256 
MR. LUBBOCK ON THE TIDES 
Table XXV. 
Showing- the Difference in the Interval between the Moon’s Transit in the first 
column and the fourth succeeding- for every minute of the Moon’s Horizontal 
Parallax, and that for Parallax 57 '. 
Apparent 
Solar Time 
of Moon’s 
.Transit. 
H. P. 54'. 
H. P. 55'. 
H. P. 56'. 
H. P. 57'. 
H. P. 58'. 
H. P. 59'. 
h. p. 6(y. 
H. P. 61'. 
h m 
m 
m 
m 
m 
m 
m 
m 
m 
0 30 
- 9-7 
- 6-8 
- 3-6 
O 
+ 4-3 
+ 7-9 
+ 12-3 
+15-8 
1 30 
-10-1 
- 6-9 
- 4-2 
0 
+ 3-8 
+ 6-3 
+ 10-8 
+14-8 
2 30 
- 8-3 
- 6-7 
- 2-5 
0 
+ 4-0 
+ 7-9 
+ 11-3 
+ 13-9 
3 30 
-101 
- 7-3 
- 4-3 
0 
+ 3-3 
+ 7-0 
+ 9-7 
4 30 
- 9-4 
- 7-2 
- 4-1 
0 
+ 2-4 
+ 7-4 
+ 8-2 
5 30 
- 9-4 
- 7-5 
- 3-5 
0 
+ 4-2 
+ 8-0 
6 30 
- 9-5 
- 7-2 
- 4-2 
0 
+ 4-5 
+ 8-8 
7 30 
-10-9 
- 8-1 
- 4-3 
0 
+ 3-9 
+ 8-2 
+ 13-5 
8 30 
-10-9 
- 8-2 
- 3-6 
0 
+ 4-6 
+ 8-1 
+ 13-5 
9 30 
-10-2 
- 8-0 
- 2-9 
0 
+ 4-8 
+ 9-4 
+ 12-3 
+ 17-6 
10 30 
-10-8 
- 8-1 
- 3-2 
0 
+ 3-5 
+ 7-7 
+ 12-4 
+16-5 
11 30 
-10-2 
- 7-2 
- 3-4 
0 
+ 4-5 
+ 8-4 
+ 11-5 
+ 16-8 
Table XXVI. 
Showing the Interval between the Moon’s Transit in the first column and the fourth 
succeeding for every three degrees of Declination. 
Moon’s 
Transit. 
0° Decl. 
3° Decl. 
6° 
Decl. 
9° Decl. 
12° Decl. 
15° Decl. 
18 3 Decl. 
21° Decl. 
24° Decl. 
27° Decl. 
Mean. 
h 
m 
h 
m 
h 
m 
h 
m 
h 
m 
h 
m 
h 
m 
h 
m 
h 
m 
h 
m 
h 
m 
m 
0 
30 
1 
34-2 
1 
35-2 
1 
36-5 
1 
36-0 
1 
39-6 
1 
40-9 
1 
44-2 
1 
47-2 
1 
50-0 
1 
51-9 
1 
41-6 
i 
30 
1 
33-1 
1 
34-6 
1 
35-0 
1 
36-2 
1 
38-4 
1 
41-4 
1 
430 
1 
47-1 
1 
48-4 
1 
51-8 
1 
40-S 
2 
30 
1 
33-3 
1 
32-4 
1 
34-5 
1 
35-3 
1 
37-5 
1 
39-7 
1 
42-3 
1 
44-9 
1 
47-6 
1 
50-5 
1 
39-8 
3 
30 
1 
31-7 
1 
31-8 
1 
31-8 
1 
34-6 
1 
36-4 
1 
39-9 
1 
43-1 
1 
44-7 
1 
47-4 
1 
51-1 
i 
39-2 
4 
30 
1 
31-1 
1 
31-5 
1 
32-2 
1 
330 
1 
36-0 
1 
37-0 
1 
42-0 
] 
43-7 
1 
46-2 
1 
50-6 
i 
38-3 
5 
30 
1 
30-5 
1 
31-3 
1 
32-4 
1 
34-2 
1 
35-0 
1 
38-7 
1 
42-3 
1 
44-2 
1 
46-9 
1 
49-8 
I 
38-5 
6 
30 
1 
31-4 
1 
32-2 
1 
32-3 
1 
33-3 
1 
35-6 
1 
37-9 
1 
42-2 
1 
44-3 
1 
47-2 
1 
50-8 
i 
38-7 
7 
30 
1 
31-8 
1 
31-7 
1 
33-7 
1 
35-7 
1 
37-2 
1 
39-0 
1 
43-0 
1 
44-8 
1 
47-9 
1 
51-3 
i 
39-6 
8 
30 
1 
33-3 
1 
34-4 
1 
34-4 
1 
34-6 
1 
371 
1 
40-7 
1 
43-7 
1 
46-2 
1 
48-7 
1 
52-7 
i 
40-6 
9 
30 
1 
34-5 
1 
34-6 
1 
35-8 
1 
36-5 
1 
39-3 
1 
40-0 
1 
44- 1 
1 
46-3 
1 
48-5 
1 
52-2 
i 
41-2 
10 
30 
1 
35-1 
1 
35-0 
1 
36-2 
1 
37-7 
1 
39-2 
1 
40-6 
1 
45-0 
1 
45-4 
1 
49-8 
1 
53-0 
i 
41*7 
11 
30 
1 
35-0 
1 
36-1 
1 
35-9 
1 
37-7 
1 
39-4 
1 
41-9 
1 
44-6 
1 
47-2 
1 
48-8 
1 
52-8 
i 
41-9 
Table XXVII. 
Showing the Difference in the Interval between the Moon’s Transit in the first 
column and the fourth succeeding for every three degrees of Declination, and that 
for Declination 15°. 
Moon’s 
Transit. 
0° Decl. 
3° Decl. 
6° Decl. 
9° Decl. 
12° Decl. 
15° Decl. 
18° Decl. 
21° Decl. 
24° Decl. 
27° Decl. 
Moon’s 
Transit. 
h m 
0 30 
m 
6-7 
m 
5-7 
m 
4*4 
m 
- 4*3 
m 
1-3 
m 
0 
+ 
m 
3*3 
+ 
m 
6*3 
+ 
m 
91 
+ 
m 
11-0 
li m 
0 30 
1 30 
— 
8-3 
— 
6-8 
— 
6-4 
- 5-2 
— 
3-0 
0 
+ 
1-6 
+ 
5-7 
+ 
7-0 
+ 
10-4 
1 30 
2 30 
— 
6-4 
— 
7-3 
— 
5-2 
- 4-4 
— 
2-2 
0 
+ 
2-6 
+ 
5-2 
+ 
7-9 
+ 
10-8 
2 30 
3 30 
— 
8-2 
— 
8-1 
— 
8-1 
- 5-3 
— 
3-5 
0 
+ 
3-2 
+ 
4-8 
+ 
7-5 
+ 
10-2 
3 30 
4 30 
— 
5-9 
— 
5-5 
— 
4-8 
- 4-0 
— 
10 
0 
+ 
5-0 
+ 
6-7 
+ 
9-2 
+ 
13-6 
4 30 
5 30 
— 
8-2 
— 
7-4 
— 
6-3 
- 4-5 
— 
3-7 
0 
+ 
3-6 
+ 
5 5 
+ 
8-2 
+ 
111 
5 30 
6 30 
— 
6-5 
— 
5-7 
— 
5-6 
- 4-6 
— 
2-3 
0 
+ 
4-3 
+ 
6-4 
+ 
9-3 
+ 
12-9 
6 30 
7 30 
— 
7-2 
— 
7-3 
— 
5-3 
- 3-3 
_ 
1-8 
0 
+ 
4-0 
+ 
5-8 
+ 
8-9 
+ 
12-3 
7 30 
8 30 
— 
7-4 
— 
6-3 
— 
6-3 
- 6-1 
_ 
3-6 
0 
+ 
3-0 
+ 
5-5 
+ 
8-0 
+ 
12-0 
8 30 
9 30 
— 
5-5 
— 
5-4 
— 
4-2 
— 3*5 
0-7 
0 
4- 
4-1 
+ 
6-3 
+ 
8-5 
+ 
12-2 
9 30 
10 30 
— 
5-5 
— 
5-6 
— 
4-4 
- 2-9 
— 
1-4 
0 
+ 
4-4 
+ 
4-8 
+ 
9-2 
+ 
12-4 
10 30 
11 30 
— 
6-9 
5-8 
— 
60 
- 4-2 
— 
2-5 
0 
+ 
2-7 
+ 
5-3 
+ 
6-9 
+ 
13-9 
11 30 
