TABLE XIII. Equation of the Sun's Centre, or the Difference betyeen his mean and true Place.

Argument. Sun's mean Anomaly.

TABLE XIV. The Sun's |TABLE XV. Equation of the sun's(

Declination.

Ο

ΤΟ 10

TABLE XVI.
The Moon's

Latitude in
Eclipses.
Argument.

Moon's equa-
ted Distance
from Node.

O Signs. North ascend. South descend

TABLE XVII. The Moon's horizontal Parallax with the Semidiameters and true Horary Motion of the Sun and Moon, and every sixth Degree of their mean Anomalies, the Quantities for the intermediate Degrees being easily proportioned by

་

10 5 15 290

20 10 30 28

55,30

12 2

23

24

310 15 45

27

1254

3415

50.14

5630

410 20 59 26

18 54

50 26 13 25

24/54

58 30

80 41 51 22

12'55

90 47 22 21

18 55

100 52 13

20

245

55

110 57 23

12 1 2 31 18

656

12 15

59 15

22 31

56 2

26

24

131 7 38 17

12 56

1856

24.57

161 22 52 14

171 27 53 13

181 32 52 12:

815

46 33

47 2

191 37 49 11

12 58

12 16

18.58

5 Signs.

24.58

North descend

1435

South Ascend.

12 59

35 16

17 16

1859

This Tabiel

shews the

Moon's Lati

21 16

3237

24

22 16

beyond the ut

1860

38 16

22 16

3837

282

most limits of

24/60

Eclipses.

TABLE XVIII.

The Moon's Mean Longitude, and Anomaly for current years.

TABLE XIX. The Sun's Longitude for every day in the