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TABLE I.-MINIITEB IN DECIMALS OF A DEGREE. TABLE I'V,-TAN6EN'28'"D'-dCTAfvNALS V6 A 10,CDg�y,
<br /> 1 .0167 11' .1833 !1' .8500 fi' ,5167 {3'5333 42 .8833 61' 8500 (ural II
<br /> i .0500 19 .20333 12 167 !9 .322 83 SE .55W D ,7187 69 .as 8883 Angle ITangont(E=terast���A'Angle �T.-z"t�E.t.-ll. 'Anglered
<br /> Tangoa6 rcternal
<br /> 4 .0667 14 ,2333 94 ,4000 " ,5667 44 ,7333 54 .9000 II
<br /> 5 .0833 16 250015 .4167 35 .M83 46 .7500 66 .9167
<br /> 6 .1000 16 .2887 48 ..4333 i6 .8000 {8 .7887 68 ,9333 10 50.00 22 110 551,70 Y6,50 810 1061.9' 97,57
<br /> 7 .1167 1T ,2833 97 .4500 8T 6167 4T 7833 67 9500 VY 58,34 ,30 10► b60.3I 47,81 10� 107p 8, 99.16
<br /> 8 .1333 18 .3000 28 .4667 38 .6333 48 .8000 58 ,9667 20 66.67 .89 20 588, 28.14 20 1079,2 100,78
<br /> 9 .1500 19 .3167 29 .4833 89 .6500 49 .8167 59 ,9833 30 75.01' .49 80 576.95 28.97 80 I087 8' 102,35
<br /> 10 1687 90 .3333 80 .5000 40 .8667 60 &333 80 1.0000 40 83.34 . •61 40 585,96 29,82 40 1096.4 103.97
<br /> 50 91.68 ,78 50 493.99 80.88 50 I305.1 105.60
<br /> TABLE II.-INcaEs Ix DECIaaALs os A Fool. 2 100.01 .87 12 60$.81' .81.56 22 1118.7 107.24
<br /> 1-16 3-32 rj§ 3-16 3, 5 18 3{ �§ g� 10 108.35 1.02 10 610.64 32,48 10 1122,4, 108,90
<br /> .0052 1 .0078 1 ,0104 1 .0156 1 .0208 1 ,0280 .0313 1 .0417 1 ,0521 1 .At5 1 ,0729 20 118,88 1.19 20, 619,07 83,85 20 1151.0 LIO.b7
<br /> 80 123.02 1.36 80 55 40 366$27.80 84.2$6 80 1189,7 112.25
<br /> 1 2 3 4 1 ,4167 1.50600 1 .5833 1 .6887 1 .7500 .8333 1 ,9167 50 111 40 41.70 1.75 50 8{4.37 '86,12 50 1148,4 118.95
<br /> 0833 1 .1667 1 .2500 1 .3186 50 1187,0 115.68
<br /> TABLE III.-RADII,ORDINATES AND DEFLECTIONS. i 150.04 1.91 is 658.81 87.09, f! 11gg 7, 117.36
<br /> 10 158,,:38 2.1 10 W 25 88.08 10 11,94.4 119.12
<br /> Mid. Tan. Def. g Mid. Tan Def,. 20 .166:72 2,48 20 889;70 89.01 20 1183.1` 12A;87
<br /> Deg.I Rediae I I I for ( De . I Radius I I I for 30 175.06 2.87 30 678.10 39.98 311 191.8 1 68'
<br /> Ord. Offset 1 Foot Ord. Offset•l Foot 40 183•{0 93 #4pp 6% 66 4p 99 40 3 ,6 1 .41
<br /> 50 191.74 3.21 SD 695.08 42,00 60 3209,2 126.30
<br /> 00 10' 34377.5 ,036 .145 0.05' 7° 81A.02 1,528 6.105 2.10' 4. 200 OS 3,49 1.4 7118 97 48,08. '84: 1217,9' 128,00
<br /> 20 17188.8 073 .291 0.10 20' 781.84 1.600 6.395 2.20 ��pp 208.43 3,79 10 711. 44,07 10 1226 6. 128.82
<br /> 30 11459.2 .109 .436 0.15 30 764,49 1.637 6:540 2.25 20 216.77 4.10 20 720,44 45,12 $0 1286.3' 181 85
<br /> 40 8594.42 ,145 ,582 0.20 40 747.89 1,673 6,685 2,30 30 225.12 4.42 30- 728.90 46,18 80 I214,0 188.50
<br /> 50 8875.55 .182 .727 0.25 40 233.47 4,70 40 737.37 47.25 40 1252,8 135,35
<br /> i 718.78 1.748 8.976 2.40 50 241,81 5.10 50• 745;$5 48.34_ 50 1201,5 137.23
<br /> 1 5729.85 .218 ,873 0.30 20 888.18 1.819 7.266 2.50 �
<br /> 10 4911.15 .255 1.018 0.35 80 674,69 1,855 7.411 2.55 6 250.16 5,46. 36 764.82 49.44 9d 1270:2 189,11
<br /> 20 4297.28 .291 1.184 0.40 40 661.74 1.892 7.550 2.60 10 258.51 5.83 ip 762,80 50.55 10 1279,0 141.01
<br /> 30 3819.83 .327 1.309 0.45 20 266,86 6.21 20 771 29 51.68 20 1287 7 ]42.98
<br /> 40 3437.87 .364 1.454 0.50 9 637.28 1,965 7,846 2.70 30 275.21 6.61 Sp 779,77 52.89 30 1296.5 144.85
<br /> 80 3125.38 .400 1.600 0.55 20 614.56 2.037 8.136 2.80 40 -283,57 7.01 40 788,26 58,97' 40 1305 8 148 79
<br /> 30 603.80 2,074 8.281 2.85 50 291.92 7.43 50 796.75 56.13 b0 1314.0 .148.71
<br /> 2 2864.93 .436 1.745 0.60 40 593,42 2,110 8.426 2,90
<br /> 10 2644.58 .473- 1.891 0.65 8 800.28 7.88 18 805,26 86.81 !8 13
<br /> nd � 20 2455.70 .509 2,038 0.70 10 573,89 2.183 8.718 3:015 10 308,84 8.31 10 11.75 57.50 16 1"g,,'8 15�2.9g
<br /> 30 2292.01 .545 2.781 0.75 30 548.44 2.292 9.150 5 20 316.99 8.76 20 8P2 26 58;70 20 .2340,4 152.69
<br /> 2� 40 2148.79 ,582 2,327 0.80 11 5'21.67 2.402 9.585 3.30' 80 825.85 9.23 80 88078 59,37: 30 1349.2 156,70
<br /> 50 2022.41 .618 2.472 0.9 30 499.06 2.511 10,02 3.45 40 333,71 9.71 40 839.97 81.94 40 1358.0 158,72
<br /> i! 478.34 2.620 10.45 8,80 50 342,08 10,20 60 847.78 02.88 60 1868,8 160,78
<br /> i 1910.08 ,855 2.818 0.90 30 459.28 2.730 10.89 3.75
<br /> 10 1809.57 .691 2.763 0.95 19 441.88 2.839 11.32 8.90 2 350,44 . 10.71 1T 858,80 83.88 24 1375.8 162.81
<br /> 20 1719.12 727 2.908 1,00 30 425.40 2.949 11.75 4.05 10 358.81 11.22 10 864,82 64.90 10 1384 4 1 86
<br /> 30 1637.28 ,764 3.054 1.05 14 410.28 3,058 12.18 4.20 20 867.17 11.75 20 878.85 88,16 20 1988.2 166.95
<br /> 40 1582.88 ,800 3.199 1.10 80 398,20 3.168 12,62 4.35 80 375.0 12.29 80 ' 88 88 67,47 80 1402 T 109,04 .
<br /> b0 1494.95 .838 3.345 1.15 40 388.01 12.85 40 890.41. 68,77 40 1410.9 171.15
<br /> 16 383.07 8.277 13.03 4.50 50 892.28 13,41 00 898.95 70.09 80
<br /> 4 1432.69 873 3.490 1.20 30 370.78 3.387 13,49 4.65 1419,7 173,27
<br /> 10 1375.40 .909 3.635 1.25 16 $59.27 3.496 13.92 4.80 8 400.88 13.99 18 907.49; 71.4$ !j 1428:6 175,41
<br /> 20 1322.53 ..945 3.718 1.30 30 348.45 3.606 14.35 4.95 10 409,03 14,58 10 916,08 72.78 40 1437.4 377.65
<br /> 80 1273.57 .982 3,926 1.35 17 338.27 3.718 14.78 5.10 20 47,41 10.18 20 927 68 74.12 20 1448 3 179.72
<br /> 40 1223.11 1.018 4.071 1.40 18 319.62 3.935 15.64 5,40 80 426,79 15.80 30
<br /> 50 1185.78 1.055 4.217 1.45 19 302.94 4.155 16.51 5.70 993,13 76.49 80 1400;•1 381,89
<br /> 40 4.94.17 16.43 40 949.69 76;86 40. 1404:4 184:08
<br /> i 1146.28 1,091 4.362 1.50 20 287.94 4.374 17.37 6.00 50 4• 17'07 50 860.20 78.26 50 1472.9 186,29
<br /> 10 1109.33 1.127 4.507 1.55 21 274.37 4.594 18.22 6,30 ♦` 450,93 ft,,72 19. 958,31 70.67 io 1461:8 188r 1
<br /> 20 1074.68 1.164 4.653 1.60 .22 262.04 4.814 19.08 6.60 10 459.82 18,38 10 967„88 81,09 10 1490.7 190,74 '
<br /> 30 1042.14 1.200 4.798 1,65 !i 250,79 5.035 19.94 8.90 20. 487.71 19.06 20 970 96 82.89 20 14W.6. 192,99
<br /> I 40 1011.51 1.237 4.943 1.70 H 240.49 5.255 20.79 7.20 '30 476.10 19.75 30 984,53 83,97 80 1508:5 396,25
<br /> b0 982.84 1.273 8.088 1.75 40 484,49 . 20,45 40 983,12 85,43 40 1517.4 197.53
<br /> !6 281.01 5.476 21.64 7.50 60 492,88 21.18 10 1001,7'., 88:90 50 1520.8' 199.83
<br /> 6 955.37 1.309 5.234 1.80 28 222,27 5.697 22.50 7.80
<br /> j 10 929.57 1.846 5.879 1.85 97 214.18 5.918 23.35 8.10 3W':- 501 29 i0', 3010.8 SS,89° iQ 1 '.820$,12
<br /> 20 905.13 1.382 5.524 1.90 28 296.88 8.139 24.19 8.40 10 809,68 22;82 10 1013 9 80.89 10' 1•� $ 204,{4
<br /> 80' 881.95 1.418 6.689 1.95 r 199.70 6.360 28.04 8.70 20 518,08 23,38 1027;5 91.40 20 1568;1 206:77
<br /> l 40 859.92 1.455 5.814 2.00 90 193.18 6.583 25.88 9.00 30 '526.48 24.14 038.1 92,92 80 1682:9 $08,12
<br /> 40 534.89 24:91 044iT 94.
<br /> 1071.
<br /> 8,Chord Deflection=2 times tangent deflection. so 25!40 60 1011$.8 96.01 1688' 2 .86
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