | 1 0.01 99.84 501 | 1 0.01 99.85 502 | 3 0.03 99.88 503 | 1 0.01 99.89 505 | 1 0.01 99.90 507 | 1 0.01 99.91 508 | 4 0.04 99.95 520 | 1 0.01 99.96 521 | 1 0.01 99.97 615 | 1 0.01 99.98 637 | 1 0.01 99.99 999 | 1 0.01 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ager12 variable in mort1962 dataset : ager12 | Freq. Percent Cum. ------------+----------------------------------- 1 | 72 0.72 0.72 2 | 91 0.91 1.63 3 | 51 0.51 2.14 4 | 92 0.92 3.06 5 | 409 4.09 7.15 6 | 1,016 10.16 17.31 7 | 1,668 16.68 33.99 8 | 2,253 22.53 56.52 9 | 2,438 24.38 80.90 10 | 1,547 15.47 96.37 11 | 362 3.62 99.99 12 | 1 0.01 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ager27 variable in mort1962 dataset : ager27 | Freq. Percent Cum. ------------+----------------------------------- 1 | 29 0.29 0.29 2 | 43 0.43 0.72 3 | 40 0.40 1.12 4 | 28 0.28 1.40 5 | 11 0.11 1.51 6 | 12 0.12 1.63 7 | 34 0.34 1.97 8 | 17 0.17 2.14 9 | 35 0.35 2.49 10 | 57 0.57 3.06 11 | 160 1.60 4.66 12 | 249 2.49 7.15 13 | 455 4.55 11.70 14 | 561 5.61 17.31 15 | 732 7.32 24.63 16 | 936 9.36 33.99 17 | 1,025 10.25 44.24 18 | 1,228 12.28 56.52 19 | 1,281 12.81 69.33 20 | 1,157 11.57 80.90 21 | 949 9.49 90.39 22 | 598 5.98 96.37 23 | 279 2.79 99.16 24 | 65 0.65 99.81 25 | 15 0.15 99.96 26 | 3 0.03 99.99 27 | 1 0.01 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ager22 variable in mort1962 dataset : ager22 | Freq. Percent Cum. ------------+----------------------------------- 1 | 2 0.02 0.02 2 | 13 0.13 0.15 3 | 3 0.03 0.18 4 | 1 0.01 0.19 5 | 3 0.03 0.22 6 | 2 0.02 0.24 7 | 2 0.02 0.26 8 | 1 0.01 0.27 10 | 2 0.02 0.29 12 | 2 0.02 0.31 13 | 3 0.03 0.34 14 | 6 0.06 0.40 15 | 4 0.04 0.44 16 | 5 0.05 0.49 17 | 5 0.05 0.54 18 | 2 0.02 0.56 19 | 4 0.04 0.60 20 | 4 0.04 0.64 21 | 2 0.02 0.66 22 | 6 0.06 0.72 . | 9,928 99.28 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ager14 variable in mort1962 dataset : ager14 | Freq. Percent Cum. ------------+----------------------------------- . | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of stbirth variable in mort1962 dataset : stbirth | Freq. Percent Cum. ------------+----------------------------------- 1 | 414 4.14 4.14 2 | 12 0.12 4.26 3 | 58 0.58 4.84 4 | 250 2.50 7.34 5 | 109 1.09 8.43 6 | 39 0.39 8.82 7 | 68 0.68 9.50 8 | 18 0.18 9.68 9 | 43 0.43 10.11 10 | 77 0.77 10.88 11 | 379 3.79 14.67 12 | 13 0.13 14.80 13 | 6 0.06 14.86 14 | 355 3.55 18.41 15 | 236 2.36 20.77 16 | 86 0.86 21.63 17 | 94 0.94 22.57 18 | 411 4.11 26.68 19 | 276 2.76 29.44 20 | 43 0.43 29.87 21 | 190 1.90 31.77 22 | 203 2.03 33.80 23 | 158 1.58 35.38 24 | 97 0.97 36.35 25 | 284 2.84 39.19 26 | 287 2.87 42.06 27 | 27 0.27 42.33 28 | 47 0.47 42.80 29 | 6 0.06 42.86 30 | 26 0.26 43.12 31 | 177 1.77 44.89 32 | 54 0.54 45.43 33 | 585 5.85 51.28 34 | 309 3.09 54.37 35 | 16 0.16 54.53 36 | 305 3.05 57.58 37 | 129 1.29 58.87 38 | 30 0.30 59.17 39 | 666 6.66 65.83 40 | 30 0.30 66.13 41 | 317 3.17 69.30 42 | 33 0.33 69.63 43 | 397 3.97 73.60 44 | 464 4.64 78.24 45 | 17 0.17 78.41 46 | 35 0.35 78.76 47 | 351 3.51 82.27 48 | 22 0.22 82.49 49 | 177 1.77 84.26 50 | 107 1.07 85.33 51 | 4 0.04 85.37 52 | 59 0.59 85.96 54 | 2 0.02 85.98 55 | 100 1.00 86.98 56 | 46 0.46 87.44 57 | 25 0.25 87.69 58 | 2 0.02 87.71 59 | 64 0.64 88.35 60 | 15 0.15 88.50 61 | 35 0.35 88.85 62 | 7 0.07 88.92 63 | 4 0.04 88.96 64 | 3 0.03 88.99 65 | 4 0.04 89.03 66 | 6 0.06 89.09 67 | 70 0.70 89.79 68 | 137 1.37 91.16 69 | 32 0.32 91.48 70 | 66 0.66 92.14 71 | 29 0.29 92.43 72 | 36 0.36 92.79 73 | 2 0.02 92.81 74 | 24 0.24 93.05 75 | 10 0.10 93.15 76 | 11 0.11 93.26 77 | 12 0.12 93.38 78 | 119 1.19 94.57 79 | 8 0.08 94.65 80 | 4 0.04 94.69 81 | 6 0.06 94.75 82 | 3 0.03 94.78 83 | 3 0.03 94.81 84 | 36 0.36 95.17 85 | 21 0.21 95.38 86 | 13 0.13 95.51 87 | 2 0.02 95.53 88 | 60 0.60 96.13 89 | 3 0.03 96.16 90 | 80 0.80 96.96 91 | 148 1.48 98.44 92 | 2 0.02 98.46 93 | 5 0.05 98.51 94 | 13 0.13 98.64 95 | 2 0.02 98.66 96 | 2 0.02 98.68 97 | 2 0.02 98.70 98 | 19 0.19 98.89 99 | 111 1.11 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of nativity variable in mort1962 dataset : nativity | Freq. Percent Cum. ------------+----------------------------------- . | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of mnative variable in mort1962 dataset : mnative | Freq. Percent Cum. ------------+----------------------------------- 0 | 443 4.43 4.43 2 | 1 0.01 4.44 56 | 11 0.11 4.55 57 | 9 0.09 4.64 59 | 49 0.49 5.13 60 | 4 0.04 5.17 61 | 7 0.07 5.24 62 | 1 0.01 5.25 64 | 1 0.01 5.26 66 | 1 0.01 5.27 67 | 7 0.07 5.34 68 | 6 0.06 5.40 69 | 1 0.01 5.41 70 | 1 0.01 5.42 71 | 4 0.04 5.46 74 | 3 0.03 5.49 75 | 2 0.02 5.51 77 | 1 0.01 5.52 78 | 11 0.11 5.63 79 | 1 0.01 5.64 80 | 2 0.02 5.66 85 | 1 0.01 5.67 88 | 2 0.02 5.69 89 | 1 0.01 5.70 90 | 33 0.33 6.03 91 | 18 0.18 6.21 94 | 1 0.01 6.22 96 | 4 0.04 6.26 98 | 2 0.02 6.28 99 | 102 1.02 7.30 . | 9,270 92.70 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of fnative variable in mort1962 dataset : fnative | Freq. Percent Cum. ------------+----------------------------------- 0 | 432 4.32 4.32 56 | 9 0.09 4.41 57 | 9 0.09 4.50 58 | 2 0.02 4.52 59 | 51 0.51 5.03 60 | 5 0.05 5.08 61 | 6 0.06 5.14 62 | 1 0.01 5.15 64 | 1 0.01 5.16 65 | 1 0.01 5.17 66 | 2 0.02 5.19 67 | 9 0.09 5.28 68 | 8 0.08 5.36 69 | 1 0.01 5.37 70 | 2 0.02 5.39 71 | 5 0.05 5.44 74 | 3 0.03 5.47 75 | 2 0.02 5.49 77 | 1 0.01 5.50 78 | 11 0.11 5.61 79 | 1 0.01 5.62 80 | 3 0.03 5.65 85 | 2 0.02 5.67 88 | 3 0.03 5.70 89 | 1 0.01 5.71 90 | 29 0.29 6.00 91 | 22 0.22 6.22 94 | 1 0.01 6.23 96 | 4 0.04 6.27 98 | 2 0.02 6.29 99 | 101 1.01 7.30 . | 9,270 92.70 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of sexdup variable in mort1962 dataset : sexdup | Freq. Percent Cum. ------------+----------------------------------- . | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of accident variable in mort1962 dataset : accident | Freq. Percent Cum. ------------+----------------------------------- . | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ucod variable in mort1962 dataset : ucod | Freq. Percent Cum. ------------+----------------------------------- 001- | 389 3.89 3.89 0021 | 7,496 74.96 78.85 0022 | 606 6.06 84.91 0030 | 18 0.18 85.09 0031 | 108 1.08 86.17 005- | 3 0.03 86.20 007- | 2 0.02 86.22 0081 | 164 1.64 87.86 0082 | 6 0.06 87.92 010- | 225 2.25 90.17 011- | 51 0.51 90.68 0120 | 68 0.68 91.36 0121 | 4 0.04 91.40 0123 | 6 0.06 91.46 0130 | 1 0.01 91.47 0133 | 1 0.01 91.48 0142 | 7 0.07 91.55 0143 | 1 0.01 91.56 015- | 14 0.14 91.70 016- | 76 0.76 92.46 017- | 17 0.17 92.63 0182 | 28 0.28 92.91 0190 | 1 0.01 92.92 0191 | 4 0.04 92.96 0192 | 210 2.10 95.06 0201 | 4 0.04 95.10 0202 | 46 0.46 95.56 0212 | 1 0.01 95.57 022- | 443 4.43 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ucod4 variable in mort1962 dataset : ucod4 | Freq. Percent Cum. ------------+----------------------------------- - | 1,220 12.20 12.20 0 | 88 0.88 13.08 1 | 7,780 77.80 90.88 2 | 904 9.04 99.92 3 | 8 0.08 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ccr258 variable in mort1962 dataset : ccr258 | Freq. Percent Cum. ------------+----------------------------------- 1 | 8,792 87.92 87.92 2 | 225 2.25 90.17 3 | 51 0.51 90.68 4 | 80 0.80 91.48 5 | 143 1.43 92.91 6 | 215 2.15 95.06 7 | 50 0.50 95.56 8 | 1 0.01 95.57 9 | 443 4.43 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ucr258s variable in mort1962 dataset : ucr258s | Freq. Percent Cum. ------------+----------------------------------- . | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ccr60 variable in mort1962 dataset : ccr60 | Freq. Percent Cum. ------------+----------------------------------- 0 | 8,792 87.92 87.92 1 | 714 7.14 95.06 2 | 494 4.94 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ccr55 variable in mort1962 dataset : ccr55 | Freq. Percent Cum. ------------+----------------------------------- 6 | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of cdcflag variable in mort1962 dataset : cdcflag | Freq. Percent Cum. ------------+----------------------------------- . | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of fdaflag variable in mort1962 dataset : fdaflag | Freq. Percent Cum. ------------+----------------------------------- . | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of whoflag variable in mort1962 dataset : whoflag | Freq. Percent Cum. ------------+----------------------------------- 1 | 9,281 92.81 92.81 2 | 225 2.25 95.06 3 | 494 4.94 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ucr258 variable in mort1962 dataset : ucr258 | Freq. Percent Cum. ------------+----------------------------------- 3 | 8,792 87.92 87.92 4 | 225 2.25 90.17 5 | 51 0.51 90.68 6 | 80 0.80 91.48 7 | 143 1.43 92.91 8 | 215 2.15 95.06 10 | 50 0.50 95.56 11 | 1 0.01 95.57 12 | 443 4.43 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of ucr60 variable in mort1962 dataset : ucr60 | Freq. Percent Cum. ------------+----------------------------------- 2 | 8,792 87.92 87.92 3 | 714 7.14 95.06 4 | 494 4.94 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of reparea variable in mort1962 dataset : reparea | Freq. Percent Cum. ------------+----------------------------------- 0 | 9,227 92.27 92.27 1 | 110 1.10 93.37 2 | 218 2.18 95.55 3 | 242 2.42 97.97 4 | 191 1.91 99.88 5 | 12 0.12 100.00 ------------+----------------------------------- Total | 10,000 100.00 Frequencies for first 10,000 rows of shipno variable in mort1962 dataset : shipno | Freq. Percent Cum. ------------+----------------------------------- | 10,000 100.00 100.00 ------------+----------------------------------- Total | 10,000 100.00 by Jean Roth , jroth@nber.org , 22 Dec 2015