Frequencies for countyrate2004 dataset : by Jean Roth , jroth@nber.org , 19 Dec 2016 Frequencies for ssacounty variable in countyrate2004 dataset : SSA County | Code | Freq. Percent Cum. ------------+----------------------------------- 01000 | 1 0.03 0.03 01010 | 1 0.03 0.06 01020 | 1 0.03 0.09 01030 | 1 0.03 0.12 01040 | 1 0.03 0.16 01050 | 1 0.03 0.19 01060 | 1 0.03 0.22 01070 | 1 0.03 0.25 01080 | 1 0.03 0.28 01090 | 1 0.03 0.31 01100 | 1 0.03 0.34 01110 | 1 0.03 0.37 01120 | 1 0.03 0.41 01130 | 1 0.03 0.44 01140 | 1 0.03 0.47 01150 | 1 0.03 0.50 01160 | 1 0.03 0.53 01170 | 1 0.03 0.56 01180 | 1 0.03 0.59 01190 | 1 0.03 0.62 01200 | 1 0.03 0.65 01210 | 1 0.03 0.69 01220 | 1 0.03 0.72 01230 | 1 0.03 0.75 01240 | 1 0.03 0.78 01250 | 1 0.03 0.81 01260 | 1 0.03 0.84 01270 | 1 0.03 0.87 01280 | 1 0.03 0.90 01290 | 1 0.03 0.94 01300 | 1 0.03 0.97 01310 | 1 0.03 1.00 01320 | 1 0.03 1.03 01330 | 1 0.03 1.06 01340 | 1 0.03 1.09 01350 | 1 0.03 1.12 01360 | 1 0.03 1.15 01370 | 1 0.03 1.18 01380 | 1 0.03 1.22 01390 | 1 0.03 1.25 01400 | 1 0.03 1.28 01410 | 1 0.03 1.31 01420 | 1 0.03 1.34 01430 | 1 0.03 1.37 01440 | 1 0.03 1.40 01450 | 1 0.03 1.43 01460 | 1 0.03 1.47 01470 | 1 0.03 1.50 01480 | 1 0.03 1.53 01490 | 1 0.03 1.56 01500 | 1 0.03 1.59 01510 | 1 0.03 1.62 01520 | 1 0.03 1.65 01530 | 1 0.03 1.68 01540 | 1 0.03 1.71 01550 | 1 0.03 1.75 01560 | 1 0.03 1.78 01570 | 1 0.03 1.81 01580 | 1 0.03 1.84 01590 | 1 0.03 1.87 01600 | 1 0.03 1.90 01610 | 1 0.03 1.93 01620 | 1 0.03 1.96 01630 | 1 0.03 2.00 01640 | 1 0.03 2.03 01650 | 1 0.03 2.06 01660 | 1 0.03 2.09 02020 | 1 0.03 2.12 02050 | 1 0.03 2.15 02060 | 1 0.03 2.18 02070 | 1 0.03 2.21 02090 | 1 0.03 2.25 02100 | 1 0.03 2.28 02110 | 1 0.03 2.31 02130 | 1 0.03 2.34 02150 | 1 0.03 2.37 02170 | 1 0.03 2.40 02180 | 1 0.03 2.43 02220 | 1 0.03 2.46 02230 | 1 0.03 2.49 02240 | 1 0.03 2.53 02270 | 1 0.03 2.56 02290 | 1 0.03 2.59 03000 | 1 0.03 2.62 03010 | 1 0.03 2.65 03020 | 1 0.03 2.68 03030 | 1 0.03 2.71 03040 | 1 0.03 2.74 03050 | 1 0.03 2.78 03055 | 1 0.03 2.81 03060 | 1 0.03 2.84 03070 | 1 0.03 2.87 03080 | 1 0.03 2.90 03090 | 1 0.03 2.93 03100 | 1 0.03 2.96 03110 | 1 0.03 2.99 03120 | 1 0.03 3.02 03130 | 1 0.03 3.06 04000 | 1 0.03 3.09 04010 | 1 0.03 3.12 04020 | 1 0.03 3.15 04030 | 1 0.03 3.18 04040 | 1 0.03 3.21 04050 | 1 0.03 3.24 04060 | 1 0.03 3.27 04070 | 1 0.03 3.31 04080 | 1 0.03 3.34 04090 | 1 0.03 3.37 04100 | 1 0.03 3.40 04110 | 1 0.03 3.43 04120 | 1 0.03 3.46 04130 | 1 0.03 3.49 04140 | 1 0.03 3.52 04150 | 1 0.03 3.55 04160 | 1 0.03 3.59 04170 | 1 0.03 3.62 04180 | 1 0.03 3.65 04190 | 1 0.03 3.68 04200 | 1 0.03 3.71 04210 | 1 0.03 3.74 04220 | 1 0.03 3.77 04230 | 1 0.03 3.80 04240 | 1 0.03 3.84 04250 | 1 0.03 3.87 04260 | 1 0.03 3.90 04270 | 1 0.03 3.93 04280 | 1 0.03 3.96 04290 | 1 0.03 3.99 04300 | 1 0.03 4.02 04310 | 1 0.03 4.05 04320 | 1 0.03 4.08 04330 | 1 0.03 4.12 04340 | 1 0.03 4.15 04350 | 1 0.03 4.18 04360 | 1 0.03 4.21 04370 | 1 0.03 4.24 04380 | 1 0.03 4.27 04390 | 1 0.03 4.30 04400 | 1 0.03 4.33 04410 | 1 0.03 4.37 04420 | 1 0.03 4.40 04430 | 1 0.03 4.43 04440 | 1 0.03 4.46 04450 | 1 0.03 4.49 04460 | 1 0.03 4.52 04470 | 1 0.03 4.55 04480 | 1 0.03 4.58 04490 | 1 0.03 4.61 04500 | 1 0.03 4.65 04510 | 1 0.03 4.68 04520 | 1 0.03 4.71 04530 | 1 0.03 4.74 04540 | 1 0.03 4.77 04550 | 1 0.03 4.80 04560 | 1 0.03 4.83 04570 | 1 0.03 4.86 04580 | 1 0.03 4.90 04590 | 1 0.03 4.93 04600 | 1 0.03 4.96 04610 | 1 0.03 4.99 04620 | 1 0.03 5.02 04630 | 1 0.03 5.05 04640 | 1 0.03 5.08 04650 | 1 0.03 5.11 04660 | 1 0.03 5.14 04670 | 1 0.03 5.18 04680 | 1 0.03 5.21 04690 | 1 0.03 5.24 04700 | 1 0.03 5.27 04710 | 1 0.03 5.30 04720 | 1 0.03 5.33 04730 | 1 0.03 5.36 04740 | 1 0.03 5.39 05000 | 1 0.03 5.43 05010 | 1 0.03 5.46 05020 | 1 0.03 5.49 05030 | 1 0.03 5.52 05040 | 1 0.03 5.55 05050 | 1 0.03 5.58 05060 | 1 0.03 5.61 05070 | 1 0.03 5.64 05080 | 1 0.03 5.68 05090 | 1 0.03 5.71 05100 | 1 0.03 5.74 05110 | 1 0.03 5.77 05120 | 1 0.03 5.80 05130 | 1 0.03 5.83 05140 | 1 0.03 5.86 05150 | 1 0.03 5.89 05160 | 1 0.03 5.92 05170 | 1 0.03 5.96 05200 | 1 0.03 5.99 05210 | 1 0.03 6.02 05300 | 1 0.03 6.05 05310 | 1 0.03 6.08 05320 | 1 0.03 6.11 05330 | 1 0.03 6.14 05340 | 1 0.03 6.17 05350 | 1 0.03 6.21 05360 | 1 0.03 6.24 05370 | 1 0.03 6.27 05380 | 1 0.03 6.30 05390 | 1 0.03 6.33 05400 | 1 0.03 6.36 05410 | 1 0.03 6.39 05420 | 1 0.03 6.42 05430 | 1 0.03 6.45 05440 | 1 0.03 6.49 05450 | 1 0.03 6.52 05460 | 1 0.03 6.55 05470 | 1 0.03 6.58 05480 | 1 0.03 6.61 05490 | 1 0.03 6.64 05500 | 1 0.03 6.67 05510 | 1 0.03 6.70 05520 | 1 0.03 6.74 05530 | 1 0.03 6.77 05540 | 1 0.03 6.80 05550 | 1 0.03 6.83 05560 | 1 0.03 6.86 05570 | 1 0.03 6.89 05580 | 1 0.03 6.92 05590 | 1 0.03 6.95 05600 | 1 0.03 6.98 05610 | 1 0.03 7.02 05620 | 1 0.03 7.05 05630 | 1 0.03 7.08 05640 | 1 0.03 7.11 05650 | 1 0.03 7.14 05660 | 1 0.03 7.17 05670 | 1 0.03 7.20 05680 | 1 0.03 7.23 06000 | 1 0.03 7.27 06010 | 1 0.03 7.30 06020 | 1 0.03 7.33 06030 | 1 0.03 7.36 06040 | 1 0.03 7.39 06050 | 1 0.03 7.42 06060 | 1 0.03 7.45 06070 | 1 0.03 7.48 06080 | 1 0.03 7.51 06090 | 1 0.03 7.55 06100 | 1 0.03 7.58 06110 | 1 0.03 7.61 06120 | 1 0.03 7.64 06130 | 1 0.03 7.67 06140 | 1 0.03 7.70 06150 | 1 0.03 7.73 06160 | 1 0.03 7.76 06170 | 1 0.03 7.80 06180 | 1 0.03 7.83 06190 | 1 0.03 7.86 06200 | 1 0.03 7.89 06210 | 1 0.03 7.92 06220 | 1 0.03 7.95 06230 | 1 0.03 7.98 06240 | 1 0.03 8.01 06250 | 1 0.03 8.04 06260 | 1 0.03 8.08 06270 | 1 0.03 8.11 06280 | 1 0.03 8.14 06290 | 1 0.03 8.17 06300 | 1 0.03 8.20 06310 | 1 0.03 8.23 06320 | 1 0.03 8.26 06330 | 1 0.03 8.29 06340 | 1 0.03 8.33 06350 | 1 0.03 8.36 06360 | 1 0.03 8.39 06370 | 1 0.03 8.42 06380 | 1 0.03 8.45 06390 | 1 0.03 8.48 06400 | 1 0.03 8.51 06410 | 1 0.03 8.54 06420 | 1 0.03 8.57 06430 | 1 0.03 8.61 06440 | 1 0.03 8.64 06450 | 1 0.03 8.67 06460 | 1 0.03 8.70 06470 | 1 0.03 8.73 06480 | 1 0.03 8.76 06490 | 1 0.03 8.79 06500 | 1 0.03 8.82 06510 | 1 0.03 8.86 06520 | 1 0.03 8.89 06530 | 1 0.03 8.92 06540 | 1 0.03 8.95 06550 | 1 0.03 8.98 06560 | 1 0.03 9.01 06570 | 1 0.03 9.04 06580 | 1 0.03 9.07 06590 | 1 0.03 9.11 06600 | 1 0.03 9.14 06610 | 1 0.03 9.17 06620 | 1 0.03 9.20 07000 | 1 0.03 9.23 07010 | 1 0.03 9.26 07020 | 1 0.03 9.29 07030 | 1 0.03 9.32 07040 | 1 0.03 9.35 07050 | 1 0.03 9.39 07060 | 1 0.03 9.42 07070 | 1 0.03 9.45 08000 | 1 0.03 9.48 08010 | 1 0.03 9.51 08020 | 1 0.03 9.54 09000 | 1 0.03 9.57 10000 | 1 0.03 9.60 10010 | 1 0.03 9.64 10020 | 1 0.03 9.67 10030 | 1 0.03 9.70 10040 | 1 0.03 9.73 10050 | 1 0.03 9.76 10060 | 1 0.03 9.79 10070 | 1 0.03 9.82 10080 | 1 0.03 9.85 10090 | 1 0.03 9.88 10100 | 1 0.03 9.92 10110 | 1 0.03 9.95 10120 | 1 0.03 9.98 10130 | 1 0.03 10.01 10140 | 1 0.03 10.04 10150 | 1 0.03 10.07 10160 | 1 0.03 10.10 10170 | 1 0.03 10.13 10180 | 1 0.03 10.17 10190 | 1 0.03 10.20 10200 | 1 0.03 10.23 10210 | 1 0.03 10.26 10220 | 1 0.03 10.29 10230 | 1 0.03 10.32 10240 | 1 0.03 10.35 10250 | 1 0.03 10.38 10260 | 1 0.03 10.41 10270 | 1 0.03 10.45 10280 | 1 0.03 10.48 10290 | 1 0.03 10.51 10300 | 1 0.03 10.54 10310 | 1 0.03 10.57 10320 | 1 0.03 10.60 10330 | 1 0.03 10.63 10340 | 1 0.03 10.66 10350 | 1 0.03 10.70 10360 | 1 0.03 10.73 10370 | 1 0.03 10.76 10380 | 1 0.03 10.79 10390 | 1 0.03 10.82 10400 | 1 0.03 10.85 10410 | 1 0.03 10.88 10420 | 1 0.03 10.91 10430 | 1 0.03 10.94 10440 | 1 0.03 10.98 10450 | 1 0.03 11.01 10460 | 1 0.03 11.04 10470 | 1 0.03 11.07 10480 | 1 0.03 11.10 10490 | 1 0.03 11.13 10500 | 1 0.03 11.16 10510 | 1 0.03 11.19 10520 | 1 0.03 11.23 10530 | 1 0.03 11.26 10540 | 1 0.03 11.29 10550 | 1 0.03 11.32 10560 | 1 0.03 11.35 10570 | 1 0.03 11.38 10580 | 1 0.03 11.41 10590 | 1 0.03 11.44 10600 | 1 0.03 11.47 10610 | 1 0.03 11.51 10620 | 1 0.03 11.54 10630 | 1 0.03 11.57 10640 | 1 0.03 11.60 10650 | 1 0.03 11.63 10660 | 1 0.03 11.66 11000 | 1 0.03 11.69 11010 | 1 0.03 11.72 11011 | 1 0.03 11.76 11020 | 1 0.03 11.79 11030 | 1 0.03 11.82 11040 | 1 0.03 11.85 11050 | 1 0.03 11.88 11060 | 1 0.03 11.91 11070 | 1 0.03 11.94 11080 | 1 0.03 11.97 11090 | 1 0.03 12.00 11100 | 1 0.03 12.04 11110 | 1 0.03 12.07 11120 | 1 0.03 12.10 11130 | 1 0.03 12.13 11140 | 1 0.03 12.16 11150 | 1 0.03 12.19 11160 | 1 0.03 12.22 11161 | 1 0.03 12.25 11170 | 1 0.03 12.29 11180 | 1 0.03 12.32 11190 | 1 0.03 12.35 11200 | 1 0.03 12.38 11210 | 1 0.03 12.41 11220 | 1 0.03 12.44 11230 | 1 0.03 12.47 11240 | 1 0.03 12.50 11250 | 1 0.03 12.54 11260 | 1 0.03 12.57 11270 | 1 0.03 12.60 11280 | 1 0.03 12.63 11281 | 1 0.03 12.66 11290 | 1 0.03 12.69 11291 | 1 0.03 12.72 11300 | 1 0.03 12.75 11310 | 1 0.03 12.78 11311 | 1 0.03 12.82 11320 | 1 0.03 12.85 11330 | 1 0.03 12.88 11340 | 1 0.03 12.91 11341 | 1 0.03 12.94 11350 | 1 0.03 12.97 11360 | 1 0.03 13.00 11370 | 1 0.03 13.03 11380 | 1 0.03 13.07 11381 | 1 0.03 13.10 11390 | 1 0.03 13.13 11400 | 1 0.03 13.16 11410 | 1 0.03 13.19 11420 | 1 0.03 13.22 11421 | 1 0.03 13.25 11430 | 1 0.03 13.28 11440 | 1 0.03 13.31 11441 | 1 0.03 13.35 11450 | 1 0.03 13.38 11451 | 1 0.03 13.41 11460 | 1 0.03 13.44 11461 | 1 0.03 13.47 11462 | 1 0.03 13.50 11470 | 1 0.03 13.53 11471 | 1 0.03 13.56 11480 | 1 0.03 13.60 11490 | 1 0.03 13.63 11500 | 1 0.03 13.66 11510 | 1 0.03 13.69 11520 | 1 0.03 13.72 11530 | 1 0.03 13.75 11540 | 1 0.03 13.78 11550 | 1 0.03 13.81 11560 | 1 0.03 13.84 11570 | 1 0.03 13.88 11580 | 1 0.03 13.91 11581 | 1 0.03 13.94 11590 | 1 0.03 13.97 11591 | 1 0.03 14.00 11600 | 1 0.03 14.03 11601 | 1 0.03 14.06 11610 | 1 0.03 14.09 11611 | 1 0.03 14.13 11612 | 1 0.03 14.16 11620 | 1 0.03 14.19 11630 | 1 0.03 14.22 11640 | 1 0.03 14.25 11650 | 1 0.03 14.28 11651 | 1 0.03 14.31 11652 | 1 0.03 14.34 11660 | 1 0.03 14.37 11670 | 1 0.03 14.41 11680 | 1 0.03 14.44 11690 | 1 0.03 14.47 11691 | 1 0.03 14.50 11700 | 1 0.03 14.53 11701 | 1 0.03 14.56 11702 | 1 0.03 14.59 11703 | 1 0.03 14.62 11710 | 1 0.03 14.66 11720 | 1 0.03 14.69 11730 | 1 0.03 14.72 11740 | 1 0.03 14.75 11741 | 1 0.03 14.78 11750 | 1 0.03 14.81 11760 | 1 0.03 14.84 11770 | 1 0.03 14.87 11771 | 1 0.03 14.90 11772 | 1 0.03 14.94 11780 | 1 0.03 14.97 11790 | 1 0.03 15.00 11800 | 1 0.03 15.03 11801 | 1 0.03 15.06 11810 | 1 0.03 15.09 11811 | 1 0.03 15.12 11812 | 1 0.03 15.15 11820 | 1 0.03 15.19 11821 | 1 0.03 15.22 11830 | 1 0.03 15.25 11831 | 1 0.03 15.28 11832 | 1 0.03 15.31 11833 | 1 0.03 15.34 11834 | 1 0.03 15.37 11835 | 1 0.03 15.40 11840 | 1 0.03 15.43 11841 | 1 0.03 15.47 11842 | 1 0.03 15.50 11850 | 1 0.03 15.53 11851 | 1 0.03 15.56 11860 | 1 0.03 15.59 11861 | 1 0.03 15.62 11862 | 1 0.03 15.65 11870 | 1 0.03 15.68 11880 | 1 0.03 15.72 11881 | 1 0.03 15.75 11882 | 1 0.03 15.78 11883 | 1 0.03 15.81 11884 | 1 0.03 15.84 11885 | 1 0.03 15.87 11890 | 1 0.03 15.90 11900 | 1 0.03 15.93 11901 | 1 0.03 15.97 11902 | 1 0.03 16.00 11903 | 1 0.03 16.03 11910 | 1 0.03 16.06 11911 | 1 0.03 16.09 11912 | 1 0.03 16.12 11913 | 1 0.03 16.15 11920 | 1 0.03 16.18 11921 | 1 0.03 16.21 11930 | 1 0.03 16.25 11940 | 1 0.03 16.28 11941 | 1 0.03 16.31 11950 | 1 0.03 16.34 11960 | 1 0.03 16.37 11961 | 1 0.03 16.40 11962 | 1 0.03 16.43 11963 | 1 0.03 16.46 11970 | 1 0.03 16.50 11971 | 1 0.03 16.53 11972 | 1 0.03 16.56 11973 | 1 0.03 16.59 11980 | 1 0.03 16.62 12010 | 1 0.03 16.65 12020 | 1 0.03 16.68 12040 | 1 0.03 16.71 12050 | 1 0.03 16.74 13000 | 1 0.03 16.78 13010 | 1 0.03 16.81 13020 | 1 0.03 16.84 13030 | 1 0.03 16.87 13040 | 1 0.03 16.90 13050 | 1 0.03 16.93 13060 | 1 0.03 16.96 13070 | 1 0.03 16.99 13080 | 1 0.03 17.03 13090 | 1 0.03 17.06 13100 | 1 0.03 17.09 13110 | 1 0.03 17.12 13120 | 1 0.03 17.15 13130 | 1 0.03 17.18 13140 | 1 0.03 17.21 13150 | 1 0.03 17.24 13160 | 1 0.03 17.27 13170 | 1 0.03 17.31 13180 | 1 0.03 17.34 13190 | 1 0.03 17.37 13200 | 1 0.03 17.40 13210 | 1 0.03 17.43 13220 | 1 0.03 17.46 13230 | 1 0.03 17.49 13240 | 1 0.03 17.52 13250 | 1 0.03 17.56 13260 | 1 0.03 17.59 13270 | 1 0.03 17.62 13280 | 1 0.03 17.65 13290 | 1 0.03 17.68 13300 | 1 0.03 17.71 13310 | 1 0.03 17.74 13320 | 1 0.03 17.77 13330 | 1 0.03 17.80 13340 | 1 0.03 17.84 13350 | 1 0.03 17.87 13360 | 1 0.03 17.90 13370 | 1 0.03 17.93 13380 | 1 0.03 17.96 13390 | 1 0.03 17.99 13400 | 1 0.03 18.02 13410 | 1 0.03 18.05 13420 | 1 0.03 18.09 13430 | 1 0.03 18.12 14000 | 1 0.03 18.15 14010 | 1 0.03 18.18 14020 | 1 0.03 18.21 14030 | 1 0.03 18.24 14040 | 1 0.03 18.27 14050 | 1 0.03 18.30 14060 | 1 0.03 18.33 14070 | 1 0.03 18.37 14080 | 1 0.03 18.40 14090 | 1 0.03 18.43 14100 | 1 0.03 18.46 14110 | 1 0.03 18.49 14120 | 1 0.03 18.52 14130 | 1 0.03 18.55 14140 | 1 0.03 18.58 14141 | 1 0.03 18.62 14150 | 1 0.03 18.65 14160 | 1 0.03 18.68 14170 | 1 0.03 18.71 14180 | 1 0.03 18.74 14190 | 1 0.03 18.77 14250 | 1 0.03 18.80 14310 | 1 0.03 18.83 14320 | 1 0.03 18.86 14330 | 1 0.03 18.90 14340 | 1 0.03 18.93 14350 | 1 0.03 18.96 14360 | 1 0.03 18.99 14370 | 1 0.03 19.02 14380 | 1 0.03 19.05 14390 | 1 0.03 19.08 14400 | 1 0.03 19.11 14410 | 1 0.03 19.15 14420 | 1 0.03 19.18 14421 | 1 0.03 19.21 14440 | 1 0.03 19.24 14450 | 1 0.03 19.27 14460 | 1 0.03 19.30 14470 | 1 0.03 19.33 14480 | 1 0.03 19.36 14490 | 1 0.03 19.40 14500 | 1 0.03 19.43 14510 | 1 0.03 19.46 14520 | 1 0.03 19.49 14530 | 1 0.03 19.52 14540 | 1 0.03 19.55 14550 | 1 0.03 19.58 14560 | 1 0.03 19.61 14570 | 1 0.03 19.64 14580 | 1 0.03 19.68 14590 | 1 0.03 19.71 14600 | 1 0.03 19.74 14610 | 1 0.03 19.77 14620 | 1 0.03 19.80 14630 | 1 0.03 19.83 14640 | 1 0.03 19.86 14650 | 1 0.03 19.89 14660 | 1 0.03 19.93 14670 | 1 0.03 19.96 14680 | 1 0.03 19.99 14690 | 1 0.03 20.02 14700 | 1 0.03 20.05 14710 | 1 0.03 20.08 14720 | 1 0.03 20.11 14730 | 1 0.03 20.14 14740 | 1 0.03 20.17 14750 | 1 0.03 20.21 14760 | 1 0.03 20.24 14770 | 1 0.03 20.27 14780 | 1 0.03 20.30 14790 | 1 0.03 20.33 14800 | 1 0.03 20.36 14810 | 1 0.03 20.39 14820 | 1 0.03 20.42 14830 | 1 0.03 20.46 14831 | 1 0.03 20.49 14850 | 1 0.03 20.52 14860 | 1 0.03 20.55 14870 | 1 0.03 20.58 14880 | 1 0.03 20.61 14890 | 1 0.03 20.64 14900 | 1 0.03 20.67 14910 | 1 0.03 20.70 14920 | 1 0.03 20.74 14921 | 1 0.03 20.77 14940 | 1 0.03 20.80 14950 | 1 0.03 20.83 14960 | 1 0.03 20.86 14970 | 1 0.03 20.89 14980 | 1 0.03 20.92 14981 | 1 0.03 20.95 14982 | 1 0.03 20.99 14983 | 1 0.03 21.02 14984 | 1 0.03 21.05 14985 | 1 0.03 21.08 14986 | 1 0.03 21.11 14987 | 1 0.03 21.14 14988 | 1 0.03 21.17 14989 | 1 0.03 21.20 14990 | 1 0.03 21.23 14991 | 1 0.03 21.27 14992 | 1 0.03 21.30 15000 | 1 0.03 21.33 15010 | 1 0.03 21.36 15020 | 1 0.03 21.39 15030 | 1 0.03 21.42 15040 | 1 0.03 21.45 15050 | 1 0.03 21.48 15060 | 1 0.03 21.52 15070 | 1 0.03 21.55 15080 | 1 0.03 21.58 15090 | 1 0.03 21.61 15100 | 1 0.03 21.64 15110 | 1 0.03 21.67 15120 | 1 0.03 21.70 15130 | 1 0.03 21.73 15140 | 1 0.03 21.76 15150 | 1 0.03 21.80 15160 | 1 0.03 21.83 15170 | 1 0.03 21.86 15180 | 1 0.03 21.89 15190 | 1 0.03 21.92 15200 | 1 0.03 21.95 15210 | 1 0.03 21.98 15220 | 1 0.03 22.01 15230 | 1 0.03 22.05 15240 | 1 0.03 22.08 15250 | 1 0.03 22.11 15260 | 1 0.03 22.14 15270 | 1 0.03 22.17 15280 | 1 0.03 22.20 15290 | 1 0.03 22.23 15300 | 1 0.03 22.26 15310 | 1 0.03 22.29 15320 | 1 0.03 22.33 15330 | 1 0.03 22.36 15340 | 1 0.03 22.39 15350 | 1 0.03 22.42 15360 | 1 0.03 22.45 15370 | 1 0.03 22.48 15380 | 1 0.03 22.51 15390 | 1 0.03 22.54 15400 | 1 0.03 22.58 15410 | 1 0.03 22.61 15420 | 1 0.03 22.64 15430 | 1 0.03 22.67 15440 | 1 0.03 22.70 15450 | 1 0.03 22.73 15460 | 1 0.03 22.76 15470 | 1 0.03 22.79 15480 | 1 0.03 22.83 15490 | 1 0.03 22.86 15500 | 1 0.03 22.89 15510 | 1 0.03 22.92 15520 | 1 0.03 22.95 15530 | 1 0.03 22.98 15540 | 1 0.03 23.01 15550 | 1 0.03 23.04 15560 | 1 0.03 23.07 15570 | 1 0.03 23.11 15580 | 1 0.03 23.14 15590 | 1 0.03 23.17 15600 | 1 0.03 23.20 15610 | 1 0.03 23.23 15620 | 1 0.03 23.26 15630 | 1 0.03 23.29 15640 | 1 0.03 23.32 15650 | 1 0.03 23.36 15660 | 1 0.03 23.39 15670 | 1 0.03 23.42 15680 | 1 0.03 23.45 15690 | 1 0.03 23.48 15700 | 1 0.03 23.51 15710 | 1 0.03 23.54 15720 | 1 0.03 23.57 15730 | 1 0.03 23.60 15740 | 1 0.03 23.64 15750 | 1 0.03 23.67 15760 | 1 0.03 23.70 15770 | 1 0.03 23.73 15780 | 1 0.03 23.76 15790 | 1 0.03 23.79 15800 | 1 0.03 23.82 15810 | 1 0.03 23.85 15820 | 1 0.03 23.89 15830 | 1 0.03 23.92 15840 | 1 0.03 23.95 15850 | 1 0.03 23.98 15860 | 1 0.03 24.01 15870 | 1 0.03 24.04 15880 | 1 0.03 24.07 15890 | 1 0.03 24.10 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0.03 90.77 49210 | 1 0.03 90.80 49212 | 1 0.03 90.83 49213 | 1 0.03 90.86 49220 | 1 0.03 90.89 49230 | 1 0.03 90.93 49240 | 1 0.03 90.96 49241 | 1 0.03 90.99 49250 | 1 0.03 91.02 49260 | 1 0.03 91.05 49270 | 1 0.03 91.08 49280 | 1 0.03 91.11 49288 | 1 0.03 91.14 49290 | 1 0.03 91.18 49291 | 1 0.03 91.21 49300 | 1 0.03 91.24 49310 | 1 0.03 91.27 49320 | 1 0.03 91.30 49328 | 1 0.03 91.33 49330 | 1 0.03 91.36 49340 | 1 0.03 91.39 49342 | 1 0.03 91.43 49343 | 1 0.03 91.46 49350 | 1 0.03 91.49 49360 | 1 0.03 91.52 49370 | 1 0.03 91.55 49380 | 1 0.03 91.58 49390 | 1 0.03 91.61 49400 | 1 0.03 91.64 49410 | 1 0.03 91.67 49411 | 1 0.03 91.71 49420 | 1 0.03 91.74 49421 | 1 0.03 91.77 49430 | 1 0.03 91.80 49440 | 1 0.03 91.83 49450 | 1 0.03 91.86 49451 | 1 0.03 91.89 49460 | 1 0.03 91.92 49470 | 1 0.03 91.96 49480 | 1 0.03 91.99 49490 | 1 0.03 92.02 49500 | 1 0.03 92.05 49510 | 1 0.03 92.08 49520 | 1 0.03 92.11 49522 | 1 0.03 92.14 49530 | 1 0.03 92.17 49540 | 1 0.03 92.20 49550 | 1 0.03 92.24 49551 | 1 0.03 92.27 49560 | 1 0.03 92.30 49561 | 1 0.03 92.33 49563 | 1 0.03 92.36 49565 | 1 0.03 92.39 49570 | 1 0.03 92.42 49580 | 1 0.03 92.45 49590 | 1 0.03 92.49 49600 | 1 0.03 92.52 49620 | 1 0.03 92.55 49621 | 1 0.03 92.58 49622 | 1 0.03 92.61 49641 | 1 0.03 92.64 49650 | 1 0.03 92.67 49660 | 1 0.03 92.70 49661 | 1 0.03 92.73 49670 | 1 0.03 92.77 49680 | 1 0.03 92.80 49690 | 1 0.03 92.83 49700 | 1 0.03 92.86 49701 | 1 0.03 92.89 49710 | 1 0.03 92.92 49711 | 1 0.03 92.95 49712 | 1 0.03 92.98 49720 | 1 0.03 93.02 49730 | 1 0.03 93.05 49740 | 1 0.03 93.08 49750 | 1 0.03 93.11 49770 | 1 0.03 93.14 49771 | 1 0.03 93.17 49780 | 1 0.03 93.20 49790 | 1 0.03 93.23 49791 | 1 0.03 93.26 49800 | 1 0.03 93.30 49801 | 1 0.03 93.33 49810 | 1 0.03 93.36 49820 | 1 0.03 93.39 49830 | 1 0.03 93.42 49838 | 1 0.03 93.45 49840 | 1 0.03 93.48 49850 | 1 0.03 93.51 49860 | 1 0.03 93.55 49870 | 1 0.03 93.58 49880 | 1 0.03 93.61 49890 | 1 0.03 93.64 49891 | 1 0.03 93.67 49892 | 1 0.03 93.70 49900 | 1 0.03 93.73 49910 | 1 0.03 93.76 49920 | 1 0.03 93.79 49921 | 1 0.03 93.83 49930 | 1 0.03 93.86 49950 | 1 0.03 93.89 49951 | 1 0.03 93.92 49960 | 1 0.03 93.95 49961 | 1 0.03 93.98 49962 | 1 0.03 94.01 49970 | 1 0.03 94.04 49980 | 1 0.03 94.08 49981 | 1 0.03 94.11 50000 | 1 0.03 94.14 50010 | 1 0.03 94.17 50020 | 1 0.03 94.20 50030 | 1 0.03 94.23 50040 | 1 0.03 94.26 50050 | 1 0.03 94.29 50060 | 1 0.03 94.32 50070 | 1 0.03 94.36 50080 | 1 0.03 94.39 50090 | 1 0.03 94.42 50100 | 1 0.03 94.45 50110 | 1 0.03 94.48 50120 | 1 0.03 94.51 50130 | 1 0.03 94.54 50140 | 1 0.03 94.57 50150 | 1 0.03 94.61 50160 | 1 0.03 94.64 50170 | 1 0.03 94.67 50180 | 1 0.03 94.70 50190 | 1 0.03 94.73 50200 | 1 0.03 94.76 50210 | 1 0.03 94.79 50220 | 1 0.03 94.82 50230 | 1 0.03 94.86 50240 | 1 0.03 94.89 50250 | 1 0.03 94.92 50260 | 1 0.03 94.95 50270 | 1 0.03 94.98 50280 | 1 0.03 95.01 50290 | 1 0.03 95.04 50300 | 1 0.03 95.07 50310 | 1 0.03 95.10 50320 | 1 0.03 95.14 50330 | 1 0.03 95.17 50340 | 1 0.03 95.20 50350 | 1 0.03 95.23 50360 | 1 0.03 95.26 50370 | 1 0.03 95.29 50380 | 1 0.03 95.32 51000 | 1 0.03 95.35 51010 | 1 0.03 95.39 51020 | 1 0.03 95.42 51030 | 1 0.03 95.45 51040 | 1 0.03 95.48 51050 | 1 0.03 95.51 51060 | 1 0.03 95.54 51070 | 1 0.03 95.57 51080 | 1 0.03 95.60 51090 | 1 0.03 95.63 51100 | 1 0.03 95.67 51110 | 1 0.03 95.70 51120 | 1 0.03 95.73 51130 | 1 0.03 95.76 51140 | 1 0.03 95.79 51150 | 1 0.03 95.82 51160 | 1 0.03 95.85 51170 | 1 0.03 95.88 51180 | 1 0.03 95.92 51190 | 1 0.03 95.95 51200 | 1 0.03 95.98 51210 | 1 0.03 96.01 51220 | 1 0.03 96.04 51230 | 1 0.03 96.07 51240 | 1 0.03 96.10 51250 | 1 0.03 96.13 51260 | 1 0.03 96.16 51270 | 1 0.03 96.20 51280 | 1 0.03 96.23 51290 | 1 0.03 96.26 51300 | 1 0.03 96.29 51310 | 1 0.03 96.32 51320 | 1 0.03 96.35 51330 | 1 0.03 96.38 51340 | 1 0.03 96.41 51350 | 1 0.03 96.45 51360 | 1 0.03 96.48 51370 | 1 0.03 96.51 51380 | 1 0.03 96.54 51390 | 1 0.03 96.57 51400 | 1 0.03 96.60 51410 | 1 0.03 96.63 51420 | 1 0.03 96.66 51430 | 1 0.03 96.69 51440 | 1 0.03 96.73 51450 | 1 0.03 96.76 51460 | 1 0.03 96.79 51470 | 1 0.03 96.82 51480 | 1 0.03 96.85 51490 | 1 0.03 96.88 51500 | 1 0.03 96.91 51510 | 1 0.03 96.94 51520 | 1 0.03 96.98 51530 | 1 0.03 97.01 51540 | 1 0.03 97.04 52000 | 1 0.03 97.07 52010 | 1 0.03 97.10 52020 | 1 0.03 97.13 52030 | 1 0.03 97.16 52040 | 1 0.03 97.19 52050 | 1 0.03 97.22 52060 | 1 0.03 97.26 52070 | 1 0.03 97.29 52080 | 1 0.03 97.32 52090 | 1 0.03 97.35 52100 | 1 0.03 97.38 52110 | 1 0.03 97.41 52120 | 1 0.03 97.44 52130 | 1 0.03 97.47 52140 | 1 0.03 97.51 52150 | 1 0.03 97.54 52160 | 1 0.03 97.57 52170 | 1 0.03 97.60 52180 | 1 0.03 97.63 52190 | 1 0.03 97.66 52200 | 1 0.03 97.69 52210 | 1 0.03 97.72 52220 | 1 0.03 97.75 52230 | 1 0.03 97.79 52240 | 1 0.03 97.82 52250 | 1 0.03 97.85 52260 | 1 0.03 97.88 52270 | 1 0.03 97.91 52280 | 1 0.03 97.94 52290 | 1 0.03 97.97 52300 | 1 0.03 98.00 52310 | 1 0.03 98.04 52320 | 1 0.03 98.07 52330 | 1 0.03 98.10 52340 | 1 0.03 98.13 52350 | 1 0.03 98.16 52360 | 1 0.03 98.19 52370 | 1 0.03 98.22 52380 | 1 0.03 98.25 52381 | 1 0.03 98.29 52390 | 1 0.03 98.32 52400 | 1 0.03 98.35 52410 | 1 0.03 98.38 52420 | 1 0.03 98.41 52430 | 1 0.03 98.44 52440 | 1 0.03 98.47 52450 | 1 0.03 98.50 52460 | 1 0.03 98.53 52470 | 1 0.03 98.57 52480 | 1 0.03 98.60 52490 | 1 0.03 98.63 52500 | 1 0.03 98.66 52510 | 1 0.03 98.69 52520 | 1 0.03 98.72 52530 | 1 0.03 98.75 52540 | 1 0.03 98.78 52550 | 1 0.03 98.82 52560 | 1 0.03 98.85 52570 | 1 0.03 98.88 52580 | 1 0.03 98.91 52590 | 1 0.03 98.94 52600 | 1 0.03 98.97 52610 | 1 0.03 99.00 52620 | 1 0.03 99.03 52630 | 1 0.03 99.06 52640 | 1 0.03 99.10 52650 | 1 0.03 99.13 52660 | 1 0.03 99.16 52670 | 1 0.03 99.19 52680 | 1 0.03 99.22 52690 | 1 0.03 99.25 52700 | 1 0.03 99.28 53000 | 1 0.03 99.31 53010 | 1 0.03 99.35 53020 | 1 0.03 99.38 53030 | 1 0.03 99.41 53040 | 1 0.03 99.44 53050 | 1 0.03 99.47 53060 | 1 0.03 99.50 53070 | 1 0.03 99.53 53080 | 1 0.03 99.56 53090 | 1 0.03 99.59 53100 | 1 0.03 99.63 53110 | 1 0.03 99.66 53120 | 1 0.03 99.69 53130 | 1 0.03 99.72 53140 | 1 0.03 99.75 53150 | 1 0.03 99.78 53160 | 1 0.03 99.81 53170 | 1 0.03 99.84 53180 | 1 0.03 99.88 53190 | 1 0.03 99.91 53200 | 1 0.03 99.94 53210 | 1 0.03 99.97 53220 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,207 100.00 Frequencies for countyname variable in countyrate2004 dataset : County name | Freq. Percent Cum. ---------------------+----------------------------------- Abbeville | 1 0.03 0.03 Acadia | 1 0.03 0.06 Accomack | 1 0.03 0.09 Ada | 1 0.03 0.12 Adair | 4 0.12 0.25 Adams | 12 0.37 0.62 Addison | 1 0.03 0.65 Adjuntas | 1 0.03 0.69 Aguada | 1 0.03 0.72 Aguadilla | 1 0.03 0.75 Aguas Buenas | 1 0.03 0.78 Aibonito | 1 0.03 0.81 Aiken | 1 0.03 0.84 Aitkin | 1 0.03 0.87 Alachua | 1 0.03 0.90 Alamance | 1 0.03 0.94 Alameda | 1 0.03 0.97 Alamosa | 1 0.03 1.00 Albany | 2 0.06 1.06 Albemarle | 1 0.03 1.09 Alcona | 1 0.03 1.12 Alcorn | 1 0.03 1.15 Alexander | 2 0.06 1.22 Alexandria City | 1 0.03 1.25 Alfalfa | 1 0.03 1.28 Alger | 1 0.03 1.31 Allamakee | 1 0.03 1.34 Allegan | 1 0.03 1.37 Allegany | 2 0.06 1.43 Alleghany | 2 0.06 1.50 Allegheny | 1 0.03 1.53 Allen | 5 0.16 1.68 Allendale | 1 0.03 1.71 Alpena | 1 0.03 1.75 Alpine | 1 0.03 1.78 Amador | 1 0.03 1.81 Amelia | 1 0.03 1.84 Amherst | 1 0.03 1.87 Amite | 1 0.03 1.90 Anasco | 1 0.03 1.93 Anchorage | 1 0.03 1.96 Anderson | 5 0.16 2.12 Andrew | 1 0.03 2.15 Andrews | 1 0.03 2.18 Androscoggin | 1 0.03 2.21 Angelina | 1 0.03 2.25 Anne Arundel | 1 0.03 2.28 Anoka | 1 0.03 2.31 Anson | 1 0.03 2.34 Antelope | 1 0.03 2.37 Antrim | 1 0.03 2.40 Apache | 1 0.03 2.43 Appanoose | 1 0.03 2.46 Appling | 1 0.03 2.49 Appomattox | 1 0.03 2.53 Aransas | 1 0.03 2.56 Arapahoe | 1 0.03 2.59 Archer | 1 0.03 2.62 Archuleta | 1 0.03 2.65 Arecibo | 1 0.03 2.68 Arenac | 1 0.03 2.71 Arkansas | 1 0.03 2.74 Arlington | 1 0.03 2.78 Armstrong | 2 0.06 2.84 Aroostook | 1 0.03 2.87 Arroyo | 1 0.03 2.90 Arthur | 1 0.03 2.93 Ascension | 1 0.03 2.96 Ashe | 1 0.03 2.99 Ashland | 2 0.06 3.06 Ashley | 1 0.03 3.09 Ashtabula | 1 0.03 3.12 Asotin | 1 0.03 3.15 Assumption | 1 0.03 3.18 Atascosa | 1 0.03 3.21 Atchison | 2 0.06 3.27 Athens | 1 0.03 3.31 Atkinson | 1 0.03 3.34 Atlantic | 1 0.03 3.37 Atoka | 1 0.03 3.40 Attala | 1 0.03 3.43 Audrain | 1 0.03 3.46 Audubon | 1 0.03 3.49 Auglaize | 1 0.03 3.52 Augusta | 1 0.03 3.55 Aurora | 1 0.03 3.59 Austin | 1 0.03 3.62 Autauga | 1 0.03 3.65 Avery | 1 0.03 3.68 Avoyelles | 1 0.03 3.71 Baca | 1 0.03 3.74 Bacon | 1 0.03 3.77 Bailey | 1 0.03 3.80 Baker | 3 0.09 3.90 Baldwin | 2 0.06 3.96 Ballard | 1 0.03 3.99 Baltimore | 1 0.03 4.02 Baltimore City | 1 0.03 4.05 Bamberg | 1 0.03 4.08 Bandera | 1 0.03 4.12 Banks | 1 0.03 4.15 Banner | 1 0.03 4.18 Bannock | 1 0.03 4.21 Baraga | 1 0.03 4.24 Barber | 1 0.03 4.27 Barbour | 2 0.06 4.33 Barceloneta | 1 0.03 4.37 Barnes | 1 0.03 4.40 Barnstable | 1 0.03 4.43 Barnwell | 1 0.03 4.46 Barranquitas | 1 0.03 4.49 Barren | 1 0.03 4.52 Barron | 1 0.03 4.55 Barrow | 1 0.03 4.58 Barry | 2 0.06 4.65 Bartholomew | 1 0.03 4.68 Barton | 2 0.06 4.74 Bartow | 1 0.03 4.77 Bastrop | 1 0.03 4.80 Bates | 1 0.03 4.83 Bath | 2 0.06 4.90 Baxter | 1 0.03 4.93 Bay | 2 0.06 4.99 Bayamon | 1 0.03 5.02 Bayfield | 1 0.03 5.05 Baylor | 1 0.03 5.08 Beadle | 1 0.03 5.11 Bear Lake | 1 0.03 5.14 Beaufort | 2 0.06 5.21 Beauregard | 1 0.03 5.24 Beaver | 3 0.09 5.33 Beaverhead | 1 0.03 5.36 Becker | 1 0.03 5.39 Beckham | 1 0.03 5.43 Bedford | 3 0.09 5.52 Bedford City | 1 0.03 5.55 Bee | 1 0.03 5.58 Belknap | 1 0.03 5.61 Bell | 2 0.06 5.68 Belmont | 1 0.03 5.71 Beltrami | 1 0.03 5.74 Ben Hill | 1 0.03 5.77 Benewah | 1 0.03 5.80 Bennett | 1 0.03 5.83 Bennington | 1 0.03 5.86 Benson | 1 0.03 5.89 Bent | 1 0.03 5.92 Benton | 9 0.28 6.21 Benzie | 1 0.03 6.24 Bergen | 1 0.03 6.27 Berkeley | 2 0.06 6.33 Berks | 1 0.03 6.36 Berkshire | 1 0.03 6.39 Bernalillo | 1 0.03 6.42 Berrien | 2 0.06 6.49 Bertie | 1 0.03 6.52 Bethel | 1 0.03 6.55 Bexar | 1 0.03 6.58 Bibb | 2 0.06 6.64 Bienville | 1 0.03 6.67 Big Horn | 2 0.06 6.74 Big Stone | 1 0.03 6.77 Billings | 1 0.03 6.80 Bingham | 1 0.03 6.83 Black Hawk | 1 0.03 6.86 Blackford | 1 0.03 6.89 Bladen | 1 0.03 6.92 Blaine | 4 0.12 7.05 Blair | 1 0.03 7.08 Blanco | 1 0.03 7.11 Bland | 1 0.03 7.14 Bleckley | 1 0.03 7.17 Bledsoe | 1 0.03 7.20 Blount | 2 0.06 7.27 Blue Earth | 1 0.03 7.30 Boise | 1 0.03 7.33 Bolivar | 1 0.03 7.36 Bollinger | 1 0.03 7.39 Bon Homme | 1 0.03 7.42 Bond | 1 0.03 7.45 Bonner | 1 0.03 7.48 Bonneville | 1 0.03 7.51 Boone | 8 0.25 7.76 Borden | 1 0.03 7.80 Bosque | 1 0.03 7.83 Bossier | 1 0.03 7.86 Botetourt | 1 0.03 7.89 Bottineau | 1 0.03 7.92 Boulder | 1 0.03 7.95 Boundary | 1 0.03 7.98 Bourbon | 2 0.06 8.04 Bowie | 1 0.03 8.08 Bowman | 1 0.03 8.11 Box Butte | 1 0.03 8.14 Box Elder | 1 0.03 8.17 Boyd | 2 0.06 8.23 Boyle | 1 0.03 8.26 Bracken | 1 0.03 8.29 Bradford | 2 0.06 8.36 Bradley | 2 0.06 8.42 Branch | 1 0.03 8.45 Brantley | 1 0.03 8.48 Braxton | 1 0.03 8.51 Brazoria | 1 0.03 8.54 Brazos | 1 0.03 8.57 Breathitt | 1 0.03 8.61 Breckinridge | 1 0.03 8.64 Bremer | 1 0.03 8.67 Brevard | 1 0.03 8.70 Brewster | 1 0.03 8.73 Briscoe | 1 0.03 8.76 Bristol | 2 0.06 8.82 Bristol Bay | 1 0.03 8.86 Bristol Bay Borough | 1 0.03 8.89 Bristol City | 1 0.03 8.92 Broadwater | 1 0.03 8.95 Bronx | 1 0.03 8.98 Brooke | 1 0.03 9.01 Brookings | 1 0.03 9.04 Brooks | 2 0.06 9.11 Broome | 1 0.03 9.14 Broward | 1 0.03 9.17 Brown | 9 0.28 9.45 Brule | 1 0.03 9.48 Brunswick | 2 0.06 9.54 Bryan | 2 0.06 9.60 Buchanan | 3 0.09 9.70 Buckingham | 1 0.03 9.73 Bucks | 1 0.03 9.76 Buena Vista | 1 0.03 9.79 Buena Vista City | 1 0.03 9.82 Buffalo | 3 0.09 9.92 Bullitt | 1 0.03 9.95 Bulloch | 1 0.03 9.98 Bullock | 1 0.03 10.01 Buncombe | 1 0.03 10.04 Bureau | 1 0.03 10.07 Burke | 3 0.09 10.17 Burleigh | 1 0.03 10.20 Burleson | 1 0.03 10.23 Burlington | 1 0.03 10.26 Burnet | 1 0.03 10.29 Burnett | 1 0.03 10.32 Burt | 1 0.03 10.35 Butler | 8 0.25 10.60 Butte | 3 0.09 10.70 Butts | 1 0.03 10.73 Cabarrus | 1 0.03 10.76 Cabell | 1 0.03 10.79 Cabo Rojo | 1 0.03 10.82 Cache | 1 0.03 10.85 Caddo | 2 0.06 10.91 Caguas | 1 0.03 10.94 Calaveras | 1 0.03 10.98 Calcasieu | 1 0.03 11.01 Caldwell | 5 0.16 11.16 Caledonia | 1 0.03 11.19 Calhoun | 11 0.34 11.54 Callahan | 1 0.03 11.57 Callaway | 1 0.03 11.60 Calloway | 1 0.03 11.63 Calumet | 1 0.03 11.66 Calvert | 1 0.03 11.69 Camas | 1 0.03 11.72 Cambria | 1 0.03 11.76 Camden | 4 0.12 11.88 Cameron | 3 0.09 11.97 Camp | 1 0.03 12.00 Campbell | 5 0.16 12.16 Camuy | 1 0.03 12.19 Canadian | 1 0.03 12.22 Candler | 1 0.03 12.25 Cannon | 1 0.03 12.29 Canovanas | 1 0.03 12.32 Canyon | 1 0.03 12.35 Cape Girardeau | 1 0.03 12.38 Cape May | 1 0.03 12.41 Carbon | 4 0.12 12.54 Caribou | 1 0.03 12.57 Carlisle | 1 0.03 12.60 Carlton | 1 0.03 12.63 Carolina | 1 0.03 12.66 Caroline | 2 0.06 12.72 Carroll | 13 0.41 13.13 Carson | 1 0.03 13.16 Carson City | 1 0.03 13.19 Carter | 5 0.16 13.35 Carteret | 1 0.03 13.38 Carver | 1 0.03 13.41 Cascade | 1 0.03 13.44 Casey | 1 0.03 13.47 Cass | 9 0.28 13.75 Cassia | 1 0.03 13.78 Castro | 1 0.03 13.81 Caswell | 1 0.03 13.84 Catahoula | 1 0.03 13.88 Catano | 1 0.03 13.91 Catawba | 1 0.03 13.94 Catoosa | 1 0.03 13.97 Catron | 1 0.03 14.00 Cattaraugus | 1 0.03 14.03 Cavalier | 1 0.03 14.06 Cayey | 1 0.03 14.09 Cayuga | 1 0.03 14.13 Cecil | 1 0.03 14.16 Cedar | 3 0.09 14.25 Ceiba | 1 0.03 14.28 Centre | 1 0.03 14.31 Cerro Gordo | 1 0.03 14.34 Chaffee | 1 0.03 14.37 Chambers | 2 0.06 14.44 Champaign | 2 0.06 14.50 Chariton | 1 0.03 14.53 Charles | 1 0.03 14.56 Charles City | 1 0.03 14.59 Charles Mix | 1 0.03 14.62 Charleston | 1 0.03 14.66 Charlevoix | 1 0.03 14.69 Charlotte | 2 0.06 14.75 Charlottesville City | 1 0.03 14.78 Charlton | 1 0.03 14.81 Chase | 2 0.06 14.87 Chatham | 2 0.06 14.94 Chattahoochee | 1 0.03 14.97 Chattooga | 1 0.03 15.00 Chautauqua | 2 0.06 15.06 Chaves | 1 0.03 15.09 Cheatham | 1 0.03 15.12 Cheboygan | 1 0.03 15.15 Chelan | 1 0.03 15.19 Chemung | 1 0.03 15.22 Chenango | 1 0.03 15.25 Cherokee | 8 0.25 15.50 Cherry | 1 0.03 15.53 Chesapeake | 1 0.03 15.56 Cheshire | 1 0.03 15.59 Chester | 3 0.09 15.68 Chesterfield | 2 0.06 15.75 Cheyenne | 3 0.09 15.84 Chickasaw | 2 0.06 15.90 Chicot | 1 0.03 15.93 Childress | 1 0.03 15.97 Chilton | 1 0.03 16.00 Chippewa | 3 0.09 16.09 Chisago | 1 0.03 16.12 Chittenden | 1 0.03 16.15 Choctaw | 3 0.09 16.25 Chouteau | 1 0.03 16.28 Chowan | 1 0.03 16.31 Christian | 3 0.09 16.40 Churchill | 1 0.03 16.43 Ciales | 1 0.03 16.46 Cibola | 1 0.03 16.50 Cidra | 1 0.03 16.53 Cimarron | 1 0.03 16.56 Citrus | 1 0.03 16.59 Clackamas | 1 0.03 16.62 Claiborne | 3 0.09 16.71 Clallam | 1 0.03 16.74 Clare | 1 0.03 16.78 Clarendon | 1 0.03 16.81 Clarion | 1 0.03 16.84 Clark | 12 0.37 17.21 Clarke | 5 0.16 17.37 Clatsop | 1 0.03 17.40 Clay | 18 0.56 17.96 Clayton | 2 0.06 18.02 Clear Creek | 1 0.03 18.05 Clearfield | 1 0.03 18.09 Clearwater | 2 0.06 18.15 Cleburne | 2 0.06 18.21 Clermont | 1 0.03 18.24 Cleveland | 3 0.09 18.33 Clinch | 1 0.03 18.37 Clinton | 9 0.28 18.65 Cloud | 1 0.03 18.68 Coahoma | 1 0.03 18.71 Coal | 1 0.03 18.74 Coamo | 1 0.03 18.77 Cobb | 1 0.03 18.80 Cochise | 1 0.03 18.83 Cochran | 1 0.03 18.86 Cocke | 1 0.03 18.90 Coconino | 1 0.03 18.93 Codington | 1 0.03 18.96 Coffee | 3 0.09 19.05 Coffey | 1 0.03 19.08 Coke | 1 0.03 19.11 Colbert | 1 0.03 19.15 Cole | 1 0.03 19.18 Coleman | 1 0.03 19.21 Coles | 1 0.03 19.24 Colfax | 2 0.06 19.30 Colleton | 1 0.03 19.33 Collier | 1 0.03 19.36 Collin | 1 0.03 19.40 Collingsworth | 1 0.03 19.43 Colonial Heights | 1 0.03 19.46 Colorado | 1 0.03 19.49 Colquitt | 1 0.03 19.52 Columbia | 8 0.25 19.77 Columbiana | 1 0.03 19.80 Columbus | 1 0.03 19.83 Colusa | 1 0.03 19.86 Comal | 1 0.03 19.89 Comanche | 3 0.09 19.99 Comerio | 1 0.03 20.02 Concho | 1 0.03 20.05 Concordia | 1 0.03 20.08 Conecuh | 1 0.03 20.11 Conejos | 1 0.03 20.14 Contra Costa | 1 0.03 20.17 Converse | 1 0.03 20.21 Conway | 1 0.03 20.24 Cook | 3 0.09 20.33 Cooke | 1 0.03 20.36 Cooper | 1 0.03 20.39 Coos | 2 0.06 20.46 Coosa | 1 0.03 20.49 Copiah | 1 0.03 20.52 Corozal | 1 0.03 20.55 Corson | 1 0.03 20.58 Cortland | 1 0.03 20.61 Coryell | 1 0.03 20.64 Coshocton | 1 0.03 20.67 Costilla | 1 0.03 20.70 Cottle | 1 0.03 20.74 Cotton | 1 0.03 20.77 Cottonwood | 1 0.03 20.80 Covington | 2 0.06 20.86 Covington City | 1 0.03 20.89 Coweta | 1 0.03 20.92 Cowley | 1 0.03 20.95 Cowlitz | 1 0.03 20.99 Craig | 2 0.06 21.05 Craighead | 1 0.03 21.08 Crane | 1 0.03 21.11 Craven | 1 0.03 21.14 Crawford | 11 0.34 21.48 Creek | 1 0.03 21.52 Crenshaw | 1 0.03 21.55 Crisp | 1 0.03 21.58 Crittenden | 2 0.06 21.64 Crockett | 2 0.06 21.70 Crook | 2 0.06 21.76 Crosby | 1 0.03 21.80 Cross | 1 0.03 21.83 Crow Wing | 1 0.03 21.86 Crowley | 1 0.03 21.89 Culberson | 1 0.03 21.92 Culebra | 1 0.03 21.95 Cullman | 1 0.03 21.98 Culpeper | 1 0.03 22.01 Cumberland | 8 0.25 22.26 Cuming | 1 0.03 22.29 Currituck | 1 0.03 22.33 Curry | 2 0.06 22.39 Custer | 6 0.19 22.58 Cuyahoga | 1 0.03 22.61 Dade | 3 0.09 22.70 Daggett | 1 0.03 22.73 Dakota | 2 0.06 22.79 Dale | 1 0.03 22.83 Dallam | 1 0.03 22.86 Dallas | 5 0.16 23.01 Dane | 1 0.03 23.04 Daniels | 1 0.03 23.07 Danville City | 1 0.03 23.11 Dare | 1 0.03 23.14 Darke | 1 0.03 23.17 Darlington | 1 0.03 23.20 Dauphin | 1 0.03 23.23 Davidson | 2 0.06 23.29 Davie | 1 0.03 23.32 Daviess | 3 0.09 23.42 Davis | 2 0.06 23.48 Davison | 1 0.03 23.51 Dawes | 1 0.03 23.54 Dawson | 4 0.12 23.67 Day | 1 0.03 23.70 De Baca | 1 0.03 23.73 De Kalb | 6 0.19 23.92 De Soto | 2 0.06 23.98 De Witt | 2 0.06 24.04 Deaf Smith | 1 0.03 24.07 Dearborn | 1 0.03 24.10 Decatur | 5 0.16 24.26 Deer Lodge | 1 0.03 24.29 Defiance | 1 0.03 24.32 Del Norte | 1 0.03 24.35 Delaware | 6 0.19 24.54 Delta | 3 0.09 24.63 Dent | 1 0.03 24.66 Denton | 1 0.03 24.70 Denver | 1 0.03 24.73 Des Moines | 1 0.03 24.76 Deschutes | 1 0.03 24.79 Desha | 1 0.03 24.82 Desoto | 1 0.03 24.85 Deuel | 2 0.06 24.91 Dewey | 2 0.06 24.98 Dickens | 1 0.03 25.01 Dickenson | 1 0.03 25.04 Dickey | 1 0.03 25.07 Dickinson | 3 0.09 25.16 Dickson | 1 0.03 25.19 Dillon | 1 0.03 25.23 Dimmit | 1 0.03 25.26 Dinniddie | 1 0.03 25.29 Divide | 1 0.03 25.32 Dixie | 1 0.03 25.35 Dixon | 1 0.03 25.38 Doddridge | 1 0.03 25.41 Dodge | 4 0.12 25.54 Dolores | 1 0.03 25.57 Dona Ana | 1 0.03 25.60 Doniphan | 1 0.03 25.63 Donley | 1 0.03 25.66 Dooly | 1 0.03 25.69 Door | 1 0.03 25.72 Dorado | 1 0.03 25.76 Dorchester | 2 0.06 25.82 Dougherty | 1 0.03 25.85 Douglas | 12 0.37 26.22 Drew | 1 0.03 26.26 Du Page | 1 0.03 26.29 Dubois | 1 0.03 26.32 Dubuque | 1 0.03 26.35 Duchesne | 1 0.03 26.38 Dukes | 1 0.03 26.41 Dundy | 1 0.03 26.44 Dunklin | 1 0.03 26.47 Dunn | 2 0.06 26.54 Duplin | 1 0.03 26.57 Durham | 1 0.03 26.60 Dutchess | 1 0.03 26.63 Duval | 2 0.06 26.69 Dyer | 1 0.03 26.72 Eagle | 1 0.03 26.75 Early | 1 0.03 26.79 East Baton Rouge | 1 0.03 26.82 East Carroll | 1 0.03 26.85 East Feliciana | 1 0.03 26.88 Eastland | 1 0.03 26.91 Eaton | 1 0.03 26.94 Eau Claire | 1 0.03 26.97 Echols | 1 0.03 27.00 Ector | 1 0.03 27.03 Eddy | 2 0.06 27.10 Edgar | 1 0.03 27.13 Edgecombe | 1 0.03 27.16 Edgefield | 1 0.03 27.19 Edmonson | 1 0.03 27.22 Edmunds | 1 0.03 27.25 Edwards | 3 0.09 27.35 Effingham | 2 0.06 27.41 El Paso | 2 0.06 27.47 Elbert | 2 0.06 27.53 Eldorado | 1 0.03 27.56 Elk | 2 0.06 27.63 Elkhart | 1 0.03 27.66 Elko | 1 0.03 27.69 Elliott | 1 0.03 27.72 Ellis | 3 0.09 27.81 Ellsworth | 1 0.03 27.85 Elmore | 2 0.06 27.91 Emanuel | 1 0.03 27.94 Emery | 1 0.03 27.97 Emmet | 2 0.06 28.03 Emmons | 1 0.03 28.06 Emporia | 1 0.03 28.09 Erath | 1 0.03 28.13 Erie | 3 0.09 28.22 Escambia | 2 0.06 28.28 Esmeralda | 1 0.03 28.31 Essex | 5 0.16 28.47 Estill | 1 0.03 28.50 Etowah | 1 0.03 28.53 Eureka | 1 0.03 28.56 Evangeline | 1 0.03 28.59 Evans | 1 0.03 28.62 Fairbanks | 1 0.03 28.66 Fairfax | 1 0.03 28.69 Fairfax City | 1 0.03 28.72 Fairfield | 3 0.09 28.81 Fajardo | 1 0.03 28.84 Fall River | 1 0.03 28.87 Fallon | 1 0.03 28.91 Falls | 1 0.03 28.94 Falls Church City | 1 0.03 28.97 Fannin | 2 0.06 29.03 Faribault | 1 0.03 29.06 Faulk | 1 0.03 29.09 Faulkner | 1 0.03 29.12 Fauquier | 1 0.03 29.15 Fayette | 11 0.34 29.50 Fentress | 1 0.03 29.53 Fergus | 1 0.03 29.56 Ferry | 1 0.03 29.59 Fillmore | 2 0.06 29.65 Finney | 1 0.03 29.69 Fisher | 1 0.03 29.72 Flagler | 1 0.03 29.75 Flathead | 1 0.03 29.78 Fleming | 1 0.03 29.81 Florence | 2 0.06 29.87 Florida | 1 0.03 29.90 Floyd | 6 0.19 30.09 Fluvanna | 1 0.03 30.12 Foard | 1 0.03 30.15 Fond Du Lac | 1 0.03 30.18 Ford | 2 0.06 30.25 Forest | 2 0.06 30.31 Forrest | 1 0.03 30.34 Forsyth | 2 0.06 30.40 Fort Bend | 1 0.03 30.43 Foster | 1 0.03 30.46 Fountain | 1 0.03 30.50 Franklin | 25 0.78 31.28 Franklin City | 1 0.03 31.31 Frederick | 2 0.06 31.37 Fredericksburg City | 1 0.03 31.40 Freeborn | 1 0.03 31.43 Freestone | 1 0.03 31.46 Fremont | 4 0.12 31.59 Fresno | 1 0.03 31.62 Frio | 1 0.03 31.65 Frontier | 1 0.03 31.68 Fulton | 8 0.25 31.93 Furnas | 1 0.03 31.96 Gadsden | 1 0.03 31.99 Gage | 1 0.03 32.02 Gaines | 1 0.03 32.05 Galax City | 1 0.03 32.09 Gallatin | 3 0.09 32.18 Gallia | 1 0.03 32.21 Galveston | 1 0.03 32.24 Garden | 1 0.03 32.27 Garfield | 6 0.19 32.46 Garland | 1 0.03 32.49 Garrard | 1 0.03 32.52 Garrett | 1 0.03 32.55 Garvin | 1 0.03 32.58 Garza | 1 0.03 32.62 Gasconade | 1 0.03 32.65 Gaston | 1 0.03 32.68 Gates | 1 0.03 32.71 Geary | 1 0.03 32.74 Geauga | 1 0.03 32.77 Gem | 1 0.03 32.80 Genesee | 2 0.06 32.87 Geneva | 1 0.03 32.90 Gentry | 1 0.03 32.93 George | 1 0.03 32.96 Georgetown | 1 0.03 32.99 Gibson | 2 0.06 33.05 Gila | 1 0.03 33.08 Gilchrist | 1 0.03 33.12 Giles | 2 0.06 33.18 Gillespie | 1 0.03 33.21 Gilliam | 1 0.03 33.24 Gilmer | 2 0.06 33.30 Gilpin | 1 0.03 33.33 Glacier | 1 0.03 33.36 Glades | 1 0.03 33.40 Gladwin | 1 0.03 33.43 Glascock | 1 0.03 33.46 Glasscock | 1 0.03 33.49 Glenn | 1 0.03 33.52 Gloucester | 2 0.06 33.58 Glynn | 1 0.03 33.61 Gogebic | 1 0.03 33.65 Golden Valley | 2 0.06 33.71 Goliad | 1 0.03 33.74 Gonzales | 1 0.03 33.77 Goochland | 1 0.03 33.80 Goodhue | 1 0.03 33.83 Gooding | 1 0.03 33.86 Gordon | 1 0.03 33.89 Goshen | 1 0.03 33.93 Gosper | 1 0.03 33.96 Gove | 1 0.03 33.99 Grady | 2 0.06 34.05 Grafton | 1 0.03 34.08 Graham | 3 0.09 34.18 Grainger | 1 0.03 34.21 Grand | 2 0.06 34.27 Grand Forks | 1 0.03 34.30 Grand Isle | 1 0.03 34.33 Grand Traverse | 1 0.03 34.36 Granite | 1 0.03 34.39 Grant | 15 0.47 34.86 Granville | 1 0.03 34.89 Gratiot | 1 0.03 34.92 Graves | 1 0.03 34.95 Gray | 2 0.06 35.02 Grays Harbor | 1 0.03 35.05 Grayson | 3 0.09 35.14 Greeley | 2 0.06 35.20 Green | 2 0.06 35.27 Green Lake | 1 0.03 35.30 Greenbrier | 1 0.03 35.33 Greene | 14 0.44 35.77 Greenlee | 1 0.03 35.80 Greensville | 1 0.03 35.83 Greenup | 1 0.03 35.86 Greenville | 1 0.03 35.89 Greenwood | 2 0.06 35.95 Greer | 1 0.03 35.98 Gregg | 1 0.03 36.01 Gregory | 1 0.03 36.05 Grenada | 1 0.03 36.08 Griggs | 1 0.03 36.11 Grimes | 1 0.03 36.14 Grundy | 4 0.12 36.26 Guadaloupe | 1 0.03 36.30 Guadalupe | 1 0.03 36.33 Guanica | 1 0.03 36.36 Guayama | 1 0.03 36.39 Guayanilla | 1 0.03 36.42 Guaynabo | 1 0.03 36.45 Guernsey | 1 0.03 36.48 Guilford | 1 0.03 36.51 Gulf | 1 0.03 36.55 Gunnison | 1 0.03 36.58 Gurabo | 1 0.03 36.61 Guthrie | 1 0.03 36.64 Gwinnett | 1 0.03 36.67 Haakon | 1 0.03 36.70 Habersham | 1 0.03 36.73 Haines | 1 0.03 36.76 Hale | 2 0.06 36.83 Halifax | 2 0.06 36.89 Hall | 3 0.09 36.98 Hamblen | 1 0.03 37.01 Hamilton | 10 0.31 37.32 Hamlin | 1 0.03 37.36 Hampden | 1 0.03 37.39 Hampshire | 2 0.06 37.45 Hampton | 1 0.03 37.48 Hampton City | 1 0.03 37.51 Hancock | 10 0.31 37.82 Hand | 1 0.03 37.85 Hanover | 1 0.03 37.89 Hansford | 1 0.03 37.92 Hanson | 1 0.03 37.95 Haralson | 1 0.03 37.98 Hardee | 1 0.03 38.01 Hardeman | 2 0.06 38.07 Hardin | 6 0.19 38.26 Harding | 2 0.06 38.32 Hardy | 1 0.03 38.35 Harford | 1 0.03 38.38 Harlan | 2 0.06 38.45 Harmon | 1 0.03 38.48 Harnett | 1 0.03 38.51 Harney | 1 0.03 38.54 Harper | 2 0.06 38.60 Harris | 2 0.06 38.67 Harrison | 8 0.25 38.91 Harrisonburg City | 1 0.03 38.95 Hart | 2 0.06 39.01 Hartford | 1 0.03 39.04 Hartley | 1 0.03 39.07 Harvey | 1 0.03 39.10 Haskell | 3 0.09 39.20 Hatillo | 1 0.03 39.23 Hawaii | 1 0.03 39.26 Hawkins | 1 0.03 39.29 Hayes | 1 0.03 39.32 Hays | 1 0.03 39.35 Haywood | 2 0.06 39.41 Heard | 1 0.03 39.44 Hemphill | 1 0.03 39.48 Hempstead | 1 0.03 39.51 Henderson | 5 0.16 39.66 Hendricks | 1 0.03 39.69 Hendry | 1 0.03 39.73 Hennepin | 1 0.03 39.76 Henrico | 1 0.03 39.79 Henry | 10 0.31 40.10 Herkimer | 1 0.03 40.13 Hernando | 1 0.03 40.16 Hertford | 1 0.03 40.19 Hettinger | 1 0.03 40.22 Hickman | 2 0.06 40.29 Hickory | 1 0.03 40.32 Hidalgo | 2 0.06 40.38 Highland | 2 0.06 40.44 Highlands | 1 0.03 40.47 Hill | 2 0.06 40.54 Hillsboro | 1 0.03 40.57 Hillsborough | 1 0.03 40.60 Hillsdale | 1 0.03 40.63 Hinds | 1 0.03 40.66 Hinsdale | 1 0.03 40.69 Hitchcock | 1 0.03 40.72 Hocking | 1 0.03 40.75 Hockley | 1 0.03 40.79 Hodgeman | 1 0.03 40.82 Hoke | 1 0.03 40.85 Holmes | 3 0.09 40.94 Holt | 2 0.06 41.00 Honolulu | 1 0.03 41.04 Hood | 1 0.03 41.07 Hood River | 1 0.03 41.10 Hooker | 1 0.03 41.13 Hopewell City | 1 0.03 41.16 Hopkins | 2 0.06 41.22 Hormigueros | 1 0.03 41.25 Horry | 1 0.03 41.28 Hot Spring | 1 0.03 41.32 Hot Springs | 1 0.03 41.35 Houghton | 1 0.03 41.38 Houston | 5 0.16 41.53 Howard | 7 0.22 41.75 Howell | 1 0.03 41.78 Hubbard | 1 0.03 41.81 Hudson | 1 0.03 41.85 Hudspeth | 1 0.03 41.88 Huerfano | 1 0.03 41.91 Hughes | 2 0.06 41.97 Humacao | 1 0.03 42.00 Humboldt | 3 0.09 42.10 Humphreys | 2 0.06 42.16 Hunt | 1 0.03 42.19 Hunterdon | 1 0.03 42.22 Huntingdon | 1 0.03 42.25 Huntington | 1 0.03 42.28 Huron | 2 0.06 42.34 Hutchinson | 2 0.06 42.41 Hyde | 2 0.06 42.47 Iberia | 1 0.03 42.50 Iberville | 1 0.03 42.53 Ida | 1 0.03 42.56 Idaho | 1 0.03 42.59 Imperial | 1 0.03 42.63 Independence | 1 0.03 42.66 Indian River | 1 0.03 42.69 Indiana | 1 0.03 42.72 Ingham | 1 0.03 42.75 Inyo | 1 0.03 42.78 Ionia | 1 0.03 42.81 Iosco | 1 0.03 42.84 Iowa | 2 0.06 42.91 Iredell | 1 0.03 42.94 Irion | 1 0.03 42.97 Iron | 4 0.12 43.09 Iroquois | 1 0.03 43.12 Irwin | 1 0.03 43.16 Isabela | 1 0.03 43.19 Isabella | 1 0.03 43.22 Isanti | 1 0.03 43.25 Island | 1 0.03 43.28 Isle Of Wight | 1 0.03 43.31 Issaquena | 1 0.03 43.34 Itasca | 1 0.03 43.37 Itawamba | 1 0.03 43.41 Izard | 1 0.03 43.44 Jack | 1 0.03 43.47 Jackson | 24 0.75 44.22 James City Co | 1 0.03 44.25 Jasper | 8 0.25 44.50 Jay | 1 0.03 44.53 Jayuya | 1 0.03 44.56 Jeff Davis | 2 0.06 44.62 Jefferson | 26 0.81 45.43 Jefferson Davis | 2 0.06 45.49 Jenkins | 1 0.03 45.53 Jennings | 1 0.03 45.56 Jerauld | 1 0.03 45.59 Jerome | 1 0.03 45.62 Jersey | 1 0.03 45.65 Jessamine | 1 0.03 45.68 Jewell | 1 0.03 45.71 Jim Hogg | 1 0.03 45.74 Jim Wells | 1 0.03 45.77 Jo Daviess | 1 0.03 45.81 Johns | 1 0.03 45.84 Johnson | 12 0.37 46.21 Johnston | 2 0.06 46.27 Jones | 6 0.19 46.46 Josephine | 1 0.03 46.49 Juab | 1 0.03 46.52 Juana Diaz | 1 0.03 46.55 Judith Basin | 1 0.03 46.59 Juncos | 1 0.03 46.62 Juneau | 2 0.06 46.68 Juniata | 1 0.03 46.71 Kalamazoo | 1 0.03 46.74 Kalkaska | 1 0.03 46.77 Kanabec | 1 0.03 46.80 Kanawha | 1 0.03 46.84 Kandiyohi | 1 0.03 46.87 Kane | 2 0.06 46.93 Kankakee | 1 0.03 46.96 Karnes | 1 0.03 46.99 Kauai | 1 0.03 47.02 Kaufman | 1 0.03 47.05 Kay | 1 0.03 47.08 Kearney | 1 0.03 47.12 Kearny | 1 0.03 47.15 Keith | 1 0.03 47.18 Kemper | 1 0.03 47.21 Kendall | 2 0.06 47.27 Kenedy | 1 0.03 47.30 Kennebec | 1 0.03 47.33 Kenosha | 1 0.03 47.37 Kent | 5 0.16 47.52 Kenton | 1 0.03 47.55 Keokuk | 1 0.03 47.58 Kern | 1 0.03 47.61 Kerr | 1 0.03 47.65 Kershaw | 1 0.03 47.68 Ketchikan | 1 0.03 47.71 Kewaunee | 1 0.03 47.74 Keweenaw | 1 0.03 47.77 Keya Paha | 1 0.03 47.80 Kidder | 1 0.03 47.83 Kimball | 1 0.03 47.86 Kimble | 1 0.03 47.90 King | 2 0.06 47.96 King And Queen | 1 0.03 47.99 King George | 1 0.03 48.02 King William | 1 0.03 48.05 Kingfisher | 1 0.03 48.08 Kingman | 1 0.03 48.11 Kings | 2 0.06 48.18 Kingsbury | 1 0.03 48.21 Kinney | 1 0.03 48.24 Kiowa | 3 0.09 48.33 Kit Carson | 1 0.03 48.36 Kitsap | 1 0.03 48.39 Kittitas | 1 0.03 48.43 Kittson | 1 0.03 48.46 Klamath | 1 0.03 48.49 Kleberg | 1 0.03 48.52 Klickitat | 1 0.03 48.55 Knott | 1 0.03 48.58 Knox | 9 0.28 48.86 Kodiak | 1 0.03 48.89 Koochiching | 1 0.03 48.92 Kootenai | 1 0.03 48.96 Kosciusko | 1 0.03 48.99 Kossuth | 1 0.03 49.02 La Crosse | 1 0.03 49.05 La Moure | 1 0.03 49.08 La Paz | 1 0.03 49.11 La Plata | 1 0.03 49.14 La Porte | 1 0.03 49.17 La Salle | 3 0.09 49.27 Labette | 1 0.03 49.30 Lac Qui Parle | 1 0.03 49.33 Lackawanna | 1 0.03 49.36 Laclede | 1 0.03 49.39 Lafayette | 6 0.19 49.58 Lafourche | 1 0.03 49.61 Lagrange | 1 0.03 49.64 Lajas | 1 0.03 49.67 Lake | 12 0.37 50.05 Lake Of The Woods | 1 0.03 50.08 Lamar | 4 0.12 50.20 Lamb | 1 0.03 50.23 Lamoille | 1 0.03 50.27 Lampasas | 1 0.03 50.30 Lancaster | 4 0.12 50.42 Lander | 1 0.03 50.45 Lane | 2 0.06 50.51 Langlade | 1 0.03 50.55 Lanier | 1 0.03 50.58 Lapeer | 1 0.03 50.61 Laramie | 1 0.03 50.64 Lares | 1 0.03 50.67 Larimer | 1 0.03 50.70 Larue | 1 0.03 50.73 Las Animas | 1 0.03 50.76 Las Marias | 1 0.03 50.80 Las Piedras | 1 0.03 50.83 Lassen | 1 0.03 50.86 Latah | 1 0.03 50.89 Latimer | 1 0.03 50.92 Lauderdale | 3 0.09 51.01 Laurel | 1 0.03 51.04 Laurens | 2 0.06 51.11 Lavaca | 1 0.03 51.14 Lawrence | 11 0.34 51.48 Le Flore | 1 0.03 51.51 Le Sueur | 1 0.03 51.54 Lea | 1 0.03 51.57 Leake | 1 0.03 51.61 Leavenworth | 1 0.03 51.64 Lebanon | 1 0.03 51.67 Lee | 12 0.37 52.04 Leelanau | 1 0.03 52.07 Leflore | 1 0.03 52.10 Lehigh | 1 0.03 52.14 Lemhi | 1 0.03 52.17 Lenawee | 1 0.03 52.20 Lenoir | 1 0.03 52.23 Leon | 2 0.06 52.29 Leslie | 1 0.03 52.32 Letcher | 1 0.03 52.35 Levy | 1 0.03 52.39 Lewis | 7 0.22 52.60 Lewis And Clark | 1 0.03 52.63 Lexington | 2 0.06 52.70 Liberty | 4 0.12 52.82 Licking | 1 0.03 52.85 Limestone | 2 0.06 52.92 Lincoln | 24 0.75 53.66 Linn | 4 0.12 53.79 Lipscomb | 1 0.03 53.82 Litchfield | 1 0.03 53.85 Little River | 1 0.03 53.88 Live Oak | 1 0.03 53.91 Livingston | 6 0.19 54.10 Llano | 1 0.03 54.13 Logan | 10 0.31 54.44 Loiza | 1 0.03 54.47 Long | 1 0.03 54.51 Lonoke | 1 0.03 54.54 Lorain | 1 0.03 54.57 Los Alamos | 1 0.03 54.60 Los Angeles | 2 0.06 54.66 Loudon | 1 0.03 54.69 Loudoun | 1 0.03 54.72 Louisa | 2 0.06 54.79 Loup | 1 0.03 54.82 Love | 1 0.03 54.85 Loving | 1 0.03 54.88 Lowndes | 3 0.09 54.97 Lubbock | 1 0.03 55.00 Lucas | 2 0.06 55.07 Luce | 1 0.03 55.10 Lumpkin | 1 0.03 55.13 Luna | 1 0.03 55.16 Lunenburg | 1 0.03 55.19 Luquillo | 1 0.03 55.22 Luzerne | 1 0.03 55.25 Lycoming | 1 0.03 55.29 Lyman | 1 0.03 55.32 Lynchburg City | 1 0.03 55.35 Lynn | 1 0.03 55.38 Lyon | 5 0.16 55.53 Mackinac | 1 0.03 55.57 Macomb | 1 0.03 55.60 Macon | 6 0.19 55.78 Macoupin | 1 0.03 55.82 Madera | 1 0.03 55.85 Madison | 20 0.62 56.47 Magoffin | 1 0.03 56.50 Mahaska | 1 0.03 56.53 Mahnomen | 1 0.03 56.56 Mahoning | 1 0.03 56.59 Major | 1 0.03 56.63 Malheur | 1 0.03 56.66 Manassas City | 1 0.03 56.69 Manassas Park City | 1 0.03 56.72 Manatee | 1 0.03 56.75 Manati | 1 0.03 56.78 Manistee | 1 0.03 56.81 Manitowoc | 1 0.03 56.84 Marathon | 1 0.03 56.88 Marengo | 1 0.03 56.91 Maricao | 1 0.03 56.94 Maricopa | 1 0.03 56.97 Maries | 1 0.03 57.00 Marin | 1 0.03 57.03 Marinette | 1 0.03 57.06 Marion | 17 0.53 57.59 Mariposa | 1 0.03 57.62 Marlboro | 1 0.03 57.66 Marquette | 2 0.06 57.72 Marshall | 12 0.37 58.09 Martin | 6 0.19 58.28 Martinsville City | 1 0.03 58.31 Mason | 6 0.19 58.50 Massac | 1 0.03 58.53 Matagorda | 1 0.03 58.56 Matanuska | 1 0.03 58.59 Mathews | 1 0.03 58.62 Maui | 1 0.03 58.65 Maunabo | 1 0.03 58.68 Maury | 1 0.03 58.72 Maverick | 1 0.03 58.75 Mayaguez | 1 0.03 58.78 Mayes | 1 0.03 58.81 Mc Clain | 1 0.03 58.84 Mc Cone | 1 0.03 58.87 Mc Cook | 1 0.03 58.90 Mc Cormick | 1 0.03 58.93 Mc Cracken | 1 0.03 58.96 Mc Creary | 1 0.03 59.00 Mc Culloch | 1 0.03 59.03 Mc Curtain | 1 0.03 59.06 Mc Donald | 1 0.03 59.09 Mc Donough | 1 0.03 59.12 Mc Dowell | 2 0.06 59.18 Mc Duffie | 1 0.03 59.21 Mc Henry | 2 0.06 59.28 Mc Intosh | 3 0.09 59.37 Mc Kean | 1 0.03 59.40 Mc Kenzie | 1 0.03 59.43 Mc Kinley | 1 0.03 59.46 Mc Lean | 2 0.06 59.53 Mc Lennan | 1 0.03 59.56 Mc Leod | 1 0.03 59.59 Mc Minn | 1 0.03 59.62 Mc Mullen | 1 0.03 59.65 Mc Nairy | 1 0.03 59.68 Mc Pherson | 3 0.09 59.78 Mclean | 1 0.03 59.81 Meade | 3 0.09 59.90 Meagher | 1 0.03 59.93 Mecklenburg | 2 0.06 59.99 Mecosta | 1 0.03 60.02 Medina | 2 0.06 60.09 Meeker | 1 0.03 60.12 Meigs | 2 0.06 60.18 Mellette | 1 0.03 60.21 Menard | 2 0.06 60.27 Mendocino | 1 0.03 60.31 Menifee | 1 0.03 60.34 Menominee | 2 0.06 60.40 Merced | 1 0.03 60.43 Mercer | 8 0.25 60.68 Meriwether | 1 0.03 60.71 Merrick | 1 0.03 60.74 Merrimack | 1 0.03 60.77 Mesa | 1 0.03 60.80 Metcalfe | 1 0.03 60.84 Miami | 3 0.09 60.93 Middlesex | 4 0.12 61.05 Midland | 2 0.06 61.12 Mifflin | 1 0.03 61.15 Milam | 1 0.03 61.18 Millard | 1 0.03 61.21 Mille Lacs | 1 0.03 61.24 Miller | 3 0.09 61.33 Mills | 2 0.06 61.40 Milwaukee | 1 0.03 61.43 Miner | 1 0.03 61.46 Mineral | 4 0.12 61.58 Mingo | 1 0.03 61.62 Minidoka | 1 0.03 61.65 Minnehaha | 1 0.03 61.68 Missaukee | 1 0.03 61.71 Mississippi | 2 0.06 61.77 Missoula | 1 0.03 61.80 Mitchell | 5 0.16 61.96 Mobile | 1 0.03 61.99 Moca | 1 0.03 62.02 Modoc | 1 0.03 62.05 Moffat | 1 0.03 62.08 Mohave | 1 0.03 62.11 Moniteau | 1 0.03 62.15 Monmouth | 1 0.03 62.18 Mono | 1 0.03 62.21 Monona | 1 0.03 62.24 Monongalia | 1 0.03 62.27 Monroe | 17 0.53 62.80 Montague | 1 0.03 62.83 Montcalm | 1 0.03 62.86 Monterey | 1 0.03 62.89 Montezuma | 1 0.03 62.92 Montgomery | 18 0.56 63.49 Montmorency | 1 0.03 63.52 Montour | 1 0.03 63.55 Montrose | 1 0.03 63.58 Moody | 1 0.03 63.61 Moore | 3 0.09 63.70 Mora | 1 0.03 63.74 Morehouse | 1 0.03 63.77 Morgan | 11 0.34 64.11 Morovis | 1 0.03 64.14 Morrill | 1 0.03 64.17 Morris | 3 0.09 64.27 Morrison | 1 0.03 64.30 Morrow | 2 0.06 64.36 Morton | 2 0.06 64.42 Motley | 1 0.03 64.45 Moultrie | 1 0.03 64.48 Mountrail | 1 0.03 64.52 Mower | 1 0.03 64.55 Muhlenberg | 1 0.03 64.58 Multnomah | 1 0.03 64.61 Murray | 3 0.09 64.70 Muscatine | 1 0.03 64.73 Muscogee | 1 0.03 64.76 Muskegon | 1 0.03 64.80 Muskingum | 1 0.03 64.83 Muskogee | 1 0.03 64.86 Musselshell | 1 0.03 64.89 Nacogdoches | 1 0.03 64.92 Naguabo | 1 0.03 64.95 Nance | 1 0.03 64.98 Nantucket | 1 0.03 65.01 Napa | 1 0.03 65.05 Naranjito | 1 0.03 65.08 Nash | 1 0.03 65.11 Nassau | 2 0.06 65.17 Natchitoches | 1 0.03 65.20 Natrona | 1 0.03 65.23 Navajo | 1 0.03 65.26 Navarro | 1 0.03 65.29 Nelson | 3 0.09 65.39 Nemaha | 2 0.06 65.45 Neosho | 1 0.03 65.48 Neshoba | 1 0.03 65.51 Ness | 1 0.03 65.54 Nevada | 2 0.06 65.61 New Castle | 1 0.03 65.64 New Hanover | 1 0.03 65.67 New Haven | 1 0.03 65.70 New Kent | 1 0.03 65.73 New London | 1 0.03 65.76 New Madrid | 1 0.03 65.79 New York | 1 0.03 65.82 Newaygo | 1 0.03 65.86 Newberry | 1 0.03 65.89 Newport | 1 0.03 65.92 Newport News City | 1 0.03 65.95 Newton | 6 0.19 66.14 Nez Perce | 1 0.03 66.17 Niagara | 1 0.03 66.20 Nicholas | 2 0.06 66.26 Nicollet | 1 0.03 66.29 Niobrara | 1 0.03 66.32 Noble | 3 0.09 66.42 Nobles | 1 0.03 66.45 Nodaway | 1 0.03 66.48 Nolan | 1 0.03 66.51 Nome | 1 0.03 66.54 Norfolk | 1 0.03 66.57 Norfolk City | 1 0.03 66.60 Norman | 1 0.03 66.64 Northampton | 3 0.09 66.73 Northumberland | 2 0.06 66.79 Norton | 1 0.03 66.82 Norton City | 1 0.03 66.85 Nottoway | 1 0.03 66.88 Nowata | 1 0.03 66.92 Noxubee | 1 0.03 66.95 Nuckolls | 1 0.03 66.98 Nueces | 1 0.03 67.01 Nye | 1 0.03 67.04 O Brien | 1 0.03 67.07 Oakland | 1 0.03 67.10 Obion | 1 0.03 67.13 Ocean | 1 0.03 67.17 Oceana | 1 0.03 67.20 Ochiltree | 1 0.03 67.23 Oconee | 2 0.06 67.29 Oconto | 1 0.03 67.32 Ogemaw | 1 0.03 67.35 Ogle | 1 0.03 67.38 Oglethorpe | 1 0.03 67.42 Ohio | 3 0.09 67.51 Okaloosa | 1 0.03 67.54 Okanogan | 1 0.03 67.57 Okeechobee | 1 0.03 67.60 Okfuskee | 1 0.03 67.63 Oklahoma | 1 0.03 67.66 Okmulgee | 1 0.03 67.70 Oktibbeha | 1 0.03 67.73 Oldham | 2 0.06 67.79 Oliver | 1 0.03 67.82 Olmsted | 1 0.03 67.85 Oneida | 3 0.09 67.95 Onondaga | 1 0.03 67.98 Onslow | 1 0.03 68.01 Ontario | 1 0.03 68.04 Ontonagon | 1 0.03 68.07 Orange | 8 0.25 68.32 Orangeburg | 1 0.03 68.35 Oregon | 1 0.03 68.38 Orleans | 3 0.09 68.48 Orocovis | 1 0.03 68.51 Osage | 3 0.09 68.60 Osborne | 1 0.03 68.63 Osceola | 3 0.09 68.72 Oscoda | 1 0.03 68.76 Oswego | 1 0.03 68.79 Otero | 2 0.06 68.85 Otoe | 1 0.03 68.88 Otsego | 2 0.06 68.94 Ottawa | 4 0.12 69.07 Otter Tail | 1 0.03 69.10 Ouachita | 2 0.06 69.16 Ouray | 1 0.03 69.19 Outagamie | 1 0.03 69.22 Overton | 1 0.03 69.25 Owen | 2 0.06 69.32 Owsley | 1 0.03 69.35 Owyhee | 1 0.03 69.38 Oxford | 1 0.03 69.41 Ozark | 1 0.03 69.44 Ozaukee | 1 0.03 69.47 Pacific | 1 0.03 69.50 Page | 2 0.06 69.57 Palm Beach | 1 0.03 69.60 Palo Alto | 1 0.03 69.63 Palo Pinto | 1 0.03 69.66 Pamlico | 1 0.03 69.69 Panola | 2 0.06 69.75 Park | 3 0.09 69.85 Parke | 1 0.03 69.88 Parker | 1 0.03 69.91 Parmer | 1 0.03 69.94 Pasco | 1 0.03 69.97 Pasquotank | 1 0.03 70.00 Passaic | 1 0.03 70.03 Patillas | 1 0.03 70.07 Patrick | 1 0.03 70.10 Paulding | 2 0.06 70.16 Pawnee | 3 0.09 70.25 Payette | 1 0.03 70.28 Payne | 1 0.03 70.31 Peach | 1 0.03 70.35 Pearl River | 1 0.03 70.38 Pecos | 1 0.03 70.41 Pembina | 1 0.03 70.44 Pemiscot | 1 0.03 70.47 Pend Oreille | 1 0.03 70.50 Pender | 1 0.03 70.53 Pendleton | 2 0.06 70.60 Pennington | 2 0.06 70.66 Penobscot | 1 0.03 70.69 Penuelas | 1 0.03 70.72 Peoria | 1 0.03 70.75 Pepin | 1 0.03 70.78 Perkins | 2 0.06 70.85 Perquimans | 1 0.03 70.88 Perry | 10 0.31 71.19 Pershing | 1 0.03 71.22 Person | 1 0.03 71.25 Petersburg City | 1 0.03 71.28 Petroleum | 1 0.03 71.31 Pettis | 1 0.03 71.34 Phelps | 2 0.06 71.41 Philadelphia | 1 0.03 71.44 Phillips | 4 0.12 71.56 Piatt | 1 0.03 71.59 Pickaway | 1 0.03 71.62 Pickens | 3 0.09 71.72 Pickett | 1 0.03 71.75 Pierce | 5 0.16 71.91 Pike | 10 0.31 72.22 Pima | 1 0.03 72.25 Pinal | 1 0.03 72.28 Pine | 1 0.03 72.31 Pinellas | 1 0.03 72.34 Pipestone | 1 0.03 72.37 Piscataquis | 1 0.03 72.40 Pitkin | 1 0.03 72.44 Pitt | 1 0.03 72.47 Pittsburg | 1 0.03 72.50 Pittsylvania | 1 0.03 72.53 Piute | 1 0.03 72.56 Placer | 1 0.03 72.59 Plaquemines | 1 0.03 72.62 Platte | 3 0.09 72.72 Pleasants | 1 0.03 72.75 Plumas | 1 0.03 72.78 Plymouth | 2 0.06 72.84 Pocahontas | 2 0.06 72.90 Poinsett | 1 0.03 72.93 Pointe Coupee | 1 0.03 72.97 Polk | 12 0.37 73.34 Ponce | 1 0.03 73.37 Pondera | 1 0.03 73.40 Pontotoc | 2 0.06 73.46 Pope | 3 0.09 73.56 Poquoson City | 1 0.03 73.59 Portage | 2 0.06 73.65 Porter | 1 0.03 73.68 Portsmouth City | 1 0.03 73.71 Posey | 1 0.03 73.74 Pottawatomie | 2 0.06 73.81 Pottawattamie | 1 0.03 73.84 Potter | 3 0.09 73.93 Powder River | 1 0.03 73.96 Powell | 2 0.06 74.03 Power | 1 0.03 74.06 Poweshiek | 1 0.03 74.09 Powhatan | 1 0.03 74.12 Prairie | 2 0.06 74.18 Pratt | 1 0.03 74.21 Preble | 1 0.03 74.24 Prentiss | 1 0.03 74.28 Presidio | 1 0.03 74.31 Presque Isle | 1 0.03 74.34 Preston | 1 0.03 74.37 Price | 1 0.03 74.40 Prince Edward | 1 0.03 74.43 Prince George | 1 0.03 74.46 Prince Georges | 1 0.03 74.49 Prince William | 1 0.03 74.52 Providence | 1 0.03 74.56 Prowers | 1 0.03 74.59 Pueblo | 1 0.03 74.62 Pulaski | 7 0.22 74.84 Pushmataha | 1 0.03 74.87 Putnam | 9 0.28 75.15 Quay | 1 0.03 75.18 Quebradillas | 1 0.03 75.21 Queen Annes | 1 0.03 75.24 Queens | 1 0.03 75.27 Quitman | 2 0.06 75.34 Rabun | 1 0.03 75.37 Racine | 1 0.03 75.40 Radford City | 1 0.03 75.43 Rains | 1 0.03 75.46 Raleigh | 1 0.03 75.49 Ralls | 1 0.03 75.52 Ramsey | 2 0.06 75.58 Randall | 1 0.03 75.62 Randolph | 8 0.25 75.87 Rankin | 1 0.03 75.90 Ransom | 1 0.03 75.93 Rapides | 1 0.03 75.96 Rappahannock | 1 0.03 75.99 Ravalli | 1 0.03 76.02 Rawlins | 1 0.03 76.05 Ray | 1 0.03 76.08 Reagan | 1 0.03 76.11 Real | 1 0.03 76.15 Red Lake | 1 0.03 76.18 Red River | 2 0.06 76.24 Redwillow | 1 0.03 76.27 Redwood | 1 0.03 76.30 Reeves | 1 0.03 76.33 Refugio | 1 0.03 76.36 Reno | 1 0.03 76.40 Rensselaer | 1 0.03 76.43 Renville | 2 0.06 76.49 Republic | 1 0.03 76.52 Reynolds | 1 0.03 76.55 Rhea | 1 0.03 76.58 Rice | 2 0.06 76.64 Rich | 1 0.03 76.68 Richardson | 1 0.03 76.71 Richland | 7 0.22 76.93 Richmond | 4 0.12 77.05 Richmond City | 1 0.03 77.08 Riley | 1 0.03 77.11 Rincon | 1 0.03 77.14 Ringgold | 1 0.03 77.17 Rio Arriba | 1 0.03 77.21 Rio Blanco | 1 0.03 77.24 Rio Grande | 2 0.06 77.30 Ripley | 2 0.06 77.36 Ritchie | 1 0.03 77.39 Riverside | 1 0.03 77.42 Roane | 2 0.06 77.49 Roanoke | 1 0.03 77.52 Roanoke City | 1 0.03 77.55 Roberts | 2 0.06 77.61 Robertson | 3 0.09 77.71 Robeson | 1 0.03 77.74 Rock | 3 0.09 77.83 Rock Island | 1 0.03 77.86 Rockbridge | 1 0.03 77.89 Rockcastle | 1 0.03 77.92 Rockdale | 1 0.03 77.95 Rockingham | 3 0.09 78.05 Rockland | 1 0.03 78.08 Rockwall | 1 0.03 78.11 Roger Mills | 1 0.03 78.14 Rogers | 1 0.03 78.17 Rolette | 1 0.03 78.20 Rooks | 1 0.03 78.24 Roosevelt | 2 0.06 78.30 Roscommon | 1 0.03 78.33 Roseau | 1 0.03 78.36 Rosebud | 1 0.03 78.39 Ross | 1 0.03 78.42 Routt | 1 0.03 78.45 Rowan | 2 0.06 78.52 Runnels | 1 0.03 78.55 Rush | 2 0.06 78.61 Rusk | 2 0.06 78.67 Russell | 4 0.12 78.80 Rutherford | 2 0.06 78.86 Rutland | 1 0.03 78.89 Sabana Grande | 1 0.03 78.92 Sabine | 2 0.06 78.98 Sac | 1 0.03 79.01 Sacramento | 1 0.03 79.05 Sagadahoc | 1 0.03 79.08 Saginaw | 1 0.03 79.11 Saguache | 1 0.03 79.14 Salem | 2 0.06 79.20 Salinas | 1 0.03 79.23 Saline | 5 0.16 79.39 Salt Lake | 1 0.03 79.42 Saluda | 1 0.03 79.45 Sampson | 1 0.03 79.48 San Augustine | 1 0.03 79.51 San Benito | 1 0.03 79.54 San Bernardino | 1 0.03 79.58 San Diego | 1 0.03 79.61 San Francisco | 1 0.03 79.64 San German | 1 0.03 79.67 San Jacinto | 1 0.03 79.70 San Joaquin | 1 0.03 79.73 San Juan | 5 0.16 79.89 San Lorenzo | 1 0.03 79.92 San Luis Obispo | 1 0.03 79.95 San Mateo | 1 0.03 79.98 San Miguel | 2 0.06 80.04 San Patricio | 1 0.03 80.07 San Saba | 1 0.03 80.11 San Sebastian | 1 0.03 80.14 Sanborn | 1 0.03 80.17 Sanders | 1 0.03 80.20 Sandoval | 1 0.03 80.23 Sandusky | 1 0.03 80.26 Sangamon | 1 0.03 80.29 Sanilac | 1 0.03 80.32 Sanpete | 1 0.03 80.36 Santa Barbara | 1 0.03 80.39 Santa Clara | 1 0.03 80.42 Santa Cruz | 2 0.06 80.48 Santa Fe | 1 0.03 80.51 Santa Isabel | 1 0.03 80.54 Santa Rosa | 1 0.03 80.57 Sarasota | 1 0.03 80.60 Saratoga | 1 0.03 80.64 Sargent | 1 0.03 80.67 Sarpy | 1 0.03 80.70 Sauk | 1 0.03 80.73 Saunders | 1 0.03 80.76 Sawyer | 1 0.03 80.79 Schenectady | 1 0.03 80.82 Schleicher | 1 0.03 80.85 Schley | 1 0.03 80.89 Schoharie | 1 0.03 80.92 Schoolcraft | 1 0.03 80.95 Schuyler | 3 0.09 81.04 Schuylkill | 1 0.03 81.07 Scioto | 1 0.03 81.10 Scotland | 2 0.06 81.17 Scott | 11 0.34 81.51 Scotts Bluff | 1 0.03 81.54 Screven | 1 0.03 81.57 Scurry | 1 0.03 81.60 Searcy | 1 0.03 81.63 Sebastian | 1 0.03 81.67 Sedgwick | 2 0.06 81.73 Seminole | 3 0.09 81.82 Seneca | 2 0.06 81.88 Sequatchie | 1 0.03 81.91 Sequoyah | 1 0.03 81.95 Sevier | 3 0.09 82.04 Seward | 2 0.06 82.10 Shackelford | 1 0.03 82.13 Shannon | 2 0.06 82.20 Sharkey | 1 0.03 82.23 Sharp | 1 0.03 82.26 Shasta | 1 0.03 82.29 Shawano | 1 0.03 82.32 Shawnee | 1 0.03 82.35 Sheboygan | 1 0.03 82.38 Shelby | 9 0.28 82.66 Shenandoah | 1 0.03 82.69 Sherburne | 1 0.03 82.73 Sheridan | 5 0.16 82.88 Sherman | 4 0.12 83.01 Shiawassee | 1 0.03 83.04 Shoshone | 1 0.03 83.07 Sibley | 1 0.03 83.10 Sierra | 2 0.06 83.16 Silver Bow | 1 0.03 83.19 Simpson | 2 0.06 83.26 Sioux | 3 0.09 83.35 Siskiyou | 1 0.03 83.38 Sitka | 1 0.03 83.41 Skagit | 1 0.03 83.44 Skagway-Yakutat | 1 0.03 83.47 Skamania | 1 0.03 83.50 Slope | 1 0.03 83.54 Smith | 4 0.12 83.66 Smyth | 1 0.03 83.69 Snohomish | 1 0.03 83.72 Snyder | 1 0.03 83.75 Socorro | 1 0.03 83.79 Solano | 1 0.03 83.82 Somerset | 4 0.12 83.94 Somervell | 1 0.03 83.97 Sonoma | 1 0.03 84.00 Southampton | 1 0.03 84.03 Southeast Fairbanks | 1 0.03 84.07 Spalding | 1 0.03 84.10 Spartanburg | 1 0.03 84.13 Spencer | 2 0.06 84.19 Spink | 1 0.03 84.22 Spokane | 1 0.03 84.25 Spotsylvania | 1 0.03 84.28 St Bernard | 1 0.03 84.32 St Charles | 2 0.06 84.38 St Clair | 4 0.12 84.50 St Croix | 1 0.03 84.53 St Francis | 1 0.03 84.57 St Francois | 1 0.03 84.60 St Helena | 1 0.03 84.63 St James | 1 0.03 84.66 St John Baptist | 1 0.03 84.69 St Joseph | 2 0.06 84.75 St Landry | 1 0.03 84.78 St Lawrence | 1 0.03 84.81 St Louis | 2 0.06 84.88 St Louis City | 1 0.03 84.91 St Lucie | 1 0.03 84.94 St Martin | 1 0.03 84.97 St Mary | 1 0.03 85.00 St Marys | 1 0.03 85.03 St Tammany | 1 0.03 85.06 Stafford | 2 0.06 85.13 Stanislaus | 1 0.03 85.16 Stanley | 1 0.03 85.19 Stanly | 1 0.03 85.22 Stanton | 2 0.06 85.28 Stark | 3 0.09 85.38 Starke | 1 0.03 85.41 Starr | 1 0.03 85.44 Staunton City | 1 0.03 85.47 Ste Genevieve | 1 0.03 85.50 Stearns | 1 0.03 85.53 Steele | 2 0.06 85.59 Stephens | 3 0.09 85.69 Stephenson | 1 0.03 85.72 Sterling | 1 0.03 85.75 Steuben | 2 0.06 85.81 Stevens | 3 0.09 85.91 Stewart | 2 0.06 85.97 Stillwater | 1 0.03 86.00 Stoddard | 1 0.03 86.03 Stokes | 1 0.03 86.06 Stone | 3 0.09 86.16 Stonewall | 1 0.03 86.19 Storey | 1 0.03 86.22 Story | 1 0.03 86.25 Strafford | 1 0.03 86.28 Stutsman | 1 0.03 86.31 Sublette | 1 0.03 86.34 Suffolk | 2 0.06 86.40 Suffolk City | 1 0.03 86.44 Sullivan | 6 0.19 86.62 Sully | 1 0.03 86.65 Summers | 1 0.03 86.69 Summit | 3 0.09 86.78 Sumner | 2 0.06 86.84 Sumter | 4 0.12 86.97 Sunflower | 1 0.03 87.00 Surry | 2 0.06 87.06 Susquehanna | 1 0.03 87.09 Sussex | 3 0.09 87.18 Sutter | 1 0.03 87.22 Sutton | 1 0.03 87.25 Suwannee | 1 0.03 87.28 Swain | 1 0.03 87.31 Sweet Grass | 1 0.03 87.34 Sweetwater | 1 0.03 87.37 Swift | 1 0.03 87.40 Swisher | 1 0.03 87.43 Switzerland | 1 0.03 87.46 Talbot | 2 0.06 87.53 Taliaferro | 1 0.03 87.56 Talladega | 1 0.03 87.59 Tallahatchie | 1 0.03 87.62 Tallapoosa | 1 0.03 87.65 Tama | 1 0.03 87.68 Taney | 1 0.03 87.71 Tangipahoa | 1 0.03 87.75 Taos | 1 0.03 87.78 Tarrant | 1 0.03 87.81 Tate | 1 0.03 87.84 Tattnall | 1 0.03 87.87 Taylor | 7 0.22 88.09 Tazewell | 2 0.06 88.15 Tehama | 1 0.03 88.18 Telfair | 1 0.03 88.21 Teller | 1 0.03 88.24 Tensas | 1 0.03 88.28 Terrebonne | 1 0.03 88.31 Terrell | 2 0.06 88.37 Terry | 1 0.03 88.40 Teton | 3 0.09 88.49 Texas | 2 0.06 88.56 Thayer | 1 0.03 88.59 Thomas | 3 0.09 88.68 Throckmorton | 1 0.03 88.71 Thurston | 2 0.06 88.77 Tift | 1 0.03 88.81 Tillamook | 1 0.03 88.84 Tillman | 1 0.03 88.87 Tioga | 2 0.06 88.93 Tippah | 1 0.03 88.96 Tippecanoe | 1 0.03 88.99 Tipton | 2 0.06 89.06 Tishomingo | 1 0.03 89.09 Titus | 1 0.03 89.12 Toa Alta | 1 0.03 89.15 Toa Baja | 1 0.03 89.18 Todd | 3 0.09 89.27 Tolland | 1 0.03 89.30 Tom Green | 1 0.03 89.34 Tompkins | 1 0.03 89.37 Tooele | 1 0.03 89.40 Toole | 1 0.03 89.43 Toombs | 1 0.03 89.46 Torrance | 1 0.03 89.49 Towner | 1 0.03 89.52 Towns | 1 0.03 89.55 Traill | 1 0.03 89.59 Transylvania | 1 0.03 89.62 Traverse | 1 0.03 89.65 Travis | 1 0.03 89.68 Treasure | 1 0.03 89.71 Trego | 1 0.03 89.74 Trempealeau | 1 0.03 89.77 Treutlen | 1 0.03 89.80 Trigg | 1 0.03 89.83 Trimble | 1 0.03 89.87 Trinity | 2 0.06 89.93 Tripp | 1 0.03 89.96 Troup | 1 0.03 89.99 Trousdale | 1 0.03 90.02 Trujillo Alto | 1 0.03 90.05 Trumbull | 1 0.03 90.08 Tucker | 1 0.03 90.12 Tulare | 1 0.03 90.15 Tulsa | 1 0.03 90.18 Tunica | 1 0.03 90.21 Tuolumne | 1 0.03 90.24 Turner | 2 0.06 90.30 Tuscaloosa | 1 0.03 90.33 Tuscarawas | 1 0.03 90.36 Tuscola | 1 0.03 90.40 Twiggs | 1 0.03 90.43 Twin Falls | 1 0.03 90.46 Tyler | 2 0.06 90.52 Tyrrell | 1 0.03 90.55 Uinta | 1 0.03 90.58 Uintah | 1 0.03 90.61 Ulster | 1 0.03 90.65 Umatilla | 1 0.03 90.68 Unicoi | 1 0.03 90.71 Union | 18 0.56 91.27 Upshur | 2 0.06 91.33 Upson | 1 0.03 91.36 Upton | 1 0.03 91.39 Utah | 1 0.03 91.43 Utuado | 1 0.03 91.46 Uvalde | 1 0.03 91.49 Val Verde | 1 0.03 91.52 Valencia | 1 0.03 91.55 Valley | 3 0.09 91.64 Van Buren | 4 0.12 91.77 Van Wert | 1 0.03 91.80 Van Zandt | 1 0.03 91.83 Vance | 1 0.03 91.86 Vanderburgh | 1 0.03 91.89 Vega Alta | 1 0.03 91.92 Vega Baja | 1 0.03 91.96 Venango | 1 0.03 91.99 Ventura | 1 0.03 92.02 Vermilion | 2 0.06 92.08 Vermillion | 1 0.03 92.11 Vernon | 3 0.09 92.20 Victoria | 1 0.03 92.24 Vieques | 1 0.03 92.27 Vigo | 1 0.03 92.30 Vilas | 1 0.03 92.33 Villalba | 1 0.03 92.36 Vinton | 1 0.03 92.39 Virginia Beach City | 1 0.03 92.42 Volusia | 1 0.03 92.45 Wabash | 2 0.06 92.52 Wabasha | 1 0.03 92.55 Wabaunsee | 1 0.03 92.58 Wade Hampton | 1 0.03 92.61 Wadena | 1 0.03 92.64 Wagoner | 1 0.03 92.67 Wahkiakum | 1 0.03 92.70 Wake | 1 0.03 92.73 Wakulla | 1 0.03 92.77 Waldo | 1 0.03 92.80 Walker | 3 0.09 92.89 Walla Walla | 1 0.03 92.92 Wallace | 1 0.03 92.95 Waller | 1 0.03 92.98 Wallowa | 1 0.03 93.02 Walsh | 1 0.03 93.05 Walthall | 1 0.03 93.08 Walton | 2 0.06 93.14 Walworth | 2 0.06 93.20 Wapello | 1 0.03 93.23 Ward | 2 0.06 93.30 Ware | 1 0.03 93.33 Warren | 14 0.44 93.76 Warrick | 1 0.03 93.79 Wasatch | 1 0.03 93.83 Wasco | 1 0.03 93.86 Waseca | 1 0.03 93.89 Washakie | 1 0.03 93.92 Washburn | 1 0.03 93.95 Washington | 31 0.97 94.92 Washington Dc | 1 0.03 94.95 Washita | 1 0.03 94.98 Washoe | 1 0.03 95.01 Washtenaw | 1 0.03 95.04 Watauga | 1 0.03 95.07 Watonwan | 1 0.03 95.10 Waukesha | 1 0.03 95.14 Waupaca | 1 0.03 95.17 Waushara | 1 0.03 95.20 Wayne | 16 0.50 95.70 Waynesboro City | 1 0.03 95.73 Weakley | 1 0.03 95.76 Webb | 1 0.03 95.79 Weber | 1 0.03 95.82 Webster | 8 0.25 96.07 Weld | 1 0.03 96.10 Wells | 2 0.06 96.16 West Baton Rouge | 1 0.03 96.20 West Carroll | 1 0.03 96.23 West Feliciana | 1 0.03 96.26 Westchester | 1 0.03 96.29 Westmoreland | 2 0.06 96.35 Weston | 1 0.03 96.38 Wetzel | 1 0.03 96.41 Wexford | 1 0.03 96.45 Wharton | 1 0.03 96.48 Whatcom | 1 0.03 96.51 Wheatland | 1 0.03 96.54 Wheeler | 4 0.12 96.66 White | 5 0.16 96.82 White Pine | 1 0.03 96.85 Whiteside | 1 0.03 96.88 Whitfield | 1 0.03 96.91 Whitley | 2 0.06 96.98 Whitman | 1 0.03 97.01 Wibaux | 1 0.03 97.04 Wichita | 2 0.06 97.10 Wicomico | 1 0.03 97.13 Wilbarger | 1 0.03 97.16 Wilcox | 2 0.06 97.22 Wilkes | 2 0.06 97.29 Wilkin | 1 0.03 97.32 Wilkinson | 2 0.06 97.38 Will | 1 0.03 97.41 Willacy | 1 0.03 97.44 Williams | 2 0.06 97.51 Williamsburg | 1 0.03 97.54 Williamsburg City | 1 0.03 97.57 Williamson | 3 0.09 97.66 Wilson | 4 0.12 97.79 Winchester City | 1 0.03 97.82 Windham | 2 0.06 97.88 Windsor | 1 0.03 97.91 Winkler | 1 0.03 97.94 Winn | 1 0.03 97.97 Winnebago | 3 0.09 98.07 Winneshiek | 1 0.03 98.10 Winona | 1 0.03 98.13 Winston | 2 0.06 98.19 Wirt | 1 0.03 98.22 Wise | 2 0.06 98.29 Wolfe | 1 0.03 98.32 Wood | 4 0.12 98.44 Woodbury | 1 0.03 98.47 Woodford | 2 0.06 98.53 Woodruff | 1 0.03 98.57 Woods | 1 0.03 98.60 Woodson | 1 0.03 98.63 Woodward | 1 0.03 98.66 Worcester | 2 0.06 98.72 Worth | 3 0.09 98.82 Wright | 3 0.09 98.91 Wyandot | 1 0.03 98.94 Wyandotte | 1 0.03 98.97 Wyoming | 3 0.09 99.06 Wythe | 1 0.03 99.10 Yabucoa | 1 0.03 99.13 Yadkin | 1 0.03 99.16 Yakima | 1 0.03 99.19 Yalobusha | 1 0.03 99.22 Yamhill | 1 0.03 99.25 Yancey | 1 0.03 99.28 Yankton | 1 0.03 99.31 Yates | 1 0.03 99.35 Yauco | 1 0.03 99.38 Yavapai | 1 0.03 99.41 Yazoo | 1 0.03 99.44 Yell | 1 0.03 99.47 Yellow Medicine | 1 0.03 99.50 Yellowstone | 1 0.03 99.53 Yoakum | 1 0.03 99.56 Yolo | 1 0.03 99.59 York | 5 0.16 99.75 Young | 1 0.03 99.78 Yuba | 1 0.03 99.81 Yukon-Koyukuk | 1 0.03 99.84 Yuma | 2 0.06 99.91 Zapata | 1 0.03 99.94 Zavala | 1 0.03 99.97 Ziebach | 1 0.03 100.00 ---------------------+----------------------------------- Total | 3,207 100.00 Frequencies for aaged variable in countyrate2004 dataset : Aged Part A | Freq. Percent Cum. ------------+----------------------------------- 172.2 | 1 0.03 0.03 173.15 | 1 0.03 0.06 176.09 | 1 0.03 0.09 186.51 | 1 0.03 0.12 194.43 | 1 0.03 0.16 198.67 | 1 0.03 0.19 198.71 | 1 0.03 0.22 198.92 | 1 0.03 0.25 198.99 | 1 0.03 0.28 203.72 | 1 0.03 0.31 204.01 | 1 0.03 0.34 205.34 | 1 0.03 0.37 205.81 | 1 0.03 0.41 206.12 | 1 0.03 0.44 209.63 | 1 0.03 0.47 210.16 | 1 0.03 0.50 210.62 | 1 0.03 0.53 213.63 | 1 0.03 0.56 213.75 | 1 0.03 0.59 214.17 | 1 0.03 0.62 215.25 | 1 0.03 0.65 218.82 | 1 0.03 0.69 219.93 | 1 0.03 0.72 222.01 | 1 0.03 0.75 222.65 | 1 0.03 0.78 223.37 | 1 0.03 0.81 223.51 | 1 0.03 0.84 224.21 | 1 0.03 0.87 225.39 | 1 0.03 0.90 229.02 | 1 0.03 0.94 232.76 | 1 0.03 0.97 234.6 | 1 0.03 1.00 235.98 | 1 0.03 1.03 237.38 | 1 0.03 1.06 239.32 | 1 0.03 1.09 240.14 | 1 0.03 1.12 240.6 | 1 0.03 1.15 240.92 | 1 0.03 1.18 241.6 | 1 0.03 1.22 241.73 | 1 0.03 1.25 241.84 | 1 0.03 1.28 242.09 | 1 0.03 1.31 243.85 | 1 0.03 1.34 243.96 | 1 0.03 1.37 244.03 | 1 0.03 1.40 246.4 | 1 0.03 1.43 248.17 | 1 0.03 1.47 250.24 | 1 0.03 1.50 251 | 1 0.03 1.53 251.4 | 1 0.03 1.56 251.42 | 1 0.03 1.59 252.39 | 1 0.03 1.62 253.7 | 1 0.03 1.65 256.07 | 1 0.03 1.68 257.68 | 1 0.03 1.71 258.11 | 1 0.03 1.75 259.71 | 1 0.03 1.78 260.69 | 1 0.03 1.81 260.89 | 1 0.03 1.84 261.01 | 1 0.03 1.87 261.48 | 1 0.03 1.90 262.84 | 1 0.03 1.93 269.98 | 1 0.03 1.96 270.44 | 1 0.03 2.00 271 | 1 0.03 2.03 273.11 | 1 0.03 2.06 274.3 | 1 0.03 2.09 274.69 | 1 0.03 2.12 275.52 | 1 0.03 2.15 277.95 | 1 0.03 2.18 289.43 | 1 0.03 2.21 291.76 | 1 0.03 2.25 292.96 | 1 0.03 2.28 293.42 | 1 0.03 2.31 294.03 | 1 0.03 2.34 296.5 | 2,131 66.45 68.79 296.58 | 1 0.03 68.82 296.65 | 1 0.03 68.85 296.67 | 1 0.03 68.88 296.72 | 1 0.03 68.91 296.8 | 1 0.03 68.94 296.85 | 1 0.03 68.97 296.97 | 1 0.03 69.01 297.01 | 1 0.03 69.04 297.09 | 1 0.03 69.07 297.13 | 1 0.03 69.10 297.3 | 1 0.03 69.13 297.45 | 1 0.03 69.16 297.49 | 1 0.03 69.19 297.54 | 1 0.03 69.22 297.58 | 1 0.03 69.25 297.59 | 1 0.03 69.29 297.79 | 1 0.03 69.32 297.86 | 1 0.03 69.35 298.31 | 1 0.03 69.38 298.39 | 1 0.03 69.41 298.56 | 1 0.03 69.44 298.58 | 2 0.06 69.50 298.66 | 1 0.03 69.54 298.69 | 1 0.03 69.57 298.73 | 1 0.03 69.60 298.96 | 1 0.03 69.63 299.01 | 1 0.03 69.66 299.06 | 1 0.03 69.69 299.14 | 1 0.03 69.72 299.2 | 1 0.03 69.75 299.22 | 1 0.03 69.78 299.24 | 1 0.03 69.82 299.37 | 1 0.03 69.85 299.4 | 1 0.03 69.88 299.53 | 1 0.03 69.91 299.62 | 2 0.06 69.97 299.65 | 2 0.06 70.03 299.7 | 1 0.03 70.07 299.73 | 1 0.03 70.10 299.82 | 1 0.03 70.13 299.84 | 1 0.03 70.16 299.88 | 1 0.03 70.19 299.92 | 1 0.03 70.22 299.99 | 1 0.03 70.25 300.12 | 1 0.03 70.28 300.13 | 1 0.03 70.31 300.23 | 1 0.03 70.35 300.25 | 1 0.03 70.38 300.4 | 1 0.03 70.41 300.41 | 1 0.03 70.44 300.44 | 1 0.03 70.47 300.45 | 1 0.03 70.50 300.5 | 1 0.03 70.53 300.55 | 1 0.03 70.56 300.57 | 1 0.03 70.60 300.76 | 1 0.03 70.63 300.77 | 1 0.03 70.66 300.85 | 1 0.03 70.69 300.93 | 1 0.03 70.72 301.1 | 1 0.03 70.75 301.18 | 1 0.03 70.78 301.34 | 1 0.03 70.81 301.54 | 1 0.03 70.85 301.76 | 1 0.03 70.88 301.77 | 1 0.03 70.91 301.92 | 1 0.03 70.94 302.04 | 1 0.03 70.97 302.29 | 1 0.03 71.00 302.34 | 1 0.03 71.03 302.75 | 1 0.03 71.06 302.82 | 1 0.03 71.09 302.83 | 1 0.03 71.13 303.02 | 1 0.03 71.16 303.03 | 1 0.03 71.19 303.04 | 1 0.03 71.22 303.06 | 1 0.03 71.25 303.24 | 1 0.03 71.28 303.66 | 1 0.03 71.31 303.73 | 1 0.03 71.34 303.83 | 1 0.03 71.38 304.34 | 1 0.03 71.41 304.48 | 1 0.03 71.44 304.65 | 1 0.03 71.47 304.72 | 1 0.03 71.50 304.79 | 1 0.03 71.53 304.81 | 2 0.06 71.59 304.92 | 1 0.03 71.62 304.98 | 1 0.03 71.66 305 | 1 0.03 71.69 305.1 | 1 0.03 71.72 305.16 | 1 0.03 71.75 305.44 | 1 0.03 71.78 305.54 | 1 0.03 71.81 305.55 | 1 0.03 71.84 305.57 | 2 0.06 71.91 305.63 | 1 0.03 71.94 305.67 | 1 0.03 71.97 305.7 | 1 0.03 72.00 305.84 | 1 0.03 72.03 306.01 | 1 0.03 72.06 306.09 | 2 0.06 72.12 306.19 | 1 0.03 72.15 306.24 | 1 0.03 72.19 306.36 | 1 0.03 72.22 306.95 | 1 0.03 72.25 307.08 | 1 0.03 72.28 307.22 | 1 0.03 72.31 307.26 | 1 0.03 72.34 307.7 | 1 0.03 72.37 307.81 | 1 0.03 72.40 307.9 | 1 0.03 72.44 308.02 | 1 0.03 72.47 308.12 | 1 0.03 72.50 308.27 | 1 0.03 72.53 308.39 | 1 0.03 72.56 308.55 | 1 0.03 72.59 308.73 | 1 0.03 72.62 308.77 | 1 0.03 72.65 308.8 | 1 0.03 72.68 308.92 | 1 0.03 72.72 309.16 | 1 0.03 72.75 309.37 | 1 0.03 72.78 309.62 | 1 0.03 72.81 310.04 | 1 0.03 72.84 310.19 | 1 0.03 72.87 310.34 | 1 0.03 72.90 310.43 | 1 0.03 72.93 310.45 | 1 0.03 72.97 311.43 | 1 0.03 73.00 311.66 | 1 0.03 73.03 311.69 | 1 0.03 73.06 311.72 | 1 0.03 73.09 311.77 | 1 0.03 73.12 311.9 | 1 0.03 73.15 312.06 | 1 0.03 73.18 312.16 | 1 0.03 73.21 312.51 | 1 0.03 73.25 312.76 | 1 0.03 73.28 312.9 | 1 0.03 73.31 313.02 | 1 0.03 73.34 313.22 | 1 0.03 73.37 313.51 | 1 0.03 73.40 313.52 | 1 0.03 73.43 313.64 | 1 0.03 73.46 313.97 | 1 0.03 73.50 314.2 | 1 0.03 73.53 314.31 | 1 0.03 73.56 314.6 | 1 0.03 73.59 314.68 | 1 0.03 73.62 314.89 | 1 0.03 73.65 314.91 | 1 0.03 73.68 315.02 | 1 0.03 73.71 315.11 | 1 0.03 73.74 315.46 | 1 0.03 73.78 315.61 | 1 0.03 73.81 315.67 | 3 0.09 73.90 316.2 | 1 0.03 73.93 316.21 | 1 0.03 73.96 316.32 | 2 0.06 74.03 316.35 | 1 0.03 74.06 316.48 | 1 0.03 74.09 316.9 | 1 0.03 74.12 317.1 | 1 0.03 74.15 317.13 | 1 0.03 74.18 317.23 | 1 0.03 74.21 317.26 | 1 0.03 74.24 317.3 | 1 0.03 74.28 317.46 | 1 0.03 74.31 318.04 | 1 0.03 74.34 318.3 | 2 0.06 74.40 318.32 | 1 0.03 74.43 318.48 | 1 0.03 74.46 318.58 | 1 0.03 74.49 318.92 | 1 0.03 74.52 318.96 | 1 0.03 74.56 319.19 | 1 0.03 74.59 319.26 | 1 0.03 74.62 319.3 | 2 0.06 74.68 319.46 | 1 0.03 74.71 319.82 | 1 0.03 74.74 319.86 | 1 0.03 74.77 320.01 | 1 0.03 74.81 320.03 | 1 0.03 74.84 320.06 | 1 0.03 74.87 320.44 | 1 0.03 74.90 320.58 | 1 0.03 74.93 320.93 | 1 0.03 74.96 320.94 | 1 0.03 74.99 321.15 | 1 0.03 75.02 321.17 | 1 0.03 75.05 321.54 | 1 0.03 75.09 321.62 | 1 0.03 75.12 321.72 | 1 0.03 75.15 321.88 | 1 0.03 75.18 322.58 | 1 0.03 75.21 323.1 | 1 0.03 75.24 323.12 | 1 0.03 75.27 323.36 | 1 0.03 75.30 324.01 | 1 0.03 75.34 324.12 | 1 0.03 75.37 324.17 | 1 0.03 75.40 324.21 | 1 0.03 75.43 324.85 | 1 0.03 75.46 324.98 | 1 0.03 75.49 325.38 | 1 0.03 75.52 325.46 | 1 0.03 75.55 325.93 | 1 0.03 75.58 327.03 | 1 0.03 75.62 327.27 | 1 0.03 75.65 327.36 | 1 0.03 75.68 327.59 | 1 0.03 75.71 327.71 | 510 15.90 91.61 327.89 | 1 0.03 91.64 327.99 | 1 0.03 91.67 328.09 | 1 0.03 91.71 328.16 | 1 0.03 91.74 328.45 | 1 0.03 91.77 328.48 | 1 0.03 91.80 328.64 | 1 0.03 91.83 328.85 | 1 0.03 91.86 328.94 | 1 0.03 91.89 328.95 | 1 0.03 91.92 328.98 | 1 0.03 91.96 329.1 | 1 0.03 91.99 329.18 | 1 0.03 92.02 329.33 | 1 0.03 92.05 329.34 | 1 0.03 92.08 329.86 | 1 0.03 92.11 329.97 | 1 0.03 92.14 330 | 2 0.06 92.20 330.12 | 1 0.03 92.24 330.28 | 1 0.03 92.27 330.39 | 2 0.06 92.33 330.4 | 1 0.03 92.36 330.45 | 1 0.03 92.39 330.55 | 1 0.03 92.42 330.59 | 1 0.03 92.45 330.65 | 1 0.03 92.49 330.67 | 1 0.03 92.52 330.77 | 1 0.03 92.55 330.86 | 1 0.03 92.58 330.98 | 1 0.03 92.61 331.02 | 1 0.03 92.64 331.04 | 1 0.03 92.67 331.3 | 1 0.03 92.70 331.59 | 1 0.03 92.73 331.74 | 1 0.03 92.77 331.94 | 1 0.03 92.80 332 | 1 0.03 92.83 332.04 | 1 0.03 92.86 332.18 | 1 0.03 92.89 332.42 | 1 0.03 92.92 332.43 | 1 0.03 92.95 332.53 | 1 0.03 92.98 332.56 | 1 0.03 93.02 332.59 | 2 0.06 93.08 332.7 | 1 0.03 93.11 332.87 | 1 0.03 93.14 332.88 | 1 0.03 93.17 333.03 | 1 0.03 93.20 333.11 | 1 0.03 93.23 333.25 | 1 0.03 93.26 333.32 | 1 0.03 93.30 333.81 | 1 0.03 93.33 334.03 | 1 0.03 93.36 334.33 | 1 0.03 93.39 334.34 | 1 0.03 93.42 334.49 | 1 0.03 93.45 334.56 | 1 0.03 93.48 334.72 | 1 0.03 93.51 334.86 | 2 0.06 93.58 334.95 | 1 0.03 93.61 335.29 | 1 0.03 93.64 335.34 | 1 0.03 93.67 335.48 | 1 0.03 93.70 335.5 | 1 0.03 93.73 335.95 | 1 0.03 93.76 336.25 | 1 0.03 93.79 336.5 | 1 0.03 93.83 336.91 | 1 0.03 93.86 336.97 | 1 0.03 93.89 337.13 | 1 0.03 93.92 337.6 | 1 0.03 93.95 337.91 | 2 0.06 94.01 337.99 | 1 0.03 94.04 338 | 1 0.03 94.08 338.2 | 1 0.03 94.11 338.25 | 1 0.03 94.14 338.5 | 1 0.03 94.17 338.64 | 1 0.03 94.20 338.65 | 1 0.03 94.23 338.88 | 1 0.03 94.26 338.99 | 1 0.03 94.29 339.1 | 1 0.03 94.32 339.2 | 1 0.03 94.36 339.51 | 1 0.03 94.39 339.52 | 1 0.03 94.42 340.01 | 1 0.03 94.45 340.22 | 1 0.03 94.48 340.25 | 1 0.03 94.51 340.31 | 1 0.03 94.54 340.79 | 1 0.03 94.57 341.07 | 1 0.03 94.61 341.27 | 1 0.03 94.64 341.62 | 1 0.03 94.67 341.79 | 1 0.03 94.70 342.27 | 1 0.03 94.73 342.31 | 1 0.03 94.76 342.54 | 1 0.03 94.79 342.7 | 2 0.06 94.86 342.83 | 1 0.03 94.89 343.07 | 1 0.03 94.92 343.1 | 1 0.03 94.95 343.71 | 1 0.03 94.98 343.91 | 1 0.03 95.01 344.42 | 1 0.03 95.04 344.79 | 1 0.03 95.07 344.85 | 1 0.03 95.10 345.07 | 1 0.03 95.14 345.17 | 1 0.03 95.17 345.24 | 1 0.03 95.20 345.38 | 1 0.03 95.23 345.73 | 1 0.03 95.26 345.85 | 1 0.03 95.29 345.88 | 1 0.03 95.32 346.15 | 1 0.03 95.35 346.22 | 1 0.03 95.39 346.26 | 1 0.03 95.42 346.32 | 1 0.03 95.45 346.37 | 1 0.03 95.48 346.42 | 1 0.03 95.51 346.56 | 1 0.03 95.54 346.64 | 1 0.03 95.57 346.89 | 2 0.06 95.63 347.03 | 1 0.03 95.67 347.1 | 1 0.03 95.70 347.69 | 1 0.03 95.73 347.79 | 1 0.03 95.76 347.83 | 1 0.03 95.79 348.11 | 1 0.03 95.82 348.43 | 1 0.03 95.85 348.44 | 1 0.03 95.88 348.54 | 1 0.03 95.92 348.61 | 1 0.03 95.95 348.79 | 2 0.06 96.01 348.93 | 1 0.03 96.04 349.36 | 1 0.03 96.07 349.62 | 1 0.03 96.10 350.2 | 1 0.03 96.13 350.66 | 1 0.03 96.16 350.7 | 1 0.03 96.20 351.02 | 1 0.03 96.23 351.4 | 1 0.03 96.26 351.77 | 1 0.03 96.29 351.88 | 1 0.03 96.32 351.92 | 1 0.03 96.35 352.24 | 1 0.03 96.38 352.83 | 1 0.03 96.41 354.25 | 1 0.03 96.45 354.26 | 1 0.03 96.48 354.33 | 1 0.03 96.51 354.92 | 1 0.03 96.54 354.93 | 1 0.03 96.57 355.62 | 1 0.03 96.60 356.09 | 1 0.03 96.63 356.16 | 1 0.03 96.66 356.54 | 1 0.03 96.69 357.29 | 1 0.03 96.73 357.32 | 1 0.03 96.76 357.5 | 1 0.03 96.79 357.75 | 1 0.03 96.82 357.87 | 1 0.03 96.85 358.21 | 1 0.03 96.88 358.48 | 1 0.03 96.91 358.91 | 1 0.03 96.94 358.95 | 1 0.03 96.98 359.07 | 1 0.03 97.01 359.62 | 1 0.03 97.04 359.65 | 1 0.03 97.07 360 | 1 0.03 97.10 361.13 | 1 0.03 97.13 361.19 | 1 0.03 97.16 361.39 | 1 0.03 97.19 361.53 | 1 0.03 97.22 361.75 | 1 0.03 97.26 361.98 | 1 0.03 97.29 362.83 | 1 0.03 97.32 363.31 | 1 0.03 97.35 363.45 | 1 0.03 97.38 363.96 | 1 0.03 97.41 364.22 | 1 0.03 97.44 365.73 | 1 0.03 97.47 366.11 | 1 0.03 97.51 366.61 | 1 0.03 97.54 367.86 | 1 0.03 97.57 368.1 | 1 0.03 97.60 368.32 | 1 0.03 97.63 368.7 | 1 0.03 97.66 369.42 | 1 0.03 97.69 370.17 | 1 0.03 97.72 370.45 | 1 0.03 97.75 371.2 | 1 0.03 97.79 371.41 | 1 0.03 97.82 373.01 | 1 0.03 97.85 373.33 | 1 0.03 97.88 374.05 | 1 0.03 97.91 374.3 | 1 0.03 97.94 374.64 | 1 0.03 97.97 375.13 | 1 0.03 98.00 375.47 | 1 0.03 98.04 375.64 | 1 0.03 98.07 376.29 | 1 0.03 98.10 376.48 | 1 0.03 98.13 377.22 | 1 0.03 98.16 377.38 | 1 0.03 98.19 378.08 | 1 0.03 98.22 378.88 | 1 0.03 98.25 379.48 | 1 0.03 98.29 380.57 | 1 0.03 98.32 380.68 | 1 0.03 98.35 380.73 | 1 0.03 98.38 381.03 | 1 0.03 98.41 381.2 | 2 0.06 98.47 381.8 | 1 0.03 98.50 381.91 | 1 0.03 98.53 381.98 | 1 0.03 98.57 382.02 | 1 0.03 98.60 382.72 | 1 0.03 98.63 382.96 | 1 0.03 98.66 382.98 | 1 0.03 98.69 383.81 | 1 0.03 98.72 385.22 | 1 0.03 98.75 387.32 | 1 0.03 98.78 387.34 | 1 0.03 98.82 387.37 | 1 0.03 98.85 390.65 | 1 0.03 98.88 394.65 | 1 0.03 98.91 396.51 | 1 0.03 98.94 400.33 | 2 0.06 99.00 401.57 | 1 0.03 99.03 405.16 | 1 0.03 99.06 405.74 | 1 0.03 99.10 405.95 | 1 0.03 99.13 406.86 | 1 0.03 99.16 408.5 | 1 0.03 99.19 409.18 | 1 0.03 99.22 409.6 | 1 0.03 99.25 409.81 | 1 0.03 99.28 410.7 | 1 0.03 99.31 412.09 | 1 0.03 99.35 412.19 | 1 0.03 99.38 412.63 | 1 0.03 99.41 416.02 | 1 0.03 99.44 416.11 | 1 0.03 99.47 417.8 | 1 0.03 99.50 418.22 | 1 0.03 99.53 423.06 | 1 0.03 99.56 423.67 | 1 0.03 99.59 425.33 | 1 0.03 99.63 427.87 | 1 0.03 99.66 435.83 | 1 0.03 99.69 435.86 | 1 0.03 99.72 445.53 | 1 0.03 99.75 452.87 | 1 0.03 99.78 453.6 | 1 0.03 99.81 458.58 | 1 0.03 99.84 462.9 | 1 0.03 99.88 467.97 | 1 0.03 99.91 468.3 | 1 0.03 99.94 481.15 | 1 0.03 99.97 493.45 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,207 100.00 Frequencies for baged variable in countyrate2004 dataset : Aged Part B | Freq. Percent Cum. ------------+----------------------------------- 139.03 | 1 0.03 0.03 139.79 | 1 0.03 0.06 142.17 | 1 0.03 0.09 150.58 | 1 0.03 0.12 156.97 | 1 0.03 0.16 160.4 | 1 0.03 0.19 160.43 | 1 0.03 0.22 160.59 | 1 0.03 0.25 160.66 | 1 0.03 0.28 164.47 | 1 0.03 0.31 164.7 | 1 0.03 0.34 165.78 | 1 0.03 0.37 166.16 | 1 0.03 0.41 166.4 | 1 0.03 0.44 169.24 | 1 0.03 0.47 169.67 | 1 0.03 0.50 170.05 | 1 0.03 0.53 172.47 | 1 0.03 0.56 172.57 | 1 0.03 0.59 172.9 | 1 0.03 0.62 173.78 | 1 0.03 0.65 176.67 | 1 0.03 0.69 177.55 | 1 0.03 0.72 179.23 | 1 0.03 0.75 179.76 | 1 0.03 0.78 180.34 | 1 0.03 0.81 180.45 | 1 0.03 0.84 181.01 | 1 0.03 0.87 181.96 | 1 0.03 0.90 184.9 | 1 0.03 0.94 187.91 | 1 0.03 0.97 189.4 | 1 0.03 1.00 190.52 | 1 0.03 1.03 191.64 | 1 0.03 1.06 193.22 | 1 0.03 1.09 193.88 | 1 0.03 1.12 194.24 | 1 0.03 1.15 194.51 | 1 0.03 1.18 195.05 | 1 0.03 1.22 195.15 | 1 0.03 1.25 195.25 | 1 0.03 1.28 195.44 | 1 0.03 1.31 196.87 | 1 0.03 1.34 196.95 | 1 0.03 1.37 197.02 | 1 0.03 1.40 198.93 | 1 0.03 1.43 200.36 | 1 0.03 1.47 202.02 | 1 0.03 1.50 202.65 | 1 0.03 1.53 202.96 | 1 0.03 1.56 202.98 | 1 0.03 1.59 203.76 | 1 0.03 1.62 204.83 | 1 0.03 1.65 206.74 | 1 0.03 1.68 208.03 | 1 0.03 1.71 208.39 | 1 0.03 1.75 209.68 | 1 0.03 1.78 210.46 | 1 0.03 1.81 210.62 | 1 0.03 1.84 210.73 | 1 0.03 1.87 211.11 | 1 0.03 1.90 212.2 | 1 0.03 1.93 217.97 | 1 0.03 1.96 218.33 | 1 0.03 2.00 218.79 | 1 0.03 2.03 220.49 | 1 0.03 2.06 221.46 | 1 0.03 2.09 221.77 | 1 0.03 2.12 222.43 | 1 0.03 2.15 224.4 | 1 0.03 2.18 233.66 | 1 0.03 2.21 235.55 | 1 0.03 2.25 236.51 | 1 0.03 2.28 236.89 | 1 0.03 2.31 237.38 | 1 0.03 2.34 239.38 | 2,131 66.45 68.79 239.44 | 1 0.03 68.82 239.49 | 1 0.03 68.85 239.51 | 1 0.03 68.88 239.56 | 1 0.03 68.91 239.61 | 1 0.03 68.94 239.66 | 1 0.03 68.97 239.75 | 1 0.03 69.01 239.78 | 1 0.03 69.04 239.85 | 1 0.03 69.07 239.88 | 1 0.03 69.10 240.03 | 1 0.03 69.13 240.14 | 1 0.03 69.16 240.17 | 1 0.03 69.19 240.22 | 1 0.03 69.22 240.24 | 1 0.03 69.25 240.25 | 1 0.03 69.29 240.41 | 1 0.03 69.32 240.48 | 1 0.03 69.35 240.84 | 1 0.03 69.38 240.9 | 1 0.03 69.41 241.03 | 1 0.03 69.44 241.06 | 2 0.06 69.50 241.12 | 1 0.03 69.54 241.14 | 1 0.03 69.57 241.17 | 1 0.03 69.60 241.37 | 1 0.03 69.63 241.4 | 1 0.03 69.66 241.45 | 1 0.03 69.69 241.51 | 1 0.03 69.72 241.56 | 1 0.03 69.75 241.57 | 1 0.03 69.78 241.59 | 1 0.03 69.82 241.69 | 1 0.03 69.85 241.71 | 1 0.03 69.88 241.82 | 1 0.03 69.91 241.89 | 1 0.03 69.94 241.9 | 1 0.03 69.97 241.91 | 2 0.06 70.03 241.96 | 1 0.03 70.07 241.99 | 1 0.03 70.10 242.06 | 1 0.03 70.13 242.08 | 1 0.03 70.16 242.1 | 1 0.03 70.19 242.13 | 1 0.03 70.22 242.19 | 1 0.03 70.25 242.3 | 2 0.06 70.31 242.38 | 1 0.03 70.35 242.4 | 1 0.03 70.38 242.53 | 2 0.06 70.44 242.56 | 2 0.06 70.50 242.6 | 1 0.03 70.53 242.64 | 1 0.03 70.56 242.67 | 1 0.03 70.60 242.81 | 1 0.03 70.63 242.82 | 1 0.03 70.66 242.89 | 1 0.03 70.69 242.96 | 1 0.03 70.72 243.09 | 1 0.03 70.75 243.16 | 1 0.03 70.78 243.28 | 1 0.03 70.81 243.44 | 1 0.03 70.85 243.63 | 2 0.06 70.91 243.75 | 1 0.03 70.94 243.85 | 1 0.03 70.97 244.05 | 1 0.03 71.00 244.09 | 1 0.03 71.03 244.42 | 1 0.03 71.06 244.47 | 1 0.03 71.09 244.48 | 1 0.03 71.13 244.64 | 2 0.06 71.19 244.65 | 1 0.03 71.22 244.67 | 1 0.03 71.25 244.81 | 1 0.03 71.28 245.15 | 1 0.03 71.31 245.21 | 1 0.03 71.34 245.29 | 1 0.03 71.38 245.71 | 1 0.03 71.41 245.81 | 1 0.03 71.44 245.96 | 1 0.03 71.47 246.02 | 1 0.03 71.50 246.06 | 1 0.03 71.53 246.08 | 1 0.03 71.56 246.09 | 1 0.03 71.59 246.18 | 1 0.03 71.62 246.23 | 1 0.03 71.66 246.24 | 1 0.03 71.69 246.32 | 1 0.03 71.72 246.36 | 1 0.03 71.75 246.59 | 1 0.03 71.78 246.67 | 1 0.03 71.81 246.68 | 1 0.03 71.84 246.69 | 2 0.06 71.91 246.74 | 1 0.03 71.94 246.78 | 1 0.03 71.97 246.8 | 1 0.03 72.00 246.91 | 1 0.03 72.03 247.05 | 1 0.03 72.06 247.12 | 2 0.06 72.12 247.19 | 1 0.03 72.15 247.24 | 1 0.03 72.19 247.33 | 1 0.03 72.22 247.81 | 1 0.03 72.25 247.91 | 1 0.03 72.28 248.03 | 1 0.03 72.31 248.06 | 1 0.03 72.34 248.41 | 1 0.03 72.37 248.5 | 1 0.03 72.40 248.58 | 1 0.03 72.44 248.68 | 1 0.03 72.47 248.75 | 1 0.03 72.50 248.87 | 1 0.03 72.53 248.98 | 1 0.03 72.56 249.1 | 1 0.03 72.59 249.25 | 1 0.03 72.62 249.29 | 1 0.03 72.65 249.31 | 1 0.03 72.68 249.4 | 1 0.03 72.72 249.59 | 1 0.03 72.75 249.76 | 1 0.03 72.78 249.97 | 1 0.03 72.81 250.31 | 1 0.03 72.84 250.43 | 1 0.03 72.87 250.55 | 1 0.03 72.90 250.62 | 1 0.03 72.93 250.63 | 1 0.03 72.97 251.43 | 1 0.03 73.00 251.62 | 1 0.03 73.03 251.64 | 1 0.03 73.06 251.67 | 1 0.03 73.09 251.7 | 1 0.03 73.12 251.81 | 1 0.03 73.15 251.93 | 1 0.03 73.18 252.01 | 1 0.03 73.21 252.3 | 1 0.03 73.25 252.5 | 1 0.03 73.28 252.61 | 1 0.03 73.31 252.72 | 1 0.03 73.34 252.87 | 1 0.03 73.37 253.11 | 2 0.06 73.43 253.22 | 1 0.03 73.46 253.48 | 1 0.03 73.50 253.66 | 1 0.03 73.53 253.75 | 1 0.03 73.56 253.99 | 1 0.03 73.59 254.06 | 1 0.03 73.62 254.22 | 1 0.03 73.65 254.24 | 1 0.03 73.68 254.33 | 1 0.03 73.71 254.4 | 1 0.03 73.74 254.68 | 1 0.03 73.78 254.81 | 1 0.03 73.81 254.85 | 3 0.09 73.90 255.28 | 2 0.06 73.96 255.38 | 2 0.06 74.03 255.41 | 1 0.03 74.06 255.51 | 1 0.03 74.09 255.84 | 1 0.03 74.12 256 | 1 0.03 74.15 256.03 | 1 0.03 74.18 256.11 | 1 0.03 74.21 256.14 | 1 0.03 74.24 256.16 | 1 0.03 74.28 256.29 | 1 0.03 74.31 256.77 | 1 0.03 74.34 256.97 | 2 0.06 74.40 257 | 1 0.03 74.43 257.12 | 1 0.03 74.46 257.2 | 1 0.03 74.49 257.47 | 1 0.03 74.52 257.5 | 1 0.03 74.56 257.69 | 1 0.03 74.59 257.75 | 1 0.03 74.62 257.79 | 2 0.06 74.68 257.92 | 1 0.03 74.71 258.2 | 1 0.03 74.74 258.23 | 1 0.03 74.77 258.35 | 1 0.03 74.81 258.38 | 1 0.03 74.84 258.4 | 1 0.03 74.87 258.71 | 1 0.03 74.90 258.81 | 1 0.03 74.93 259.09 | 1 0.03 74.96 259.11 | 1 0.03 74.99 259.28 | 1 0.03 75.02 259.29 | 1 0.03 75.05 259.59 | 1 0.03 75.09 259.66 | 1 0.03 75.12 259.74 | 1 0.03 75.15 259.87 | 1 0.03 75.18 260.44 | 1 0.03 75.21 260.85 | 1 0.03 75.24 260.87 | 1 0.03 75.27 261.06 | 1 0.03 75.30 261.58 | 1 0.03 75.34 261.68 | 1 0.03 75.37 261.72 | 1 0.03 75.40 261.75 | 1 0.03 75.43 262.26 | 1 0.03 75.46 262.36 | 1 0.03 75.49 262.69 | 1 0.03 75.52 262.75 | 1 0.03 75.55 263.14 | 1 0.03 75.58 264.03 | 1 0.03 75.62 264.22 | 1 0.03 75.65 264.29 | 1 0.03 75.68 264.48 | 1 0.03 75.71 264.58 | 510 15.90 91.61 264.71 | 1 0.03 91.64 264.8 | 1 0.03 91.67 264.88 | 1 0.03 91.71 264.94 | 1 0.03 91.74 265.17 | 1 0.03 91.77 265.19 | 1 0.03 91.80 265.32 | 1 0.03 91.83 265.49 | 1 0.03 91.86 265.56 | 1 0.03 91.89 265.58 | 1 0.03 91.92 265.59 | 1 0.03 91.96 265.69 | 1 0.03 91.99 265.76 | 1 0.03 92.02 265.88 | 1 0.03 92.05 265.89 | 1 0.03 92.08 266.31 | 1 0.03 92.11 266.39 | 1 0.03 92.14 266.42 | 1 0.03 92.17 266.43 | 1 0.03 92.20 266.52 | 1 0.03 92.24 266.64 | 1 0.03 92.27 266.73 | 1 0.03 92.30 266.74 | 1 0.03 92.33 266.75 | 1 0.03 92.36 266.78 | 1 0.03 92.39 266.87 | 1 0.03 92.42 266.9 | 1 0.03 92.45 266.94 | 1 0.03 92.49 266.96 | 1 0.03 92.52 267.04 | 1 0.03 92.55 267.11 | 1 0.03 92.58 267.22 | 1 0.03 92.61 267.25 | 1 0.03 92.64 267.27 | 1 0.03 92.67 267.48 | 1 0.03 92.70 267.7 | 1 0.03 92.73 267.82 | 1 0.03 92.77 267.98 | 1 0.03 92.80 268.03 | 1 0.03 92.83 268.07 | 1 0.03 92.86 268.19 | 1 0.03 92.89 268.37 | 1 0.03 92.92 268.38 | 1 0.03 92.95 268.46 | 1 0.03 92.98 268.48 | 1 0.03 93.02 268.51 | 1 0.03 93.05 268.52 | 1 0.03 93.08 268.61 | 1 0.03 93.11 268.74 | 1 0.03 93.14 268.75 | 1 0.03 93.17 268.87 | 1 0.03 93.20 268.94 | 1 0.03 93.23 269.05 | 1 0.03 93.26 269.11 | 1 0.03 93.30 269.49 | 1 0.03 93.33 269.67 | 1 0.03 93.36 269.91 | 1 0.03 93.39 269.92 | 1 0.03 93.42 270.05 | 1 0.03 93.45 270.11 | 1 0.03 93.48 270.23 | 1 0.03 93.51 270.34 | 2 0.06 93.58 270.41 | 1 0.03 93.61 270.69 | 1 0.03 93.64 270.73 | 1 0.03 93.67 270.85 | 1 0.03 93.70 270.86 | 1 0.03 93.73 271.22 | 1 0.03 93.76 271.47 | 1 0.03 93.79 271.67 | 1 0.03 93.83 272 | 1 0.03 93.86 272.05 | 1 0.03 93.89 272.17 | 1 0.03 93.92 272.55 | 1 0.03 93.95 272.8 | 2 0.06 94.01 272.87 | 1 0.03 94.04 272.88 | 1 0.03 94.08 273.05 | 1 0.03 94.11 273.08 | 1 0.03 94.14 273.29 | 1 0.03 94.17 273.39 | 1 0.03 94.20 273.4 | 1 0.03 94.23 273.59 | 1 0.03 94.26 273.68 | 1 0.03 94.29 273.76 | 1 0.03 94.32 273.85 | 1 0.03 94.36 274.1 | 1 0.03 94.39 274.11 | 1 0.03 94.42 274.51 | 1 0.03 94.45 274.67 | 1 0.03 94.48 274.7 | 1 0.03 94.51 274.74 | 1 0.03 94.54 275.14 | 1 0.03 94.57 275.36 | 1 0.03 94.61 275.52 | 1 0.03 94.64 275.8 | 1 0.03 94.67 275.94 | 1 0.03 94.70 276.32 | 1 0.03 94.73 276.36 | 1 0.03 94.76 276.55 | 1 0.03 94.79 276.68 | 2 0.06 94.86 276.78 | 1 0.03 94.89 276.98 | 1 0.03 94.92 276.99 | 1 0.03 94.95 277.49 | 1 0.03 94.98 277.66 | 1 0.03 95.01 278.06 | 1 0.03 95.04 278.36 | 1 0.03 95.07 278.41 | 1 0.03 95.10 278.59 | 1 0.03 95.14 278.67 | 1 0.03 95.17 278.73 | 1 0.03 95.20 278.84 | 1 0.03 95.23 279.12 | 1 0.03 95.26 279.21 | 1 0.03 95.29 279.24 | 1 0.03 95.32 279.46 | 1 0.03 95.35 279.52 | 1 0.03 95.39 279.55 | 1 0.03 95.42 279.59 | 1 0.03 95.45 279.64 | 1 0.03 95.48 279.67 | 1 0.03 95.51 279.79 | 1 0.03 95.54 279.86 | 1 0.03 95.57 280.05 | 1 0.03 95.60 280.06 | 1 0.03 95.63 280.17 | 1 0.03 95.67 280.22 | 1 0.03 95.70 280.7 | 1 0.03 95.73 280.78 | 1 0.03 95.76 280.82 | 1 0.03 95.79 281.04 | 1 0.03 95.82 281.3 | 1 0.03 95.85 281.31 | 1 0.03 95.88 281.39 | 1 0.03 95.92 281.44 | 1 0.03 95.95 281.59 | 2 0.06 96.01 281.71 | 1 0.03 96.04 282.05 | 1 0.03 96.07 282.27 | 1 0.03 96.10 282.73 | 1 0.03 96.13 283.1 | 1 0.03 96.16 283.14 | 1 0.03 96.20 283.39 | 1 0.03 96.23 283.69 | 1 0.03 96.26 283.99 | 1 0.03 96.29 284.08 | 1 0.03 96.32 284.12 | 1 0.03 96.35 284.38 | 1 0.03 96.38 284.86 | 1 0.03 96.41 286 | 2 0.06 96.48 286.07 | 1 0.03 96.51 286.54 | 2 0.06 96.57 287.11 | 1 0.03 96.60 287.48 | 1 0.03 96.63 287.54 | 1 0.03 96.66 287.84 | 1 0.03 96.69 288.45 | 1 0.03 96.73 288.48 | 1 0.03 96.76 288.62 | 1 0.03 96.79 288.82 | 1 0.03 96.82 288.93 | 1 0.03 96.85 289.19 | 1 0.03 96.88 289.42 | 1 0.03 96.91 289.77 | 1 0.03 96.94 289.8 | 1 0.03 96.98 289.89 | 1 0.03 97.01 290.34 | 1 0.03 97.04 290.36 | 1 0.03 97.07 290.65 | 1 0.03 97.10 291.55 | 1 0.03 97.13 291.61 | 1 0.03 97.16 291.76 | 1 0.03 97.19 291.88 | 1 0.03 97.22 292.06 | 1 0.03 97.26 292.24 | 1 0.03 97.29 292.92 | 1 0.03 97.32 293.31 | 1 0.03 97.35 293.42 | 1 0.03 97.38 293.83 | 1 0.03 97.41 294.04 | 1 0.03 97.44 295.27 | 1 0.03 97.47 295.57 | 1 0.03 97.51 295.98 | 1 0.03 97.54 296.99 | 1 0.03 97.57 297.19 | 1 0.03 97.60 297.36 | 1 0.03 97.63 297.67 | 1 0.03 97.66 298.24 | 1 0.03 97.69 298.85 | 1 0.03 97.72 299.07 | 1 0.03 97.75 299.69 | 1 0.03 97.79 299.85 | 1 0.03 97.82 301.14 | 1 0.03 97.85 301.41 | 1 0.03 97.88 301.99 | 1 0.03 97.91 302.18 | 1 0.03 97.94 302.46 | 1 0.03 97.97 302.86 | 1 0.03 98.00 303.14 | 1 0.03 98.04 303.26 | 1 0.03 98.07 303.79 | 1 0.03 98.10 303.95 | 1 0.03 98.13 304.55 | 1 0.03 98.16 304.68 | 1 0.03 98.19 305.23 | 1 0.03 98.22 305.89 | 1 0.03 98.25 306.37 | 1 0.03 98.29 307.25 | 1 0.03 98.32 307.33 | 1 0.03 98.35 307.37 | 1 0.03 98.38 307.62 | 1 0.03 98.41 307.75 | 2 0.06 98.47 308.25 | 1 0.03 98.50 308.33 | 1 0.03 98.53 308.39 | 1 0.03 98.57 308.42 | 1 0.03 98.60 308.99 | 1 0.03 98.63 309.17 | 1 0.03 98.66 309.2 | 1 0.03 98.69 309.87 | 1 0.03 98.72 311 | 1 0.03 98.75 312.7 | 1 0.03 98.78 312.72 | 1 0.03 98.82 312.74 | 1 0.03 98.85 315.39 | 1 0.03 98.88 318.61 | 1 0.03 98.91 320.11 | 1 0.03 98.94 323.21 | 2 0.06 99.00 324.2 | 1 0.03 99.03 327.1 | 1 0.03 99.06 327.57 | 1 0.03 99.10 327.73 | 1 0.03 99.13 328.48 | 1 0.03 99.16 329.79 | 1 0.03 99.19 330.34 | 1 0.03 99.22 330.69 | 1 0.03 99.25 330.86 | 1 0.03 99.28 331.58 | 1 0.03 99.31 332.69 | 1 0.03 99.35 332.77 | 1 0.03 99.38 333.13 | 1 0.03 99.41 335.87 | 1 0.03 99.44 335.94 | 1 0.03 99.47 337.31 | 1 0.03 99.50 337.65 | 1 0.03 99.53 341.55 | 1 0.03 99.56 342.05 | 1 0.03 99.59 343.38 | 1 0.03 99.63 345.43 | 1 0.03 99.66 351.87 | 1 0.03 99.69 351.89 | 1 0.03 99.72 359.69 | 1 0.03 99.75 365.62 | 1 0.03 99.78 366.21 | 1 0.03 99.81 370.22 | 1 0.03 99.84 373.72 | 1 0.03 99.88 377.81 | 1 0.03 99.91 378.07 | 1 0.03 99.94 388.45 | 1 0.03 99.97 398.38 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,207 100.00 Frequencies for adisab variable in countyrate2004 dataset : Disabled | Part A | Freq. Percent Cum. ------------+----------------------------------- 93.54 | 1 0.03 0.03 110.72 | 1 0.03 0.06 113.23 | 1 0.03 0.09 114.92 | 1 0.03 0.12 116.83 | 1 0.03 0.16 121.66 | 1 0.03 0.19 124.69 | 1 0.03 0.22 124.84 | 1 0.03 0.25 126.61 | 1 0.03 0.28 128.15 | 1 0.03 0.31 128.99 | 1 0.03 0.34 129.3 | 1 0.03 0.37 131.37 | 1 0.03 0.41 132.81 | 1 0.03 0.44 133.52 | 1 0.03 0.47 134.67 | 1 0.03 0.50 135.52 | 1 0.03 0.53 137.1 | 1 0.03 0.56 137.49 | 1 0.03 0.59 137.77 | 1 0.03 0.62 137.84 | 1 0.03 0.65 139.01 | 1 0.03 0.69 139.83 | 1 0.03 0.72 140.34 | 1 0.03 0.75 141.24 | 1 0.03 0.78 141.88 | 1 0.03 0.81 142.08 | 1 0.03 0.84 142.78 | 1 0.03 0.87 143.57 | 1 0.03 0.90 143.93 | 1 0.03 0.94 144.92 | 1 0.03 0.97 145.08 | 1 0.03 1.00 146.36 | 1 0.03 1.03 146.37 | 1 0.03 1.06 146.76 | 1 0.03 1.09 146.95 | 1 0.03 1.12 147.73 | 1 0.03 1.15 148.05 | 1 0.03 1.18 149.09 | 1 0.03 1.22 150.83 | 1 0.03 1.25 152.61 | 1 0.03 1.28 153.38 | 1 0.03 1.31 153.75 | 1 0.03 1.34 153.8 | 1 0.03 1.37 154.49 | 1 0.03 1.40 154.82 | 1 0.03 1.43 155.77 | 1 0.03 1.47 156.05 | 1 0.03 1.50 157 | 1 0.03 1.53 157.72 | 1 0.03 1.56 158.56 | 1 0.03 1.59 158.67 | 1 0.03 1.62 159.77 | 1 0.03 1.65 160.07 | 1 0.03 1.68 160.44 | 1 0.03 1.71 163.12 | 1 0.03 1.75 164 | 1 0.03 1.78 164.49 | 1 0.03 1.81 164.72 | 1 0.03 1.84 165.33 | 1 0.03 1.87 165.67 | 1 0.03 1.90 166.67 | 1 0.03 1.93 166.82 | 1 0.03 1.96 166.96 | 1 0.03 2.00 167.76 | 1 0.03 2.03 168.66 | 1 0.03 2.06 172.75 | 1 0.03 2.09 181.07 | 1 0.03 2.12 184.2 | 1 0.03 2.15 184.71 | 1 0.03 2.18 185.48 | 1 0.03 2.21 185.98 | 1 0.03 2.25 188.62 | 1 0.03 2.28 192.57 | 1 0.03 2.31 196.21 | 1 0.03 2.34 200.63 | 1 0.03 2.37 211.06 | 1 0.03 2.40 215.67 | 1 0.03 2.43 281.15 | 2,423 75.55 77.99 281.39 | 1 0.03 78.02 281.49 | 1 0.03 78.05 284.42 | 1 0.03 78.08 284.8 | 1 0.03 78.11 285.2 | 1 0.03 78.14 285.9 | 1 0.03 78.17 286 | 1 0.03 78.20 289.74 | 1 0.03 78.24 290.17 | 1 0.03 78.27 290.51 | 1 0.03 78.30 290.74 | 1 0.03 78.33 290.82 | 1 0.03 78.36 291.9 | 1 0.03 78.39 293.43 | 1 0.03 78.42 294.02 | 1 0.03 78.45 295.54 | 1 0.03 78.48 295.93 | 1 0.03 78.52 296.23 | 1 0.03 78.55 300.02 | 1 0.03 78.58 300.94 | 1 0.03 78.61 301.05 | 1 0.03 78.64 307.86 | 1 0.03 78.67 308.32 | 1 0.03 78.70 310.75 | 634 19.77 98.47 310.81 | 1 0.03 98.50 310.96 | 1 0.03 98.53 312.13 | 1 0.03 98.57 312.26 | 1 0.03 98.60 313.73 | 1 0.03 98.63 315.35 | 1 0.03 98.66 316.03 | 1 0.03 98.69 316.24 | 1 0.03 98.72 317.22 | 1 0.03 98.75 317.32 | 1 0.03 98.78 318.02 | 1 0.03 98.82 320.64 | 1 0.03 98.85 320.9 | 1 0.03 98.88 321.23 | 1 0.03 98.91 321.48 | 1 0.03 98.94 324.58 | 2 0.06 99.00 325.26 | 1 0.03 99.03 327.16 | 1 0.03 99.06 327.88 | 1 0.03 99.10 328.33 | 1 0.03 99.13 328.93 | 1 0.03 99.16 330.18 | 1 0.03 99.19 331.09 | 1 0.03 99.22 333.93 | 1 0.03 99.25 334.41 | 1 0.03 99.28 334.64 | 1 0.03 99.31 334.95 | 1 0.03 99.35 335.79 | 1 0.03 99.38 341 | 1 0.03 99.41 348.38 | 1 0.03 99.44 352.38 | 1 0.03 99.47 354.04 | 1 0.03 99.50 354.52 | 1 0.03 99.53 355.48 | 1 0.03 99.56 359.27 | 1 0.03 99.59 360.15 | 1 0.03 99.63 364.59 | 1 0.03 99.66 373.02 | 1 0.03 99.69 373.55 | 1 0.03 99.72 374.75 | 1 0.03 99.75 379.69 | 1 0.03 99.78 382.2 | 1 0.03 99.81 389.17 | 1 0.03 99.84 406.54 | 1 0.03 99.88 409.37 | 1 0.03 99.91 440.24 | 1 0.03 99.94 452.03 | 1 0.03 99.97 454.03 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,207 100.00 Frequencies for bdisab variable in countyrate2004 dataset : Disabled | Part B | Freq. Percent Cum. ------------+----------------------------------- 85.79 | 1 0.03 0.03 101.55 | 1 0.03 0.06 103.85 | 1 0.03 0.09 105.41 | 1 0.03 0.12 107.15 | 1 0.03 0.16 111.59 | 1 0.03 0.19 114.36 | 1 0.03 0.22 114.5 | 1 0.03 0.25 116.12 | 1 0.03 0.28 117.53 | 1 0.03 0.31 118.31 | 1 0.03 0.34 118.59 | 1 0.03 0.37 120.49 | 1 0.03 0.41 121.81 | 1 0.03 0.44 122.46 | 1 0.03 0.47 123.51 | 1 0.03 0.50 124.3 | 1 0.03 0.53 125.74 | 1 0.03 0.56 126.1 | 1 0.03 0.59 126.36 | 1 0.03 0.62 126.42 | 1 0.03 0.65 127.49 | 1 0.03 0.69 128.24 | 1 0.03 0.72 128.72 | 1 0.03 0.75 129.54 | 1 0.03 0.78 130.13 | 1 0.03 0.81 130.31 | 1 0.03 0.84 130.95 | 1 0.03 0.87 131.68 | 1 0.03 0.90 132.01 | 1 0.03 0.94 132.92 | 1 0.03 0.97 133.07 | 1 0.03 1.00 134.23 | 1 0.03 1.03 134.24 | 1 0.03 1.06 134.6 | 1 0.03 1.09 134.78 | 1 0.03 1.12 135.49 | 1 0.03 1.15 135.78 | 1 0.03 1.18 136.75 | 1 0.03 1.22 138.33 | 1 0.03 1.25 139.97 | 1 0.03 1.28 140.68 | 1 0.03 1.31 141.01 | 1 0.03 1.34 141.07 | 1 0.03 1.37 141.69 | 1 0.03 1.40 141.99 | 1 0.03 1.43 142.87 | 1 0.03 1.47 143.12 | 1 0.03 1.50 143.99 | 1 0.03 1.53 144.66 | 1 0.03 1.56 145.42 | 1 0.03 1.59 145.52 | 1 0.03 1.62 146.53 | 1 0.03 1.65 146.82 | 1 0.03 1.68 147.16 | 1 0.03 1.71 149.61 | 1 0.03 1.75 150.41 | 1 0.03 1.78 150.86 | 1 0.03 1.81 151.08 | 1 0.03 1.84 151.64 | 1 0.03 1.87 151.94 | 1 0.03 1.90 152.87 | 1 0.03 1.93 153.01 | 1 0.03 1.96 153.14 | 1 0.03 2.00 153.86 | 1 0.03 2.03 154.7 | 1 0.03 2.06 158.44 | 1 0.03 2.09 166.08 | 1 0.03 2.12 168.94 | 1 0.03 2.15 169.41 | 1 0.03 2.18 170.11 | 1 0.03 2.21 170.57 | 1 0.03 2.25 172.99 | 1 0.03 2.28 176.62 | 1 0.03 2.31 179.96 | 1 0.03 2.34 184.01 | 1 0.03 2.37 193.58 | 1 0.03 2.40 197.8 | 1 0.03 2.43 257.87 | 2,423 75.55 77.99 258.09 | 1 0.03 78.02 258.17 | 1 0.03 78.05 260.86 | 1 0.03 78.08 261.21 | 1 0.03 78.11 261.57 | 1 0.03 78.14 262.22 | 1 0.03 78.17 262.31 | 1 0.03 78.20 265.74 | 1 0.03 78.24 266.14 | 1 0.03 78.27 266.44 | 1 0.03 78.30 266.66 | 1 0.03 78.33 266.74 | 1 0.03 78.36 267.73 | 1 0.03 78.39 269.13 | 1 0.03 78.42 269.67 | 1 0.03 78.45 271.07 | 1 0.03 78.48 271.43 | 1 0.03 78.52 271.7 | 1 0.03 78.55 275.18 | 1 0.03 78.58 276.01 | 1 0.03 78.61 276.11 | 1 0.03 78.64 282.37 | 1 0.03 78.67 282.78 | 1 0.03 78.70 285.01 | 634 19.77 98.47 285.06 | 1 0.03 98.50 285.21 | 1 0.03 98.53 286.28 | 1 0.03 98.57 286.4 | 1 0.03 98.60 287.75 | 1 0.03 98.63 289.24 | 1 0.03 98.66 289.86 | 1 0.03 98.69 290.05 | 1 0.03 98.72 290.94 | 1 0.03 98.75 291.04 | 1 0.03 98.78 291.69 | 1 0.03 98.82 294.09 | 1 0.03 98.85 294.32 | 1 0.03 98.88 294.62 | 1 0.03 98.91 294.85 | 1 0.03 98.94 297.69 | 2 0.06 99.00 298.32 | 1 0.03 99.03 300.06 | 1 0.03 99.06 300.73 | 1 0.03 99.10 301.14 | 1 0.03 99.13 301.68 | 1 0.03 99.16 302.84 | 1 0.03 99.19 303.67 | 1 0.03 99.22 306.28 | 1 0.03 99.25 306.72 | 1 0.03 99.28 306.92 | 1 0.03 99.31 307.21 | 1 0.03 99.35 307.97 | 1 0.03 99.38 312.76 | 1 0.03 99.41 319.52 | 1 0.03 99.44 323.2 | 1 0.03 99.47 324.71 | 1 0.03 99.50 325.16 | 1 0.03 99.53 326.03 | 1 0.03 99.56 329.52 | 1 0.03 99.59 330.32 | 1 0.03 99.63 334.39 | 1 0.03 99.66 342.13 | 1 0.03 99.69 342.61 | 1 0.03 99.72 343.72 | 1 0.03 99.75 348.25 | 1 0.03 99.78 350.54 | 1 0.03 99.81 356.94 | 1 0.03 99.84 372.86 | 1 0.03 99.88 375.47 | 1 0.03 99.91 403.77 | 1 0.03 99.94 414.6 | 1 0.03 99.97 416.43 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,207 100.00 Frequencies for aesrd variable in countyrate2004 dataset : ESRD Part A | Freq. Percent Cum. ------------+----------------------------------- 1359.16 | 56 1.75 1.75 1385.17 | 29 0.90 2.65 1463.42 | 53 1.65 4.30 1500.58 | 23 0.72 5.02 1513.08 | 44 1.37 6.39 1535.18 | 72 2.25 8.64 1544.7 | 93 2.90 11.54 1597.79 | 99 3.09 14.62 1613.68 | 16 0.50 15.12 1625.03 | 78 2.43 17.56 1686.5 | 77 2.40 19.96 1693.6 | 66 2.06 22.01 1709.5 | 92 2.87 24.88 1715.53 | 10 0.31 25.19 1753.27 | 75 2.34 27.53 1773.24 | 14 0.44 27.97 1776.9 | 33 1.03 29.00 1804.22 | 16 0.50 29.50 1818.46 | 105 3.27 32.77 1821.4 | 67 2.09 34.86 1822.42 | 55 1.71 36.58 1836.66 | 87 2.71 39.29 1841 | 83 2.59 41.88 1849.99 | 95 2.96 44.84 1858.42 | 134 4.18 49.02 1868 | 46 1.43 50.45 1868.52 | 102 3.18 53.63 1877.46 | 115 3.59 57.22 1896.27 | 67 2.09 59.31 1899.36 | 100 3.12 62.43 1900.14 | 88 2.74 65.17 1900.72 | 39 1.22 66.39 1906.3 | 63 1.96 68.35 1920.22 | 17 0.53 68.88 1920.62 | 36 1.12 70.00 1920.7 | 159 4.96 74.96 1925.46 | 82 2.56 77.52 1977.23 | 5 0.16 77.67 1987.17 | 15 0.47 78.14 2024.2 | 4 0.12 78.27 2084.65 | 254 7.92 86.19 2116.59 | 3 0.09 86.28 2137.79 | 21 0.65 86.93 2141.36 | 14 0.44 87.37 2160.75 | 120 3.74 91.11 2163.82 | 8 0.25 91.36 2204.8 | 24 0.75 92.11 2216.58 | 67 2.09 94.20 2233.4 | 59 1.84 96.04 2313.81 | 62 1.93 97.97 2327.43 | 64 2.00 99.97 2475.52 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,207 100.00 Frequencies for besrd variable in countyrate2004 dataset : ESRD Part B | Freq. Percent Cum. ------------+----------------------------------- 1582.59 | 56 1.75 1.75 1612.98 | 29 0.90 2.65 1704.39 | 53 1.65 4.30 1747.82 | 23 0.72 5.02 1762.42 | 44 1.37 6.39 1788.23 | 72 2.25 8.64 1799.35 | 93 2.90 11.54 1861.37 | 99 3.09 14.62 1879.95 | 16 0.50 15.12 1893.2 | 78 2.43 17.56 1965.01 | 77 2.40 19.96 1973.31 | 66 2.06 22.01 1991.88 | 92 2.87 24.88 1998.92 | 10 0.31 25.19 2043.02 | 75 2.34 27.53 2066.36 | 14 0.44 27.97 2070.62 | 33 1.03 29.00 2102.54 | 16 0.50 29.50 2119.17 | 105 3.27 32.77 2122.61 | 67 2.09 34.86 2123.8 | 55 1.71 36.58 2140.44 | 87 2.71 39.29 2145.51 | 83 2.59 41.88 2156.02 | 95 2.96 44.84 2165.87 | 134 4.18 49.02 2177.06 | 46 1.43 50.45 2177.66 | 102 3.18 53.63 2188.11 | 115 3.59 57.22 2210.07 | 67 2.09 59.31 2213.69 | 100 3.12 62.43 2214.61 | 88 2.74 65.17 2215.27 | 39 1.22 66.39 2221.79 | 63 1.96 68.35 2238.06 | 17 0.53 68.88 2238.52 | 36 1.12 70.00 2238.63 | 159 4.96 74.96 2244.19 | 82 2.56 77.52 2304.66 | 5 0.16 77.67 2316.27 | 15 0.47 78.14 2359.53 | 4 0.12 78.27 2430.16 | 254 7.92 86.19 2467.47 | 3 0.09 86.28 2492.24 | 21 0.65 86.93 2496.4 | 14 0.44 87.37 2519.07 | 120 3.74 91.11 2522.64 | 8 0.25 91.36 2570.52 | 24 0.75 92.11 2584.28 | 67 2.09 94.20 2603.94 | 59 1.84 96.04 2697.87 | 62 1.93 97.97 2713.79 | 64 2.00 99.97 2886.8 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,207 100.00 Frequencies for rescale1 variable in countyrate2004 dataset : Rescaling | Factor 1 | Freq. Percent Cum. ------------+----------------------------------- .849668 | 1 0.03 0.03 .855612 | 1 0.03 0.06 .862203 | 1 0.03 0.09 .863388 | 1 0.03 0.12 .869484 | 1 0.03 0.16 .872491 | 1 0.03 0.19 .882245 | 1 0.03 0.22 .88305 | 1 0.03 0.25 .910626 | 1 0.03 0.28 .914669 | 1 0.03 0.31 .916033 | 1 0.03 0.34 .920078 | 1 0.03 0.37 .921299 | 1 0.03 0.41 .924502 | 1 0.03 0.44 .927637 | 1 0.03 0.47 .936239 | 1 0.03 0.50 .936277 | 1 0.03 0.53 .936976 | 1 0.03 0.56 .937036 | 1 0.03 0.59 .9412 | 1 0.03 0.62 .945359 | 1 0.03 0.65 .945682 | 1 0.03 0.69 .946235 | 1 0.03 0.72 .946965 | 1 0.03 0.75 .947742 | 1 0.03 0.78 .948385 | 1 0.03 0.81 .950721 | 1 0.03 0.84 .950916 | 1 0.03 0.87 .95258 | 1 0.03 0.90 .952967 | 1 0.03 0.94 .955037 | 1 0.03 0.97 .955705 | 1 0.03 1.00 .956377 | 1 0.03 1.03 .957474 | 1 0.03 1.06 .958692 | 1 0.03 1.09 .959875 | 1 0.03 1.12 .96037 | 1 0.03 1.15 .960534 | 1 0.03 1.18 .961199 | 1 0.03 1.22 .961424 | 1 0.03 1.25 .961857 | 1 0.03 1.28 .962056 | 1 0.03 1.31 .963634 | 1 0.03 1.34 .96488 | 1 0.03 1.37 .966729 | 1 0.03 1.40 .967431 | 1 0.03 1.43 .96766 | 1 0.03 1.47 .968562 | 1 0.03 1.50 .968779 | 1 0.03 1.53 .969248 | 1 0.03 1.56 .973623 | 1 0.03 1.59 .973937 | 1 0.03 1.62 .975122 | 1 0.03 1.65 .975944 | 1 0.03 1.68 .976547 | 1 0.03 1.71 .976739 | 1 0.03 1.75 .978766 | 1 0.03 1.78 .979648 | 1 0.03 1.81 .979746 | 1 0.03 1.84 .980605 | 1 0.03 1.87 .981071 | 1 0.03 1.90 .981785 | 1 0.03 1.93 .983643 | 1 0.03 1.96 .983726 | 1 0.03 2.00 .984346 | 1 0.03 2.03 .984662 | 1 0.03 2.06 .986109 | 1 0.03 2.09 .988219 | 1 0.03 2.12 .988285 | 1 0.03 2.15 .989147 | 1 0.03 2.18 .989254 | 1 0.03 2.21 .989524 | 2 0.06 2.28 .991145 | 1 0.03 2.31 .992668 | 1 0.03 2.34 .993966 | 1 0.03 2.37 .994333 | 1 0.03 2.40 .994729 | 1 0.03 2.43 .995147 | 1 0.03 2.46 .996321 | 1 0.03 2.49 .996336 | 1 0.03 2.53 .996354 | 1 0.03 2.56 .996473 | 1 0.03 2.59 .997058 | 1 0.03 2.62 .998195 | 1 0.03 2.65 .998249 | 1 0.03 2.68 .998342 | 1 0.03 2.71 .998408 | 1 0.03 2.74 .998439 | 1 0.03 2.78 .999446 | 1 0.03 2.81 1.000686 | 1 0.03 2.84 1.000843 | 1 0.03 2.87 1.001638 | 1 0.03 2.90 1.002539 | 1 0.03 2.93 1.002621 | 1 0.03 2.96 1.003145 | 1 0.03 2.99 1.004275 | 1 0.03 3.02 1.006269 | 1 0.03 3.06 1.006739 | 1 0.03 3.09 1.007408 | 1 0.03 3.12 1.0077 | 1 0.03 3.15 1.008477 | 1 0.03 3.18 1.008704 | 1 0.03 3.21 1.008855 | 1 0.03 3.24 1.009228 | 1 0.03 3.27 1.010081 | 1 0.03 3.31 1.0101 | 1 0.03 3.34 1.010228 | 1 0.03 3.37 1.010467 | 1 0.03 3.40 1.011684 | 1 0.03 3.43 1.012083 | 1 0.03 3.46 1.012204 | 1 0.03 3.49 1.012359 | 1 0.03 3.52 1.012575 | 1 0.03 3.55 1.012722 | 1 0.03 3.59 1.013404 | 1 0.03 3.62 1.013765 | 1 0.03 3.65 1.014092 | 1 0.03 3.68 1.014631 | 1 0.03 3.71 1.015497 | 1 0.03 3.74 1.016488 | 1 0.03 3.77 1.01691 | 1 0.03 3.80 1.017186 | 1 0.03 3.84 1.018234 | 1 0.03 3.87 1.01923 | 1 0.03 3.90 1.019589 | 1 0.03 3.93 1.019731 | 1 0.03 3.96 1.019737 | 1 0.03 3.99 1.019915 | 1 0.03 4.02 1.020231 | 1 0.03 4.05 1.021181 | 1 0.03 4.08 1.021249 | 1 0.03 4.12 1.021672 | 1 0.03 4.15 1.021725 | 1 0.03 4.18 1.02187 | 1 0.03 4.21 1.022395 | 1 0.03 4.24 1.023396 | 1 0.03 4.27 1.023756 | 1 0.03 4.30 1.023897 | 1 0.03 4.33 1.023983 | 1 0.03 4.37 1.025067 | 1 0.03 4.40 1.025293 | 1 0.03 4.43 1.025382 | 1 0.03 4.46 1.025861 | 1 0.03 4.49 1.025985 | 1 0.03 4.52 1.02605 | 1 0.03 4.55 1.026222 | 1 0.03 4.58 1.02669 | 1 0.03 4.61 1.02707 | 1 0.03 4.65 1.027123 | 1 0.03 4.68 1.027639 | 1 0.03 4.71 1.027882 | 1 0.03 4.74 1.029492 | 1 0.03 4.77 1.02968 | 1 0.03 4.80 1.030331 | 1 0.03 4.83 1.030548 | 1 0.03 4.86 1.030762 | 1 0.03 4.90 1.03089 | 1 0.03 4.93 1.03122 | 1 0.03 4.96 1.031715 | 1 0.03 4.99 1.032573 | 1 0.03 5.02 1.033478 | 1 0.03 5.05 1.033512 | 1 0.03 5.08 1.033636 | 1 0.03 5.11 1.03377 | 1 0.03 5.14 1.034178 | 1 0.03 5.18 1.034256 | 1 0.03 5.21 1.03436 | 1 0.03 5.24 1.035444 | 1 0.03 5.27 1.036801 | 1 0.03 5.30 1.037062 | 1 0.03 5.33 1.037423 | 1 0.03 5.36 1.037615 | 1 0.03 5.39 1.037708 | 1 0.03 5.43 1.037727 | 1 0.03 5.46 1.038222 | 1 0.03 5.49 1.039356 | 1 0.03 5.52 1.039373 | 1 0.03 5.55 1.039473 | 2 0.06 5.61 1.039801 | 1 0.03 5.64 1.040153 | 1 0.03 5.68 1.040166 | 1 0.03 5.71 1.040257 | 1 0.03 5.74 1.040544 | 1 0.03 5.77 1.040595 | 1 0.03 5.80 1.040746 | 1 0.03 5.83 1.040842 | 1 0.03 5.86 1.041151 | 1 0.03 5.89 1.041316 | 1 0.03 5.92 1.041399 | 1 0.03 5.96 1.041609 | 1 0.03 5.99 1.041834 | 1 0.03 6.02 1.041975 | 1 0.03 6.05 1.042048 | 1 0.03 6.08 1.043001 | 1 0.03 6.11 1.043094 | 1 0.03 6.14 1.043197 | 1 0.03 6.17 1.043496 | 1 0.03 6.21 1.044248 | 1 0.03 6.24 1.044698 | 1 0.03 6.27 1.044873 | 1 0.03 6.30 1.045096 | 1 0.03 6.33 1.045392 | 1 0.03 6.36 1.04549 | 1 0.03 6.39 1.045781 | 1 0.03 6.42 1.046241 | 1 0.03 6.45 1.046627 | 1 0.03 6.49 1.048649 | 1 0.03 6.52 1.048682 | 1 0.03 6.55 1.048991 | 1 0.03 6.58 1.049004 | 1 0.03 6.61 1.04936 | 1 0.03 6.64 1.049981 | 1 0.03 6.67 1.050062 | 1 0.03 6.70 1.050472 | 1 0.03 6.74 1.05059 | 1 0.03 6.77 1.051005 | 1 0.03 6.80 1.051173 | 1 0.03 6.83 1.051299 | 1 0.03 6.86 1.051508 | 1 0.03 6.89 1.051676 | 1 0.03 6.92 1.051866 | 1 0.03 6.95 1.051894 | 1 0.03 6.98 1.05203 | 1 0.03 7.02 1.052408 | 1 0.03 7.05 1.052478 | 1 0.03 7.08 1.052514 | 1 0.03 7.11 1.052534 | 1 0.03 7.14 1.052628 | 1 0.03 7.17 1.05274 | 1 0.03 7.20 1.052833 | 1 0.03 7.23 1.053381 | 1 0.03 7.27 1.053619 | 1 0.03 7.30 1.053692 | 1 0.03 7.33 1.053749 | 1 0.03 7.36 1.05382 | 1 0.03 7.39 1.054539 | 1 0.03 7.42 1.055167 | 1 0.03 7.45 1.055641 | 1 0.03 7.48 1.057018 | 1 0.03 7.51 1.057124 | 1 0.03 7.55 1.05732 | 1 0.03 7.58 1.058268 | 1 0.03 7.61 1.058339 | 1 0.03 7.64 1.058708 | 1 0.03 7.67 1.058764 | 1 0.03 7.70 1.059482 | 1 0.03 7.73 1.059619 | 1 0.03 7.76 1.061337 | 1 0.03 7.80 1.061369 | 1 0.03 7.83 1.061627 | 1 0.03 7.86 1.062187 | 1 0.03 7.89 1.062533 | 1 0.03 7.92 1.062586 | 1 0.03 7.95 1.062683 | 1 0.03 7.98 1.062712 | 1 0.03 8.01 1.062834 | 1 0.03 8.04 1.062844 | 1 0.03 8.08 1.063365 | 1 0.03 8.11 1.063463 | 1 0.03 8.14 1.063992 | 1 0.03 8.17 1.063997 | 1 0.03 8.20 1.064196 | 1 0.03 8.23 1.064304 | 1 0.03 8.26 1.064952 | 1 0.03 8.29 1.065699 | 1 0.03 8.33 1.065804 | 1 0.03 8.36 1.065892 | 1 0.03 8.39 1.066567 | 1 0.03 8.42 1.06758 | 1 0.03 8.45 1.067854 | 1 0.03 8.48 1.067925 | 1 0.03 8.51 1.067975 | 1 0.03 8.54 1.068184 | 1 0.03 8.57 1.068613 | 1 0.03 8.61 1.068918 | 1 0.03 8.64 1.069003 | 1 0.03 8.67 1.069195 | 1 0.03 8.70 1.069251 | 1 0.03 8.73 1.069296 | 1 0.03 8.76 1.070208 | 1 0.03 8.79 1.070813 | 1 0.03 8.82 1.070954 | 1 0.03 8.86 1.071069 | 1 0.03 8.89 1.071121 | 1 0.03 8.92 1.071397 | 1 0.03 8.95 1.071475 | 1 0.03 8.98 1.071669 | 1 0.03 9.01 1.071835 | 1 0.03 9.04 1.071998 | 2 0.06 9.11 1.072013 | 1 0.03 9.14 1.072274 | 1 0.03 9.17 1.072289 | 1 0.03 9.20 1.072344 | 1 0.03 9.23 1.07289 | 1 0.03 9.26 1.072993 | 1 0.03 9.29 1.07306 | 1 0.03 9.32 1.073278 | 1 0.03 9.35 1.073292 | 2 0.06 9.42 1.07358 | 1 0.03 9.45 1.073628 | 1 0.03 9.48 1.073842 | 1 0.03 9.51 1.073939 | 1 0.03 9.54 1.07477 | 1 0.03 9.57 1.075283 | 1 0.03 9.60 1.075478 | 1 0.03 9.64 1.075829 | 1 0.03 9.67 1.075888 | 1 0.03 9.70 1.076102 | 1 0.03 9.73 1.076198 | 1 0.03 9.76 1.076493 | 1 0.03 9.79 1.076591 | 1 0.03 9.82 1.076825 | 1 0.03 9.85 1.07706 | 1 0.03 9.88 1.077568 | 1 0.03 9.92 1.077686 | 1 0.03 9.95 1.077748 | 1 0.03 9.98 1.078104 | 1 0.03 10.01 1.078264 | 1 0.03 10.04 1.078572 | 1 0.03 10.07 1.079601 | 1 0.03 10.10 1.079767 | 1 0.03 10.13 1.079819 | 1 0.03 10.17 1.079864 | 1 0.03 10.20 1.079983 | 1 0.03 10.23 1.080337 | 1 0.03 10.26 1.080593 | 1 0.03 10.29 1.080644 | 1 0.03 10.32 1.080991 | 1 0.03 10.35 1.081045 | 1 0.03 10.38 1.081229 | 1 0.03 10.41 1.081321 | 1 0.03 10.45 1.081669 | 1 0.03 10.48 1.081737 | 1 0.03 10.51 1.081928 | 1 0.03 10.54 1.082001 | 1 0.03 10.57 1.082091 | 1 0.03 10.60 1.082723 | 1 0.03 10.63 1.082802 | 1 0.03 10.66 1.082842 | 1 0.03 10.70 1.083063 | 2 0.06 10.76 1.083511 | 1 0.03 10.79 1.083594 | 1 0.03 10.82 1.083831 | 1 0.03 10.85 1.084246 | 1 0.03 10.88 1.084665 | 1 0.03 10.91 1.084748 | 1 0.03 10.94 1.084784 | 1 0.03 10.98 1.085299 | 1 0.03 11.01 1.085755 | 1 0.03 11.04 1.085955 | 1 0.03 11.07 1.086316 | 1 0.03 11.10 1.086373 | 1 0.03 11.13 1.086811 | 1 0.03 11.16 1.087268 | 1 0.03 11.19 1.087349 | 1 0.03 11.23 1.087369 | 1 0.03 11.26 1.088043 | 1 0.03 11.29 1.088248 | 1 0.03 11.32 1.088278 | 1 0.03 11.35 1.088577 | 1 0.03 11.38 1.088884 | 1 0.03 11.41 1.088906 | 1 0.03 11.44 1.088951 | 1 0.03 11.47 1.089466 | 1 0.03 11.51 1.08949 | 1 0.03 11.54 1.089526 | 1 0.03 11.57 1.089766 | 1 0.03 11.60 1.090016 | 1 0.03 11.63 1.090433 | 1 0.03 11.66 1.090577 | 1 0.03 11.69 1.09065 | 1 0.03 11.72 1.090668 | 1 0.03 11.76 1.090969 | 1 0.03 11.79 1.090977 | 1 0.03 11.82 1.091009 | 1 0.03 11.85 1.091382 | 1 0.03 11.88 1.091672 | 1 0.03 11.91 1.091773 | 1 0.03 11.94 1.091954 | 1 0.03 11.97 1.092135 | 1 0.03 12.00 1.092155 | 1 0.03 12.04 1.092296 | 1 0.03 12.07 1.092309 | 1 0.03 12.10 1.092384 | 1 0.03 12.13 1.092395 | 1 0.03 12.16 1.092454 | 1 0.03 12.19 1.092836 | 1 0.03 12.22 1.092859 | 1 0.03 12.25 1.09294 | 1 0.03 12.29 1.093224 | 1 0.03 12.32 1.093302 | 1 0.03 12.35 1.093323 | 1 0.03 12.38 1.09333 | 1 0.03 12.41 1.093369 | 1 0.03 12.44 1.09353 | 1 0.03 12.47 1.093744 | 1 0.03 12.50 1.093806 | 1 0.03 12.54 1.094069 | 1 0.03 12.57 1.094331 | 1 0.03 12.60 1.094361 | 1 0.03 12.63 1.094412 | 1 0.03 12.66 1.094486 | 1 0.03 12.69 1.094611 | 1 0.03 12.72 1.094735 | 1 0.03 12.75 1.094791 | 1 0.03 12.78 1.094857 | 1 0.03 12.82 1.095059 | 1 0.03 12.85 1.09514 | 1 0.03 12.88 1.09516 | 1 0.03 12.91 1.095484 | 1 0.03 12.94 1.095609 | 1 0.03 12.97 1.095737 | 1 0.03 13.00 1.096537 | 1 0.03 13.03 1.096618 | 1 0.03 13.07 1.096679 | 1 0.03 13.10 1.096782 | 1 0.03 13.13 1.096856 | 1 0.03 13.16 1.096902 | 1 0.03 13.19 1.097035 | 1 0.03 13.22 1.097039 | 1 0.03 13.25 1.097186 | 1 0.03 13.28 1.097389 | 1 0.03 13.31 1.097551 | 1 0.03 13.35 1.097713 | 1 0.03 13.38 1.097719 | 1 0.03 13.41 1.098087 | 1 0.03 13.44 1.098568 | 1 0.03 13.47 1.09867 | 1 0.03 13.50 1.098955 | 2 0.06 13.56 1.099057 | 1 0.03 13.60 1.099118 | 1 0.03 13.63 1.099668 | 1 0.03 13.66 1.099954 | 1 0.03 13.69 1.100573 | 1 0.03 13.72 1.101037 | 1 0.03 13.75 1.101357 | 1 0.03 13.78 1.101741 | 1 0.03 13.81 1.101895 | 1 0.03 13.84 1.102278 | 1 0.03 13.88 1.102557 | 1 0.03 13.91 1.102633 | 1 0.03 13.94 1.102674 | 1 0.03 13.97 1.102854 | 1 0.03 14.00 1.103002 | 1 0.03 14.03 1.103146 | 1 0.03 14.06 1.103516 | 1 0.03 14.09 1.103529 | 1 0.03 14.13 1.103559 | 1 0.03 14.16 1.103679 | 1 0.03 14.19 1.104098 | 1 0.03 14.22 1.104191 | 1 0.03 14.25 1.104481 | 1 0.03 14.28 1.10479 | 1 0.03 14.31 1.104934 | 1 0.03 14.34 1.105366 | 1 0.03 14.37 1.105402 | 1 0.03 14.41 1.105572 | 1 0.03 14.44 1.105737 | 1 0.03 14.47 1.10584 | 1 0.03 14.50 1.105914 | 1 0.03 14.53 1.105934 | 1 0.03 14.56 1.106046 | 1 0.03 14.59 1.106092 | 1 0.03 14.62 1.106129 | 1 0.03 14.66 1.106377 | 1 0.03 14.69 1.10645 | 1 0.03 14.72 1.106524 | 1 0.03 14.75 1.106666 | 2,102 65.54 80.29 1.106671 | 509 15.87 96.16 1.106778 | 1 0.03 96.20 1.10765 | 1 0.03 96.23 1.10776 | 1 0.03 96.26 1.108128 | 1 0.03 96.29 1.109524 | 1 0.03 96.32 1.109838 | 1 0.03 96.35 1.110031 | 1 0.03 96.38 1.110626 | 1 0.03 96.41 1.110679 | 1 0.03 96.45 1.111294 | 1 0.03 96.48 1.111869 | 1 0.03 96.51 1.112087 | 1 0.03 96.54 1.112245 | 1 0.03 96.57 1.112857 | 1 0.03 96.60 1.113192 | 1 0.03 96.63 1.113797 | 1 0.03 96.66 1.114023 | 1 0.03 96.69 1.11441 | 1 0.03 96.73 1.114522 | 1 0.03 96.76 1.114527 | 1 0.03 96.79 1.114581 | 1 0.03 96.82 1.115258 | 1 0.03 96.85 1.115828 | 1 0.03 96.88 1.116295 | 1 0.03 96.91 1.116575 | 1 0.03 96.94 1.119437 | 1 0.03 96.98 1.119488 | 1 0.03 97.01 1.122329 | 1 0.03 97.04 1.123386 | 1 0.03 97.07 1.124124 | 1 0.03 97.10 1.12491 | 1 0.03 97.13 1.124917 | 1 0.03 97.16 1.12578 | 1 0.03 97.19 1.125785 | 1 0.03 97.22 1.126237 | 1 0.03 97.26 1.126254 | 1 0.03 97.29 1.128294 | 1 0.03 97.32 1.12841 | 1 0.03 97.35 1.128552 | 1 0.03 97.38 1.128801 | 1 0.03 97.41 1.128928 | 1 0.03 97.44 1.129464 | 1 0.03 97.47 1.130811 | 1 0.03 97.51 1.130983 | 1 0.03 97.54 1.131979 | 1 0.03 97.57 1.132149 | 1 0.03 97.60 1.133053 | 1 0.03 97.63 1.133481 | 1 0.03 97.66 1.134342 | 1 0.03 97.69 1.134411 | 1 0.03 97.72 1.134448 | 1 0.03 97.75 1.135649 | 1 0.03 97.79 1.13656 | 1 0.03 97.82 1.13762 | 1 0.03 97.85 1.138726 | 1 0.03 97.88 1.139509 | 1 0.03 97.91 1.140517 | 1 0.03 97.94 1.140908 | 1 0.03 97.97 1.141519 | 1 0.03 98.00 1.141823 | 1 0.03 98.04 1.142588 | 1 0.03 98.07 1.142998 | 1 0.03 98.10 1.143755 | 1 0.03 98.13 1.144491 | 1 0.03 98.16 1.146283 | 1 0.03 98.19 1.146413 | 1 0.03 98.22 1.146646 | 1 0.03 98.25 1.147555 | 1 0.03 98.29 1.150707 | 1 0.03 98.32 1.151637 | 1 0.03 98.35 1.152809 | 1 0.03 98.38 1.153045 | 1 0.03 98.41 1.153131 | 1 0.03 98.44 1.153876 | 1 0.03 98.47 1.155818 | 1 0.03 98.50 1.156922 | 1 0.03 98.53 1.158117 | 1 0.03 98.57 1.158547 | 1 0.03 98.60 1.159258 | 1 0.03 98.63 1.159836 | 1 0.03 98.66 1.160186 | 1 0.03 98.69 1.161379 | 1 0.03 98.72 1.161698 | 1 0.03 98.75 1.16291 | 1 0.03 98.78 1.165799 | 1 0.03 98.82 1.168636 | 1 0.03 98.85 1.169105 | 1 0.03 98.88 1.17116 | 1 0.03 98.91 1.172576 | 1 0.03 98.94 1.174031 | 1 0.03 98.97 1.174037 | 1 0.03 99.00 1.174464 | 1 0.03 99.03 1.175675 | 1 0.03 99.06 1.176308 | 1 0.03 99.10 1.178342 | 1 0.03 99.13 1.179924 | 1 0.03 99.16 1.180195 | 1 0.03 99.19 1.180326 | 1 0.03 99.22 1.185761 | 1 0.03 99.25 1.187873 | 1 0.03 99.28 1.188811 | 1 0.03 99.31 1.189723 | 1 0.03 99.35 1.190904 | 1 0.03 99.38 1.191582 | 1 0.03 99.41 1.194622 | 1 0.03 99.44 1.196163 | 1 0.03 99.47 1.199867 | 1 0.03 99.50 1.20269 | 1 0.03 99.53 1.20288 | 1 0.03 99.56 1.203916 | 1 0.03 99.59 1.205485 | 1 0.03 99.63 1.210954 | 1 0.03 99.66 1.219842 | 1 0.03 99.69 1.224833 | 1 0.03 99.72 1.232888 | 1 0.03 99.75 1.238118 | 1 0.03 99.78 1.239218 | 1 0.03 99.81 1.24261 | 1 0.03 99.84 1.242648 | 1 0.03 99.88 1.24289 | 1 0.03 99.91 1.254509 | 1 0.03 99.94 1.308768 | 1 0.03 99.97 1.678948 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,207 100.00 Frequencies for rescale2 variable in countyrate2004 dataset : Rescaling | Factor 2 | Freq. Percent Cum. ------------+----------------------------------- .684306 | 1 0.03 0.03 .780873 | 1 0.03 0.06 .788984 | 1 0.03 0.09 .814683 | 1 0.03 0.12 .828083 | 1 0.03 0.16 .872528 | 1 0.03 0.19 .873724 | 1 0.03 0.22 .881373 | 1 0.03 0.25 .92217 | 1 0.03 0.28 .926321 | 1 0.03 0.31 .943415 | 1 0.03 0.34 .961791 | 1 0.03 0.37 .98037 | 1 0.03 0.41 .98574 | 1 0.03 0.44 .985968 | 1 0.03 0.47 .990612 | 1 0.03 0.50 .991026 | 1 0.03 0.53 1.002616 | 1 0.03 0.56 1.014896 | 1 0.03 0.59 1.027514 | 1 0.03 0.62 1.033778 | 1 0.03 0.65 1.052068 | 1 0.03 0.69 1.05224 | 1 0.03 0.72 1.054181 | 1 0.03 0.75 1.054523 | 1 0.03 0.78 1.059482 | 1 0.03 0.81 1.0597 | 1 0.03 0.84 1.06394 | 1 0.03 0.87 1.065552 | 1 0.03 0.90 1.071474 | 1 0.03 0.94 1.073727 | 1 0.03 0.97 1.078638 | 1 0.03 1.00 1.081116 | 1 0.03 1.03 1.081953 | 1 0.03 1.06 1.08716 | 1 0.03 1.09 1.087588 | 1 0.03 1.12 1.092306 | 1 0.03 1.15 1.093444 | 1 0.03 1.18 1.094393 | 1 0.03 1.22 1.098164 | 1 0.03 1.25 1.100219 | 2,253 70.25 71.50 1.100225 | 601 18.74 90.24 1.100256 | 1 0.03 90.27 1.10033 | 1 0.03 90.30 1.100571 | 1 0.03 90.33 1.101467 | 1 0.03 90.36 1.10161 | 1 0.03 90.40 1.101719 | 1 0.03 90.43 1.103373 | 1 0.03 90.46 1.103565 | 1 0.03 90.49 1.104096 | 1 0.03 90.52 1.104727 | 1 0.03 90.55 1.10482 | 1 0.03 90.58 1.105414 | 1 0.03 90.61 1.105506 | 1 0.03 90.65 1.105766 | 1 0.03 90.68 1.10636 | 1 0.03 90.71 1.106823 | 1 0.03 90.74 1.106861 | 1 0.03 90.77 1.10714 | 1 0.03 90.80 1.107918 | 1 0.03 90.83 1.108382 | 1 0.03 90.86 1.110348 | 1 0.03 90.89 1.110649 | 1 0.03 90.93 1.111332 | 1 0.03 90.96 1.112074 | 1 0.03 90.99 1.112511 | 1 0.03 91.02 1.114258 | 1 0.03 91.05 1.114593 | 1 0.03 91.08 1.115248 | 1 0.03 91.11 1.116842 | 1 0.03 91.14 1.116859 | 1 0.03 91.18 1.117881 | 1 0.03 91.21 1.11814 | 1 0.03 91.24 1.118215 | 1 0.03 91.27 1.118493 | 1 0.03 91.30 1.119142 | 1 0.03 91.33 1.120775 | 1 0.03 91.36 1.120899 | 1 0.03 91.39 1.122352 | 1 0.03 91.43 1.123238 | 1 0.03 91.46 1.123279 | 1 0.03 91.49 1.125283 | 1 0.03 91.52 1.125635 | 1 0.03 91.55 1.126229 | 1 0.03 91.58 1.12634 | 1 0.03 91.61 1.126878 | 1 0.03 91.64 1.127921 | 1 0.03 91.67 1.127992 | 1 0.03 91.71 1.128185 | 1 0.03 91.74 1.128585 | 1 0.03 91.77 1.128978 | 1 0.03 91.80 1.129364 | 1 0.03 91.83 1.129717 | 1 0.03 91.86 1.12994 | 1 0.03 91.89 1.129995 | 1 0.03 91.92 1.130218 | 1 0.03 91.96 1.130811 | 1 0.03 91.99 1.130875 | 1 0.03 92.02 1.131702 | 1 0.03 92.05 1.132688 | 1 0.03 92.08 1.132871 | 1 0.03 92.11 1.13378 | 1 0.03 92.14 1.133873 | 1 0.03 92.17 1.134262 | 1 0.03 92.20 1.134318 | 1 0.03 92.24 1.134485 | 1 0.03 92.27 1.13532 | 1 0.03 92.30 1.135468 | 1 0.03 92.33 1.135932 | 1 0.03 92.36 1.13634 | 1 0.03 92.39 1.137008 | 1 0.03 92.42 1.137262 | 1 0.03 92.45 1.138789 | 1 0.03 92.49 1.138974 | 1 0.03 92.52 1.139735 | 1 0.03 92.55 1.140812 | 1 0.03 92.58 1.140978 | 1 0.03 92.61 1.141293 | 1 0.03 92.64 1.145545 | 1 0.03 92.67 1.146414 | 1 0.03 92.70 1.146451 | 1 0.03 92.73 1.147274 | 1 0.03 92.77 1.147286 | 1 0.03 92.80 1.147879 | 1 0.03 92.83 1.147917 | 1 0.03 92.86 1.148566 | 1 0.03 92.89 1.148751 | 1 0.03 92.92 1.148761 | 1 0.03 92.95 1.149085 | 1 0.03 92.98 1.149456 | 1 0.03 93.02 1.150562 | 2 0.06 93.08 1.152128 | 1 0.03 93.11 1.153138 | 1 0.03 93.14 1.153501 | 1 0.03 93.17 1.154614 | 1 0.03 93.20 1.154966 | 1 0.03 93.23 1.15543 | 1 0.03 93.26 1.156135 | 3 0.09 93.36 1.156209 | 1 0.03 93.39 1.158252 | 1 0.03 93.42 1.158467 | 1 0.03 93.45 1.158584 | 1 0.03 93.48 1.158658 | 1 0.03 93.51 1.16018 | 1 0.03 93.55 1.160847 | 1 0.03 93.58 1.161886 | 1 0.03 93.61 1.161911 | 1 0.03 93.64 1.162035 | 1 0.03 93.67 1.162295 | 1 0.03 93.70 1.163055 | 1 0.03 93.73 1.163074 | 1 0.03 93.76 1.164969 | 1 0.03 93.79 1.165634 | 1 0.03 93.83 1.167192 | 1 0.03 93.86 1.167349 | 1 0.03 93.89 1.168825 | 1 0.03 93.92 1.169771 | 1 0.03 93.95 1.170471 | 1 0.03 93.98 1.171478 | 1 0.03 94.01 1.172331 | 1 0.03 94.04 1.173342 | 1 0.03 94.08 1.174433 | 1 0.03 94.11 1.174632 | 1 0.03 94.14 1.174836 | 1 0.03 94.17 1.17734 | 1 0.03 94.20 1.178212 | 2 0.06 94.26 1.178647 | 1 0.03 94.29 1.181292 | 1 0.03 94.32 1.181348 | 1 0.03 94.36 1.181886 | 1 0.03 94.39 1.182034 | 1 0.03 94.42 1.182498 | 1 0.03 94.45 1.184001 | 1 0.03 94.48 1.184075 | 1 0.03 94.51 1.184269 | 1 0.03 94.54 1.184771 | 1 0.03 94.57 1.185503 | 1 0.03 94.61 1.185847 | 1 0.03 94.64 1.186792 | 1 0.03 94.67 1.187303 | 1 0.03 94.70 1.188008 | 1 0.03 94.73 1.190865 | 1 0.03 94.76 1.191044 | 1 0.03 94.79 1.191762 | 1 0.03 94.82 1.193759 | 1 0.03 94.86 1.194538 | 1 0.03 94.89 1.197654 | 1 0.03 94.92 1.200282 | 1 0.03 94.95 1.202738 | 1 0.03 94.98 1.203981 | 1 0.03 95.01 1.204143 | 1 0.03 95.04 1.204408 | 1 0.03 95.07 1.204835 | 1 0.03 95.10 1.205094 | 1 0.03 95.14 1.205837 | 1 0.03 95.17 1.2063 | 1 0.03 95.20 1.207617 | 1 0.03 95.23 1.209459 | 1 0.03 95.26 1.210122 | 1 0.03 95.29 1.211513 | 1 0.03 95.32 1.212107 | 1 0.03 95.35 1.212861 | 1 0.03 95.39 1.213443 | 1 0.03 95.42 1.215335 | 1 0.03 95.45 1.21578 | 1 0.03 95.48 1.216527 | 1 0.03 95.51 1.218304 | 1 0.03 95.54 1.226188 | 1 0.03 95.57 1.228058 | 1 0.03 95.60 1.228674 | 1 0.03 95.63 1.229305 | 1 0.03 95.67 1.232941 | 1 0.03 95.70 1.233813 | 1 0.03 95.73 1.235372 | 1 0.03 95.76 1.23552 | 1 0.03 95.79 1.238451 | 1 0.03 95.82 1.239601 | 1 0.03 95.85 1.240047 | 1 0.03 95.88 1.241909 | 1 0.03 95.92 1.246392 | 1 0.03 95.95 1.247078 | 1 0.03 95.98 1.247393 | 1 0.03 96.01 1.247709 | 1 0.03 96.04 1.248372 | 1 0.03 96.07 1.248878 | 1 0.03 96.10 1.249657 | 1 0.03 96.13 1.250017 | 1 0.03 96.16 1.250201 | 1 0.03 96.20 1.250473 | 1 0.03 96.23 1.251001 | 1 0.03 96.26 1.253814 | 1 0.03 96.29 1.255237 | 1 0.03 96.32 1.256187 | 1 0.03 96.35 1.256799 | 1 0.03 96.38 1.258079 | 1 0.03 96.41 1.260635 | 1 0.03 96.45 1.261178 | 1 0.03 96.48 1.261957 | 1 0.03 96.51 1.265983 | 1 0.03 96.54 1.267374 | 1 0.03 96.57 1.269378 | 1 0.03 96.60 1.27197 | 1 0.03 96.63 1.27524 | 1 0.03 96.66 1.275741 | 1 0.03 96.69 1.276649 | 1 0.03 96.73 1.278561 | 1 0.03 96.76 1.283236 | 1 0.03 96.79 1.28331 | 1 0.03 96.82 1.283886 | 1 0.03 96.85 1.285555 | 1 0.03 96.88 1.288338 | 1 0.03 96.91 1.293496 | 1 0.03 96.94 1.294182 | 1 0.03 96.98 1.310276 | 1 0.03 97.01 1.318968 | 1 0.03 97.04 1.319432 | 1 0.03 97.07 1.320396 | 1 0.03 97.10 1.323083 | 1 0.03 97.13 1.33073 | 1 0.03 97.16 1.332975 | 1 0.03 97.19 1.336036 | 1 0.03 97.22 1.336741 | 1 0.03 97.26 1.339492 | 1 0.03 97.29 1.340915 | 1 0.03 97.32 1.347353 | 1 0.03 97.35 1.361972 | 1 0.03 97.38 1.372432 | 1 0.03 97.41 1.377982 | 1 0.03 97.44 1.380212 | 1 0.03 97.47 1.398853 | 1 0.03 97.51 1.411042 | 1 0.03 97.54 1.414933 | 1 0.03 97.57 1.4343 | 1 0.03 97.60 1.436688 | 1 0.03 97.63 1.444879 | 1 0.03 97.66 1.448297 | 1 0.03 97.69 1.448835 | 1 0.03 97.72 1.455957 | 1 0.03 97.75 1.465599 | 1 0.03 97.79 1.467131 | 1 0.03 97.82 1.481573 | 1 0.03 97.85 1.484951 | 1 0.03 97.88 1.490224 | 1 0.03 97.91 1.493983 | 1 0.03 97.94 1.50338 | 1 0.03 97.97 1.50373 | 1 0.03 98.00 1.512531 | 1 0.03 98.04 1.528647 | 1 0.03 98.07 1.53248 | 1 0.03 98.10 1.532851 | 1 0.03 98.13 1.540019 | 1 0.03 98.16 1.542615 | 1 0.03 98.19 1.554168 | 1 0.03 98.22 1.565698 | 1 0.03 98.25 1.569866 | 1 0.03 98.29 1.571376 | 1 0.03 98.32 1.573734 | 1 0.03 98.35 1.579462 | 1 0.03 98.38 1.582743 | 1 0.03 98.41 1.583284 | 1 0.03 98.44 1.590436 | 1 0.03 98.47 1.59544 | 1 0.03 98.50 1.595825 | 1 0.03 98.53 1.60137 | 1 0.03 98.57 1.612691 | 1 0.03 98.60 1.619103 | 1 0.03 98.63 1.627542 | 1 0.03 98.66 1.630379 | 1 0.03 98.69 1.630586 | 1 0.03 98.72 1.638654 | 1 0.03 98.75 1.64947 | 1 0.03 98.78 1.655799 | 1 0.03 98.82 1.658121 | 1 0.03 98.85 1.658174 | 1 0.03 98.88 1.660122 | 1 0.03 98.91 1.662212 | 1 0.03 98.94 1.680949 | 1 0.03 98.97 1.6852 | 1 0.03 99.00 1.690231 | 1 0.03 99.03 1.699877 | 1 0.03 99.06 1.701377 | 1 0.03 99.10 1.704908 | 1 0.03 99.13 1.705878 | 1 0.03 99.16 1.706384 | 1 0.03 99.19 1.71856 | 1 0.03 99.22 1.722439 | 1 0.03 99.25 1.72691 | 1 0.03 99.28 1.734109 | 1 0.03 99.31 1.738371 | 1 0.03 99.35 1.757727 | 1 0.03 99.38 1.762353 | 1 0.03 99.41 1.764147 | 1 0.03 99.44 1.76494 | 1 0.03 99.47 1.766562 | 1 0.03 99.50 1.781847 | 1 0.03 99.53 1.786237 | 1 0.03 99.56 1.812097 | 1 0.03 99.59 1.814269 | 1 0.03 99.63 1.823666 | 1 0.03 99.66 1.832456 | 1 0.03 99.69 1.836361 | 1 0.03 99.72 1.837017 | 1 0.03 99.75 1.851275 | 1 0.03 99.78 1.865077 | 1 0.03 99.81 1.876676 | 1 0.03 99.84 1.906423 | 1 0.03 99.88 1.926589 | 1 0.03 99.91 1.958395 | 1 0.03 99.94 2.04383 | 1 0.03 99.97 2.060404 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,207 100.00 Frequencies for fipsstco variable in countyrate2004 dataset : FIPS State | and County | Code | Freq. Percent Cum. ------------+----------------------------------- 01001 | 1 0.03 0.03 01003 | 1 0.03 0.06 01005 | 1 0.03 0.09 01007 | 1 0.03 0.12 01009 | 1 0.03 0.16 01011 | 1 0.03 0.19 01013 | 1 0.03 0.22 01015 | 1 0.03 0.25 01017 | 1 0.03 0.28 01019 | 1 0.03 0.31 01021 | 1 0.03 0.34 01023 | 1 0.03 0.37 01025 | 1 0.03 0.41 01027 | 1 0.03 0.44 01029 | 1 0.03 0.47 01031 | 1 0.03 0.50 01033 | 1 0.03 0.53 01035 | 1 0.03 0.56 01037 | 1 0.03 0.59 01039 | 1 0.03 0.62 01041 | 1 0.03 0.65 01043 | 1 0.03 0.69 01045 | 1 0.03 0.72 01047 | 1 0.03 0.75 01049 | 1 0.03 0.78 01051 | 1 0.03 0.81 01053 | 1 0.03 0.84 01055 | 1 0.03 0.87 01057 | 1 0.03 0.90 01059 | 1 0.03 0.94 01061 | 1 0.03 0.97 01063 | 1 0.03 1.00 01065 | 1 0.03 1.03 01067 | 1 0.03 1.06 01069 | 1 0.03 1.09 01071 | 1 0.03 1.12 01073 | 1 0.03 1.15 01075 | 1 0.03 1.18 01077 | 1 0.03 1.22 01079 | 1 0.03 1.25 01081 | 1 0.03 1.28 01083 | 1 0.03 1.31 01085 | 1 0.03 1.34 01087 | 1 0.03 1.37 01089 | 1 0.03 1.40 01091 | 1 0.03 1.43 01093 | 1 0.03 1.47 01095 | 1 0.03 1.50 01097 | 1 0.03 1.53 01099 | 1 0.03 1.56 01101 | 1 0.03 1.59 01103 | 1 0.03 1.62 01105 | 1 0.03 1.65 01107 | 1 0.03 1.68 01109 | 1 0.03 1.71 01111 | 1 0.03 1.75 01113 | 1 0.03 1.78 01115 | 1 0.03 1.81 01117 | 1 0.03 1.84 01119 | 1 0.03 1.87 01121 | 1 0.03 1.90 01123 | 1 0.03 1.93 01125 | 1 0.03 1.96 01127 | 1 0.03 2.00 01129 | 1 0.03 2.03 01131 | 1 0.03 2.06 01133 | 1 0.03 2.09 02020 | 1 0.03 2.12 02050 | 1 0.03 2.15 02060 | 1 0.03 2.18 02070 | 1 0.03 2.21 02090 | 1 0.03 2.25 02100 | 1 0.03 2.28 02110 | 1 0.03 2.31 02130 | 1 0.03 2.34 02150 | 1 0.03 2.37 02170 | 1 0.03 2.40 02180 | 1 0.03 2.43 02220 | 1 0.03 2.46 02230 | 1 0.03 2.49 02240 | 1 0.03 2.53 02270 | 1 0.03 2.56 02290 | 1 0.03 2.59 04001 | 1 0.03 2.62 04003 | 1 0.03 2.65 04005 | 1 0.03 2.68 04007 | 1 0.03 2.71 04009 | 1 0.03 2.74 04011 | 1 0.03 2.78 04012 | 1 0.03 2.81 04013 | 1 0.03 2.84 04015 | 1 0.03 2.87 04017 | 1 0.03 2.90 04019 | 1 0.03 2.93 04021 | 1 0.03 2.96 04023 | 1 0.03 2.99 04025 | 1 0.03 3.02 04027 | 1 0.03 3.06 05001 | 1 0.03 3.09 05003 | 1 0.03 3.12 05005 | 1 0.03 3.15 05007 | 1 0.03 3.18 05009 | 1 0.03 3.21 05011 | 1 0.03 3.24 05013 | 1 0.03 3.27 05015 | 1 0.03 3.31 05017 | 1 0.03 3.34 05019 | 1 0.03 3.37 05021 | 1 0.03 3.40 05023 | 1 0.03 3.43 05025 | 1 0.03 3.46 05027 | 1 0.03 3.49 05029 | 1 0.03 3.52 05031 | 1 0.03 3.55 05033 | 1 0.03 3.59 05035 | 1 0.03 3.62 05037 | 1 0.03 3.65 05039 | 1 0.03 3.68 05041 | 1 0.03 3.71 05043 | 1 0.03 3.74 05045 | 1 0.03 3.77 05047 | 1 0.03 3.80 05049 | 1 0.03 3.84 05051 | 1 0.03 3.87 05053 | 1 0.03 3.90 05055 | 1 0.03 3.93 05057 | 1 0.03 3.96 05059 | 1 0.03 3.99 05061 | 1 0.03 4.02 05063 | 1 0.03 4.05 05065 | 1 0.03 4.08 05067 | 1 0.03 4.12 05069 | 1 0.03 4.15 05071 | 1 0.03 4.18 05073 | 1 0.03 4.21 05075 | 1 0.03 4.24 05077 | 1 0.03 4.27 05079 | 1 0.03 4.30 05081 | 1 0.03 4.33 05083 | 1 0.03 4.37 05085 | 1 0.03 4.40 05087 | 1 0.03 4.43 05089 | 1 0.03 4.46 05091 | 1 0.03 4.49 05093 | 1 0.03 4.52 05095 | 1 0.03 4.55 05097 | 1 0.03 4.58 05099 | 1 0.03 4.61 05101 | 1 0.03 4.65 05103 | 1 0.03 4.68 05105 | 1 0.03 4.71 05107 | 1 0.03 4.74 05109 | 1 0.03 4.77 05111 | 1 0.03 4.80 05113 | 1 0.03 4.83 05115 | 1 0.03 4.86 05117 | 1 0.03 4.90 05119 | 1 0.03 4.93 05121 | 1 0.03 4.96 05123 | 1 0.03 4.99 05125 | 1 0.03 5.02 05127 | 1 0.03 5.05 05129 | 1 0.03 5.08 05131 | 1 0.03 5.11 05133 | 1 0.03 5.14 05135 | 1 0.03 5.18 05137 | 1 0.03 5.21 05139 | 1 0.03 5.24 05141 | 1 0.03 5.27 05143 | 1 0.03 5.30 05145 | 1 0.03 5.33 05147 | 1 0.03 5.36 05149 | 1 0.03 5.39 06001 | 1 0.03 5.43 06003 | 1 0.03 5.46 06005 | 1 0.03 5.49 06007 | 1 0.03 5.52 06009 | 1 0.03 5.55 06011 | 1 0.03 5.58 06013 | 1 0.03 5.61 06015 | 1 0.03 5.64 06017 | 1 0.03 5.68 06019 | 1 0.03 5.71 06021 | 1 0.03 5.74 06023 | 1 0.03 5.77 06025 | 1 0.03 5.80 06027 | 1 0.03 5.83 06029 | 1 0.03 5.86 06031 | 1 0.03 5.89 06033 | 1 0.03 5.92 06035 | 1 0.03 5.96 06037 | 2 0.06 6.02 06039 | 1 0.03 6.05 06041 | 1 0.03 6.08 06043 | 1 0.03 6.11 06045 | 1 0.03 6.14 06047 | 1 0.03 6.17 06049 | 1 0.03 6.21 06051 | 1 0.03 6.24 06053 | 1 0.03 6.27 06055 | 1 0.03 6.30 06057 | 1 0.03 6.33 06059 | 1 0.03 6.36 06061 | 1 0.03 6.39 06063 | 1 0.03 6.42 06065 | 1 0.03 6.45 06067 | 1 0.03 6.49 06069 | 1 0.03 6.52 06071 | 1 0.03 6.55 06073 | 1 0.03 6.58 06075 | 1 0.03 6.61 06077 | 1 0.03 6.64 06079 | 1 0.03 6.67 06081 | 1 0.03 6.70 06083 | 1 0.03 6.74 06085 | 1 0.03 6.77 06087 | 1 0.03 6.80 06089 | 1 0.03 6.83 06091 | 1 0.03 6.86 06093 | 1 0.03 6.89 06095 | 1 0.03 6.92 06097 | 1 0.03 6.95 06099 | 1 0.03 6.98 06101 | 1 0.03 7.02 06103 | 1 0.03 7.05 06105 | 1 0.03 7.08 06107 | 1 0.03 7.11 06109 | 1 0.03 7.14 06111 | 1 0.03 7.17 06113 | 1 0.03 7.20 06115 | 1 0.03 7.23 08001 | 1 0.03 7.27 08003 | 1 0.03 7.30 08005 | 1 0.03 7.33 08007 | 1 0.03 7.36 08009 | 1 0.03 7.39 08011 | 1 0.03 7.42 08013 | 1 0.03 7.45 08015 | 1 0.03 7.48 08017 | 1 0.03 7.51 08019 | 1 0.03 7.55 08021 | 1 0.03 7.58 08023 | 1 0.03 7.61 08025 | 1 0.03 7.64 08027 | 1 0.03 7.67 08029 | 1 0.03 7.70 08031 | 1 0.03 7.73 08033 | 1 0.03 7.76 08035 | 1 0.03 7.80 08037 | 1 0.03 7.83 08039 | 1 0.03 7.86 08041 | 1 0.03 7.89 08043 | 1 0.03 7.92 08045 | 1 0.03 7.95 08047 | 1 0.03 7.98 08049 | 1 0.03 8.01 08051 | 1 0.03 8.04 08053 | 1 0.03 8.08 08055 | 1 0.03 8.11 08057 | 1 0.03 8.14 08059 | 1 0.03 8.17 08061 | 1 0.03 8.20 08063 | 1 0.03 8.23 08065 | 1 0.03 8.26 08067 | 1 0.03 8.29 08069 | 1 0.03 8.33 08071 | 1 0.03 8.36 08073 | 1 0.03 8.39 08075 | 1 0.03 8.42 08077 | 1 0.03 8.45 08079 | 1 0.03 8.48 08081 | 1 0.03 8.51 08083 | 1 0.03 8.54 08085 | 1 0.03 8.57 08087 | 1 0.03 8.61 08089 | 1 0.03 8.64 08091 | 1 0.03 8.67 08093 | 1 0.03 8.70 08095 | 1 0.03 8.73 08097 | 1 0.03 8.76 08099 | 1 0.03 8.79 08101 | 1 0.03 8.82 08103 | 1 0.03 8.86 08105 | 1 0.03 8.89 08107 | 1 0.03 8.92 08109 | 1 0.03 8.95 08111 | 1 0.03 8.98 08113 | 1 0.03 9.01 08115 | 1 0.03 9.04 08117 | 1 0.03 9.07 08119 | 1 0.03 9.11 08121 | 1 0.03 9.14 08123 | 1 0.03 9.17 08125 | 1 0.03 9.20 09001 | 1 0.03 9.23 09003 | 1 0.03 9.26 09005 | 1 0.03 9.29 09007 | 1 0.03 9.32 09009 | 1 0.03 9.35 09011 | 1 0.03 9.39 09013 | 1 0.03 9.42 09015 | 1 0.03 9.45 10001 | 1 0.03 9.48 10003 | 1 0.03 9.51 10005 | 1 0.03 9.54 11001 | 1 0.03 9.57 12001 | 1 0.03 9.60 12003 | 1 0.03 9.64 12005 | 1 0.03 9.67 12007 | 1 0.03 9.70 12009 | 1 0.03 9.73 12011 | 1 0.03 9.76 12013 | 1 0.03 9.79 12015 | 1 0.03 9.82 12017 | 1 0.03 9.85 12019 | 1 0.03 9.88 12021 | 1 0.03 9.92 12023 | 1 0.03 9.95 12027 | 1 0.03 9.98 12029 | 1 0.03 10.01 12031 | 1 0.03 10.04 12033 | 1 0.03 10.07 12035 | 1 0.03 10.10 12037 | 1 0.03 10.13 12039 | 1 0.03 10.17 12041 | 1 0.03 10.20 12043 | 1 0.03 10.23 12045 | 1 0.03 10.26 12047 | 1 0.03 10.29 12049 | 1 0.03 10.32 12051 | 1 0.03 10.35 12053 | 1 0.03 10.38 12055 | 1 0.03 10.41 12057 | 1 0.03 10.45 12059 | 1 0.03 10.48 12061 | 1 0.03 10.51 12063 | 1 0.03 10.54 12065 | 1 0.03 10.57 12067 | 1 0.03 10.60 12069 | 1 0.03 10.63 12071 | 1 0.03 10.66 12073 | 1 0.03 10.70 12075 | 1 0.03 10.73 12077 | 1 0.03 10.76 12079 | 1 0.03 10.79 12081 | 1 0.03 10.82 12083 | 1 0.03 10.85 12085 | 1 0.03 10.88 12086 | 1 0.03 10.91 12087 | 1 0.03 10.94 12089 | 1 0.03 10.98 12091 | 1 0.03 11.01 12093 | 1 0.03 11.04 12095 | 1 0.03 11.07 12097 | 1 0.03 11.10 12099 | 1 0.03 11.13 12101 | 1 0.03 11.16 12103 | 1 0.03 11.19 12105 | 1 0.03 11.23 12107 | 1 0.03 11.26 12109 | 1 0.03 11.29 12111 | 1 0.03 11.32 12113 | 1 0.03 11.35 12115 | 1 0.03 11.38 12117 | 1 0.03 11.41 12119 | 1 0.03 11.44 12121 | 1 0.03 11.47 12123 | 1 0.03 11.51 12125 | 1 0.03 11.54 12127 | 1 0.03 11.57 12129 | 1 0.03 11.60 12131 | 1 0.03 11.63 12133 | 1 0.03 11.66 13001 | 1 0.03 11.69 13003 | 1 0.03 11.72 13005 | 1 0.03 11.76 13007 | 1 0.03 11.79 13009 | 1 0.03 11.82 13011 | 1 0.03 11.85 13013 | 1 0.03 11.88 13015 | 1 0.03 11.91 13017 | 1 0.03 11.94 13019 | 1 0.03 11.97 13021 | 1 0.03 12.00 13023 | 1 0.03 12.04 13025 | 1 0.03 12.07 13027 | 1 0.03 12.10 13029 | 1 0.03 12.13 13031 | 1 0.03 12.16 13033 | 1 0.03 12.19 13035 | 1 0.03 12.22 13037 | 1 0.03 12.25 13039 | 1 0.03 12.29 13043 | 1 0.03 12.32 13045 | 1 0.03 12.35 13047 | 1 0.03 12.38 13049 | 1 0.03 12.41 13051 | 1 0.03 12.44 13053 | 1 0.03 12.47 13055 | 1 0.03 12.50 13057 | 1 0.03 12.54 13059 | 1 0.03 12.57 13061 | 1 0.03 12.60 13063 | 1 0.03 12.63 13065 | 1 0.03 12.66 13067 | 1 0.03 12.69 13069 | 1 0.03 12.72 13071 | 1 0.03 12.75 13073 | 1 0.03 12.78 13075 | 1 0.03 12.82 13077 | 1 0.03 12.85 13079 | 1 0.03 12.88 13081 | 1 0.03 12.91 13083 | 1 0.03 12.94 13085 | 1 0.03 12.97 13087 | 1 0.03 13.00 13089 | 1 0.03 13.03 13091 | 1 0.03 13.07 13093 | 1 0.03 13.10 13095 | 1 0.03 13.13 13097 | 1 0.03 13.16 13099 | 1 0.03 13.19 13101 | 1 0.03 13.22 13103 | 1 0.03 13.25 13105 | 1 0.03 13.28 13107 | 1 0.03 13.31 13109 | 1 0.03 13.35 13111 | 1 0.03 13.38 13113 | 1 0.03 13.41 13115 | 1 0.03 13.44 13117 | 1 0.03 13.47 13119 | 1 0.03 13.50 13121 | 1 0.03 13.53 13123 | 1 0.03 13.56 13125 | 1 0.03 13.60 13127 | 1 0.03 13.63 13129 | 1 0.03 13.66 13131 | 1 0.03 13.69 13133 | 1 0.03 13.72 13135 | 1 0.03 13.75 13137 | 1 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48141 | 1 0.03 80.45 48143 | 1 0.03 80.48 48145 | 1 0.03 80.51 48147 | 1 0.03 80.54 48149 | 1 0.03 80.57 48151 | 1 0.03 80.60 48153 | 1 0.03 80.64 48155 | 1 0.03 80.67 48157 | 1 0.03 80.70 48159 | 1 0.03 80.73 48161 | 1 0.03 80.76 48163 | 1 0.03 80.79 48165 | 1 0.03 80.82 48167 | 1 0.03 80.85 48169 | 1 0.03 80.89 48171 | 1 0.03 80.92 48173 | 1 0.03 80.95 48175 | 1 0.03 80.98 48177 | 1 0.03 81.01 48179 | 1 0.03 81.04 48181 | 1 0.03 81.07 48183 | 1 0.03 81.10 48185 | 1 0.03 81.14 48187 | 1 0.03 81.17 48189 | 1 0.03 81.20 48191 | 1 0.03 81.23 48193 | 1 0.03 81.26 48195 | 1 0.03 81.29 48197 | 1 0.03 81.32 48199 | 1 0.03 81.35 48201 | 1 0.03 81.38 48203 | 1 0.03 81.42 48205 | 1 0.03 81.45 48207 | 1 0.03 81.48 48209 | 1 0.03 81.51 48211 | 1 0.03 81.54 48213 | 1 0.03 81.57 48215 | 1 0.03 81.60 48217 | 1 0.03 81.63 48219 | 1 0.03 81.67 48221 | 1 0.03 81.70 48223 | 1 0.03 81.73 48225 | 1 0.03 81.76 48227 | 1 0.03 81.79 48229 | 1 0.03 81.82 48231 | 1 0.03 81.85 48233 | 1 0.03 81.88 48235 | 1 0.03 81.91 48237 | 1 0.03 81.95 48239 | 1 0.03 81.98 48241 | 1 0.03 82.01 48243 | 1 0.03 82.04 48245 | 1 0.03 82.07 48247 | 1 0.03 82.10 48249 | 1 0.03 82.13 48251 | 1 0.03 82.16 48253 | 1 0.03 82.20 48255 | 1 0.03 82.23 48257 | 1 0.03 82.26 48259 | 1 0.03 82.29 48261 | 1 0.03 82.32 48263 | 1 0.03 82.35 48265 | 1 0.03 82.38 48267 | 1 0.03 82.41 48269 | 1 0.03 82.44 48271 | 1 0.03 82.48 48273 | 1 0.03 82.51 48275 | 1 0.03 82.54 48277 | 1 0.03 82.57 48279 | 1 0.03 82.60 48281 | 1 0.03 82.63 48283 | 1 0.03 82.66 48285 | 1 0.03 82.69 48287 | 1 0.03 82.73 48289 | 1 0.03 82.76 48291 | 1 0.03 82.79 48293 | 1 0.03 82.82 48295 | 1 0.03 82.85 48297 | 1 0.03 82.88 48299 | 1 0.03 82.91 48301 | 1 0.03 82.94 48303 | 1 0.03 82.97 48305 | 1 0.03 83.01 48307 | 1 0.03 83.04 48309 | 1 0.03 83.07 48311 | 1 0.03 83.10 48313 | 1 0.03 83.13 48315 | 1 0.03 83.16 48317 | 1 0.03 83.19 48319 | 1 0.03 83.22 48321 | 1 0.03 83.26 48323 | 1 0.03 83.29 48325 | 1 0.03 83.32 48327 | 1 0.03 83.35 48329 | 1 0.03 83.38 48331 | 1 0.03 83.41 48333 | 1 0.03 83.44 48335 | 1 0.03 83.47 48337 | 1 0.03 83.50 48339 | 1 0.03 83.54 48341 | 1 0.03 83.57 48343 | 1 0.03 83.60 48345 | 1 0.03 83.63 48347 | 1 0.03 83.66 48349 | 1 0.03 83.69 48351 | 1 0.03 83.72 48353 | 1 0.03 83.75 48355 | 1 0.03 83.79 48357 | 1 0.03 83.82 48359 | 1 0.03 83.85 48361 | 1 0.03 83.88 48363 | 1 0.03 83.91 48365 | 1 0.03 83.94 48367 | 1 0.03 83.97 48369 | 1 0.03 84.00 48371 | 1 0.03 84.03 48373 | 1 0.03 84.07 48375 | 1 0.03 84.10 48377 | 1 0.03 84.13 48379 | 1 0.03 84.16 48381 | 1 0.03 84.19 48383 | 1 0.03 84.22 48385 | 1 0.03 84.25 48387 | 1 0.03 84.28 48389 | 1 0.03 84.32 48391 | 1 0.03 84.35 48393 | 1 0.03 84.38 48395 | 1 0.03 84.41 48397 | 1 0.03 84.44 48399 | 1 0.03 84.47 48401 | 1 0.03 84.50 48403 | 1 0.03 84.53 48405 | 1 0.03 84.57 48407 | 1 0.03 84.60 48409 | 1 0.03 84.63 48411 | 1 0.03 84.66 48413 | 1 0.03 84.69 48415 | 1 0.03 84.72 48417 | 1 0.03 84.75 48419 | 1 0.03 84.78 48421 | 1 0.03 84.81 48423 | 1 0.03 84.85 48425 | 1 0.03 84.88 48427 | 1 0.03 84.91 48429 | 1 0.03 84.94 48431 | 1 0.03 84.97 48433 | 1 0.03 85.00 48435 | 1 0.03 85.03 48437 | 1 0.03 85.06 48439 | 1 0.03 85.10 48441 | 1 0.03 85.13 48443 | 1 0.03 85.16 48445 | 1 0.03 85.19 48447 | 1 0.03 85.22 48449 | 1 0.03 85.25 48451 | 1 0.03 85.28 48453 | 1 0.03 85.31 48455 | 1 0.03 85.34 48457 | 1 0.03 85.38 48459 | 1 0.03 85.41 48461 | 1 0.03 85.44 48463 | 1 0.03 85.47 48465 | 1 0.03 85.50 48467 | 1 0.03 85.53 48469 | 1 0.03 85.56 48471 | 1 0.03 85.59 48473 | 1 0.03 85.63 48475 | 1 0.03 85.66 48477 | 1 0.03 85.69 48479 | 1 0.03 85.72 48481 | 1 0.03 85.75 48483 | 1 0.03 85.78 48485 | 1 0.03 85.81 48487 | 1 0.03 85.84 48489 | 1 0.03 85.87 48491 | 1 0.03 85.91 48493 | 1 0.03 85.94 48495 | 1 0.03 85.97 48497 | 1 0.03 86.00 48499 | 1 0.03 86.03 48501 | 1 0.03 86.06 48503 | 1 0.03 86.09 48505 | 1 0.03 86.12 48507 | 1 0.03 86.16 49001 | 1 0.03 86.19 49003 | 1 0.03 86.22 49005 | 1 0.03 86.25 49007 | 1 0.03 86.28 49009 | 1 0.03 86.31 49011 | 1 0.03 86.34 49013 | 1 0.03 86.37 49015 | 1 0.03 86.40 49017 | 1 0.03 86.44 49019 | 1 0.03 86.47 49021 | 1 0.03 86.50 49023 | 1 0.03 86.53 49025 | 1 0.03 86.56 49027 | 1 0.03 86.59 49029 | 1 0.03 86.62 49031 | 1 0.03 86.65 49033 | 1 0.03 86.69 49035 | 1 0.03 86.72 49037 | 1 0.03 86.75 49039 | 1 0.03 86.78 49041 | 1 0.03 86.81 49043 | 1 0.03 86.84 49045 | 1 0.03 86.87 49047 | 1 0.03 86.90 49049 | 1 0.03 86.93 49051 | 1 0.03 86.97 49053 | 1 0.03 87.00 49055 | 1 0.03 87.03 49057 | 1 0.03 87.06 50001 | 1 0.03 87.09 50003 | 1 0.03 87.12 50005 | 1 0.03 87.15 50007 | 1 0.03 87.18 50009 | 1 0.03 87.22 50011 | 1 0.03 87.25 50013 | 1 0.03 87.28 50015 | 1 0.03 87.31 50017 | 1 0.03 87.34 50019 | 1 0.03 87.37 50021 | 1 0.03 87.40 50023 | 1 0.03 87.43 50025 | 1 0.03 87.46 50027 | 1 0.03 87.50 51001 | 1 0.03 87.53 51003 | 1 0.03 87.56 51005 | 1 0.03 87.59 51007 | 1 0.03 87.62 51009 | 1 0.03 87.65 51011 | 1 0.03 87.68 51013 | 1 0.03 87.71 51015 | 1 0.03 87.75 51017 | 1 0.03 87.78 51019 | 1 0.03 87.81 51021 | 1 0.03 87.84 51023 | 1 0.03 87.87 51025 | 1 0.03 87.90 51027 | 1 0.03 87.93 51029 | 1 0.03 87.96 51031 | 1 0.03 88.00 51033 | 1 0.03 88.03 51035 | 1 0.03 88.06 51036 | 1 0.03 88.09 51037 | 1 0.03 88.12 51041 | 1 0.03 88.15 51043 | 1 0.03 88.18 51045 | 1 0.03 88.21 51047 | 1 0.03 88.24 51049 | 1 0.03 88.28 51051 | 1 0.03 88.31 51053 | 1 0.03 88.34 51057 | 1 0.03 88.37 51059 | 1 0.03 88.40 51061 | 1 0.03 88.43 51063 | 1 0.03 88.46 51065 | 1 0.03 88.49 51067 | 1 0.03 88.53 51069 | 1 0.03 88.56 51071 | 1 0.03 88.59 51073 | 1 0.03 88.62 51075 | 1 0.03 88.65 51077 | 1 0.03 88.68 51079 | 1 0.03 88.71 51081 | 1 0.03 88.74 51083 | 1 0.03 88.77 51085 | 1 0.03 88.81 51087 | 1 0.03 88.84 51089 | 1 0.03 88.87 51091 | 1 0.03 88.90 51093 | 1 0.03 88.93 51095 | 1 0.03 88.96 51097 | 1 0.03 88.99 51099 | 1 0.03 89.02 51101 | 1 0.03 89.06 51103 | 1 0.03 89.09 51105 | 1 0.03 89.12 51107 | 1 0.03 89.15 51109 | 1 0.03 89.18 51111 | 1 0.03 89.21 51113 | 1 0.03 89.24 51115 | 1 0.03 89.27 51117 | 1 0.03 89.30 51119 | 1 0.03 89.34 51121 | 1 0.03 89.37 51125 | 1 0.03 89.40 51127 | 1 0.03 89.43 51131 | 1 0.03 89.46 51133 | 1 0.03 89.49 51135 | 1 0.03 89.52 51137 | 1 0.03 89.55 51139 | 1 0.03 89.59 51141 | 1 0.03 89.62 51143 | 1 0.03 89.65 51145 | 1 0.03 89.68 51147 | 1 0.03 89.71 51149 | 1 0.03 89.74 51153 | 1 0.03 89.77 51155 | 1 0.03 89.80 51157 | 1 0.03 89.83 51159 | 1 0.03 89.87 51161 | 1 0.03 89.90 51163 | 1 0.03 89.93 51165 | 1 0.03 89.96 51167 | 1 0.03 89.99 51169 | 1 0.03 90.02 51171 | 1 0.03 90.05 51173 | 1 0.03 90.08 51175 | 1 0.03 90.12 51177 | 1 0.03 90.15 51179 | 1 0.03 90.18 51181 | 1 0.03 90.21 51183 | 1 0.03 90.24 51185 | 1 0.03 90.27 51187 | 1 0.03 90.30 51191 | 1 0.03 90.33 51193 | 1 0.03 90.36 51195 | 1 0.03 90.40 51197 | 1 0.03 90.43 51199 | 1 0.03 90.46 51510 | 1 0.03 90.49 51515 | 1 0.03 90.52 51520 | 1 0.03 90.55 51530 | 1 0.03 90.58 51540 | 1 0.03 90.61 51550 | 1 0.03 90.65 51570 | 1 0.03 90.68 51580 | 1 0.03 90.71 51590 | 1 0.03 90.74 51595 | 1 0.03 90.77 51600 | 1 0.03 90.80 51610 | 1 0.03 90.83 51620 | 1 0.03 90.86 51630 | 1 0.03 90.89 51640 | 1 0.03 90.93 51650 | 1 0.03 90.96 51660 | 1 0.03 90.99 51670 | 1 0.03 91.02 51678 | 1 0.03 91.05 51680 | 1 0.03 91.08 51683 | 1 0.03 91.11 51685 | 1 0.03 91.14 51690 | 1 0.03 91.18 51700 | 1 0.03 91.21 51710 | 1 0.03 91.24 51720 | 1 0.03 91.27 51730 | 1 0.03 91.30 51735 | 1 0.03 91.33 51740 | 1 0.03 91.36 51750 | 1 0.03 91.39 51760 | 1 0.03 91.43 51770 | 1 0.03 91.46 51775 | 1 0.03 91.49 51790 | 1 0.03 91.52 51800 | 1 0.03 91.55 51810 | 1 0.03 91.58 51820 | 1 0.03 91.61 51830 | 1 0.03 91.64 51840 | 1 0.03 91.67 53001 | 1 0.03 91.71 53003 | 1 0.03 91.74 53005 | 1 0.03 91.77 53007 | 1 0.03 91.80 53009 | 1 0.03 91.83 53011 | 1 0.03 91.86 53013 | 1 0.03 91.89 53015 | 1 0.03 91.92 53017 | 1 0.03 91.96 53019 | 1 0.03 91.99 53021 | 1 0.03 92.02 53023 | 1 0.03 92.05 53025 | 1 0.03 92.08 53027 | 1 0.03 92.11 53029 | 1 0.03 92.14 53031 | 1 0.03 92.17 53033 | 1 0.03 92.20 53035 | 1 0.03 92.24 53037 | 1 0.03 92.27 53039 | 1 0.03 92.30 53041 | 1 0.03 92.33 53043 | 1 0.03 92.36 53045 | 1 0.03 92.39 53047 | 1 0.03 92.42 53049 | 1 0.03 92.45 53051 | 1 0.03 92.49 53053 | 1 0.03 92.52 53055 | 1 0.03 92.55 53057 | 1 0.03 92.58 53059 | 1 0.03 92.61 53061 | 1 0.03 92.64 53063 | 1 0.03 92.67 53065 | 1 0.03 92.70 53067 | 1 0.03 92.73 53069 | 1 0.03 92.77 53071 | 1 0.03 92.80 53073 | 1 0.03 92.83 53075 | 1 0.03 92.86 53077 | 1 0.03 92.89 54001 | 1 0.03 92.92 54003 | 1 0.03 92.95 54005 | 1 0.03 92.98 54007 | 1 0.03 93.02 54009 | 1 0.03 93.05 54011 | 1 0.03 93.08 54013 | 1 0.03 93.11 54015 | 1 0.03 93.14 54017 | 1 0.03 93.17 54019 | 1 0.03 93.20 54021 | 1 0.03 93.23 54023 | 1 0.03 93.26 54025 | 1 0.03 93.30 54027 | 1 0.03 93.33 54029 | 1 0.03 93.36 54031 | 1 0.03 93.39 54033 | 1 0.03 93.42 54035 | 1 0.03 93.45 54037 | 1 0.03 93.48 54039 | 1 0.03 93.51 54041 | 1 0.03 93.55 54043 | 1 0.03 93.58 54045 | 1 0.03 93.61 54047 | 1 0.03 93.64 54049 | 1 0.03 93.67 54051 | 1 0.03 93.70 54053 | 1 0.03 93.73 54055 | 1 0.03 93.76 54057 | 1 0.03 93.79 54059 | 1 0.03 93.83 54061 | 1 0.03 93.86 54063 | 1 0.03 93.89 54065 | 1 0.03 93.92 54067 | 1 0.03 93.95 54069 | 1 0.03 93.98 54071 | 1 0.03 94.01 54073 | 1 0.03 94.04 54075 | 1 0.03 94.08 54077 | 1 0.03 94.11 54079 | 1 0.03 94.14 54081 | 1 0.03 94.17 54083 | 1 0.03 94.20 54085 | 1 0.03 94.23 54087 | 1 0.03 94.26 54089 | 1 0.03 94.29 54091 | 1 0.03 94.32 54093 | 1 0.03 94.36 54095 | 1 0.03 94.39 54097 | 1 0.03 94.42 54099 | 1 0.03 94.45 54101 | 1 0.03 94.48 54103 | 1 0.03 94.51 54105 | 1 0.03 94.54 54107 | 1 0.03 94.57 54109 | 1 0.03 94.61 55001 | 1 0.03 94.64 55003 | 1 0.03 94.67 55005 | 1 0.03 94.70 55007 | 1 0.03 94.73 55009 | 1 0.03 94.76 55011 | 1 0.03 94.79 55013 | 1 0.03 94.82 55015 | 1 0.03 94.86 55017 | 1 0.03 94.89 55019 | 1 0.03 94.92 55021 | 1 0.03 94.95 55023 | 1 0.03 94.98 55025 | 1 0.03 95.01 55027 | 1 0.03 95.04 55029 | 1 0.03 95.07 55031 | 1 0.03 95.10 55033 | 1 0.03 95.14 55035 | 1 0.03 95.17 55037 | 1 0.03 95.20 55039 | 1 0.03 95.23 55041 | 1 0.03 95.26 55043 | 1 0.03 95.29 55045 | 1 0.03 95.32 55047 | 1 0.03 95.35 55049 | 1 0.03 95.39 55051 | 1 0.03 95.42 55053 | 1 0.03 95.45 55055 | 1 0.03 95.48 55057 | 1 0.03 95.51 55059 | 1 0.03 95.54 55061 | 1 0.03 95.57 55063 | 1 0.03 95.60 55065 | 1 0.03 95.63 55067 | 1 0.03 95.67 55069 | 1 0.03 95.70 55071 | 1 0.03 95.73 55073 | 1 0.03 95.76 55075 | 1 0.03 95.79 55077 | 1 0.03 95.82 55078 | 1 0.03 95.85 55079 | 1 0.03 95.88 55081 | 1 0.03 95.92 55083 | 1 0.03 95.95 55085 | 1 0.03 95.98 55087 | 1 0.03 96.01 55089 | 1 0.03 96.04 55091 | 1 0.03 96.07 55093 | 1 0.03 96.10 55095 | 1 0.03 96.13 55097 | 1 0.03 96.16 55099 | 1 0.03 96.20 55101 | 1 0.03 96.23 55103 | 1 0.03 96.26 55105 | 1 0.03 96.29 55107 | 1 0.03 96.32 55109 | 1 0.03 96.35 55111 | 1 0.03 96.38 55113 | 1 0.03 96.41 55115 | 1 0.03 96.45 55117 | 1 0.03 96.48 55119 | 1 0.03 96.51 55121 | 1 0.03 96.54 55123 | 1 0.03 96.57 55125 | 1 0.03 96.60 55127 | 1 0.03 96.63 55129 | 1 0.03 96.66 55131 | 1 0.03 96.69 55133 | 1 0.03 96.73 55135 | 1 0.03 96.76 55137 | 1 0.03 96.79 55139 | 1 0.03 96.82 55141 | 1 0.03 96.85 56001 | 1 0.03 96.88 56003 | 1 0.03 96.91 56005 | 1 0.03 96.94 56007 | 1 0.03 96.98 56009 | 1 0.03 97.01 56011 | 1 0.03 97.04 56013 | 1 0.03 97.07 56015 | 1 0.03 97.10 56017 | 1 0.03 97.13 56019 | 1 0.03 97.16 56021 | 1 0.03 97.19 56023 | 1 0.03 97.22 56025 | 1 0.03 97.26 56027 | 1 0.03 97.29 56029 | 1 0.03 97.32 56031 | 1 0.03 97.35 56033 | 1 0.03 97.38 56035 | 1 0.03 97.41 56037 | 1 0.03 97.44 56039 | 1 0.03 97.47 56041 | 1 0.03 97.51 56043 | 1 0.03 97.54 56045 | 1 0.03 97.57 72001 | 1 0.03 97.60 72003 | 1 0.03 97.63 72005 | 1 0.03 97.66 72007 | 1 0.03 97.69 72009 | 1 0.03 97.72 72011 | 1 0.03 97.75 72013 | 1 0.03 97.79 72015 | 1 0.03 97.82 72017 | 1 0.03 97.85 72019 | 1 0.03 97.88 72021 | 1 0.03 97.91 72023 | 1 0.03 97.94 72025 | 1 0.03 97.97 72027 | 1 0.03 98.00 72029 | 1 0.03 98.04 72031 | 1 0.03 98.07 72033 | 1 0.03 98.10 72035 | 1 0.03 98.13 72037 | 1 0.03 98.16 72039 | 1 0.03 98.19 72041 | 1 0.03 98.22 72043 | 1 0.03 98.25 72045 | 1 0.03 98.29 72047 | 1 0.03 98.32 72049 | 1 0.03 98.35 72051 | 1 0.03 98.38 72053 | 1 0.03 98.41 72054 | 1 0.03 98.44 72055 | 1 0.03 98.47 72057 | 1 0.03 98.50 72059 | 1 0.03 98.53 72061 | 1 0.03 98.57 72063 | 1 0.03 98.60 72065 | 1 0.03 98.63 72067 | 1 0.03 98.66 72069 | 1 0.03 98.69 72071 | 1 0.03 98.72 72073 | 1 0.03 98.75 72075 | 1 0.03 98.78 72077 | 1 0.03 98.82 72079 | 1 0.03 98.85 72081 | 1 0.03 98.88 72083 | 1 0.03 98.91 72085 | 1 0.03 98.94 72087 | 1 0.03 98.97 72089 | 1 0.03 99.00 72091 | 1 0.03 99.03 72093 | 1 0.03 99.06 72095 | 1 0.03 99.10 72097 | 1 0.03 99.13 72099 | 1 0.03 99.16 72101 | 1 0.03 99.19 72103 | 1 0.03 99.22 72105 | 1 0.03 99.25 72107 | 1 0.03 99.28 72109 | 1 0.03 99.31 72111 | 1 0.03 99.35 72113 | 1 0.03 99.38 72115 | 1 0.03 99.41 72117 | 1 0.03 99.44 72119 | 1 0.03 99.47 72121 | 1 0.03 99.50 72123 | 1 0.03 99.53 72125 | 1 0.03 99.56 72127 | 1 0.03 99.59 72129 | 1 0.03 99.63 72131 | 1 0.03 99.66 72133 | 1 0.03 99.69 72135 | 1 0.03 99.72 72137 | 1 0.03 99.75 72139 | 1 0.03 99.78 72141 | 1 0.03 99.81 72143 | 1 0.03 99.84 72145 | 1 0.03 99.88 72147 | 1 0.03 99.91 72149 | 1 0.03 99.94 72151 | 1 0.03 99.97 72153 | 1 0.03 100.00 ------------+----------------------------------- Total | 3,207 100.00 Frequencies for stabbr variable in countyrate2004 dataset : State | 2-Character | Abbreviatio | n | Freq. Percent Cum. ------------+----------------------------------- AK | 16 0.50 0.50 AL | 67 2.09 2.59 AR | 75 2.34 4.93 AZ | 15 0.47 5.39 CA | 59 1.84 7.23 CO | 63 1.96 9.20 CT | 8 0.25 9.45 DC | 1 0.03 9.48 DE | 3 0.09 9.57 FL | 67 2.09 11.66 GA | 159 4.96 16.62 HI | 4 0.12 16.74 IA | 99 3.09 19.83 ID | 44 1.37 21.20 IL | 102 3.18 24.38 IN | 92 2.87 27.25 KS | 105 3.27 30.53 KY | 120 3.74 34.27 LA | 64 2.00 36.26 MA | 14 0.44 36.70 MD | 24 0.75 37.45 ME | 16 0.50 37.95 MI | 83 2.59 40.54 MN | 87 2.71 43.25 MO | 115 3.59 46.84 MS | 82 2.56 49.39 MT | 56 1.75 51.14 NC | 100 3.12 54.26 ND | 53 1.65 55.91 NE | 93 2.90 58.81 NH | 10 0.31 59.12 NJ | 21 0.65 59.78 NM | 33 1.03 60.80 NV | 17 0.53 61.33 NY | 62 1.93 63.27 OH | 88 2.74 66.01 OK | 77 2.40 68.41 OR | 36 1.12 69.54 PA | 67 2.09 71.62 PR | 78 2.43 74.06 RI | 5 0.16 74.21 SC | 46 1.43 75.65 SD | 66 2.06 77.71 TN | 95 2.96 80.67 TX | 254 7.92 88.59 UT | 29 0.90 89.49 VA | 134 4.18 93.67 VT | 14 0.44 94.11 WA | 39 1.22 95.32 WI | 72 2.25 97.57 WV | 55 1.71 99.28 WY | 23 0.72 100.00 ------------+----------------------------------- Total | 3,207 100.00 Frequencies for state variable in countyrate2004 dataset : State | Freq. Percent Cum. ---------------------+----------------------------------- Alabama | 67 2.09 2.09 Alaska | 16 0.50 2.59 Arizona | 15 0.47 3.06 Arkansas | 75 2.34 5.39 California | 59 1.84 7.23 Colorado | 63 1.96 9.20 Connecticut | 8 0.25 9.45 Delaware | 3 0.09 9.54 District Of Columbia | 1 0.03 9.57 Florida | 67 2.09 11.66 Georgia | 159 4.96 16.62 Hawaii | 4 0.12 16.74 Idaho | 44 1.37 18.12 Illinois | 102 3.18 21.30 Indiana | 92 2.87 24.17 Iowa | 99 3.09 27.25 Kansas | 105 3.27 30.53 Kentucky | 120 3.74 34.27 Louisiana | 64 2.00 36.26 Maine | 16 0.50 36.76 Maryland | 24 0.75 37.51 Massachusetts | 14 0.44 37.95 Michigan | 83 2.59 40.54 Minnesota | 87 2.71 43.25 Mississippi | 82 2.56 45.81 Missouri | 115 3.59 49.39 Montana | 56 1.75 51.14 Nebraska | 93 2.90 54.04 Nevada | 17 0.53 54.57 New Hampshire | 10 0.31 54.88 New Jersey | 21 0.65 55.53 New Mexico | 33 1.03 56.56 New York | 62 1.93 58.50 North Carolina | 100 3.12 61.62 North Dakota | 53 1.65 63.27 Ohio | 88 2.74 66.01 Oklahoma | 77 2.40 68.41 Oregon | 36 1.12 69.54 Pennsylvania | 67 2.09 71.62 Puerto Rico | 78 2.43 74.06 Rhode Island | 5 0.16 74.21 South Carolina | 46 1.43 75.65 South Dakota | 66 2.06 77.71 Tennessee | 95 2.96 80.67 Texas | 254 7.92 88.59 Utah | 29 0.90 89.49 Vermont | 14 0.44 89.93 Virginia | 134 4.18 94.11 Washington | 39 1.22 95.32 West Virginia | 55 1.71 97.04 Wisconsin | 72 2.25 99.28 Wyoming | 23 0.72 100.00 ---------------------+----------------------------------- Total | 3,207 100.00 Frequencies for year variable in countyrate2004 dataset : Year | Freq. Percent Cum. ------------+----------------------------------- 2004 | 3,207 100.00 100.00 ------------+----------------------------------- Total | 3,207 100.00 by Jean Roth , jroth@nber.org , 19 Dec 2016