OF NEBULA AND CLUSTERS OF STARS. 
118 
I 
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, &d. 
Total 
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. 
1709 
H. 
III. 809 
h 
1 3 
49 
48-6 
s 
+ 2*031 
1 
30 3Q 
35-1 
+ 1 7*77 
1 
cF; S; E;:?f inv 
3712 
1710 
II. 889 
13 
50 
29-0 
2-999 
4 
83 
12 
55-9 
17-73 
4 
cF; pL; R; vgbM ; *11 np... 
5 
1711 
1 3 
10 
36-8 
2-715 
3 
60 
8 
59-9 
17-73 
3 
pB ; pL ; R ; lbM 
3 
3714 
II. 844 
13 
50 
38*7 
1-987 
1 
29 
47 
45-9 
17-73 
1 
pB ; cL 
1 
371.1 
I. 238 
13 
50 
40*4 
1-986 
3 
29 
48 
15-9 
17-73 
3 
cB; pL; vIE; vgmbM 
3 
3716 
1712 
I. 187 
13 
50 
41-1 
2-382 
4 
42 
4 
55-9 
17-73 
4 
B; L; mE40°-4; smbMN ... 
5 
3717 
1713 
13 
50 
47*4 
2-576 
1 
51 
31 
33-6 
17-72 
1 
pB ; IE; vglbM 
If 
371 8 
1714 
II. 698 
13 
50 
2-579 
3 
51 
42 
17-3 
17-71 
3 
F; cS; R; smbM 
4 
3719 
3549 
13 
50 
57*8 
4-119 
2 
148 
54 
29-7 
17-69 
2 
Cl; Ri; vC; pL; st 11. ..12... 
2 
3720 
I. 239 
13 
51 
6-5 
1-973 
1 
29 
35 
14-3 
17-71 
1 
pB; pS ; E; mbM 
3 
3721 
1715 
III. 546 
13 
51 
15*6 
2-996 
1 
83 
3 
41-7 
17-69 
2 
vF : vS: r: stellar 
3 
3722 
I7I0, a 
13 
51 
+ 
83 
0 
+ 
F; S; R 
0 
3723 
1717 
I. 181 
13 
51 
17-9 
2-496 
1 
47 28 
10-0 
17-70 
1 
cB : cL: R : gbM 
o 
3724 
1721 
13 
51 
19-2 
0-414 
1 
13 
7 58-9 
17-73 
1 
Cl; P; S 
1 
3725 
1716 
III. 547 
13 
51 
2-996 
1 
82 
58 36-7 
17-69 
2 
vF ; vS: biN; r; stellar 
3 
3726 
1719 
I. 240 
13 
51 
30*0 
1-968 
1 
20 33 
27-0 
17-70 
1 
pB: pL: E: mbMN 
3 
3727 
1718 
13 
51 
31-1 
2-524 
1 
48 
52 36-7 
17-69 
1 
F : L : vtrbM : *0 n f. 
1 
3728 
1720 
III. 666 
13 
52 
1 0-9 
3-101 
1 
92 
31 
21*8 
17-66 
1 
vF ; eS : R : r+M 
2*-- 
3729 
3550 
13 
52 
33-0 
3-414 
1 
118 
11 
17-2 
17-64 
1 
vF; S; R; glbM 
1 
3730 
1722 
I. 191 
13 
52 
34*9 
2-575 
2 
51 
52' 
3-5 
17-65 
2 
eF ; S : np of 2 
3 
3731 
1723 
1. 190 
13 
52 
38*2 
2-575 
3 
51 
53 
52-5 
17-65 
3 
cF; cL; E 15°-0 ; lbM ; sf of 2 
4 
3732 
III. 125 
13 
52 
39-4 
2-709 
1 
60 
11 
32-5 
17-65 
1 
vF; S; iR; sbM* 
1 
3733 
3551 
13 
52 
55-7 
3-492 
1 
123 
16 
22-6 
17-62 
1 
vF; S; R; gbM 
1 
3734 
3552 
13 
53 
10*9 
3-479 
1 
122 
23 
20-3 
17-61 
1 
pB: pL; R: VP+M 
1 
3735 
1724 
III. 411 
13 
53 
24*5 
2-618 
2 
54 
32 
37-3 
17-61 
2 
eF: vS: pmEQ0° 
3 
i 3736 
III. 667 
13 
53 
31-9 
3-097 
2 
92 
10 
41-0 
17-60 
2 
vF; cS 
2' 
3737 
1725 
III. 412 
13 
53 
39*8 
2-592 
1 
53 
4 
6-0 
17-60 
1 
cF; cS; E 
2' 
3738 
1727 
III. 810 
13 
53 
41-9 
1-944 
1 
29 
28 
38-3 
17*61 
1 
vF; vS; R 
2' 
! 3739 
1726 
III. 683 
13 
53 
51-9 
2-557 
1 
51 
8 
1-0 
17-60 
2 
vF ; pL; iF 
4 
5075 
13 
53 
580 
89 
13 
53 
See No. 5075. 
3740 
1728 
II. 699 
13 
54 
24’3 
2-541 
2 
50 
24 
2-1 
17-57 
2 
F; pS; R; lbM 
5 
3741 
1732 
III. 684 
13 
54 
50-2 
2-535 
(1) 
50 
9 
17-8 
17-56 
1 
vF; vS; R; bM; in Cl 
2- 
3742 
3553 
13 
54 
50-7 
3-632 
1 
130 
44 
6-2 
17-54 
1 
eF; E bet 2 vS st 
1 
3743 
1729 
11.672 
13 
55 
0-0 
2-498 
1 
48 
19 36-5 
17-55 
1 
pF; pS; bM 
2> 
3744 
III. 56 
13 
55 
0*2 
2-958 
1 
79 
54 37-2 
17-54 
1 
eF : vS : E : r 
1 
3745 
1733 
13 
55 
10-5 
1-647 
1 
24 
24 
32-5 
17-55 
1 
pF; pS; R; pslbM 
1 
3746 
1730 
III. 11 
13 
55 
17-4 
2-974 
4 
81 
17 
11-9 
17-53 
4 
eF ; S ; R : psbM ; *p 
5 
3747 
1731 
13 
55 
20-0 
2-978 
1 
81 
38 
22-9 
17-53 
1 
vF; R; bM 
1 
3748 
3554 
13 
55 
24-3 
3-501 
3 
123 
17 
44-6 
17-52 
3 
pR; pT. ; R ; gpmhM 
3 
3749 
1736 
1.230 
13 
55 
44.4 
2-117 
2 
34 
9 
20-6 
17-52 
2 
pB; S; pmE 45 3 + ; 
4 
vsvmbMN. 
3750 
1734 
II. 309 
13 
55 
59*7 
3-134 
1 
95 
18 
37-0 
17-50 
1 
pF ; cL ; R ; gmbM ; np of 2 .. 
3f* 
3751 
1735 
11.310 
13 
56 
3*7 
3-134 
1 
95 
21 
25-7' 
17-49 
1 
pF; cL; R; sfof 2 
3* 
3752 
1738 
II. 827 
13 
56 
1 4*1 
1*945 
1 
20 
.18 
35-3 
17-51 
1 
pB; S; iE- mbM 
2 
3753 
1737 
III. 653 
13 
56 
26*8 
2-646 
2 
56 40 
5-4 
17-48 
2 
vF- cS; 1E0°- bM .. 
3 
3754 
1739 
11.416 
13 
56 
57-7 
2-606 
1 
54 
33 
31-8 
17-46 
1 
pK • IK; bM ; ^11 sp 
3 
3755 
1740 
13 
57 
18-2 
2-607 
1 :: 
54 
40 
40-5 
17-45 
1 
vF; S 
3 
3756 
1741 
11.417 
13 
57 
19-7 
2-598 
3 
54 
11 
30-5 
17*45 
3 
pB ; pL • ivlE; vs mbM 
4 
3757 
1742 
III. 413 
13 
57 
25-7 
2-599 
1 
54 
18 
33-2 
17-44 
1 
F ; * ] 3 p 
2 
3758 
11. 799 
H. O.N. 
13 
57 
26-0 
2-080 
1 
33 
30 
33-5 
17-45 
1 
pF; L; E 
2 
3759 
III. 57 
13 
57 
30*0 
2-953 
] 
70' 4 2 
30-9 
17-43 
1 
eF • eS 
1 
3760 
1744, a 
111.787? 
R. nova ? 
13 
57 
30-5 
2-137 
35 
5 
18-3 
17-44 
B; S; R; gmbM; conn with 
0 
M. 101. 
3761 
1743 
11.691 
13 
57 
30-6 
2-293 
1 
40 
9 
16-2 
17-44 
1 
pB; cL; vmE90°+; smbMN 
2 
3762 
1744, b 
R. nova 
13 
57 
32-8 
2-134 
35 
0 
28-3 
17-44 
vF; pL; gvlbM "') all coim 
ro* 
3763 
1744, c 
R. nova 
13 
57 
33-0 
2-1 37 
35 
5 
51-3 
17-44 
F; pS; iR; glbM V- with 
0* 
'3764 
1744, d 
R. nova 
13 
57 
41-7 
+ 2-131 
34 
57 
41-3 
17*44 
vF; pL; iR; vlbM J M.101. 
10* 
3765 
1747 
III. 947 
13 
57 
43*7 
— 0-245 
1 : : 
11 
.1 
.11-1 
17-47 
1 
vK* pT* • iR • vgvlbM 
2 
3766 
III. 7S7 
13 
57 
50-1 
+2-133 
1 
35 
3 26-0 
17-43 
1 
vF • vS . * 
l*f 
3767 
1744. e 
R. nova 
13 
57 
59'7 
2-131 
35 
2 
3-3 
17-43 
F; pL; IE; vlbMl conn with 
JO* 
3768 
1744 ,f 
R. nova 
13 
58 
2-8 
+ 2-134 
35 
8 
16-3 
+ 17-43 
pB; pS; R; psbM J M. 101. 
\0* 
MDCCCLXIY. Q 
