CHAPTER II.—T ANDROMEDA. 
21 
Table ii. —103 T Andromeda. Visual Observations op the Variable —Continued. 
Date. 
<D 
Vh 
Vh 
3 
No. 
Month 
Hour 
J ulian 
3 
Vh 
<V 
and Day. 
C.S T. 
Day 
G. M. T. 
u 
0 
P- 
< 
1895 
2410000 + 
43 
Aug. 5 
9 
3411-63 
6 
44 
8 
8 
3414.61 
40 
6 
45 
12 
9 
3418.63 
40 
6 
46 
8 
343 i 58 
(6 
25 
40 
13 
47 
26 
8 
3432-58 
40 
3 
48 
30 
8 
3436-58 
40 
(6 
1 3 
49 
Sept. 2 
9 
3439-63 
40 
3 
50 
9 
8 
3446.58 
40 
3 
5 i 
16 
8 
3453 •58 
40 
6 
52 
17 
7 
3454-54 
40 
(3 
16 
53 
26 
7 
3463■54 
40 
] 6 
(3 
54 
Oct. 5 
7 
3472.54 
40 
6 
55 
9 
8 
3476.58 
40 
6 
56 
15 
8 
3482.58 
40 
6 
57 
19 
7 
3486.54 
40 
6 
58 
23 
7 
3490.54 
40 
6 
59 
Nov. 1 
7 
3499-54 
40 
6 
60 
10 
7 
3508.54 
40 
6 
61 
15 
7 
3513-54 
40 
6 
62 
Dec. 2 
6 
3530-50 
40 
6 
63 
9 
7 
3537-54 
40 
6 
64 
25 
7 
3553-54 
150 
6 
1896 
65 
Jan. 6 
7 
356554 
150 
6 
66 
!3 
7 
3572.54 
150 
6 
67 
20 
7 
3579-54 
150 
6 
68 
Feb. 5 
n 
I 
3595-54 
150 
6 
69 
8 
7 
3598.54 
150 
6 
70 
21 
7 
3611.54 
150 
6 
7 i 
Mar. 1 
7 
3620.54 
150 
6 
72 
3 
7 
3622.56 
40 
6 
73 
12 
7 
3631-54 
. . . 
6 
74 
Aug. 3 
10 
3775-67 
40 
6 
75 
27 
9 
3799-63 
150 
6 
76 
Sept. 7 
8 
3810.58 
150 
6 
77 
25 
7 
3828.54 
i 5 ° 
6 
78 
Oct. 6 
7 
383954 
150 
6 
79 
24 
6 
3857-52 
80 
6 
80 
Nov. 26 
8 
3890.58 
150 
6 
81 
Dec. 23 
6 
39 I 7-50 
150 
6 
1897 
82 
Jan. 6 
6 
3931-50 
150 
6 
83 
19 
7 
3944-54 
150 
6 
84 
28 
7 
3953-54 ] 
40 
150 
6 
6 
85 
Feb. 13 
7 
3969•54 ] 
150 
40 
6 
6 
86 
May 24 
15 
4069.88 
150 
6 
87 
July 21 
10 
4127.67 
150 
6 
88 
27 
10 
4 I 33-67 
150 
6 
89 
Aug. 19 
9 
4156 63 
150 
6 
90 
27 
9 
4164.63 
150 
6 
Comparisons. 
d, 2 V, C31/. 
•z/4-5/, civ, v$e, vi}, di-2v 
v 6 l, 2/3C, vid, Z/41/. 
a\, v2, vb, 1/5 d . 
aT,v, biv, v^d . 
04-51/, b2v, 1/3 d . 
a 3V, 1/5 d, vi—2b . 
041/, biv, 1/4-5 d . 
032/, 2/0-1 b, 2/5 d . 
03 v, b 2 V, 2/4 d . 
02-32/, 2/3-4 d, 2/0-1 b 
032/, 2/3 d, biv . 
022/, 2/4 d, vb . 
03-42/, 2/4 d . 
03 v, 213d, biv . 
022/, i/6cZ, 2/1-26. 
612/, 2/30?. 
b 42/, vo-id, 2/4c. 
662/, DtZ, 2/2C. 
632/, 2/d, 2/1 c. 
d 2 V, CIV, 2/4/. 
C22’, V 26 , 2/3/, 2/4-5/. 
C32/, 2/1—2g, 2/2/. 
/22/, 2/4-5 W. 
/52/, 2'2?/2, 2/4/1. 
IS-iov, vm, 2/2/1. 
\k 
h^v, vi—2k . 
642/, vik, limit 3 
vk . 
£2-32/, limit v .. 
£2-32/, limit v . 
v not seen, limit 3 <h 
v not seen, limit 2 < & 
v not seen, limit 1-2 <h 
v not seen, limit h . 
^4-5^. dT,v . 
/32/, 2/4-5 h . 
Z52/, 2/4-5 h . 
632/, vik . 
h 2 V, V 2 k . 
kiv, limit 1-2 <2/. 
k$v, xiv . 
k- 2 V, V 1 - 2 X . 
65-62/, 2/1-26. 
60-12/, 2/4-56 
vh, I4.V . 
2/0—16, 16-&V . 
liv, v8h .... 
I2V . 
l^v, 2/66. 
622/, limit v . 
642/, 2/0—1 x .. 
642/, limit v . 
642/, 2/0—1# .. 
Reduction, Steps. 
32.7. 
31 o, 
31- 5 , 
32- 5, 
35-°- 
38.0, 
39°, 
37-5, 
39 o, 
38.0, 
39 o, 
39 o, 
39-5, 
39 o, 
40.0, 
38 • 5, 
39 o, 
40.0, 
38.0, 
35 o, 
33°, 
36.0, 
3 2 -7, 
31-6, 
30.9. 
30.6, 
24-5, 
21.5, 
17-5, 
30.6- 
326, 35.7 
33-2 - 
36.6, 35.7 
39 °, 39 -7 
38.0, 38.7 
37 -o, 37.7 
39.7, 40.5.. ( 
38.0, 39.2..) 
39 - 5 , 39 - 7 - 
37 -°, 38.7 
38.2, 39.^ 
37-7-38.0 
38.7, 39-0. 
38.7 . 
37-7, 38.0 
40.7, 40.5. 
37-7 . 
35 - 2 , 37 -6. 
34 - 7 , 35 • 6. 
34 - 7 , 34 - 6 . 
32-6, 33.5. 
32 - 7 , 3 2 - 
32.2, 28.5. 
250. 
22.5, 22.9. 
20.5, 20. 2. 
15 
14 
3 i 
23 
21 
15 
16 
9 , 15-8 
9 - 15-3 
o, 31 -7 
5 , 23.4 
5, 23.4 
9 , 15-3 
9. 16.3 
9.3, 9.0 . . 
12.3, 11.5 
13 
18 
18 
19 
25 
24 
21 
10 
10 
4 , 15-8 
4, 18.8 
9, 22.5 
4 , 19-5 
5. 26.9 
5 . 
5, 24.9 
3, 10.5 
3- 10.5 
M 
Steps. 
eans. 
Mag. 
Seeing 
t. 
A Mag. 
I 
1 
3 i 
.6 
9 
.68 
moon 
226 
— 0.22 
32 
8 
9 
• 5 i 
fair 
229 
— 0.26 
35 
0 
9 
. 20 
good 
233 
— 0.29 
38 
8 
8 
■63 
good 
246 
— 0.10 
37 
4 
8 
.82 
good 
247 
+ 0.12 
39 
0 
8 
. 60 
good 
251 
+ 0.01 
39 
4 
8 
•55 
fair 
254 
+ 0.01 
38 
2 
8 
•72 
poor 
261 
+ 0. 19 
39 
1 
8 
•59 
fair 
268 
— 0.01 
38 
7 
8 
•63 
good 
269 
+ 0.02 
38 
4 
8 
•70 
fair 
278 
0 
6 
1 
40 
4 
8 
•38 
fair 
5 
- 0-53 
37 
8 
8 
■78 
good 
9 
— 0.22 
35 
6 
9 
. 10 
good 
15 
— 0.09 
34 
4 
9 
.27 
good 
19 
-0.03 
35 
I 
9 
. 18 
good 
23 
— 0.29 
32 
9 
9 
•50 
fair 
32 
— 0.29 
3 i 
9 
9 
63 
good 
4 i 
-0.50 
30 
4 
9 
85 
good 
46 
— 0.48 
24 
8 
10 
68 
moon 
63 
-0.30 
22 
3 
I I 
05 
good 
70 
— 0.22 
19 
8 
11 
42 
fair 
86 
-0.47 
15 
8 
12 
00 
fair 
98 
-0.36 
15 
I 
12 
I I 
good 
105 
— 0.40 
14 
3 
12 
22 
moon 
112 
- 0-45 
11 
8 
12 
60 
fair 
128 
— 0.20 
I I 
8 
12 
60 
good 
131 
— 0.21 
< 16 
< 12 
0 
moon 
H 4 
< 12 
< 12 
6 
good 
153 
< 16 
< 12 
0 
good 
155 
<19 
<n 
5 
poor 
164 
3 i- 
4 
9 
70 
good 
26 
+ 0. 15 
23 - 
4 
10 
88 
good 
50 
+ 0.40 
22 
4 
11 
03 
good 
61 
+ 0.13 
15 - 
6 
12 
04 
good 
79 
+ 0.62 
l6 . 
6 
11 
88 
good 
90 
— °. 19 
13 - 
3 
12 
37 
good 
108 
-0.32 
9 - 
2 
12 
97 
fine 
141 
+ 0.17 
I I . 
9 
12 
59 
good 
168 
+ 0.13 
15 - 
0 
12 
12 
good 
182 
+ 0.02 
18. 
6 
11 
59 
good 
195 
+ 0.06 
20. 
1 
11 
37 
good 
204 
+ 0.25 
25 - 
4 
10 
56 
good 
220 
+0.31 : 
23 - 
2 
10. 
9 i 
good 
39 
+ 0.84 s 
12 . 
3 
12 
5 i 
fair 
97 
+ 0.21 
IO. 
4 
12 
80 
good 
103 
+ O.32 
IO. 
3 
12 
81 
fair 
126 
+ 0.01 
IO. 
4 
12 
80 
good 
134 
— 0.01 
