( it ) 
26 
The TUce of the Moon at this Time 3 from Sir Ifaac 
• Newton’* Theory. 
. S. D. 
Mean Motion of the Moon 
Annual ./Equation Subtr. 
The Corred Mean Motion 
Mean Motion of Apog. 
Annual ^Equation of Apog.' Ad. 
Corred Mean Motion of Apog. 
4 
11 
2 6 
18 
/ u 
57 37 
49 °? 
*3 54 
14 31 
11 18 
Second A±.q. from the dift. of Ap. from Sun Ad. 
Place of the Moon the ad time iEquac. 4 2 6 
Mean Motion of Node 11 01 
^Equation of Node Subt. 
Correct Mean Motion of Node 7 "T~of 
The 3d iEquat. of the Moon from Nodes! 
Afped with the Sun Subt. f- 
Place of the Moon the 3d time ^Equated * 
Second ^Equation of Apog. Subtr. 
True Place of Apog. 
Mean Anomaly 
./Equation of Center Sub. 
Moons Place the 4th time ./Equated 
The Variation. Ad. 
Moons Place the 5th time ^Equated 
The 6th ^Equation from the diftance of^. 
28 35 
2 57 
52 00 
34 25 
06 54 
27 31 
10 
26 
7 
51 50 
45 4 i 
it 10 
05 1 6 
1 
42 44 
09 06 
53 3 « 
4 24 
58 19 
11 
24 
the Luminaries and Apog. Ad. 
58 50 
1 20 
25 
24 
Moons Place 6th time iEquated 4 24 
The 7th ./Equation Ad. 
True place of the Moon in its Orbit 4 
True Place of the Sun 10 
Moon beyond the Oppofition 
Which divided by the Horary Motion of? 
Moon from Sun gives h. 
The Mean Time therefore of Oppofit. Feb . 2 10 
And the true Time 2 10 
59 5 ° 
34 
00 24 
55 50 
4 
7 
34 
42 
47 06 
32 20 
The 
