Ob. sin du: 
» er sin Wı 
” er COS Wı 
dA 
N 
Ti. sin du 
Korr. =a+b:e; sin WE + C + 2 COS 2 
Bahnen der Uranustrabanten Oberon und Titania. 
Auflösung Oberon—Titania 1gor. 
Washington-Refraktor. 
Mittlere Epoche 1901.45. 
1902 April 30 
Mai 
Juni 
Juli ıı 
See. 
Ob. dur = +0°579 
Titania-Kreisbahn 
69 
Ti. 643 = +1°372 
Zahl der Mess. 38 p, 38 s 
w.F. einer Gl. = 0'238 
lga lad lge a w. F. 
6.4293n 8.6990 8.7223n Ob. dus —o®015 +0°054 (nn) 9.71 
6.1373 9.8392 8.3971 eı sinWı -+0.00014 =+0.00065 
6.8161n 8.4164 9.8154 » 1 C0S Wı —0.00065 =0.00061 (vv)r 4.17 
7.4236 8.6985n  8.7998n nr +0.00265 =+0.00077 (vv)y 4.70 
6.4867 7-4624 9.2232n ur duz +0?°018 =+#0°077 (vv) 8.87 
Korr. Newcomb Ob. dur +0.564 +0.054 
» Ti. du2 +1.390 +0.077 
Oberon— Titania. 
Washington-Refraktor 26 2. 1902. Beob.: See. 
Beobachtung — Rechnung. 
Red. 0—C |Zall der 
Mitt). Zt. n Einst. 
Be Greenw. Dies 
14 52"2]| 1727" 9 40:06 | —o!ı8 | 10 ı10 
14 43-4 17 19.2 : a 32.04 | —1.03 | Io Io 
14 37-2 I71.73.2 99 56.4 | 104 49.3 | —0.95 | 10.99 | I1.20| —o.2ı | 10 10 
14 34.5 | 17 10.6 93 40.2| 93 45.0| —0.02 | 14.52 | 13.58 | +0.94 | 10 10 
14 42.4 ı7 18.6 |107 46.2 | 105 3.8| +0.97 | 20.66 | 20.65 | -+0.01 | 10 Io 
14 23.7 17 0.0 [156 25.2 |156 55.0| —o.32 | 37.23 | 36.84 | +0.39 | 10 10 
14 16.0 16 52.4 | 187 25.8 | 187 26.3| —0.01 44.81 | 44.85 | —0.04 | 10 10 
14 35.7 17 12.3 |250 46.8 | 250 59.8, —o.22 | 59.94 | 59.46 | +0.48 | 10 10:| 
14 14.I 16 50.9 2ı 28.8| 2ı 47.8| —0.42 | 76.70 | 75-52 | +1.18 | 10 Iı0| 
13 26.6 16 4.0 46 53.4 | 49 27.9 | —0.63 14:27 | 14.08 | +0.19 | 10 Io 
13 17.0 15 54-4 42 19.2| 39 33.3| +0.54 | 11.34 | 11.24 | +0.10 | ı0o Io 
13 28.5 16 6.0 29 40.8| 34 48.8 | (—1.40) | 17:44 | 15.66 |(+1.78)| 10 10 
137 17-5 15 55.0 16 3.6| 76 22.9| —o.ı8 | 31.77 | 31.87 | —o.I0 | 10 10 
13 15.9 15 53.5 1167 52.8 | 167 58.1 | —0.08 | 54.38 | 54.69 | —0.31 | 10 10 
13 14-5 15 52.1 [200 58.8 200 24.0 | -+0.62 | 60.70 61.26, —0.56 | 10 10 | 
13 23.8 16 1.4 |265 49.2 | 265 25.4 | +0.50 | 72.30 | 71.60 | +0.70 | 10 ı0 
13 2.5 | 15 40.1 |297 43.2 |297 37.4| +0.13 | 74:89 | 74-46 | +0.43 | 10 10 
12 50.9 15 28.5 [330 59.4 | 330 27.8| +0.70 | 76.20 | 76.10 | +0.10 | 10 1o: 
12 48.2 15 25.8 3 45.6 3 44.8| +0.02 | 77.16 | 77.06 | +0.10 | 10 10 
12 46.4 15 24.0 36 48.0| 36 50.2| —0.05 77-38| 77.14 | +0.24 | 10 ı0 
11 30.0 14 7.3 |335 58-2 | 336 43.1| —o.23 | 18.24 | 17.53 | -#0.71 | 10 ı0 
9 55.9 12 32.4 |146 33.0 | 146 52.4 | —0.31 55-98 | 55.64 | +0.34 | 10 10 | 
10 1.5 ı2 37.8 |180 24.0|179 4.6 +1.12 | 48.00 | 48.51 | —o.5ı | 10 10 
Io 2.5 12 38.8 |210 42.0|210 17.7) +0.29 | 41.59 | 40 97| +0.62 | 10 To 
9 54.8 ı2 31.0 | 239. 30.6 | 239 32.6| —o.02 | 32.23 33.02 —0.79 | 10 10 
9534-5: || 12'.10:0 2919:6 T 9.9) +0.76 | 44-66 | 43.73 | +0.93 | 10 Io 
p -rı0° korr. 
verfehlt 
