96 
RESEARCHES IN STEDRAR PHOTOMETRY. 
Table 58.—6100 RV Herculis. Visual Observations of the Variable.—C ontinued. 
Date. 
£ 
No. 
Month 
Hour 
Julian 
Day 
G. M. T. 
3 
O 
t! 
<L» 
and Day. 
C.S.T 
O 
<1 
1898 
2410000+ 
53 
Oct. 15 
6 
4578.52 
80 
6 
54 
3 i 
7 
4594-54 
150 
6 
55 
Nov. 5 
6 
4599-50 
150 
6 
56 
11 
8 
4605.58 
150 
6 
57 
12 
7 
4606.52 
150 
6 
58 
19 
6 
4613-50 
150 
6 
1899 
59 
Jan. 8 
18 
4664.00 
150 
6 
60 
10 
18 
4666.00 
200 
6 
61 
Feb. 15 
17 
4701.96 
150 
6 
62 
Mar. 4 
17 
4718.96 
150 
6 
63 
19 
17 
4733-96 
6 
64 
Apr. 4 
16 
4749.92 
40 
6 
65 
16 
15 
4761.88 
40 
6 
66 
21 
15 
4766.88 
40 
6 
67 
28 
9 
4773-63 
4776.63 { 
40 
6 
68 
May 1 
9 
40 
150 
6 
6 
69 
4 
9 
4779-63 | 
40 
150 
6 
6 
70 
9 
9 
4784-63 -j 
40 
15 ° 
6 
6 
7 i 
18 
9 
4793-63 { 
40 
150 
6 
6 
72 
29 
9 
4804.63 
150 
6 
73 
June 3 
9 
4809.63 
150 
6 
74 
13 
9 
4819.63 
150 
6 
75 
24 
9 
4830.63 
150 
6 
76 
July 8 
9 
4844.63 
200 
6 
77 
Oct. 7 
7 
4935-54 
150 
6 
78 
17 
7 
4945•54 
80 
6 
79 
24 
6 
4952.50 
150 
6 
80 
30 
6 
4958.50 
150 
6 
81 
Nov. 4 
6 
4963 • 50 
150 
6 
82 
15 
6 
4974-50 
150 
6 
83 
20 
6 
4979 - 5 o { 
40 
150 
6 
6 
84 
Nov. 26 
6 
4985 - 5 o{ 
40 
150 
6 
6 
85 
Dec. 5 
6 
4994•50 { 
40 
150 
6 
6 
86 
26 
18 
5016.00 
200 
6 
1900 
87 
Jan. 7 
5027 
200 
6 
88 
20 
15 
5040.88 
350 
40 
89 
26 
i 5 
5046.88 
350 
40 
90 
Feb. 5 
16 
5056.92 
350 
40 
9 i 
18 
15 
5069.88 
350 
40 
92 
22 
15 
5073 ■88 
350 
40 
93 
25 
18 
507698 
350 
40 
94 
Mar. 7 
5086 
275 
12 
95 
15 
5094 
350 
40 
96 
22 
12 
5101.75 
350 
40 
97 
Apr. 4 
15 
5114.88 { 
275 
275 
12 
12 
98 
17 
9 
5125.63 
150 
6 
99 
18 
9 
5126.63! 
134 
275 
12 
12 
Comparisons. 
d2v, f2V, v\r . 
di~2v, V30, f2v, V4r 
f5V, r id , 0iv, v6s . . 
O 2 - 3 V, V2-$S . 
03-41;, vis . 
s iv . 
Reduction, Steps. 
v glimpsed, limit 2 < s . . 
v not seen, limit 3-4 < s . 
r ^ v , vo-is . 
f2v , V4r , V40 , vo —1 d . 
vi b , e6v , V2 ,~ 4d . 
vib , 03-41; . 
e6v , vib , 17-8 d . 
e6— yv , vb , v6d . 
06-81;, biv , D5 d . 
b2v , V4d . 
62-31;, V5 d . 
b 2 V , V 2 d . 
b2V , D3—4 d . 
631;, V 2- T,d . 
62- 31;, V 2-7 ,d . 
66-81;, d2V . 
d2 ~ 2 , v , vf , V4r . 
/3-41;, vr , oiv , T4J-. 
r2 —$ v , v$s . 
S 3 v . 
v not seen, limit 1-2 < s .. 
v not seen, limit 3-4 < s .. 
V2r , f2V , V2 -30, div . 
V2 d , D3-4/, 641; . 
D4/, b6v ±, v^d . 
63- 41;, i;4/, VT,d . 
63^. ^3-4^, V 4 f . 
64^, V 4 f . 
641;, V2d . 
641;, V2 - T,d . 
651;, vid , V2f . 
b6v , V2 d , D3-4/ . 
d4v , vi-20 . 
dl -2 V , V 20 . 
S 2 V ?. 
37 
38 
32 
30 
29 
8, 35 - 2 , 37 - 3 -- 
29.8 
29-3 
29 
35 
45 
45 
45 
44 
44 
42 
42 
42 
42 
4 1 
42 
37 
37 
33 
3 ° 
3. 27-8 
• 6, 47-7 
• 7 . 44-6, 45.8. 
.2, 43.6, 44.8.. 
•6, 43 -8.) 
• R 44-8 .f 
.6, 41.8.) 
•6, 43 -3 .f 
• 6, 42 3.) 
■ 1, 42-1.; 
•6, 37 8. 
■ 3 , 37-2, 37.3..) 
• 7 . 33 - 3 . 32 - 4 , 3 *v 
•8, 30-3. 
v not seen, limit 4 < s . 
v glimpsed, not < i5 M .. 
P 2 V, VI&, VT,k, V 2 P . 
P4V, vS, vT,k, viP . 
v not seen, limit 1 < s.. 
P6v, 531;, vo-ik . 
d not held, k and S glimpsed 
v not seen, limit 4-5 <>.. 
v not seen, limit i“ < s... 
V4 P, -o2v, *8-iov, vsp . 
va, S3-4V, V2V . 
yiP, P limit. 
Di-2r . 
35 - 
41. 
41. 
41. 
41. 
40. 
40. 
40. 
39 - 
38 . 
35 - 
38 . 
8, 40.7, 40.6.. 
2, 38.6, 42.8. 
1, 41.2, 42.8. 
6, 41 -2.. 
6, 41.8.) 
6, 42 • 3 . f 
6, 40.8, 39-2..) 
6, 41.8, 40.7..) 
8, 34-9 . 1 
3 . 35-4 .f 
V2S, V 4 *, ri-2V 
i / ij ± . 
8.5, 8.4, 9.0 
18.5, 13 - 7 .(i 7 - 9 ). 19-5 
26.9, 23.8, 17.4.. | 
29 - 3 , 30 . 9 . 31 - 8 .. \ 
28.3.J 
Means. 
t . 
d Mag. 
Steps. 
Mag. 
Seeing. 
. 367 
11.20 
good 
18 
+ 0-42 
3 36.8 
11.19 
fair 
34 
+ 007 
3 32 5 
11.88 
good 
39 
+ 062 
• 303 
12.22 
fair 
45 
+ 080 
29.6 
12.35 
fair 
46 
+ 0.90 
26.3 
12.87 
moon 
53 
+ 1-24 
. <25 
<130 
poor 
. <24 
<13-2 
• • . 
29.6 
12.35 
good 
141 
-i -37 
3 37-6 
11.06 
fair 
158 
- 1.59 
. 44-5 
9.88 
good 
l 73 
- i -54 
46 • 6 
9.66 
good 
189 
-0.99 
45-9 
9-77 
good 
1 
— 0. 78 
. 44-9 
984 
good 
6 
- 0-75 
44-0 
9-99 
good 
x 3 
— 0. 71 
43-3 
10.10 
good 
16 
— 0.64 
42.6 
10.23 
fair 
x 9 
-0. 56 
42.0 
10.31 
fair 
24 
-0.58 
37-4 
11.05 
fair 
33 
— 0.06 
32.7 
11.85 
good 
44 
+ 0.46 
306 
12.19 
good 
49 
+ 0.66 
24-3 
13.16 
good 
59 
+ 1.63 
< 26 
<12.9 
fair 
70 
<24 
< 13 -1 
good 
363 
11.26 
fair 
175 
+ 0.02 
41.0 
10.48 
fair 
185 
-0.30 
4 i -3 
10.43 
fair 
192 
— 0.16 
4 i -7 
10.37 
fair 
198 
-0.15 
42.0 
10.31 
good 
3 
— 0. 26 
40.9 
10.50 
fair 
*4 
— 0.21 
4 i -3 
10.43 
fair 
x 9 
- 0.37 
40.1 
10.62 
good 
25 
— 0.29 
361 
11.29 
fair 
34 
+ 0.71 
25 ± 
13.0 
fair 
56 
+ 123 
<23 
< 13-4 
good 
i 5 ± 
fair 
80 
12.1 
x 4 • 96 
good 
86 
+ 1 • 73 
11.1 
15-09 
good 
96 
+ 1.20 
.... 
<14.2 
poor 
8.6 
x 5-45 
fair 
”3 
+ 0.99 
< 8.5 
< 15-5 
poor 
<22.4 
< 13-5 
good 
. . . 
.... 
< 13-7 
moon 
. . . 
.... 
I 5-9 
14.4 1 
good 
141 
+ 0.68 
22.7 
x 3-42 
good 
x 54 
+ 0.44 
28.8 
12.49 
poor 
165 
+ 0.40 
30.0 
12.29 
good 
166 
+ 0.30 
