1900. ÉVI NÉPSZÁMLÁLÁS 10. Végeredmények összefoglalása (1909)

II. Táblás kimutatások - 44. A népesség megeloszlása keresők és eltartottak szerint, 1890-ben és 1900-ban

169 eltartottak szerint 1890-ben és 180 -ban. Keresők Eltartottak 100 keresőre általában 100 férfi férfi és no együtt férfi nő férfi és nő együtt 100 keresőre általában keresőre a •53 N 1890-ben 1900-ban 1890-ben 1900-ban 1890-ben 1900-ban 1890-ben 1900-ban esett eltartott a •53 N S a S a S a 2 ° E. e •O >> "O PR szám szerint az összes népesség %-baa szára szerint az összes népesség %-ban szám szerint f-9 ... O? IS ^ «S ™ szám szerint O vi) « CS M szám szerint ht\ a rt 0

1 szám szerint *O Tß CJ W szám szerint az összes népesség %-ban szám szerint S s " 1890-bei CS 8 <X> T-I S Û 00 1900-bai 15 is 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 103.917 40-1 112.176 40-2 49.250 37-s 48.400 34-e 106.038 82-0 118.155 85-0 155.288 59-s 166.555 59-8 149 149 193 182 37 192.832 40-8 218.747 41-6 91.988 38-4 96.933 36-P 193.668 81-0 211.455 80-e 285.656 59-7 308.388 58 "B 148 141 194 184 20.989 54-c 23.360 46'p 6.367 30-7 8.531 33-s 13.394 66-s 18.286 74'4 19.761 46*o 26.817 53-4 94 115 138 157 38 54.863 40-s 59.948 40's 24.861 37-8 26.735 36-0 54.366 80-5 61.923 83-s 79.227 59-1 88.658 59-7 144 148 190 187 27.483 46-6 33.704 44's 9.525 32-s 13.003 34-t 21.944 74-6 28.299 75-8 31.469 53-4 41.302 55-1 115 123 158 168 39 117.976 43-s 127.501 41-2 53.116 39-4 64.845 42-0 97.763 73-0 117.252 75-s 150.879 56-1 182.097 58-s 128 143 185 203 40 103.056 42-e 111.132 38'l 47.976 40-0 59.222 41-e 94.143 75-2 118.318 80's 142.119 58-c 177.540 61-5 138 160 198 214 41 131.438 43-f 144.668 42 M 56.374 37-7 64.778 38-4 115.422 75-1 131.243 76'S 171.796 56-7 196.021 57-e 131 136 185 189 9.813 46-S 11.546 42'S 3.496 33-4 5.019 37-7 7.909 73-e 10.316 76-C 11.405 53-B 15.335 57-1 117 133 164 185 42 78.750 41-2 88.617 42'7 35.367 37-1 37.858 36-7 77.233 80-4 80.818 77-e 112.600 58-s 118.676 57-s 143 134 188 182 II 31.994 42-4 33.994 40's 14.808 39-8 16.714 40-7 28.684 75-c 32.608 77-2 43.492 57-e 49.322 59-2 136 145 194 203j 873.111 42-o 965.393 418 393.128 38-0 442.038 37s 810.564 77-1 928.673 79* 1,203.692 58-o 1,370.711 "ôf-. 138 142 188 190 44 122.277 40-6 141.697 43-0 57.522 38-0 59.246 35-7 121.976 81-2 128.897 78-v 179.498 59-b 188.143 57-e 147 133 191 177 22.090 50-6 26.887 47's 7.071 32-8 8.952 31-7 14.521 65 "e 20.421 72-s 21.592 49-4 29.373 52-2 98 109 149 153 45 51.867 39'b 56.531 40-4 27.017 40-s 25.732 36-8 52.359 80-5 57.744 83-e 79.376 60-B 83.476 59-e 153 148 203 185 46 178.447 43'G 220.199 49-7 65.856 31-8 69.097 30-8 165.064 81-e 153.705 70-s 230.920 56-4 222.802 50-s 130 101 164 144 47 163.181 43 B 180.100 45'E 67.579 36'j 65.316 32-E 143.761 76-f 152.594 76-7 211.340 56-4 217.910 54-7 130 121 178 163 24.150 55-B 27.031 51-0 6.086 28-0 7.456 28-7 13.202 60-s 18.546 68-e 19.288 44-4 26.002 49-0 80 96 123 140 9.758 44'I 11.649 46'2 3.373 39-S 3.618 28-7 8.990 80-E 9.932 78-s 12.363 55-9 13.550 53-B 127 116 162 151 48 230.233 40-1 258.983 43s 112.194 38-9 100.816 34-E 231.760 80-e 230.519 78-0 343.954 59-9 331.335 56-3 150 128 197 171 8.609 47-1 8.737 45's 2.979 32-7 3.030 32-1 6.701 72-9 7.277 75-s 9.680 52-s 10.307 54-j 113 118 159 161 810.612 42-i 931.814 45-t 349.677 36-1 343.263 33-s 758.334 79' 2 779.635 76* 1,108.011 57- s 1,122.898 54-e 137 121 181 163 49 87.345 44'7 101.559 47'8 35.863 36-2 38.100 35-s 72.002 74-7 72.693 69-e 107.865 55-s 110.793 52-2 124 110 171 159 50 49.458 46'e 60.251 50-e 17.531 32-4 19.301 31 "e 39.135 75-4 39.462 68"i 56.666 53-4 58.763 49-4 115 98 155 141 51 41.467 46'4 46.910 49-j 16.191 37-1 16.908 35-7 31.799 69-e 31.747 65-9 47.990 53-e 48.655 50-9 116 104 175 159 52 51.898 45*4 61.145 47-e 20.824 35-2 24.013 36-1 41.577 75-4 43.224 69-f 62.401 54-e 67.237 52-4 120 110 163 159 58 37.293 42-0 52.104 56-2 16.243 37-0 15.816 34-e 35.289 78-B 24.881 53-s 51.532 58-0 40.697 43-s 139 78 187 132: 54 61.910 47's 71.072 51-8 22.669 34-8 23.959 34-s 45.710 69-9 42.230 61-e 68.379 52-B 66.189 48-s 111 93 162 148 55 117.113 43'6 154.047 50-7 45.731 33-6 49.316 31-7 106.035 79-8 100.475 67-7 151.766 56 B 149.791 49-S 130 97 168 142 56 45.929 45-c 55.915 51-2 18.102 35-7 19.446 35-c 37.302 73-7 33.836 62-1 55.404 54-7 53.282 48-e 121 96 171 151 57 81.117 42") 95.458 46-7 34.971 36-s 36.138 35-2 76.401 79*6 72.765 71-e 111.372 57-s 108.903 53-8 137 114 181 164 18.092 51't 24.268 49-2 5.291 30-0 8.006 32-4 11.475 66-S 17.021 69-2 16.766 48-1 25.027 50-B 93 103 136 150 58 72.869 44'E 84.525 47-T 30.224 36-s 32.529 36-s 60.623 74-4 61.042 68-8 90.847 55-6 93.571 52-B 125 111 175 164 7.867 51-6 9.837 50-4 2.262 28-7 3.053 29-5 5.135 69-4 6.632 72-2 7.397 48-s 9.685 49-e 94 98 132 133 59 61.917 45-5 77.299 53-t 23.385 34-6 25.071 34-e 50.633 74-2 42.768 58-s 74.018 54-B 67.839 46-7 120 88 167 144 60 69.376 45'e 86.868 52-s 26.890 36í 28.231 34-2 56.118 72-c 51.089 61-1 83.008 54-B 79.320 47-7 120 92 175 146 61 91.801 42-s 114.785 48-<i 39.848 36-1 40.837 33-8 86.111 80-2 81.512 69-7 125.959 57-8 122.349 51-e 137 107 179 154 09 66.010 43's 75.171 46-t 27.525 36-e 28.099 34-s 57.069 75-9 57.309 71-e 84.594 56-2 85.408 53-2 129 114 177 163 63 50.739 45's 60.375 51-1 19.600 34-s 21.199 34-s 40.170 74-e 36.701 63-s 59.770 54-1 57.900 48-s 118 96 161 147j 1,012.201 44c 1,231.589 49--, 403.150 35-s 430-022 34-s 852.584 75-e 815.387 66-s 1,255.734 55-4 1,245.409 50-s 124 101 170 152, 15.195 50-1 18.333 47-1 4.835 32-6 6.502 33-s 10.307 66-7 14.120 71-7 15.142 49-9 20.622 52-s 100 113 151 176 6,671.792 13-7 7,531.751 11-7 2,775.975 36-7 2,990.122 35-7 5,811.097 75-e 6,316.382 71-e 8,590.072 56-8 9,306.501 55-s 129 121 179 173 64 138.596 51-8 174.450 57-7 43.939 32-7 47.145 31-0 85.066 63-s 80.614 53-e 129.005 48-s 127.759 42-3 93 73 143 122 65 88.022 45's 107.953 51-6 39.384 40-1 44.249 41-7 64.469 68-7 57.139 55's 103.853 54-1 101.388 48-4 118 91 177 164 66 104.595 47'4 115.540 50-e 43.493 41-7 45.366 42',72.771 62-a 67.546 55-s 116.264 52-e 112.912 49-4 112 98 191 184 67 101.817 50'c 124.075 54-1 35.356 34-4 39.082 33-E 66.337 65-s 66.204 58-6 101.693 50-0 105.286 45-s 100 85 152 137, 68 174.661 6.484 jöl'6 190.358 6.847 51-E 45". j 62.655 34-s 63.611 2.642 34-0 34-2 |l06.900 62-s 112.691 5.590 62-7 76'i 162.903 6.652 ^48-4 176.302 8.232 48*3 54-e j. 91 93 121 jl59 143 162 69 121.539 6.398 j 49-s 154.628 6.788 57-7 52-6 j. 46.949 36-s 49.139 1.991 36-e 28-e j 84.349 65-e 64.162 4.148 48-0 69'e 125.675 5.623 jöO-7 113.301 6.142 42-: 47B j 103 74 91 |l59 133 124 70 99.525 50's 113.063 51-8 34.760 34-t 37.808 34-8 62.848 64'

E 67.300 62-s 97.608 49-B 105.108 48-2 98 93 151 145 11.357 52-s 12.075 48-4 3.182 28-4 3.814 29-7 6.945 67-E 9.041 74-e 10.127 47-s 12.855 51-6 89 107 127 143 71 218.396 48-e 260.417 54-2 84.214 37-4 85.763 36-c 146.652 65'4 134.060 55-s 230.866 51-4 219.823 45*s 106 85 164 144 23.C02 57-1 33.050 54-2 5.978 28-7 9.119 29-4 11.288 58-0 18.833 62-7 17.266 42-s 27.952 45-s 75 85 116 128 1,094.392 49-7 1,299.244 53E 399.910 36-t 429.732 35-1 707.625 64-6 687.328 56s 1,107.535\ 50s 1,117.060 46s 102 86 157 143 7,766.181 8,830.995 15-» 3,175.885 36-e 3,119.851 35-7 6,521.7221 71-1 7,003.710 72-4 9,697.6071 55-s 10,123.561 51-! 125 118 177 170