OF NEBULAE AND CLUSTERS OF STARS. 
97 
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 
1830, Jan. 0. 
Annual 
Precession 
in 
N.P.D. 
for 
1880. 
No. 
of 
Obs. 
used. 
Sir J. H.’s 
Catalogues 
of Nebulas. 
Sir W. HV 
Classes 
and Nos. 
Other 
Authorities. 
h. 
H. 
h 
m 
8 
s 
2825 
1163 
V. 51 
12 
10 
4-1 
+ 2-894 
1 
19 
48 
0-9 
+ 20*03 
1 
2826 
1164 
III. 851 
12 
10 
5-7 
2-939 
1 
25 
48 
56-9 
20-03 
1 
2827 
III. 719 
12 
10 
13*6 
2-999 
] 
41 
44 
31'9 
20-03 
1 
2828 
III. 720 
12 
10 
13-6 
2-999 
1 
41 
45 
31-9 
20-03 
1 
2829 
1165 
III. 480 
12 
10 
17-5 
3-063 
82 
32 
50-9 
20-03 
2 
2830 
1166 
III. 725 
12 
10 
20-5 
3-003 
2 
43 
35 
49-9 
20-03 
2 
2831 
1167 
V. 41 
12 
10 
27-9 
3-019 
2 
51 
24 
39-9 
20-03 
2 
2832 
1168 
I. 74 
12 
10 
32-5 
3-033 
3 
59 
36 
54-9 
20-03 
3 
2833 
III. 91 
12 
in 43.'7 
3 063 
1 
82 
6 
1‘9 
20-03 
1 
2834 
1169 
II. 742 
12 
10 
48-8 
2-995 
2 
41 
49 
7-9 
20-03 
2 
2835 
1170 
I. 264 
12 
10 
57*2 
2-864 
1 
18 
25 
17-9 
20-03 
1 
2836 
1171 
I. 89 
12 
11 
3-5 
3-034 
2 
61 
2 
42-9 
20-03 
3 
2837 
1172 
III. 702 
12 
11 
30-9 
3-029 
1:: 
59 
23 
0-9 
20-03 
1 :: 
2838 
1173 
M. 99 
12 
11 
41*8 
3-052 
3 
74 
48 
7-6 
20-02 
4 
2839 
1174 
II. 846 
12 
11 
56-0 
2-898 
1 
23 
19 
23-6 
20-02 
1 
2840 
D’Arrest, 88 
12 
12 
1 
3-06 
[1] 
83 
29 
42 
20-02 
[1] 
2841 
1175 
V. 43 
12 
12 
1*7 
2-988 
3 
41 
55 
40-6 
20-02 
4 
2842 
1176 
II. 139 
12 
12 
4-6 
3 063 
1 
83 
23 
51-6 
20-02 
1 
2843 
1177 
II. 138 
12 
12 
12-9 
3-063 
2 
83 
9 
22-6 
20-02 
2 
2844 
1178 
12 
1 ® 
13*0 
3-064 
1 
83 
53 
0-6 
20-02 
1 
2845 
1179 
II. 110 
12 
12 
22-0 
3-051 
1 
74 
20 
51-6 
20-02 
2846 
III. 535 
12 
12 
26-0 
3-090 
1 
101 
28 
31-6 
20*02 
1 
2847 
1180 
II. 140 
12 
12 
26-3 
3-063 
1 
83 
22 
30-6 
20-02 
1 
2848 
1181 
II. 166 
12 
12 
38-0 
3 053 
2 
76 26 
0-6 
20-02 
2 
2849 
D’Arrest, 89 
12 
12 
41 
3-06 
[2] 
83 
12 
42 
20-02 
[2] 
5070 
12 
12 
41 
83 
46 
42 
2850 
1182 
III. 299 
12 
12 
45-0 
3-024 
1 
58 
52 
49-6 
20-02 
1 
2851 
1185 
I. 75 
12 
12 
47-4 
3-025 
1 
59 
36 
15-6 
20-02 
1 
2852 
1183 
II. 568? 
12 
12 
48*2 
3-064 
1 
83 
53 
1-6 
20-02 
1 
2853 
II. 804 
12 
12 
48*3 
2-946 
1 
32 
29 
1-6 
20-02 
1 
2854 
1184 
II. 376 
12 
12 
49-1 
3-029 
1 
61 
36 
0-6 
20-02 
2 
r 
I. 90 
1 
2855 
1186-4 
= 
> 
12 
13 
3-4 
3-025 
2 
59 
56 
25-6 
20-02 
2 
l 
II. 322 
J 
2856 
II. 571?? 
12 
13 
8-7 
3-062 
1 
82 
51 
1-6 
20-02 
1 
r 
II. 573 
1 
2857 
1187< 
= 
> 
12 
13 
12-5 
3-063 
1 
83 
50 
34-6 
20-02 
1 
l 
II. 569? 
J 
2858 
1188 
II. 323 
12 
13 
18-6 
3-024 
2 
59 
54 
20-6 
20-02 
2 
2859 
II. 377 
12 
13 
23-0 
3-025 
1 
60 
0 
39-6 
20-02 
1 
2860 
III. 798 
12 
13 
25*7 
2*933 
\ 
31 
6 
1-6 
20‘02 
\ 
2861 
III. 300 
12 
13 
35-7 
3-023 
2 
Q 
51 
31-3 
20-01 
2 
1 :: 
2862 
1189 
11.570? 
12 
13 
35-9 
3-063 
1:: 
83 
54 
0-6 
20-02 
2863 
1188, a 
R. nova? 
12 
13 
38-6 
3-024 
59 
51 
20-6 
20-02 
2864 
1191 
III. 726 
12 
13 
410 
2-980 
3 
42 
56 
17-3 
20-01 
3 
2865 
1190 
11.571? 
12 
13 
46-0 
3-063 
1 
83 
52 
34-3 
20-01 
1 
2866 
1193 
II. 805 
12 
13 
48-1 
2-930 
1 
31 
7 
37-3 
20-01 
1 
2867 
1195 
V. 5 
12 
14 
4-2 
3-042 
2 
70 
50 
1-7-3 
20-01 
2 
2868 
1192 
I. 275 
12 
14 
4-8 
2-720 
3 
13 
51 
7-3 
20-01 
4 
2869 
1194 
12 
14 
6-1 
3-063 
a 
83 
49 
57-3 
20-01 
2 
2870 
1196 
12 
14 
6-1 
3-064 
1 
84 
38 
4-3 
20-01 
2 
2871 
1197 
II. 6l 
12 
14 
8*4 
3-053 
4 
77 
42 
56-3 
20-01 
4 
2872 
III. 92 
12 
14 
23-6 
3-06l 
2 
82 
34 
1*3 
20-01 
2 
2873 
III. 93 
12 
14 
23-6 
3-061 
2 
82 
34 
1-3 
20*01 
2 
2874 
1198 
II. Ill 
12 
14 
24-9 
3-048 
2 
74 
36 
52-3 
20-01 
2 
2875 
1200 
II. 62 
12 
14 
32-7 
3-053 
77 
43 
1-3 
20-01 
2 
2876 
1201 
II. 572 
12 
14 
33-1 
3-063 
1 
83 
50 
23-3 
20-01 
1 
2877 
1199 
II. 112 
12 
14 
33-2 
+ 3-047 
2 
74 
36 
53-3 
+ 20-01 
2 
Summary Description from a 
Comparison of all the 
Observations, Remarks, & c. 
vF; eL; mE 160°+ ; vgbM, 
vF; pS; iR; vglbM 
vF; vS; n of D neb 
vF; vS; s of D neb 
vF; L ; vgbM ; * 7 s 
vF; cL; iR; vgbM; r 
pB; vL; eE 43°-2; vgbM .. 
cB; pL; vlE; smbM; r 
eF 
vF; S; pmE; psbM 
pB; S; R; pgbM 
vB; S; E; vsvmbMN; 
*6-7 f 90 s . 
vF; vS; R 
jj. ?(H.h.)B;L;R;gbM;r] 
’ 1(L) 3-branched spiral J 
pB; L; cE 38°-2; bMBN .. 
vF pS; R; *18 s 2' 
vB; vL; vmE 0°; sbMBN.. 
F; pS; R; gbM 
pB; E; psbM 
neb; “ 1st of 5” 
B; S; R; r 
vF; pL; iF 
F; pS; R; gbM 
pB; vS; R; vsmbM 
pF; S; R; *9 f l s -7, n 85".. 
See No. 5070 
cF; S; iR; gmbM 
vB; vL; E 90°+ ; mbMN .. 
B; L; E; gbM 
pB; pL; iF 
F; S; vlE; gbM; * 15 nr ... 
vB; pL; R; mbM; r; p of 2 
4 neb sc about. Place of the 
last (see note)-. 
vB; vL; R; pgbM; “3 more 
seen.” 
B; S; R; bM; 2nd of 3 .. 
cF; IE; p of 2 , 
vF 
vF; S 
Most probably =H. III. 300 
vF; pS; R; vgbM ; r 
vB; R; central of 4 
pB; L; R; gmbM 
F; vL; E; lbM; r 
pB; vS; R; lbM; 3 st f 
B; pL; IE; bM; 4th of 4 
F ; S ; R ; v S lbM ; B*340°, 60" 
F ; L ; mE 135°+ ; bi-N ; pof2 
vF; vS 
eF ; eS 
F; L; E 0° + ; vgbM, p of 2 
F; L; IE; vgbM; f of 2 
F; IE; vgbM 
L; vmE 0° + ; f of 2 
Total 
No. of 
times 
of Obs. 
by h. 
and H. 
MDCCCLXIV. 
0 
