The microscope and microscopical methods / by Simon Henry Gage...and illustrated by 165 text figures in the text.

  • Simon Henry Gage
Date:
1896
Catalogue details

Licence: Public Domain Mark

Credit: The microscope and microscopical methods / by Simon Henry Gage...and illustrated by 165 text figures in the text. Source: Wellcome Collection.

Provider: This material has been provided by the Harvey Cushing/John Hay Whitney Medical Library at Yale University, through the Medical Heritage Library. The original may be consulted at the Harvey Cushing/John Hay Whitney Medical Library at Yale University.

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    TABLE OF NATURAL SINES. Compiled from Prof. G. W. fones' Logarithmic Tables. Minutes. Degrees and Quarter Degrees up to 50°. i'o 00029 '°t 001745 16°, 0.27564 31°, 0.51504 46°. 071934 61°, 0 87462 76°, 0.97030 2 0.00058 i°,i5 ' 0.02181 i6°,i5 ' 0.27983 3i°,i5 '0.51877 46M5 0.72236 6i°,i5 '0 87673 76°, 15 097134 30.00087 1,30 0 02618 16,30 0 28402 31.30 0.52250 46,30 o.72537 61,30 0.87882 76,30 0.97237 40.00116 1,45 0.03054 16,45 0 28820 31,45 0.52621 46.45 0.72837 6i.45 0 88089 76.45 0 97338 5 0.00145 2 0 03490 17 0 29237 32 0.52992 47 0 73135 62 0.8S295 77 0-97437 60.00175 2,15 0 03926 17,15 0.29654 32,15 053361 47,15 o.73432 62,15 0.88499 77.15 0 97534 7 0.00204; 2,30 0.04362 '7.30 0.30071 32,30 0.53730 47,30 0.73728 62,30 0.88701 77,30 0.97630 80.00233 2,45 0.04798 '7.45 0.30486 32,45 0.54097 47,45 0.74022 62,45 0.88902 77,45 0.97723 9 0.002621 3 0 05234 18 0.30902 33 0.54464 48 0 743H 63 0.89101 78 0.97815 100.00291 3,15 0.05669 18,15 0.31316 33.15 0.54829 48.15 0.74606 63.15 0.89298 78,15 0 97905 11 0.00320. 3,30 0 06105 18,30 0.31730 33,3o 0 55'94 48,30 0.74896 63,30 0.89493 78,30 0.97992 120.00349 .V45 0 06541' '8.45 0.32144 33,45 0.55557 48.45 0.75184 63,45 0.89687 78,45 0,98079 130.00378 4 0 06976 '9 0 32557 54 n.559i9 49 0.75471 64 0 89879 79 0.98163 14 0.00407, 4,15 0 07411 I9.J5 0.32969 M.I5 0.56280 49.15 0.75756 64.15 0.90070 79,15 0.98245 15 0.00436 4,30 0.07846 '9.30 0 333s' 34.30 0.56641 49.3 0.76041 64,30 0.90259 79,30 0.9S325 160.00465 4,45 0.08281 '9.45 0 33792 34.45 0 57000 49.45 0.76323 64.45 0.90446 79.45 0.9S404 170.00495 5 0.08716 20 O. :4202 35 0.57358 50 0 76604 65 0.90631 80 0.98481 180.01524 5,15 0.09150 20,15 0 346I2 35 15 0.57715 50.15 0.76884 6.5.15 0.90814 80 15 0.98556 190.00553, 5,30 0.09585 20,30 0.35O2I 35 30 0 58070 50,30 0.77162 65.30 0 90996 80.30 0 98629 200.00582 5,45 0.10019 20,45 0.35429 35.45 0.58425 5o,45 0.77439 65 45 0.91176 80.45 0.98700 21 0.00611 6 0 1045x 21 .35837 36 .58779 Si •77715 66 0.9I355 Si 0.9S769 22 0.00640 6,15 0 10887 21,15 O.36244 36,15 0.59131 5115 0.77988 6615 o.9i53i 81,15 0.98836 23 0.00669 6,30 0.11320 21,30 O.36650 36.30 0.59482 5L30 0.78261 66.30 0.91706 81,30 0 98902 24 0.006981 6,45 0.11754 2 1.45 O 370.S6 36,45 0.598)2 5L45 0.78532 66.45 0.91879 81,45 0.98965 25 0.00727; 7 0.12187 22 0.3746I 37 0.60182 52 0.7S801 67 0.92050 82 0.99027 260.007561 7,15 0.12620 22,15 O.37S65 37.'5 0 60529 52.15 0.79069 67.'5 0.92220 82,15 0.990S7 270.00785 7,30 0 13053 22 30 0.38268 37.30 0.60876 52,30 0 79335 67, .0 0.92388 82,30 0.99144 280.00814 7,45 0.13485 22,45 O.38671 37-45 0.61222 52,45 0 79600 67,45 0.92554 82.45 0.99200 29 0.00844 8 0.13917 23 O 39073 38 0,61566 53 0.79864 68 0 92718 83 099255 300.00873 8,15 0 14349 23.15 0.39474 58 15 0.61909 53,15 0.S01 25 68,15 0.92881 83,15 0.99307 31 0.00902 8.30 0.14781 23,30 .3987.3 3830 0 62251 5.3,30 0. So 386 68,30 0.93042 83.30 o.99357 320.00931 8,45 0.15212 23.45 O.40275 38.45 0.62592 53.45 0.80644 68,45 0.93201 83.45 0.99406 33 0.00960; 9 0.15643 24 O.40674 39 0 62932 54 0.80902 69 0-93358 84 099452 340.00989 9,15 0 16074 24,15 O.41072 39.15 0.63271 54,15 0.81157 69,'5 0.93514 84,15 0.99497 35 0.01018 9,30 0.16505 24.30 O.41469 39 3o 0 63608 54.30 0.81412 69.30 0.93667 S4.30 0.99540 36001047! 9 45 0.16935 24.45 0.41866 39 45 0.63944 54.45 0.81664 69,45 0.93819 84.45 o-99580 37 0.01076 io 0.17365 25 0.42262 40 0 64279 55 0.81915 70 0 9396Q 85 o- 99619 380.01105 10,15 0.17794 2.S.I5 0.42657 40.15 0.64612 55.15 0.S2165 70 15 0.94118 85.15 0 996.57 390.01134 io 30 0.18224 25.30 0.4305' 4030 0.64945 55 3o 0.82413 70,30 0.94264 S5.30 0 99692 40 0.01164 10,45 0.1S6S2 25,45 0.43445 4o,43 0.65276 55.45 0.82659 70,45 0.94409 85,45 0.99725 41 0.01193 11 0 190S1 26 0 43837 4i 0.65606 56 0. S2904 71 0 94552 86 0 99756 42 0.01222 11,15 0 19509 26,15 0.44229 4I.I5 0.65935 56.15 083147 71.15 0 94693 86,15 0 997,86 43001251 11,30 0.19937 26,30 0 44620 41,30 0 66262 56,30 0.83389 7L30 0.94S32 86,30 0.99813 440.01280 11,45 0 20364 26,45 0 45010 4L45 0.665S8 56,45 0.83629 71-45 0.94970 8645 099839 450.0130912 0.20791 27 o-45399 42 0.66913 57 0.83867 72 0.95106 87 0.99863 460.01338 12,15 0.21218 27.15 0457S7 42.15 0.67237 57.15 0. S4104 72.15 0.95240 87,15 0.99885 470.01367 12,30 0.21644 27.30 0 46175 42 30 0.67559 57,30 0.84339 72.30 0.95372 87,30 0.99905 4S 0.01396 12,45 0.22070 27.45 0 46,61 42,45 067880 57.45 0.84573 72,45 0.95502 87.45 0.99923 490.01425 13 0.22495 28 0.46947 4.3 0.68200 5S 0.84805 73 0.95630 88 0 99939 500.01454 13,15 0.22920 28, .5 0 47332 43-'5 0.6S518 58,15 0.85035 73,15 0.95757 88,15 o-9995.3 51 0.01483 13,30 O. 23345 2S, 30 047716 43.30 0.6SS35 58.30 0.S3264 73,30 0.95882 S8,3o 0.99966 52001513 13,45 0.2^69 28,45 0 48oq9 43-45 0.69151 58.45 0.S5491 73.45 0 96005 SS.45 0 99976 530.01542 14 O.24I92 29 0.4S4S1 44 0.69466 59 0.S5717 74 0 96126 89 0 99985 540.01571 14,15 O.24615 29 '5 0.48S62 44.15 0 69779 59.15 0.83941 74.15 0 96246 89.15 0.99991 55 0.01600 14,30 O. 2503S 29,30 0.49242 44 30 0.70091 59-3° 0 86163 74,30 0.96363 89.30 0.99996 560.01629 14,45 O. 25.]6o 29.J5 0 49622 44,45 0 70401 59,45 0 S6384 74.45 0.96479 S9-45 0.99999 570.0165S 15 0.2S882 30 0.50000 45 0.70711 60 0 S6603 75 0 96593 90 1.00000 580.01687 15,15 O. 26303 30,15 050377 45-'5 0.71019 60,15 0.86820 75.15 0.96705 590.01716 15,30 O.26724 3°,30 0 50754 45.30 0.71325 60,30 0 87036 75.30 0.96.815 600.01745 15,45 0.2714430,45 051129 45.45 0.71630 6045 0.87250 75.45 0.96923