Felsőházi irományok, 1931. III. kötet • 72-128. sz.

Irományszámok - 1931-86

86. szám. 257 0 4 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 2 — 2.629 44 5.014 2*3 7 1 44 12.097 41 | 17.921 | 28 || 0 | 2-6 1 1 1 2-5 II ll 31 | 53 8.308 3-7 13.312 | 23 | 9 7.922 | 2-2 | 0 8.261 | 26 1 — 6.220 | 41 | 9.875 | 26 || 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | —: 4.289 | 39 | 7.008 | 24 5 6.669 4-4 | 10020 | 59 .264 | 2*2 | .300 | 2*6 2 1 909 8.597 3*8 | 13.798 | 2*4 0 7 7 5 3 2 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 2 — 2.629 44 5.014 2*3 7 1 44 12.097 41 | 17.921 | 28 || 0 | 2-6 1 1 1 2-5 II ll 31 | 53 8.308 3-7 13.312 | 23 | 9 7.922 | 2-2 | 0 8.261 | 26 1 — 6.220 | 41 | 9.875 | 26 || 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | —: 4.289 | 39 | 7.008 | 24 5 6.669 4-4 | 10020 | 59 .264 | 2*2 | .300 | 2*6 2 1 909 8.597 3*8 | 13.798 | 2*4 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 0 10.773 1 2 864 1 3 762 | 2 3 2 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 2 — 2.629 44 5.014 2*3 7 1 44 12.097 41 | 17.921 | 28 || 0 | 2-6 1 1 1 2-5 II ll 31 | 53 8.308 3-7 13.312 | 23 | 9 7.922 | 2-2 | 0 8.261 | 26 1 — 6.220 | 41 | 9.875 | 26 || 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | —: 4.289 | 39 | 7.008 | 24 5 6.669 4-4 | 10020 | 59 .264 | 2*2 | .300 | 2*6 2 1 909 8.597 3*8 | 13.798 | 2*4 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 0 10.773 1 2 864 1 3 762 | 2 3 0 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 2 — 2.629 44 5.014 2*3 7 1 44 12.097 41 | 17.921 | 28 || 0 5 0 53 8.308 3-7 13.312 | 23 | 9 7.922 | 2-2 | 0 8.261 | 26 1 — 6.220 | 41 | 9.875 | 26 || 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | —: 4.289 | 39 | 7.008 | 24 5 6.669 4-4 | 10020 | 59 .264 | 2*2 | .300 | 2*6 2 1 909 8.597 3*8 | 13.798 | 2*4 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 0 10.773 1 2 864 1 3 762 | 2 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 2 — 2.629 44 5.014 2*3 7 1 44 12.097 41 | 17.921 | 28 || 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 4 1 - 8.144 1.898 | 3 | • • 10.045 37 15.0 — 6.296 | 41 | 8.2 53 8.308 3-7 13.312 | 23 | 9 7.922 | 2-2 | 0 8.261 | 26 1 — 6.220 | 41 | 9.875 | 26 || 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | —: 4.289 | 39 | 7.008 | 24 5 6.669 4-4 | 10020 | 59 .264 | 2*2 | .300 | 2*6 2 1 909 8.597 3*8 | 13.798 | 2*4 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 0 10.773 1 2 864 1 3 762 | 2 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 2 — 2.629 44 5.014 2*3 7 1 44 12.097 41 | 17.921 | 28 || 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 4 1 - 8.144 1.898 | 3 | • • 10.045 37 15.0 — 6.296 | 41 | 8.2 53 8.308 3-7 13.312 | 23 | 9 7.922 | 2-2 | 0 8.261 | 26 1 — 6.220 | 41 | 9.875 | 26 || 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | —: 4.289 | 39 | 7.008 | 24 5 6.669 4-4 | 10020 | 59 5 9 2 1 909 8.597 3*8 | 13.798 | 2*4 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 0 10.773 1 2 7 5 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 2 — 2.629 44 5.014 2*3 7 1 44 12.097 41 | 17.921 | 28 || 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 4 1 - 8.144 1.898 | 3 | • • 10.045 37 15.0 — 6.296 | 41 | 8.2 53 8.308 3-7 13.312 | 23 | 9 7.922 | 2-2 | 0 8.261 | 26 1 — 6.220 | 41 | 9.875 | 26 || 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | —: 4.289 | 39 | 7.008 | 24 5 6.669 4-4 | 10020 | 59 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 2 1 12 | 5.793 | 4*2 2 1 909 8.597 3*8 | 13.798 | 2*4 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 0 10.773 1 2 1 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 2 — 2.629 44 5.014 2*3 7 1 44 12.097 41 | 17.921 | 28 || 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 4 1 - 8.144 1.898 | 3 | • • 10.045 37 15.0 — 6.296 | 41 | 8.2 53 8.308 3-7 13.312 | 23 | 9 7.922 | 2-2 | 0 8.261 | 26 1 — 6.220 | 41 | 9.875 | 26 || 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | —: 4.289 | 39 | 7.008 | 24 5 6.669 4-4 | 10020 | 59 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 2 1 12 | 5.793 | 4*2 2 1 909 8.597 3*8 | 13.798 | 2*4 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 0 10.773 1 2 9 0 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 2 — 2.629 44 5.014 2*3 7 1 44 12.097 41 | 17.921 | 28 || 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 4 1 - 8.144 1.898 | 3 | • • 10.045 37 15.0 — 6.296 | 41 | 8.2 53 8.308 3-7 13.312 | 23 | 3 4 — 6.220 | 41 | 9.875 | 26 || 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | —: 4.289 | 39 | 7.008 | 24 5 6.669 4-4 | 10020 | 59 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 2 1 12 | 5.793 | 4*2 2 1 909 8.597 3*8 | 13.798 | 2*4 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 4 4 70 | 2.8S6 788 | 3.684 4 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 2 — 2.629 44 5.014 2*3 7 1 44 12.097 41 | 17.921 | 28 || 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 4 1 - 8.144 1.898 | 3 | • • 10.045 37 15.0 — 6.296 | 41 | 8.2 53 8.308 3-7 13.312 | 23 | 17.278 | 2.400 1.955 | 44 | 4.399 — | 5.375 — 6.220 | 41 | 9.875 | 26 || 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | —: 4.289 | 39 | 7.008 | 24 5 6.669 4-4 | 10020 | 59 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 2 1 12 | 5.793 | 4*2 2 1 909 8.597 3*8 | 13.798 | 2*4 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 66 5.590 1.614 | 6 | 7.210 07 4.355 7.340 1.879 13.574 70 | 2.8S6 788 | 3.684 4 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 2 — 2.629 44 5.014 2*3 7 1 44 12.097 41 | 17.921 | 28 || 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 4 1 - 8.144 1.898 | 3 | • • 10.045 37 15.0 3 3 17.278 | 2.400 1.955 | 44 | 4.399 0 5 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | 0 6 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 2 1 12 | 5.793 | 4*2 2 1 909 8.597 3*8 | 13.798 | 2*4 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 66 5.590 1.614 | 6 | 7.210 07 4.355 7.340 1.879 13.574 70 | 2.8S6 788 | 3.684 4 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 0 2 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 4 1 - 8.144 1.898 | 3 | • • 10.045 37 15.0 8 1 5.243 | 1.05 30.527 | 4.552 | 3.70 17.278 | 2.400 1.955 | 44 | 4.399 21.416 3.105 | 2.27 25.300 | 4.805 1.41 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | 8 1 3.499 | 79 7 1 5.918 74 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 5 4 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 66 5.590 1.614 | 6 | 7.210 07 4.355 7.340 1.879 13.574 70 | 2.8S6 788 | 3.684 4 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 11.557 1.227 1.4 49.635 | 8.726 3.3 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 4 1 - 8.144 1.898 | 3 | • • 10.045 37 15.0 8 1 5.243 | 1.05 30.527 | 4.552 | 3.70 17.278 | 2.400 1.955 | 44 | 4.399 21.416 3.105 | 2.27 25.300 | 4.805 1.41 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 9 1 2.497 | 190 | — 2.687 44 | 3.619 | 32 | 9| 4.574 530 | — | 5.104 35 | 7.463 T 24 | 8 1 3.499 | 79 7 1 5.918 74 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 24.415 | 4.929 | 8 32.975 | 3.646 4.0 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 66 5.590 1.614 | 6 | 7.210 07 4.355 7.340 1.879 13.574 70 | 2.8S6 788 | 3.684 4 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 11.557 1.227 1.4 49.635 | 8.726 3.3 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 0 2 30.527 | 4.552 | 3.70 17.278 | 2.400 1.955 | 44 | 4.399 21.416 3.105 | 2.27 25.300 | 4.805 1.41 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 0 3 0 3 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 24.415 | 4.929 | 8 32.975 | 3.646 4.0 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 66 5.590 1.614 | 6 | 7.210 07 4.355 7.340 1.879 13.574 70 | 2.8S6 788 | 3.684 4 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 11.557 1.227 1.4 49.635 | 8.726 3.3 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 37.4 25.8 30.527 | 4.552 | 3.70 17.278 | 2.400 1.955 | 44 | 4.399 21.416 3.105 | 2.27 25.300 | 4.805 1.41 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 11.7 18.0 16.9 29.6 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 24.415 | 4.929 | 8 32.975 | 3.646 4.0 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 .9 3 5 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 4.625 1 36.330 | 5.529 | — | 41.859 | 49 | 67.091 | 3* 2.004 | 59.817 | 6.795 | — 66.612 | 48 95742 | 3* 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 11.557 1.227 1.4 49.635 | 8.726 3.3 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 37.4 25.8 30.527 | 4.552 | 3.70 17.278 | 2.400 1.955 | 44 | 4.399 21.416 3.105 | 2.27 25.300 | 4.805 1.41 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 11.7 18.0 16.9 29.6 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 24.415 | 4.929 | 8 32.975 | 3.646 4.0 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 28 66 1 14 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 0 2 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 11.557 1.227 1.4 49.635 | 8.726 3.3 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 37.4 25.8 30.527 | 4.552 | 3.70 17.278 | 2.400 1.955 | 44 | 4.399 21.416 3.105 | 2.27 25.300 | 4.805 1.41 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 11.7 18.0 16.9 29.6 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 24.415 | 4.929 | 8 32.975 | 3.646 4.0 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 28 66 1 14 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 1 2 3 128.412 21.168 3.692 — 24.860 52 36.815 34 | 5,833.019 1,056.545 150.941 162 1,207.648 48 1,847.951 3*2 11.557 1.227 1.4 49.635 | 8.726 3.3 20.227 | 2.706 | 2.548 | 220 | 5.474 37 7.9 37.4 25.8 30.527 | 4.552 | 3.70 17.278 | 2.400 1.955 | 44 | 4.399 21.416 3.105 | 2.27 25.300 | 4.805 1.41 28.816 6.509 912 | — 7.421 38 10.767 | 27 | 11.7 18.0 16.9 29.6 11.795 | 2.146 | 769 | 1 1 2.9Í6 4*0 24.415 | 4.929 | 8 32.975 | 3.646 4.0 38.048 7.250 2.094 | — 9.344 | 41 12.527 | 3 28 66 1 14 7.746 | 788 | 657 | 71 | 1.516 51 2.34 8.576 1.057 614 285 | 1.956 4*4 3.97 8.750 597 1.110 81 | 1.788 49 3,230 2*7 586.429 97.159 42.619 3.613 143.391 217.165 CO rH ^O oq oq oq r^0qc0rHV0©lr-X©©rHOqc0rHiO©t-'X©©rH0qcOrH rHi—IrHrHrHrHr—IrHi-Hi—lOqOqOqOqOq Felsőházi iromány. 1931—1936. III. kötet. 33 Veszprém Zala Zemplén I. összesen II. Megyei városok. Balassagyarmat Békéscsaba -. Budafok Cegléd Csongrád Eger Esztergom Gyöngyös Gyula Hajdúböszörmény Hajduha&háza .......... Hajdúnánás .. Hajdúszoboszló. Jászberény Kalocsa Karcag Kaposvár Kiskunfélegyháza Kiskunhalas Kispest Kisújszállás Komárom Kőszeg Magyaróvár Átvitel