132 
SIR J. F. W. HERSCHEL’S CATALOGUE 
No. 
of 
Cata- 
logue. 
References to 
Right 
Ascension 
for 
1860, Jan. 0. 
Annual 
Precession 
in 
Right 
Ascension 
for 1880. 
No. 
of 
Obs. 
used. 
North Polar 
Distance 
for 
1860, Jan. 0. 
Sir J. H.’s 
Catalogues 
of Nebulas. 
SirW. H.’s 
Classes 
and N os. 
Other 
Authorities. 
h. 
H. 
h 
m 
s 
s 
4767 
2152 
III. 931 
22 
6 
37-7 
+ 3-272 
1 
107 
45 
40-3 
4768 
2153 
11. 60 6 
22 
6 
43*4 
2-447 
1 
45 
20 
52-3 
3931 
22 
6 
57-4 
3-731 
1 
136 
32 
31-7 
4770 
3932 
22 
7 
7'9 
3-730 
1 
136 
32 
1 6-4 
4771 
VIII. 63 
OO 
7 
8-2 
2*127 
1 
33 
42 
56-0 
4772 
2154 
22 
7 
34-6 
2-119 
33 
25 
12-4 
4773 
2155 
VIII. 75 
22 
9 
41*1 
2-358 
1 
40 
48 
55-7 
4774 
2157 
VI. 29 
OO 
10 
2*5 
2-236 
1 
36 
22 
2-4 
4775 
2156 
III. 932 
22 
10 
8*7 
3-249 
1 
106 
16 
47-8 
4776 
III. 863 
22 
11 
0-4 
2-563 
1 
50 
10 
13-2 
4777 
3933 
11 
26-0 
3-957 
1 
145 
48 
53-0 
4778 
III. 864 
22 
12 
28*8 
2-569 
1 
50 
8 
9-4 
4779 
2158 
III. 933 
12 
53-8 
3-247 
2 
106 
28 
21-5 
4780 
3934 
III. 458 
22 
12 
57‘6 
3-353 
1 
115 
22 
44-5 
4781 
3935 
22 
15 
6*5 
3-395 
1 
119 
3 
25*8 
4782 
3936 
22 
15 
10-0 
3-403 
1 
119 
39 
16-8 
4783 
2159 
22 
15 
23-6 
2-153 
] 
32 
36 
51-1 
4784 
3937 
22 
15 
26-0 
3-450 
1 
123 
3 
31-5 
4785 
3938 
22 
16 
21-1 
3-466 
0 
124 
24 
1-6 
4786 
3939 
22 
16 
44-2 
3-429 
3 
121 
53 
45-0 
4787 
3940 
22 
18 
15*5 
3-424 
4 
121 
51 
23-5 
4788 
3941 
22 
18 
57-4 
4-079 
1 
150 
52 
54-3 
4789 
3942 
22 
19 
7-4 
3-478 
2 
125 
51 
19-3 
4790 
2160 
II. 248 
22 
19 
38-1 
2-916 
2 
74 
33 
55-0 
4791 
2161 
22 
1 Q 3Q-4 
2-198 
1 
32 
52 
26-3 
4792 
3943 
II. 469 
22 
20 
50-7 
3-336 
115 
34 
20-5 
5078 
22 
20 
50 + 
115 
34 
+ 
4793 
2162 
22 
20 
52-2 ! 
2*770 
1 
61 
36 
48-8 
4794 
3944 
22 
21 
12-0 
3-474 
1 
126 
10 
21*2 
4795 
Auw. N. 48 
22 
22 
5-6 
3-285 
111 
32 
59-8 
4796 
2163 
22 
22 
21*2 
2-365 
1 
37 
53 
26-3 
4797 
VII. 41 
22 
22 
37*4 
2-380 
2 
38 
24 
45-0 
4798 
3945 
22 
00 
59*4 
3-503 
1 
128 
33 
0-1 
4799 
2165, a 
R. nova 
22 
23 
13-6 
3-213 
104 
40 
30-3 
4800 
3946 
22 
23 
23-8 
3*501 
1 
ioq 
32 
9-8 
4801 
2164 
22 
23 
28-3 
3-213 
2 
104 
44 
11-8 
4802 
2165 
IV. 31 
22 
24 
53-0 
3-213 
4 
104 
50 
30-3 
4803 
D’ Arrest, 1 16 
22 
24 
57 
2-76 
[1] 
59 
45 
18 
4804 
2166 
nc) 
24 
58’6 
2-760 
2 
59 
45 
25-3 
4805 
3948 
22 
25 
28*5 
3-352 
1 
117 
58 
4-4 
4806 
3947 
22 
25 
32-6 
3-541 
1 
131 
39 
53-4 
4807 
2167 
II. 476 
22 
26 
55 - 7 
3-173 
5 
101 
4 
53-2 
4808 
2168 
II. 428 
22 
27 
3-9 
3-027 
O 
85 
9 
17-9 
4809 
2169 
III. 180 
22 
27 
40-9 
2-886 
1 :: 
70 
23 
45-6 
4810 
3949 
OG) 
28 
2-3 
3-331 
O 
116 
45 
55-0 
4811 
2170 
III.’ 237 
00 
29 
46-2 
2-877 
1 
69 
5 
50-5 
4812 
3950 

22 
29 
46*2 
3-466 
O 
127 
57 
13-5 
4813 
2171 
00 
30 
32-5 
2*984 
3 
80 
1 1 
4-6 
4814 
3951 
1 
00 
30 
37-2 
4-257 
\ 
157 
12 
4 6-0 
4815 
2172 
I. 53 
22 
30 
39-5 
2*736 
1 
56 
20 
5-6 
4816 
1 
14817 
1 
4818 
>217 2, a 
R. 5 novae 
22 
30 
+ 
2-736 
I 56 
20 
+ 
4819 
I 
4820 
J 
i 4821 
2173 
II. 233 
22 
30 
44-0 
2*857 
0 
66 
55 
34-6 
4822 
: 3950 
(No. 2?) 
22 
30 
50-5 
3-466 
1 
127 
55 
48-4 
4822 
: 2174 
III. 166 
22 
30 
54-0 
2-736 
1 
56 
17 
51-3 
4824 
: 2175 
II. 234 
22 
31 
5-7 
+ 2-858 
G) 
66 
55 
58-3 
Annual 
Precession 
in 
N.P.D. 
for 
1880. 
No. 
of 
Obs. 
used. 
Summary Description from a 
Comparison of all the 
Observations, Remarks, &c. ( 
; 
— 17*69 
1 
vF; S; R; bM 
17-69 
1 
eF; S; er 
17-71 
1 
pB; S; pmE ; psbM ; pof'2... 
17-72 
1 
F; vS; R;'*8f; fof2 
17-70 
1 
Cl; S; P; 1C 
17-72 
2 
Cl; pC; has a ruby *10 
17-81 
1 
Cl; L; P; 1C; st vL 
17-82 
1 
Cl; C; steS 
17-84 
1 
vF; S; vlE; vgbM; *13n ... 
17-86 
1 
vF ; vS; nibM 
17-90 
1 
eeF; R; (?) 
17-92 
1 
vF ; S ; rriE 165°+ 
17-95 
2 
F; pS; R; gpmbM 
17*95 
1 
F; S; R; er 
18-04 
i 
vF; S; E; glbM; ?biN 
18-04 
1 
eF; pL; R; vlbM 
18-03 
1 
Cl; L; pRi; 1C 
18-05 
1 
eF; S; R; lbM 
18-08 
1 
cB; pS; vlE; glbM; B J* sp 
18-10 
3 
F; cS; vlE; p of 2 
18-15 
3 
F; cS; vlE; f of 2 
18-19 
1 
eeF; IE; vgvlbM; 3 st sf ... 
18-19 
2 
vF; pS; R; vgvlbM 
18-20 
2 
F; cS; R; gbMS*; 3stnr... 
18-19 
1 
Cl; L; pRi; 1C; stl0...l6... 
18-25 
2 
cF; cS; IE; r; * inv 
( See No. 5078) 
... 
18-24 
1 
vF; S; R; am st 
18-26 
1 
vF; S; R; gbM 
18-29 
!; pF; vL; E or biN (Harding) 
18-29 
1 
Cl; P; 1C; st 12... 13 
18-30 
2 
Cl; iR ; 1C; st vS 
18-33 
1 
eF; S; R; p of 2 
18-34 
vF; E np to sf (nisi = h.2l64) 
18-34 
1 
eF; S; R; fof2 
18-34 
2 
vF; cS; vglbM 
18-39 
4 
F; pS; R; vsbMFSRN 
18-38 
[ i] 
vF; pL; vlbM; h.2166 dist2' 
18-39 
IvF ; S; R ; gvlbM 
18-42 
1 
vF; S; IE; *11 p 
18-42 
1 
F; pL; pmE 
18-46 
5 
vF; pL; R; glbM; r 
18-47 
2 
pF; S; R; psbM; r 
18-48 
1 :: 
eF; vS; R; *9 s 
18-50 
3 
cB; L; mE0°; vlbM 
18-55, 
1 
F; S; iR; vgvlbM 
18-55 
2 
vF; S; vlE; gbM 
18-58 
4 
eF; pS; 1E90°; vglbM 
18-60 
1 
pB; pS; mE90° 
18-58 
3 
B; pL; pmEl60°; smbM ... 
18-58 
5 near; positions measured; 
no distances. 
18-58 
2 
cB; S; mEl63°-0; 
vsmbM^ll ; p of 2. 
18-62 
1 
eF;?? 1 
18-59 
1 
eF; vS; E 
-18-59 
2 
F; pS; mE 90 °+; vglbM;| 
f of 2. 
Total 
No. of i 
by h. 
3 , 
2 I! 
0 * 
1 ? 
