198 
1912/13 5 3 log ¢ H 
h m s ae 
Oct. 1 | 1851 44.96 | — 33 12 41.9] 0.30 0324 | 0.0483 
3 54 14.99 | — 32 48 12.8 4217 
5 56 49.62 23 47.3 8098 | .0470 
7 59 28.72 | — 31 59 24.6 | 0.31 1966 
9 | 40 212-10 35 4.0 5817 | .0458 
11 4 59.57 10 45.0 9648 
13 750.95 | — 30 46 26.7 | 0.32 3455 | .0446 
15 10 46.07 22 8.6 7235 
17 13 44.73 | — 29 5749.5 | 0.33 0986 |  .0434 
19 16 46.75 33 28.8 4707 
21 19 51.95 9 5.6 8301 | .0423 
23 23 0.18 | — 28 44 40.0 | 0.34 2052 
25 26 11.28 20 10.3 5672 | .0412 
21 29 25.12 | — 21 55 36.0 9257 
29 32 41.57 30 56.3 | 0.35 2807 |  .0402 
31 36 0.47 6 10.7 6320 
Nov. 2 39 21.75 |-— 26 41 18.4 9795 | .0392 
4 42 45.30 16 18.9 | 0.36 3231 
6 46 11.01 | — 25 51 11.4 6626 | .0383 
8 49 38.74 25 55.3 9981, 
10 53 8.41 030.1 | 0.31 3294 | .0374 
12 56 39.92 | — 24 34 55.3 6564 
14 | 20 0 13.14 9 10.4 9789 | .0365 
16 34108. |= = 23 48144. 0-38 2070 
18 7 24.20 kinde 6107 | .0357 
20 11 1.85 | — 22 50 49.6 9198 
22 14 40.78 24 20.0 | 0.39 2245 | .0349 
24 18 20.90 | — 21 57 38.1 5248 
26 22 218 30 43.8 8206 | .0342 
28 25 44.40 3 36.9 | 0.40 1120 
30 20 27:614| 12036, 71 3990 | .0334 
Dec. 2 33 11.89 8 44.1 6817 
4 36 56.98 | — 19 40 57.7 9600 | .0327 
6 40 42.88 12 51.6 | 0.41 2337 
8 44 29.53 | — 18 44 43.6 5029 | 0321 
10 48 16.89 16 15.6 1671 
12 52 4.87 | — 17°47 33.6| 0.42 0278| .0314 
14 55 53.40 18-3167 2833 
16 59 42.42 | — 16 49 27.9 5342 | .0308 
(84 er +3231 00 20 4.2 7808 
20 7 21.77 | — 15 50 26.8| 0.43 0229 |  .0302 
22 11 11.94 20 35.7 2605 
24 15 2.38 | — 14 50 30.9 4937 | ..0297 
26 18 53.14 20 12.6 7227 
28 22 44.16. | — 13 49 41.0 9474 | .0291 
30 26 35.41 18 56.1 | 0.44 1679 
Jan. 1 30 26.86 | — 12 41 58.2 3842 | .0286 
The following table gives the variations of @ and d in two suppo- 
sitions: dst that the comet reaches its perihelion 4 days earlier, 
2nd that it reaches it 4 days later. 
