A TABLE of the Equation of Time, shewing how much a Clock should be faster or slower than the Sun, every Day of the Year, at Noon. The Bissextile, or Leap-Year.

A TABLE of the Equation of Time, shewing how much a Clock should be faster or slower than the Sun, every Day of the Year, at Noon. The first Year after Leap-Year.

24

4556

12345

M. S. M. S. M. S. M. S. M. S. | M. S. 912 33 3 47 3 11 2 33 16/12 2013 291 3 18 2 24

4 23 14
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A TABLE of the Equation of Time, shewing how much a Clock should be faster or slower than the Sun, every Day of the Year, at Noon. The first Year after Leap-Year.

July. Aug. Sept.

Oct. Nov. Dec.

M. S. M. S. M. S. M. S.

M. S. M. S.

3 26 5 52

37 5 48 0
43 1

1295

4211 45 16

58 538

9 5 32 1

6 4 19 5 25 2 212 216 7 428 518 2221219 16

8

10 242 12 35 15

59|

312511553

2313

715 47

31

A TABLE of the Equation of Time, shewing how much a Clock should be faster or slower than the Sun, every Day of the Year, at Noon. The second Year after Leap-Year.

A TABLE of the Equation of Time, shewing S how much a Clock should be faster or slower than the Sun, every Day of the Year, at Noon. The second Year after Leap-Year. Sept. Oct. Nov.

1

Aug.

July.
M. S. M. S.

Dec.

M. S. I M. S. | M. S. M. S.

22 5 53 O

33333

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539

44

55

4

5 5 33 1 37 11

1171123 1612 9

40 16 10 8

16

51

5

2

57 12

46 1553

56 3

17 13

215