( <4 ) 
D. 
H. 
M. 
D. 
H. 
M 
1 
August. 
O 
CTOBER. 
43 
18 
9 
*3 
A 
E. 
2 
6 3 
14 
6 
24 
A 
E. 
2 
44 
22 
2 
3 X 
M 
E. 
1 
6 4 
15 
II 
39 
A 
E. 
1 
45 
24 
9 
52 
A 
E. 
3 
65 
21 
9 
1 
A 
E. 
2 
46 
2 5 
1 1 
5 1 
A 
E. 
2 
66 
24 
8 
4 
A 
E. 
1 
47 
29 
4 
•28 
M 
E. 
1 
67 
3 i 
9 
58 
A 
E. 
1 
48 
3 ° 
10 
57 
A 
E. 
1 
November. 
September. 
68 
8 
7 
5 
A 
I. 
4 
49 
1 
1 
55 
M 
E. 
3 
69 
n 
6 
18 
A 
E. 
3 
50 
2 
10 
39 
A 
E. 
4 
70 
1 6 
6 
7 
A 
E. 
2 
5 i 
7 
0 
55 
M 
E. 
1 
7 1 
16 
8 
14 
A 
E. 
1 
52 
i5 
9 
22 
A 
E. 
1 
72 
18 
6 
44 
A 
1 . 
3 
53 
1 9 
9 
9 
A 
E. 
2 
73 
22 
8 
4 i 
A 
E. 
2 
54 
22 
1 1 
20 
A 
E. 
1 
74 
25 
5 
49 
A 
E. 
4 
55 
56 
26 
29 
1 1 
6 
48 
9 
A 
A 
E. 
E. 
2 
3 
December. 
57 
3 ° 
1 
*7 
M 
E. 
1 
75 
2 
6 
27 
A 
E. 
1 
October 
76 
9 
8 
J 9 
A 
E. 
1 
77 
r 7 
5 
39 
A 
E. 
2 
58 
1 
7 
46 
A 
E. 
1 
78 
18 
4 
39 
A 
E. 
1 
59 
6 
6 
38 
A 
1 . 
3 
79 
24 
6 
6 
A 
E. 
3 
60 
10 
12 
A 
E. 
3 
80 
25 
6 
30 
A 
E. 
1 
61 
8 
9 
43 
A 
E. 
1 
62 
*3 
10 
40 
A 
11. 
3 
In all 80. 
The 2 d and 5 th Columns, fhew the Times when the Eclip- 
fes will happen; the 3 d and 6 th , fhew the Kind. Thus, on 
the $tb of February , at 6 h. 43 m. in the Morning there will 
happen an Xmmerfion of the fecond Satellite; and the Number i, 
which is placed againft the $tb of February in the 1 ft Column, re- 
fers to the Number 1 in the 1 fi Column of the Plate of Configura- 
tions^ againft which is placed the Correfipondent Configuration , or the 
Form in which the Satellites will appear at that Time, 
tV.J* 
