1U 
SIE ,1. F. W. HERSCHEL’S CATALOGUE 
No. 
of 
Cata- 
logue. 
References to 
Sir J. H.’s 
Catalogues 
of Nebulae. 
SirW. H.’s 
Classes 
and Nos. 
Other 
Authorities. 
h. 
H. 
3769 

D’ Arrest, 95 
3770 
1744 
M. 101 
3771 
1744, £ 
R. nova 
3772 
3555 
A. 431 
3773 
1744, h 
III. 788? 
R.nova? 
3774 
1744, i 
III. 789? 
R. nova? 
3775 
3556 
3776 
1746 
VI. 9 

3777 
1745 
III. 286 

3778 
III. 788 
3779 
III. 789 
| 
3780 
III. 58 
3781 
1745 ,a 
R. nova 
3782 
1748 
I. 231 
3783 
I. 214 
3784 
1750 
II. 800 
3785 
1749 
3786 
1751 
III. 287 
3787 
III. 790 
3788 
III. 762 
3789 
11.692 

3790 
II. 693 

3791 
III. 59 
3792 
3557 

3793 
III. 791 
3794 
I. 232 
3795 
II. 801 
3796 
3558 
3797 
3559 
3798 
1752 
III. 32 
3799 
1753 
II. 890 

3800 
1754 
II. 876 

3801 
1755 
IV. 46 
3802 
3560 
3803 
3561 
1 
3804 
.111.674 
3805 
1756 
3806 
1757 
11.687 
3807 
1757, a 
R. nova 
3808 
1758 
IV. 49 

3809 
1759 
II. 877 
3810 
1760 
III. 685 
3811 
3562 
3812 
III. 676 
3813 
1761 

3814 
III. 644 
3815 
I 
3816 
>l762,a 
R. 3 novae 
3817 
J 
3818 
1762 
III. 134 
3819 
1764,a 
R. nova 
r 
III. 804 
1 
3320 
1763< 
= 
> 
1 
III. 835 
J 
3821 
1764, b 
R. nova 
3822 
1764 
III. 414 
3823 
3563 
3824 
D’Arrest, 96 
3825 
1765 
III. 47 
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. 
h 
m 
S 
s 
13 
58 
8 
+ 2*92 
[ 2 ] 
77 
27 
4 
+ 17-40 
13 
58 
12*9 
2-127 
1 
34 
57 
22-3 
17-41 
13 
58 
14*1 
2-131 
35 
2 
42-3 
17-41 
13 
58 
39-9 
3-807 
3 
137 
38 
52-1 
17-37 
13 
58 
49"8 
2-125 
34 
59 
40-3 
17-39 
13 
58 
53-9 
2-122 
34 
56 
57-3 
17-38 
13 
59 
1-0 
3-449 
1 
119 
20 
28-8 
17*36 
13 
59 
8-7 
2-700 
2 
60 
48 
11-1 
17-37 
13 59 
14-1 
3-129 
1 
94 
46 
56-5 
17*35 
13 59 
19-3 
2-120 
1 
34 
59 
23-1 
17-37 
13 59 
26-2 
2-118 
1 
34 
57 
22-8 
17-36 
13 
59 
30-1 
2-955 
1 
79 
57 
25-5 
17-35 
13 
59 
30*2 
3-129 
94 
46 
56-5 
17-36 
13 
59 
50-7 
2-096 
1 
34 
25 
50-5 
17-35 
13 
59 
59-3 
2-149 
2 
35 
40 
25-5 
17-35 
14 
0 
20-7 
2-061 
1 
33 
35 
24-6 
17-32 
14 
0 
34-6 
2-994 
1 
83 
17 
26-0 
17'30 
14 
0 
49-1 
3-138 
( 2 ) 
95 
25 
38-7 
17-29 
14 
0 
54*3 
2-104 
1 
34 
52 
19-0 
17-30 
14 
0 
55-8 
3-085 
1 
91 
1 
21-4 
17-28 
14 
1 
24-6 
2-225 
1 
38 
37 
18-1 
17-27 
14 
1 
42-5 
2-223 
1 
38 
37 
47-8 
17-26 
14 
1 
43-2 
2-958 
1 
80 
24 
17-5 
17-25 
14 
1 
46-3 
3-704 
1 
132 
39 
20-2 
17-24 
14 
2 
26-5 
2-073 
1 
34 
19 
14-9 
17-23 
14 
2 
26-5 
2-073 
1 
34 
19 
14-9 
17-23 
14 
2 
34-8 
2-071 
2 
34 
16 
45-6 
17-22 
14 
2 
45-6 
3-520 
1 :: 
122 
58 
35-7 
17-19 
14 
3 
10-0 
3-775 
2 
135 
25 
33-1 
17-17 
14 
3 
17-4 
2-846 
1 
71 
47 
18-4 
17-18 
14 
3 
59-6 
2-988 
3 
82 
58 
10-5 
17-15 
14 
4 
1-8 
2-817 
1 
69 
43 
45-5 
17-15 
14 
4 
12-2 
3-126 
1 
94 
22 
49-9 
17-13 
14 
4 
16-2 
3-475 
1 
119 
59 
46-6 
17*12 
14 
4 
23*5 
3-419 
1 
116 
26 
51-6 
17-12 
14 
5 
5-6 
2-265 
2 
40 
46 
9-3 
17-11 
14 
5 
13-3 
3-050 
1 
i 88 
5 
4-7 
17-09 
14 
5 
59-1 
. 3-105 
1 
92 
32 
43-5 
17-05 
14 
6 
+ 
3-105 
92 
33 
+ 
17-05 
14 
6 
5-9 
3-104 
1 
92 
29 
28-5 
17-05 
1 4 
6 
36-4 
2-801 
1 
68 
54 
40-9 
17-03 
14 
6 
51-3 
2-482 
3 
50 
1 
53-6 
17-02 
1 4 
6 
54-8 
3-848 
2 
1 137 
27 
28-0 
17-00 
1 4 
7 
49-9 
2-196 
2 
38 
59 
31-4 
16-98 
14 
8 
20-7 
3-010 
1 
84 
56 
4-5 
16*95 
14 
8 
23-6 
2-871 
1 
74 
13 
59-5 
16-95 
14 
8 
+ 
2-725 
64 
0 
± 
16-94 
14 
8 
31-0 
2-725. 
3 
64 
0 
55-2 
16-94 
14 
8 
47-0 
2-53 
52 
56 
57-7 
16-93 
14 
9 
17'5 
1-899 
1 
31 
34 
24-3 
16-91 
14 
9 
18:9 
2-53 
53 
6 
33-7 
16-89 
14 
9 
40-1 
2-533 
1 
53 
7 
33-7 
16-89 
14 
9 
41-8 
3-742 
1 
132 
43 
31-1 
16-87 
14 
9 
53 
2-9 2 
£ 
78 
28 
0 
16-87 
14 
10 
2-1 
+ 2-926 
1 
78 
32 
18-1 
+ 16-87 
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. 
F ; pS 
pB; vL; iR; g, vsmbMBSN.. 
vF; pL; R; vlbM; conn with 
M. 101. 
Cl; vL; vlC ; st 8 
B; pS; R; psbM "1 conn with 
pB;pL;iR;gbMj M.101. 
pF ; S ; R ; pslbM 
Cl; L; vRi; vmC; stll 
F ; L ; R ; vgbM .. 
vF; vS; 2nd of 31 inv in f 
vF; vS; 3rd of 3 J M. 101. \ 
eF; S; IE 
pB; S; E 
pB; S; R; gbM 
pB; L; bM 
pB;S;pmE;bM 
F ; mE ; vglbM 
F;pS;iR ,. 
vF ; pL 
vF ; vS 
F; pS; vgbM; np of 2 
F; vS; smbM; stellar; sf of 2 
eF; S 
pF; vL; R; vgbM ........ 
vF; S ; R ; p of 2 
cB; R; vgbM; f of 2 .... 
F;pL 
F; R; *8 s nr 
vF; S; R; bM 
cF; cS; R; sbMF % 
pB; pS; R; gbM; r ..... 
pB; vS; E 
pB; vS; R; psmbM*; *18inv. 
pB; L; R; gbM; rr 
vF; S; R; bM; *sf 
cF; cS; iR 
vF; S; rr 
pB; L; E20°±; lbM 
3' dist from h. 1757 
cF; S; R; stellar 
pB; pL; iR , ... 
vF; S; vlE 
pF; S; R; psbM; S J nf ... 
F; S; IE; stellar 
F; S; R; bM 
vF; vS; E; aD neb 
3 “ knots” near h. 1762 ...... 
F; pL; pmE90°; *10 np ... 
eeF 
vF; S; E; r 
vF ... 
cF; pL; vmE 110°-3 ; 
vgvmbM. 
I; vF; pmE; esvmbM*12 .... 
F; S; R; III. 47 f 10 s -4 
vF; vS; R; gbM; r 
0 
5* t 
0* 
3 
■0* 
0* 
1 
4 
3 
G 
If 
1 
0 
3 
2 
2 
1 
3 
1 
1 
1 
1 
1 
1 
1 
1 
2 
1 
2 
4 
5 
3 
2 
1 
1 
1 
1 
3 
0 
3 
2- 
5 
2 
2 
1 
1 
