OF NEBULA AND CLUSTERS OF STARS. 
95 
No. 
of 
Cata- 
logue. 
References to 
Right 
Ascension 
for 
1860, Jan. 0. 
Annual 
Precession 
in 
Right 
Ascension 
for 1880. 
i No. 
of 
Obs. 
used. 
North Polar 
Distance 
for 
1 1860, Jan. 0. 
Annual 
Precession 
in 
N.P.D. 
for 
1880. 
No. 
of 
Obs. 
used. 
Summary Description from a 
Comparison of all the 
Observations, Remarks, &c. 
Total 
No. of 
times 
of Obs. 
by h. 
and H. 
Sir J. Et.’s 
Catalogues 
of Nebulas. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
h. 
H. 
h 
m 
8 
8 
1 070 
III. 382 
1 1 
58 
45*3 
-1-3-079 
1 
68 
38 
1*8 
+ 20*06 
2 
vF; vS 
4 
971 1 
1081 
I. 207 
11 
58 
51*9 
3*072 
1 
41 
44 
34*8 
20*06 
1 
pB; vL; mE 32°*0 
4 
2712 
1080 
III. 400 
11 
58 
53*1 
3*072 
52 
21 
4*8 
20*06 
2 
eF; vS; R; stellar; *10sp2' 
6 
971.1 
1082 
III. 383: 
1 1 
58 
54-0 
3*072 
2 
68 
36 
5*8 
20*06 
3 
eF; eS; R; bM 
5 
9714 
III. 384 
111 
58 
57*0 
3*072 
1 
68 
35 
2*8 
20*06 
1 
eF; eS 
2 
2715 
1084 
III. 717 
11 
58 
59-8 
3*072 
1 
39 
38 
47*8 
20*06 
1 
pB; vL; vmE 166°*5; vgvlbM 
3 
2716 
1083 
1 ] 
59 
0-1 
3*072 
2 
63 
39 
44*8 
20*06 
2 
eF; vS; B; vgbM 
3 
2717 
1085 
1.225 
11 
59 
15-4 
3*070 
1 
36 
30 
34*8 
1 20*06 
1 
B;pS;R; bMBrN; #12sp,v,nr 
3 
2718 
3377 
A. 291 
11 
59 
28*0 
3*077 
3 
150 
27 
56*8 
20*06 
3 
Cl; pL; pC; iR; stl0...14... 
3 
271 q 
1086 
II 370 
111 
59 
28-8 
3*070 
6 
61 
2 
37*8 
20*06 
6 
pB; pS; IE; bM .... 
7 
2720 
3378 
II. 865. 

11 
59 
29-4 
3*074 
2 
119 
0 
26*8 
20*06 
2 . 
pF;. pS; R; psbM ; r; p of 2 
3 
2721 
3379 
II. 866 
11 
59 
34-4 
3*074 
2 
119 
0 
41*8 
20*06 
2 
pF; pS; R; pgbM; f of 2 ... 
3 
2722 
1087 
11 
59 
39-8 
3*062 
i 
22 
3 
42*8 
20*06 
1 
B; S; R; gbM 
1* 
2723 
1088 
I. 195 
11 
59 
52-9 
3*067 
2 
46 
9 
26*8 
20*06 
2 
vB; pS; mE 151°*0.... 
4 
2724 
3380 
11 
59 
55-8 
3*077 
2 
129 
25 
18*8 
20*06 
: 2 
F; S; vlE; glbM; 3Bstnr... 
2 
2725 
1089 
12 
0 
0-5 
3*068 
1 
55 
13 
46*8 
20*06 
1 
eF 
1 
2726 
3381 
III. 533 
12 
0 
0-9 
3*074 
1 
103 
24 
23*8 
20*06 
1 
cF; £> ; iR ; gbM 
2 
2727 
1090 
12 
0 
1*7 
3*070 
1 
74 
49 
13*8 
20*06 
1 
eF : suspected 
1 
2728 
1092, a 
R. nova 
12 
0 
19*8 
3*072 
86 
30 
33*5 
20*06 
Hook-shaped; h. 1092 is 
0 
nf 45°; 14' dist. 
2729 
1091 
III. 708 
12 
0 
26*9 
3*064 
1:: 
46 
12 
1*8 
20*06 
i 1 
vF; vS 
2 
2730 
II. 14 
12 
0 
42-1 
3*070 
1 
79 
41 
2*5 
20*05 
1 
IE 
1* 
2731 
III 904 
12 
0 
56-3 
3*040 
1 
19 
38 
2*5 
20*05 
1 
eF : vS ; E 
1 
2732 
1093 
12 
0 
59-2 
3*064 
1 
56 
13 
7*5 
20*05 
i 1 
eF: vS: R; mhM 
1 
2733 
1092 
V. 4 
12 
0 
59-4 
3*072 
; ^ 
, 86 
20 
39*5 
20*05 
1 2 
cF; vL; E 90°+ ; bM * 16... 
4+ 
fl. 331 
2734 
1094 
< = > 
12 
1 
1-2 
3*070 
2 
78 
50 
36*5 
20*05 
! 3 
pB; pL; mE 120°; bM; r ... 
5 
(JL60 J 
2735 
Auw. N. 28 
12 
1 
3-1 
3*045 
24 
2 
50*6 
20*05 
pB; pL; cE; mbMN (Hind, 
0 
Jan. 5, 1850). 
2736 
1095 
III. 68 
12 
1 
28-2 
3*067 
1 
73 
5 
11-5 
20*05 
1 
vF ; S ; R ; pslbM ; bet 2 vS st 
2 
2737 
1096 
I. 279 
12 
1 
29*2 
3*005 
2 
12 
25 
10*5 
20*05 
; 2 
F; pL; vlE; glbM 
4 
2738 
1.263 
12 
1 
33-2 
3*032 
1 
20 
25 
2*5 
20*05 
1 
cB; IE; bM. 
1 
! 2739 
|'10971 
II. 548 
12 
I 
42*3 
3*074 
3 
98 
15 
19*5 
20*05 
3 
F; pL; pmE 95°+ ; vglbM 
4 
[_3382j > 
2740 
1098 
III. 356 
12 
1 
47-9 
3*063 
2 
59 
56 
7*5 
20*05 
2 
cF: S: R: 1st of 3 
3 
2741 
1099 
III. 357 
12 
1 
52*9 
3*063 
3 
59 
58 
57*5 
20*05 
i 3 
cF : S ; iR ; 2nd of 3 
4 
2742 
1100 
. 1. 278 
12 
1 
59-4 
3*003 
2 
14 
19 
20*5 
20*05 
; 2 
pB; cL; II: gmbM 
3 
2743 
1101 
II. 371 
12 
2 
1-4 
3*062 
2 
60 
3 
7*5 
20*05 
2 
pF : pL ; IE ; 3rd of 3 
4 
2744 
1108 
II. 321 
12 
2 
6-7 
3*061 
1 
59 
18 
5*5 
20*05 
1 
F: vL: vffmbM 
3 
2745 
I. 196 
12 
2 
232 
3*053 
45 
32 
32*5 
20*05 
; 2 
B: pE; IE; vp+M; * np 
2 
2746 
1102 
III. 795 
12 
2 
29-8 
3*037 
1 
30 
22 
0*5 
20*05 
1 
vF; pS; IE; gbM; r 
3 
2747 
1103 
Hit 814 
12 
2 
31*4 
3*044 
1 
36 
6 
6*5 
20*05 
1 
vF ; S; iF; vsdbM; er 
2* 
2748 
1104 
IV. 5.4 
12 
2 
43-5 
3*051 
1:: 
46 
44 
3*5 
20*05 
1 
cB: R; vg. vsbMN 
2 
2749 
11 07 
II. 747 

12 
2 
54-1 
3*047 
2 
42 
46 
19*5 
20*05 
2 
pF; cL; vmE109°*0; vgbM.. 
3 
2750 
1105 
I. 169 
12 
2 
54-5 
3*053 
1 
49 
20 
37*5 
20*05 
1 
B; vL; vglbM 
2 
2751 
1106,0 
R. nova 
12 
2 
+ 
70 
40 
+ 
S: pree h. 1 106 
0 
2752 
1106 
I- 19 
12 
2 
55-5 
3*064 
3 
70 
40 
17-5 
20*05 
3 
©; vB; pL; R; gbM; rrr ... 
4 
2753 
III. 327 
12 
2 
56-8 
3*060 
1 
62 
48 
2*5 
20*05 
1 
vF; pS 
1 
2754 
1109 
II. 802 
12 
3 
22*6 
3*030 
1 
30 
56 
13*5 
20*05 
1 
F; S; E 
2755 
1110 
I. 73 
12 
3 
26*7 
3*057 
1 
58 
49 
5*5 
20*05 
1 
B; S; R; pgmbM 
3 
2756 
1111 
I. 165 
12 
3 
27-0 
3*050 
2 
49 
49 
31*5 
20*05 
2 
vB; S; R; vsmbMBN; p of 2 
4f 
2757 
1112 
II. 83 
12 
3 
28-7 
3*064 
3 
73 
11 
28*5 
20*05 
3 
pB ; pL; R; pp-mbM; r ... 
4 
2758 
I. 11 
12 
3 
36-9 
3*063 
i 1 
70 
52 
2*5 
20*05 
1 
B;pL;E;bM 
1 
2759 
III. 845 
12 
3 
42-6 
3*026 
1 
30 
53 
2*5 
20*05 
1 
vF; S; E 90°+ ... 
1 
2760 
1113 
II. 642 
12 
3 
46-5 
3*049 
2 : 
49 
45 
45*5 
20*05 
2: 
pF; S; E; vgbM; f of 2 
4f 
2761 
1114 
I. 208 
12 
4 
0*9 
3*036 
1 
: 38 
43 
54*5 
20*05 
1 
pF ; cL ; vmE 60°+ 
4 
2762 
1115 
II. 405 
12 
4 
4-2 
3*061 
1 
69 
2 
58*5 
20*05 
1 
F* pS; IF.; bM* pR-& nf 
3 
2763 
1116 
III. 941 
12 
4 
4.7 
2*945 
1 
13 
5 
48*5 
20*05 
1 
eF ; pS; R ; A 2 st 
2764 
II. 803 
12 
4 
39-4 
+ 3*018 
2 
31 
27 
2*5 
+ 20*05 
2 
F; S; R 
1 
2' 
