Frequencies for tothrlop variable in fmli011 dataset : tothrlop | Freq. Percent Cum. ------------+----------------------------------- 0 | 7,031 91.17 91.17 1 | 2 0.03 91.20 2 | 1 0.01 91.21 4 | 1 0.01 91.22 5 | 1 0.01 91.23 6 | 1 0.01 91.25 12 | 1 0.01 91.26 13 | 1 0.01 91.27 14 | 2 0.03 91.30 15 | 3 0.04 91.34 19 | 1 0.01 91.35 20 | 3 0.04 91.39 21 | 1 0.01 91.40 23 | 1 0.01 91.42 24 | 1 0.01 91.43 25 | 3 0.04 91.47 26 | 1 0.01 91.48 27 | 1 0.01 91.49 28 | 1 0.01 91.51 29 | 1 0.01 91.52 30 | 1 0.01 91.53 31 | 4 0.05 91.58 32 | 3 0.04 91.62 34 | 2 0.03 91.65 35 | 1 0.01 91.66 36 | 2 0.03 91.69 38 | 2 0.03 91.71 39 | 2 0.03 91.74 40 | 11 0.14 91.88 41 | 3 0.04 91.92 42 | 2 0.03 91.95 43 | 2 0.03 91.97 45 | 6 0.08 92.05 46 | 1 0.01 92.06 47 | 2 0.03 92.09 48 | 1 0.01 92.10 49 | 2 0.03 92.13 50 | 11 0.14 92.27 52 | 1 0.01 92.28 53 | 1 0.01 92.30 54 | 2 0.03 92.32 55 | 4 0.05 92.38 56 | 4 0.05 92.43 57 | 5 0.06 92.49 58 | 1 0.01 92.51 59 | 3 0.04 92.54 60 | 10 0.13 92.67 61 | 2 0.03 92.70 62 | 2 0.03 92.73 63 | 1 0.01 92.74 64 | 1 0.01 92.75 65 | 5 0.06 92.82 66 | 1 0.01 92.83 67 | 3 0.04 92.87 68 | 6 0.08 92.95 69 | 1 0.01 92.96 70 | 7 0.09 93.05 72 | 2 0.03 93.08 73 | 1 0.01 93.09 75 | 13 0.17 93.26 77 | 3 0.04 93.30 79 | 1 0.01 93.31 80 | 8 0.10 93.41 83 | 1 0.01 93.43 84 | 1 0.01 93.44 85 | 4 0.05 93.49 86 | 1 0.01 93.50 87 | 2 0.03 93.53 88 | 2 0.03 93.56 89 | 3 0.04 93.59 90 | 6 0.08 93.67 92 | 2 0.03 93.70 95 | 3 0.04 93.74 96 | 1 0.01 93.75 97 | 1 0.01 93.76 98 | 1 0.01 93.78 100 | 16 0.21 93.98 102 | 1 0.01 94.00 103 | 1 0.01 94.01 105 | 1 0.01 94.02 106 | 2 0.03 94.05 107 | 2 0.03 94.07 109 | 2 0.03 94.10 110 | 7 0.09 94.19 112 | 1 0.01 94.20 115 | 8 0.10 94.31 116 | 2 0.03 94.33 118 | 2 0.03 94.36 119 | 1 0.01 94.37 120 | 14 0.18 94.55 121 | 1 0.01 94.57 122 | 2 0.03 94.59 123 | 2 0.03 94.62 124 | 1 0.01 94.63 125 | 2 0.03 94.66 126 | 2 0.03 94.68 127 | 2 0.03 94.71 128 | 1 0.01 94.72 129 | 3 0.04 94.76 130 | 12 0.16 94.92 132 | 1 0.01 94.93 133 | 3 0.04 94.97 134 | 1 0.01 94.98 135 | 1 0.01 94.99 137 | 1 0.01 95.01 138 | 1 0.01 95.02 139 | 1 0.01 95.03 140 | 4 0.05 95.09 142 | 1 0.01 95.10 145 | 4 0.05 95.15 146 | 1 0.01 95.16 149 | 1 0.01 95.18 150 | 19 0.25 95.42 151 | 1 0.01 95.44 154 | 2 0.03 95.46 155 | 1 0.01 95.47 158 | 1 0.01 95.49 159 | 1 0.01 95.50 160 | 4 0.05 95.55 162 | 1 0.01 95.57 165 | 1 0.01 95.58 166 | 1 0.01 95.59 168 | 2 0.03 95.62 170 | 4 0.05 95.67 175 | 7 0.09 95.76 176 | 1 0.01 95.77 177 | 1 0.01 95.79 178 | 2 0.03 95.81 180 | 2 0.03 95.84 182 | 1 0.01 95.85 184 | 1 0.01 95.86 185 | 1 0.01 95.88 188 | 1 0.01 95.89 190 | 1 0.01 95.90 192 | 1 0.01 95.92 194 | 1 0.01 95.93 195 | 3 0.04 95.97 198 | 1 0.01 95.98 200 | 17 0.22 96.20 203 | 1 0.01 96.21 204 | 2 0.03 96.24 209 | 1 0.01 96.25 210 | 1 0.01 96.27 215 | 1 0.01 96.28 218 | 2 0.03 96.30 219 | 1 0.01 96.32 220 | 4 0.05 96.37 225 | 2 0.03 96.40 226 | 1 0.01 96.41 228 | 1 0.01 96.42 230 | 3 0.04 96.46 232 | 1 0.01 96.47 235 | 1 0.01 96.49 237 | 1 0.01 96.50 238 | 1 0.01 96.51 240 | 4 0.05 96.56 241 | 1 0.01 96.58 246 | 1 0.01 96.59 250 | 5 0.06 96.65 260 | 3 0.04 96.69 261 | 2 0.03 96.72 263 | 2 0.03 96.75 264 | 1 0.01 96.76 268 | 2 0.03 96.78 270 | 2 0.03 96.81 271 | 2 0.03 96.84 274 | 2 0.03 96.86 275 | 1 0.01 96.88 276 | 1 0.01 96.89 280 | 3 0.04 96.93 283 | 2 0.03 96.95 289 | 1 0.01 96.97 290 | 1 0.01 96.98 291 | 1 0.01 96.99 293 | 1 0.01 97.00 294 | 2 0.03 97.03 297 | 1 0.01 97.04 298 | 1 0.01 97.06 300 | 14 0.18 97.24 304 | 1 0.01 97.25 308 | 1 0.01 97.26 310 | 1 0.01 97.28 311 | 1 0.01 97.29 316 | 1 0.01 97.30 320 | 4 0.05 97.35 322 | 1 0.01 97.37 323 | 1 0.01 97.38 327 | 1 0.01 97.39 328 | 2 0.03 97.42 330 | 1 0.01 97.43 333 | 1 0.01 97.45 335 | 1 0.01 97.46 340 | 1 0.01 97.47 347 | 1 0.01 97.48 348 | 2 0.03 97.51 350 | 8 0.10 97.61 351 | 1 0.01 97.63 360 | 2 0.03 97.65 363 | 1 0.01 97.67 368 | 2 0.03 97.69 369 | 1 0.01 97.70 371 | 1 0.01 97.72 372 | 1 0.01 97.73 374 | 1 0.01 97.74 380 | 4 0.05 97.80 384 | 1 0.01 97.81 390 | 1 0.01 97.82 399 | 1 0.01 97.83 400 | 10 0.13 97.96 405 | 1 0.01 97.98 410 | 3 0.04 98.02 411 | 1 0.01 98.03 414 | 1 0.01 98.04 418 | 1 0.01 98.05 420 | 1 0.01 98.07 425 | 2 0.03 98.09 426 | 1 0.01 98.11 430 | 1 0.01 98.12 433 | 1 0.01 98.13 444 | 1 0.01 98.15 445 | 1 0.01 98.16 450 | 6 0.08 98.24 452 | 1 0.01 98.25 460 | 2 0.03 98.28 471 | 1 0.01 98.29 478 | 1 0.01 98.30 484 | 1 0.01 98.31 500 | 10 0.13 98.44 510 | 1 0.01 98.46 513 | 1 0.01 98.47 525 | 1 0.01 98.48 547 | 1 0.01 98.50 550 | 1 0.01 98.51 552 | 2 0.03 98.53 560 | 1 0.01 98.55 563 | 1 0.01 98.56 564 | 1 0.01 98.57 570 | 2 0.03 98.60 571 | 3 0.04 98.64 593 | 1 0.01 98.65 600 | 13 0.17 98.82 601 | 1 0.01 98.83 602 | 1 0.01 98.85 607 | 1 0.01 98.86 620 | 1 0.01 98.87 621 | 1 0.01 98.88 630 | 2 0.03 98.91 636 | 1 0.01 98.92 641 | 1 0.01 98.94 646 | 1 0.01 98.95 650 | 3 0.04 98.99 671 | 1 0.01 99.00 679 | 1 0.01 99.01 680 | 1 0.01 99.03 691 | 1 0.01 99.04 700 | 3 0.04 99.08 750 | 2 0.03 99.11 770 | 1 0.01 99.12 775 | 1 0.01 99.13 790 | 1 0.01 99.14 796 | 1 0.01 99.16 800 | 4 0.05 99.21 820 | 1 0.01 99.22 821.25 | 3 0.04 99.26 838 | 1 0.01 99.27 840 | 1 0.01 99.29 856 | 1 0.01 99.30 873 | 1 0.01 99.31 900 | 1 0.01 99.33 913 | 1 0.01 99.34 920 | 2 0.03 99.36 945 | 1 0.01 99.38 946 | 1 0.01 99.39 956 | 1 0.01 99.40 1000 | 5 0.06 99.47 1060 | 1 0.01 99.48 1091 | 2 0.03 99.51 1100 | 1 0.01 99.52 1168 | 1 0.01 99.53 1169 | 1 0.01 99.55 1173 | 1 0.01 99.56 1200 | 3 0.04 99.60 1340 | 1 0.01 99.61 1412 | 1 0.01 99.62 1460 | 1 0.01 99.64 1490 | 1 0.01 99.65 1500 | 1 0.01 99.66 2278.778 | 16 0.21 99.87 2478.778 | 1 0.01 99.88 2558.778 | 1 0.01 99.90 2678.778 | 2 0.03 99.92 2728.778 | 1 0.01 99.94 2730 | 1 0.01 99.95 2778.778 | 1 0.01 99.96 3078.778 | 1 0.01 99.97 3449.778 | 1 0.01 99.99 4557.556 | 1 0.01 100.00 ------------+----------------------------------- Total | 7,712 100.00 by Jean Roth , jroth@nber.org , 17 Mar 2016