Tasue I 25 
t° 43° 44° +? 
L° b A C Ti b A C Z! 
fo} / fo) / 
0|90 0.0 13587 166 | 90.0 | 90 0.0 14307 158 | 90.0 0 
1 | 88 38.0 13581 166 | 89.1 | 88 36.6 14300 158 | 89.0 1 
2 | 87 16.0 13564 166 | 88. 1 | 87 13.2 14282 158 | 88.1 2 
3 | 85 54.1 13535 167 | 87.2 | 85 50.0 14252 5O Siew fy 
4 | 84 32.3 13495 167 | 86.3 | 84 26.9 14208 159 | 86.1 4 
5 | 83 10.7 13444 168 | 85.4183 3.9 14154 160 | 85. 2 § 
6 | 81 49.3 13382 169 | 84.4 |] 81 41.2 14087 161 | 84. 2 6 
7 | 80 28.2 13308 169 | 83.5 | 80 18.8 14008 161 | 83.3 Uf 
8 | 79 7.3 13224 170 | 82.6 | 78 56.7 13918 162 | 82.3 8 
9 | 77 46.8 13129 172 | 81.7177 35.0 13817 164 | 81. 4 9 
10 | 76 26.7 13025 173 | 80.8 | 76 13.6 13705 165 | 80.5 10 
11 |75 7.0 12911 174 | 79.9 | 74 52.7 13581 166 | 79.6 11 
12 | 73 47.7 12786 176 | 79.0 | 73 32.3 13448 168 | 78.6 2 
13 | 72 28.8 12652 177 | 78.2 | 72 12.4 13305 169 | 77.7 13 
14 | 71 10.5 12510 179 | 77.3 | 70 53.0 13153 171 | 76.9 14 
15 | 69 52.7 12357 181 | 76.4 | 69 34.2 12991 173 | 76.0 15 
16 | 68 35.5 12198 183 | 75.6 | 68 16.0 12820 15 || 73, al 16 
17 | 67 18.8 12029 185 | 74.8 | 66 58.4 12641 178 | 74. 2 17 
18 | 66 2.7 11855 188 | 73.9 | 65 41.5 12454 180 | 73. 4 18 
2 dg 64 47.3 11672 190 | 73.1 | 64 25.3 12259 SZ Aiea 19 
20 | 63 32.5 11483 193 .3 163 9.7 12058 185 | 71. 7 20 
21 | 62 18.4 11288 196 .5 | 61 54.8 11850 188 | 70.9 21 
22 \61 4.9 11087 199 . 7 160 40.7 11637 191 | 70. 1 22 
23 (| 59) 52.2 10880 202 .0 759 27.3 11416 194 | 69.3 23 
24 | 58 40.1 10669 205 2158 14.7 11191 197 | 68.6 24 
25 | 57 28.7 10453 209 5 157 2.8 10961 201 | 67.8 25 
26 | 56 18.1 10231 212 ~8 | 55 51.7 10727 204 | 67.1 26 
27 |155 8.1 10008 216 .1 454 41.3 10489 208 | 66.3 27 
28 | 53 58.9 9780 220 .4 9753 31.8 10248 212 | 65.6 28 
29 | 52 50.4 9549 224 .7 71 52 23.0 10003 216 | 649 29 
30 | 51 42.7 9316 229 .O 1 51 14.9 9756 221 OA? 30 
31 | 50 35.7 9080 Zao 3450 7.7 9507 225 | 63. 6 Si 
32 | 49 29.4 8843 238 70 (i Sn La} 9255 230 | 62.9 32 
33 | 48 23.8 8605 242 .1 4 47 55.5 9004. 234 | 62.3 33 
34 | 47 18.9 8364 248 .5 1 46 50.5 8750 239 | 61.6 34 
35 | 46 14.8 8124 253 .9 4145 46.3 8496 245 | 61.0 35 
36 | 45 11.3 7883 258 .3 § 44 42.9 8242 250 | 60. 4 36 
37 | 44 8.6 7642 264 . 7 143 40.2 7988 256 | 59.8 337/ 
38 | 43 6.6 7401 270 . 1 | 42 38.2 7734 262 | 59.3 38 
39 | 42 5.2 7161 276 .6 | 41 36.9 7481 267 2585 7 39 
40 | 41 4.5 6922 282 . 1 | 40 36.3 7229 QIAN ose 2 40 
41 | 40 4.5 6683 288 .5 § 39 36.5 6979 280 | 57.6 Al 
42 |39 5.1 6447 295 .0 | 38 37.3 6730 DSN BG dl 42 
43 | 38 6.4 6212 302 .5 § 37 38.8 6483 294 | 56.6 43 
44 | 37 8.3 5979 309 .1 4 36 40.9 6238 301 | 56.1 44. 
45 | 36 10.8 5747 317 .6 #35 43.7 5996 309 | 55. 7 45 
46 | 35 13.9 5520 324 .1 | 34 47.2 5756 SLGT Pod. 2 46 
47 | 34 17.6 5294 332 571) S33 Gil 5520 324 | 548 47 
48 | 33 21.9 5071 341 .3 4 32 55.9 5286 Sa2 | 54.3 48 
49 | 32 26.8 4850 349 .9 732 1.1 5056 341 | 53.9 49 
50 | 31 32.2 4634 358 -5 731 6.9 4828 350 | 53. 5 50 
51 | 30 38.1 4421 367 .1 | 30 13.3 4605 SY) |) Geb I 51 
52 | 29 44.6 4211 377 . 7} 29 20.2 4386 369 | 52. 7 52 
53 | 28 51.6 4005 387 .3 | 28 27.6 4171 379 | 52.4 53 
54 | 27 59.1 3804 397 .0 | 27 35.6 3960 3897 |po2.0 54 
ins) | Ate EAD) 3607 408 | 52.6 | 26 44.0 Soe 400 | 51.7 55 
56 | 26 15.4 3413 418 | 52.3 | 25 53.0 3552 410 | 51.3 56 
57 | 25 24.3 3223 430 | 52.0 4725 2.4 3354 422 | 51.0 57 
58 | 24 33.6 3039 442 | 51.7 | 24 12.2 3162 434 | 50.7 58 
59 | 23 43.4 2859 454 Bode 4 j 23 22.5 2974. 446 | 50. 4 59 
60 | 22 53.5 2684 AGT) Toa 2273322 2792 459 | 50.1 60 
61 | 22 4.0 2514 481 | 50.8 | 21 44.3 2614 473 | 49.8 61 
62 | 21 15.0 2349 495 | 50.5 | 20 55.8 2442 487 | 49.5 62 
63 | 20 235.3 2189 509 | 50.3 | 20 7.7 2275 501 | 49.3 63 
64 | 19 37.9 2033 524 | 50.0 419 20.0 2113 516 | 49.0 64 
65 ! 18 49.9 1883 540 | 49.8 118 32.6 1957 532 | 48.8 65 
