OF NEBULAE AND CLUSTERS OF STARS. 
109 
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. 
Annual 
Precession 
in 
N.P.D. 
for 
1880. 
No. 
of 
Obs. 
used. 
Summary Description from a 
Comparison of all the 
Observations, Remarks, &e. 
Total I 
No. of 
times 
of Obs. 
by h. 
and H. 
Sir J. H.’s 
Catalogues 
of Nebulae. 
Sir W. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
h. 
H. 
h 
m 
s 
8 
0 
- 
» 
U 
3485 
1570 
— y 
nr. 117 
13 
12 
6-9 
+ 3-162 
2 
102 
0 
4-2 
+ 19-04 
2 
vF; cS : R ; 1st of 3 
5 
l 3489 J 
[ 15771 
3486 
i = > 
11.193 
13 
12 
9-0 
3-161 
2 
101 
55 
11-2 
19-04 
2 
pB; S; vlE; sbM; 2nd of 3... 
5 
L3490J 
3487 
3484 
II. 566 
13 
12 
9-6 
3-285 
1 
116 
50 
8-2 
19-04 
1 
pB; pS; cE; psbM; *7*8 f... 
3 
fl578l 
3488 
J V 
III. 118 
13 
12 
14-9 
3-162 
2 
101 
57 
46-0 
19*04 
2 
cF; pS; vlE ; 3rd of 3... 
5 
1 3491 J 
3489 
1578 , a 
R. nova 
13 
12 
± 
3-162 
101 
57 
+ 
19-04 
No description, one of a group 
0 
of four. 
.149ft 
3485 
13 
12 
26-3 
3-285 
1 
116 
40 
17-9 
19-03 
1 
vF : S : R : 1st of 4 
1 
14Q1 
1579 
II. 313 
13 
12 
42-4 
3-236 
1 
111 
4 
37-6 
19-02 
1 
cB; cS; vlE 90°+ ; bf .. 
0 
149 “> 
II. 780 
13 
12 
44-0 
3-258 
1 
113 
40 
5-6 
19-02 
1 
F; L; R ; vglbM 
1 
3493 
3486 
13 
12 
55*4 
3-469 
1 
132 
59 
25-6 
19-02 
1 
eF: vS: R: 2nd of 4 
1 
14Q4 
III. 724 
13 
12 
3-226 
1 
109 
52 
4-6 
19-02 
1 
cF; vS ; iF 
1 
1580 
II. 327 
13 
13 
3-1 
2-818 
2 
59 
1 
33'6 
19-02 
2 
pF ; pL ; gbM 
3 
3496 
3487 
13 
13 
4*2 
3-470 
132 
58 
39-3 
19-01 
pB : pL : R : 3rd of 4 
2 
1497 
3488 
13 
13 
8-5 
3-470 
2 
132 
59 
51-3 
19-01 
2 
cF: S: vlE: 4th of 4 ... 
2 
34Q8 
1583 
III. 633 
13 
13 
20-1 
2-702 
1 
48 
51 
23-3 
19-01 
1 
vF; S; II; lbM 
2 
3499 
1581 
III. 539 
13 
13 
22-1 
3-174 
1 
103 
20 
52-0 
19*00 
1 
cF; vS; R; gl)M 
2 
3500 
1582 
13 
13 
24-5 
3-085 
1 
91 
34 
7-0 
19-00 
1 
vF: iR ; ■* 1 1 sp 
1 
3501 
1584 
III. 650 
13 
13 
39-1 
2-787 I 
1 ! 
56 
11 
1-0 
19-00 
1 
vF; cS; R; bM; sp of 2 
3 
3502 
1 585 

13 
13 
46-8 
2-786 
1 
56 
7 
15-0 
19-00 
0 
vF: S: bet 2 st: nf of 2 
2 
3503 
3493 
II. 567 
13 
14 
3-7 
3-289 
2 
116 
41 
36-7 
18-99 
2 
cB: pS: IE: psbM 
4 
3504 
3492 
13 
14 
4-5 
3-385 
1 
125 
54 
9-7 
18-99 
1 
1 
vB : pS : R : svmbM 
1 
3505 
II. 665 
13 
14 
9-9 
2-660 
1 
46 
10 
1-7 
18-99 
1 ! 
pB; cS; E 
1 
3506 
II. 22 
13 
14 
34-0 
3-002 
1 
80 
46 
29-4 
18*98 
V? 
vF; vS 
1* 
:3507 
15B6 
III. 619 
13 
1 5 
6-1 
2-717 
1 
50 
42 
22-8 
18-96 
1 
vF: S: cE 0° + 
2 
3508 
3494 

13 
15 
12*3 
3-342 
1 :: 
121 
36 
35-5 
18-95 
1 
eeF : p of 2 
1 
3509 
1588 
III. 808 
13 
15 
14-4 
2-367 
1 
31 
37 
0-8 
18*96 
1 
cF; S; cE 
2 
3510 
1587 
III. 119 
13 
15 
32-9 
3-168 
2 
102 
14 
3-2 
18-94 
2 
cF; cS; iR ; glbM 
2 
3511 
1589 
II. 646 
13 
15 
38-3 
2-712 
1 
50 
31 
29-5 
18-95 
1 
F;L;iR; vglbM 
2f 
3512 
II. 826 
13 
16 
2-4 
2-359 
1 
31 
34 
28-2 
18*94 
1 
F; S; E 
1* 
3513 
3495 
13 
16 
12-7 
3-345 
1 
121 
36 
34-6 
18*92 
1 
F; IE; psbM; f of 2 
1 
3514 
1590 
III. 368 
13 
16 
19*0 
2-841 
2 
62 
17 
27-6 
18-92 
2 
pF; pS; pmE; glbM; r 
3 
3515 
1592 
13 
16 
19-0 
2-827 
1 
60 
56 
38-6 
18*92 
1 
vF : L: A 2 st 1 1 np 
1 
3516 
1591 
III. 925 
13 
16 
24-5 
3-018 
1 
82 
52 
33-6 
18-92 
1 
vF : S: R : gbM 
3 
3517 
3497 
13 
16 
35-7 
3-164 
] 
101 
33 
30-3 
18-91 
1 
pB; S; IE 
1 
3518 
3496 
13 
16 
37-7 
3-939 
1 
152 
40 
50-0 
18*90 
1 
Cl: eR: mC; st 12.. .16 
1 
3519 
3498 
13 
16 
46*4 
3-409 
2 
126 
57 
18-3 
18-gi 
2 
cB: P: R; psmbM; r 
3520 
1594 
II. 666 
13 
16 
59-8 
2-646 
1 
46 
10 
43-3 
18-91 
1 
pF; S; R; gmbM 
2 
3521 
3499 
13 
17 
1-9 
3-327 
2 
119 
34 
56-0 
18-90 
2 
vF; S; vlE 
2 
3522 
1593 
13 
17 
2-8 
2-990 
1 
79 
33 
7-0 
18*90 
1 
pF; S; R; gbM 
1 
3523 
3500 
13 
17 
5*0 
3-333 
1 
119 
36 
57-0 
18-90 
1 
vF ; vS 
3524 
1596 
II. 328 
13 
17 
15-0 
2-790 
2 
57 
42 
15-0 
18*90 
3 
pB; pL; R; gmbM; f p 
5 
3525 
3501 
A. 482 
13 
17 
15-1 
3-481 
4 
132 
17 
10-7 
18-89 
4 
!!; vB; vL; vmE122°*5; bifid 
4f 
3526 
1595 
11.653 
13 
17 
15*9 
2-955 
3 
75 
17 
16-7 
18-89 
3 
dB: vS: R: gmbM: $ f 
4 
3527 
1597 
II. 314 
13 
17 
43-5 
3-240 
1 
110 
23 
21-4 
18-88 
1 
\r > 9 J b ’ ^ 
F; pS; IE; vgbM 
2 * 
3528 
3502 
13 
17 
56-3 
3-325 
1 
119 
6 
14-4 
18-88 
1 
pB; S; E 
1 
3529 
1598 
III. 84 
13 
17 
59-6 
2-953 
1 
75 
31 
20-4 
18-88 
1 
eF ; vS; R; psbM 
3 
3530 
3503 
A. 312? 
13 
18 
19-5 
3-811 
2 
148 
16 
44-8 
18-86 
Cl; Ri; 1C; st 11 
a 
3531 
3504 
A. 440 
13 
18 
24-0 
3-554 
136 
34 
49-8 
18-86 
2 
!!; ££); w Centauri 
2 f 
3532 
3505 
13 
18 
27-3 
3-370 
2 
123 
9 
1-8 
18-86 
2 
vF; S; R; glbM 
2 
3533 
1599 
III. 402 
13 
18 
29-8 
2-730 
2 
52 
53 
5-8 
18-86 
2 
cF; cS; R; vsmbM#; *12sp; 
3 
sp of 2. 
3534 
1600 
III. 403 
13 
18 
39-8 
2-729 
2 
52 
50 
44-8 
18-86 
2 ■ 
F; cS; R; vsmbM *; n of 2 
3 
3535 
1600, a 
R. nova 
13 
18 
39-8 
2-729 
52 
49 
+ 
18-86 
vF 
0 
3536 
IV. 70 
13 
18 
48-6 
1-743 
2 
18 
45 
22-8 
18-86 
2 
O?; cB; S; R; g, slbM 
2 
3537 
j 1602 
11.667 
1 
,3 
19 
4-9 
+ 2-632 
1 
46 
0 
37-5 
j +18*85 j 
1 
pB; vS; vlE; glbM 
2 
