[ * 4 » ] 
table II. 
The mean time of new Moon, with the mean anomalies of the 
oun and Moon, and the Sun’s mean dillance from the Moon’s 
amending Nede, at the mean time of each periodical return 
o the Sun s eclipfe, March 2 iff, 1764, from the time of it’s 
falling right againft the earth’s center, till it finally leaves the 
earth ; according to the old ftile. 
Vm 
Jt 
.1 
n .t; 
Js *- 
CJ r— 
(4 
V 
6. 
>5 
39 
1980 
40 
1998 
2016 
42 
2034 
43 
2052 
44 
2070 
45 
2088 
46 
2106 
47 
2124 
48 
2142 
49 
2160 
5 ° 
2178 
2196 
5 2 
2214 
53 
2232 
54 
2251 
55 
2269 
5 6 
2287 
57 
2305 
58 
2323 
59 
2341 
60 
a 359 
61 
2377 
62 
2 3 9 5 
6 3 
2 4 i 3 
64 
2431 
6 5 
2449 
66 
2467 
67 
2485 
68 
2503 
69 
2521 
70 
2539 
7 i 
2557 
72 
2575 
73 
2593 
7 + 
2611 
75 
2629 
76 
2647 
77 
2665 
0 
2683 
Mean Time of new 
Moon. 
M. D. H. , 
July 28 18 19 41 
Aug. 9231 
Aug. 19 9 46 21 
Aug. 30 17 29 41 
Sept. 10 1 1 3 i 
Sept. 21 8 56 21 
oa. 1 16 39 41 
Oct, 13 o 23 1 
Od. 23 8 6 21 
Nov. 3 i 5 49 4 , 
Nov. 13 23 31 1 
Nov. 25 7 16 21 
Dec. 5 , 4 59 4 1 
Dec. 16 22 43 1 
Dec. 27 6 26 21 
Jan. 7 14. 9 4 i 
Jan. 17 21 53 1 
Jan. 29 5 36 21 
Feb. 8 13 19 41 
Feb. 19 21 ^ 1 
Mar. 2 4 46 21 
Mar. 13 J2 29 42 
Mar. 23 20 13 2 
April 4 3 56 22 
April 14 ix 39 42 
April 25 i 9 23 2 
May 6 3 6 22 
May 1 7 10 49 42 
May 27 18 33 2 
June 8 2 16 22 
June 18 9 59 42 
June 29 17 43 2 
July 10 1 26 22 
July 21 9 9 42 
July 31 16 53 2 
Aug. 12 o 36 22 
Aug. 22 8 19 42 
Sept. 2 16 3 2 
Sept. 12 23 46 22 
Sept. 24 7 29 42 
Sun’s mean 
Anomaly. 
Moon’s mean 
Anomaly. 
Sun’s mean 
diftance from 
the node. 
0 / »/ 
S. 
0 
/ 
// 
S. 
0 
/ 
/> 
1 
7 
25 
44 
10 
5 
7 
45 
IT 
29 
56 
33 
I 
17 
55 
4 1 
IO 
2 
l 6 
22 
1 1 
29 
8 
20 
I 
28 
25 
38 
9 
29 
24 
59 
j r 
2 9 
O 
8 
2 
8 
55 
36 
9 
26 
33 
36 
I I 
28 
3 * 
55 
2 
J 9 
25 
33 
9 
23 
42 
13 
II 
28 
3 
43 
2 
29 
55 
30 
9 
20 
50 
5 ° 
I I 
27 
35 
30 
3 
IO 
25 
27 
9 
>7 
59 
27 
I I 
27 
7 
18 
3 
20 
55 
24 
9 
15 
8 
4 
I I 
26 
39 
5 
4 
I 
25 
21 
9 
12 
l6 
4 i 
1 1 
26 
10 
53 
4 
11 
55 
l8 
9 
9 
2 S 
18 
I I 
25 
42 
40 
4 
22 
25 
15 
9 
6 
33 
56 
1 1 
25 
14 
2? 
5 
2 
55 
12 
9 
3 
42 
33 
I I 
24 46 
IS 
5 
*3 
25 
9 
9 
0 
5 i 
IO 
II 
24 
18 
3 
5 
23 
55 
7 
8 
27 
59 
47 
I I 
23 
49 
5 ° 
6 
4 
25 
4 
8 
25 
8 
24 
I I 
23 
21 
38 
6 
»4 
55 
I 
8 
22 
27 
I 
I I 
22 
53 
25 
6 
25 
24 
58 
8 
29 
25 
38 
I I 
22 
15 
23 
7 
5 
54 
55 
8 
16 
3 i 
J 5 
II 
21 
57 
O 
7 
16 
24 
52 
8 
*3 
42 
52 
11 
21 
28 
48 
z 
26 
54 49 
8 
10 
5 i 
29 
1 1 
21 
O 
35 
8 
7 
24 
46 
8 
8 
O 
6 
1 1 
20 
32 
23 
8 
17 
54 
43 
8 
5 
8 
43 
II 
20 
4 
IO 
8 
28 
24 
40 
8 
2 
1 7 
20 
II 
1 9 
35 
58 
9 
O 
54 
37 
7 
29 
25 
57 
II 
19 
7 
45 
9 
J 9 
24 
34 
7 
26 
34 
34 
I I 
18 
39 
33 
9 
29 
54 
3 1 
7 
23 
43 
I I 
I I 
18 
I I 
20 
10 
10 
24 
28 
7 
20 
5 1 
48 
1 1 
17 
43 
8 
IO 
20 
54 
25 
7 
18 
O 
25 
I I 
17 
14 
54 
I I 
I 
24 
22 
7 
*5 
9 
2 
I I 
l6 
4 * 
43 
I I 
I I 
54 
*9 
7 
12 
1 7 
39 
1 1 
l6 
18 
3 1 
I I 
22 
24 
J 7 
7 
9 
26 
l6 
1 1 
>5 
5 ° 
18 
O 
2 
54 
H 
7 
6 
34 
53 
1 1 
>5 
22 
6 
O 
*3 
24 
I I 
7 
3 
43 
30 
11 
14 
53 
34 
O 
23 
54 
8 
7 
0 
52 
7 
I I 
J 4 
25 
4 i 
I 
4 
24 
5 
6 
28 
0 
44 
I I 
13 
57 
28 
I 
14 
54 
2 
6 
25 
9 
21 
I I 
2 3 
29 
16 
I 
25 
23 
59 
6 
22 
17 
58 
1 I 
23 
1 
7 
2 
5 
53 
5 6 
6 
19 
26 
35 
II 
12 
32 
\ I 
2 
l 6 
23 
53 
6 
16 
35 
12 
I I 
12 
4 
38 
2 
26 
53 
5 ° 
6 
*3 
43 
39 
11 
2 I 
36 
26 
TABL1 
