Frequencies for first 10,000 rows of amb1r variable in namcs2004 dataset : surgical | procedure | #1 - | numeric | recode | Freq. Percent Cum. ------------+----------------------------------- 0 | 8,874 88.74 88.74 125 | 2 0.02 88.76 391 | 2 0.02 88.78 392 | 6 0.06 88.84 443 | 2 0.02 88.86 460 | 1 0.01 88.87 480 | 1 0.01 88.88 481 | 14 0.14 89.02 531 | 1 0.01 89.03 539 | 1 0.01 89.04 601 | 1 0.01 89.05 639 | 1 0.01 89.06 820 | 3 0.03 89.09 836 | 1 0.01 89.10 863 | 2 0.02 89.12 870 | 1 0.01 89.13 893 | 1 0.01 89.14 949 | 1 0.01 89.15 951 | 1 0.01 89.16 972 | 1 0.01 89.17 1139 | 1 0.01 89.18 1149 | 1 0.01 89.19 1171 | 6 0.06 89.25 1212 | 3 0.03 89.28 1279 | 2 0.02 89.30 1319 | 12 0.12 89.42 1341 | 4 0.04 89.46 1364 | 1 0.01 89.47 1424 | 1 0.01 89.48 1434 | 2 0.02 89.50 1435 | 2 0.02 89.52 1459 | 1 0.01 89.53 1699 | 9 0.09 89.62 1809 | 1 0.01 89.63 1829 | 3 0.03 89.66 1890 | 1 0.01 89.67 1940 | 2 0.02 89.69 2001 | 8 0.08 89.77 2010 | 1 0.01 89.78 2042 | 1 0.01 89.79 2079 | 1 0.01 89.80 2080 | 1 0.01 89.81 2099 | 1 0.01 89.82 2103 | 3 0.03 89.85 2130 | 1 0.01 89.86 2131 | 1 0.01 89.87 2132 | 1 0.01 89.88 2169 | 2 0.02 89.90 2188 | 5 0.05 89.95 2260 | 1 0.01 89.96 2263 | 1 0.01 89.97 2290 | 3 0.03 90.00 2630 | 1 0.01 90.01 2743 | 1 0.01 90.02 2749 | 1 0.01 90.03 2820 | 3 0.03 90.06 2830 | 5 0.05 90.11 2860 | 2 0.02 90.13 2912 | 1 0.01 90.14 3009 | 1 0.01 90.15 3143 | 1 0.01 90.16 3144 | 1 0.01 90.17 3229 | 1 0.01 90.18 3404 | 1 0.01 90.19 3423 | 2 0.02 90.21 3440 | 2 0.02 90.23 3460 | 1 0.01 90.24 3491 | 1 0.01 90.25 3522 | 1 0.01 90.26 3572 | 1 0.01 90.27 3721 | 3 0.03 90.30 3722 | 8 0.08 90.38 3723 | 1 0.01 90.39 3726 | 1 0.01 90.40 3787 | 1 0.01 90.41 3810 | 1 0.01 90.42 3812 | 1 0.01 90.43 3840 | 1 0.01 90.44 3843 | 1 0.01 90.45 3844 | 1 0.01 90.46 3859 | 1 0.01 90.47 3880 | 1 0.01 90.48 3893 | 5 0.05 90.53 3895 | 2 0.02 90.55 3899 | 4 0.04 90.59 3927 | 3 0.03 90.62 3929 | 5 0.05 90.67 3949 | 2 0.02 90.69 3950 | 6 0.06 90.75 3952 | 2 0.02 90.77 3959 | 1 0.01 90.78 3992 | 7 0.07 90.85 3999 | 2 0.02 90.87 4011 | 5 0.05 90.92 4131 | 1 0.01 90.93 4224 | 1 0.01 90.94 4311 | 1 0.01 90.95 4439 | 4 0.04 90.99 4449 | 1 0.01 91.00 4466 | 2 0.02 91.02 4516 | 3 0.03 91.05 4525 | 1 0.01 91.06 4541 | 1 0.01 91.07 4542 | 2 0.02 91.09 4576 | 1 0.01 91.10 4579 | 2 0.02 91.12 4603 | 1 0.01 91.13 4711 | 1 0.01 91.14 4939 | 1 0.01 91.15 4946 | 2 0.02 91.17 4947 | 1 0.01 91.18 4949 | 1 0.01 91.19 4973 | 1 0.01 91.20 5011 | 2 0.02 91.22 5104 | 1 0.01 91.23 5110 | 1 0.01 91.24 5122 | 3 0.03 91.27 5123 | 11 0.11 91.38 5136 | 1 0.01 91.39 5199 | 1 0.01 91.40 5300 | 18 0.18 91.58 5305 | 1 0.01 91.59 5310 | 1 0.01 91.60 5317 | 1 0.01 91.61 5329 | 1 0.01 91.62 5349 | 10 0.10 91.72 5351 | 2 0.02 91.74 5359 | 4 0.04 91.78 5369 | 1 0.01 91.79 5390 | 1 0.01 91.80 5419 | 1 0.01 91.81 5421 | 4 0.04 91.85 5430 | 2 0.02 91.87 5459 | 1 0.01 91.88 5539 | 1 0.01 91.89 5551 | 1 0.01 91.90 5600 | 1 0.01 91.91 5717 | 1 0.01 91.92 5718 | 1 0.01 91.93 5733 | 2 0.02 91.95 5749 | 2 0.02 91.97 5794 | 5 0.05 92.02 5795 | 4 0.04 92.06 5810 | 1 0.01 92.07 5845 | 1 0.01 92.08 5850 | 1 0.01 92.09 5860 | 2 0.02 92.11 5940 | 1 0.01 92.12 5971 | 1 0.01 92.13 5979 | 1 0.01 92.14 5993 | 1 0.01 92.15 5994 | 2 0.02 92.17 6011 | 23 0.23 92.40 6029 | 4 0.04 92.44 6050 | 3 0.03 92.47 6062 | 2 0.02 92.49 6069 | 1 0.01 92.50 6097 | 1 0.01 92.51 6220 | 1 0.01 92.52 6230 | 1 0.01 92.53 6373 | 11 0.11 92.64 6400 | 7 0.07 92.71 6411 | 1 0.01 92.72 6501 | 1 0.01 92.73 6639 | 1 0.01 92.74 6732 | 1 0.01 92.75 6733 | 2 0.02 92.77 6739 | 1 0.01 92.78 6816 | 6 0.06 92.84 6823 | 2 0.02 92.86 6840 | 3 0.03 92.89 6859 | 2 0.02 92.91 6890 | 1 0.01 92.92 6901 | 1 0.01 92.93 6909 | 8 0.08 93.01 6970 | 1 0.01 93.02 6992 | 1 0.01 93.03 7024 | 2 0.02 93.05 7051 | 3 0.03 93.08 7130 | 1 0.01 93.09 7499 | 3 0.03 93.12 7709 | 1 0.01 93.13 7772 | 1 0.01 93.14 7897 | 1 0.01 93.15 7902 | 2 0.02 93.17 7905 | 2 0.02 93.19 7906 | 1 0.01 93.20 7909 | 1 0.01 93.21 7911 | 1 0.01 93.22 7930 | 1 0.01 93.23 7931 | 1 0.01 93.24 7939 | 1 0.01 93.25 7985 | 1 0.01 93.26 7997 | 1 0.01 93.27 8016 | 1 0.01 93.28 8026 | 6 0.06 93.34 8051 | 3 0.03 93.37 8060 | 5 0.05 93.42 8081 | 1 0.01 93.43 8102 | 1 0.01 93.44 8108 | 3 0.03 93.47 8112 | 1 0.01 93.48 8120 | 1 0.01 93.49 8140 | 1 0.01 93.50 8147 | 5 0.05 93.55 8151 | 2 0.02 93.57 8152 | 2 0.02 93.59 8154 | 9 0.09 93.68 8183 | 2 0.02 93.70 8191 | 6 0.06 93.76 8192 | 17 0.17 93.93 8199 | 1 0.01 93.94 8201 | 4 0.04 93.98 8313 | 1 0.01 93.99 8363 | 5 0.05 94.04 8388 | 1 0.01 94.05 8415 | 1 0.01 94.06 8499 | 1 0.01 94.07 8500 | 2 0.02 94.09 8511 | 12 0.12 94.21 8521 | 1 0.01 94.22 8545 | 2 0.02 94.24 8550 | 6 0.06 94.30 8591 | 3 0.03 94.33 8601 | 4 0.04 94.37 8602 | 4 0.04 94.41 8603 | 2 0.02 94.43 8604 | 10 0.10 94.53 8609 | 1 0.01 94.54 8611 | 95 0.95 95.49 8619 | 1 0.01 95.50 8623 | 3 0.03 95.53 8624 | 8 0.08 95.61 8625 | 2 0.02 95.63 8627 | 1 0.01 95.64 8628 | 13 0.13 95.77 8630 | 252 2.52 98.29 8640 | 2 0.02 98.31 8659 | 6 0.06 98.37 8663 | 1 0.01 98.38 8674 | 3 0.03 98.41 8683 | 3 0.03 98.44 8684 | 1 0.01 98.45 8689 | 1 0.01 98.46 8692 | 2 0.02 98.48 8699 | 1 0.01 98.49 8761 | 1 0.01 98.50 8850 | 1 0.01 98.51 8857 | 1 0.01 98.52 8872 | 1 0.01 98.53 8914 | 1 0.01 98.54 8924 | 2 0.02 98.56 8939 | 1 0.01 98.57 8959 | 1 0.01 98.58 9139 | 3 0.03 98.61 9142 | 1 0.01 98.62 9229 | 2 0.02 98.64 9308 | 1 0.01 98.65 9351 | 1 0.01 98.66 9353 | 14 0.14 98.80 9354 | 3 0.03 98.83 9357 | 2 0.02 98.85 9359 | 3 0.03 98.88 9505 | 1 0.01 98.89 9541 | 4 0.04 98.93 9542 | 1 0.01 98.94 9639 | 1 0.01 98.95 9647 | 1 0.01 98.96 9649 | 3 0.03 98.99 9652 | 9 0.09 99.08 9659 | 1 0.01 99.09 9712 | 1 0.01 99.10 9738 | 2 0.02 99.12 9739 | 1 0.01 99.13 9759 | 1 0.01 99.14 9762 | 2 0.02 99.16 9764 | 3 0.03 99.19 9765 | 2 0.02 99.21 9769 | 1 0.01 99.22 9784 | 1 0.01 99.23 9785 | 1 0.01 99.24 9788 | 1 0.01 99.25 9789 | 18 0.18 99.43 9820 | 1 0.01 99.44 9821 | 1 0.01 99.45 9851 | 4 0.04 99.49 9903 | 1 0.01 99.50 9923 | 6 0.06 99.56 9925 | 1 0.01 99.57 9929 | 28 0.28 99.85 9936 | 1 0.01 99.86 9961 | 1 0.01 99.87 9999 | 13 0.13 100.00 ------------+----------------------------------- Total | 10,000 100.00 by Jean Roth , jroth@nber.org , 28 Mar 2016