1 44 4 36

-19 42 1 34

-14 1 4 21
-13 13 6 49m
7 57

Days of Month. J+UKO+O+X

Passage of the Meridian (mean time) and Declination of the Planets.

1st day. Souths. Dec. h. m.

1 16a-24 20 1 10a

3 1 9 3m

5 26

11 36a+12 49 11 4a+12 31 10 34a+12 17 10 5a +12 8 9 38a +12 8

-20 18

4 14 8 51

-20 21 1 24

-14 10

-20 56 1 14 -21 27 1 4
4 5 -14 17 3 50 -14 19 2 35
-14 2 6 34m-14 49 6 20m-15 34
-15 13 7 42 -14 41 7 27
4 2521 55 4 2 21 57 3 37

rises.

h. m. h. m.

17 9m 0 19m

rises.
h. m.
0 32m

rises. h. m.

d. h. m.

S. 5 3m11 6a 11 8a 11 11a 11 17a 11 20a 1st Sunday in Advent.

9 31

10 26

7 53а -11 4 7 29a-11 5 7 5a

-11 4 6 42a -11 1 6 19a-10 53

H10 155 26 9 51 +5 22 9 265 17 9 25 138 38

rises.

Moon rises or sets Mean Time.

rises.

PHENOMENA AND OBSERVA

TIONS.

Sundays and Holidays.

Washington Mean Time.

4 8 49m ☀ gr. Hel. Lat. S.

15 S. om * 1 16 S.

am 149 S.

23d Sunday after Trinity.

stationary.

at gr. brilliancy. in Perihelion.

5 10

Sun's upper limb rises and sets, (corr. for refract.) M. Time. High Water.

Full Moon,

21st day, 5h.

Last Quarter,

1 W. 7 10 4 29 7 5 4 34 6 59 4 40 6 44 4 55 6 38 5 0

rises. sets. rises. sets. rises. sets. rises. sets. rises. sets.
h. m. h. m. h. m. h. m. h. m. h. m. h. m. h. m. h. m. h. m.

5 Su. 7 14 4 28 7 9 4 33 7

28 10 33

3 4 38 6 47 4 55 6 41 5

12 Su. 7 21 4 28 7 16 4 33 7 10 4 39 6 52 4 56 6 47 5 1

19 Su. 7 25 4 29 7 19 4 35 7 14 4 40 6 56 4 57 6 51 5 3

26 Su. 7 29 4 33 7 23 4 39 7 17 4 44 7 0 5 1 6 55 5 6

59 5 0

55

55

56 47

Days of Month. JNTUK+0+0+α

Moon Souths,

Mean Time.

h. m. -16 36 10 26m 8 33 8 45

Passage of the Meridian (mean time) and Declination of the Planets.

1st day. Souths. h. m.

0

13th day.

Souths. Dec. Souths.

25th day. Souths. h. m.

19th day.

Dec.

Dec.

9 13a +12 16 8 50a +12 32 8 283 +12 55 8 8a +13 25 7 50a +14 0

H8 145 7

Boston, &c.

+55 7 26 + 5 4

Moon rises or sets.

N. York, &c.

Mean Time.

rises.

h. m. h. m.

17 14m 1 1m 1 2m 1 2m 1 3m

7 25 3 6 395 3

rises.

rises.

h. m.

h. m.

h. m.

rises.
b. m.
1 5m

d. h. m.

S. 10 9m 4 48m 4 45m 4 43m 4 34m 4 31m 2d Sunday in Advent.

77 om in Perihelion.

sets.

ECLIPSES IN 1847.

In the year 1847, there will be four eclipses; two of the Sun, and two of the Moon, neither of which will be visible in the United States.

I. Wednesday, March 31st. A partial eclipse of the Moon, invisible in the United States.

Beginning of the eclipse,

Middle of the eclipse,

End of the eclipse,

h. m.

2 55.9 A.

3 58.0 A. Mean time at Washington.
5 1.1 A..

Digits eclipsed, 3° 26' on the northern limb.

Angle of the first point of contact from the Moon's north point, 50° E. Angle of the last point of contact from the north point,

15 W.

This eclipse will be visible in Europe, Asia, Africa, Australia and South America.

II. Wednesday, April 14, and Thursday, April 15. A total Eclipse of the Sun, invisible in the United States.

Beginning of the general eclipse at April 14th, 10h. 38.4m. A. [Mean Time at Washington] in latitude 35° 55′ S., and longitude 40° 23′ E. of Greenwich.

Beginning of the total eclipse at April 14th, 11h. 40.4m. A. in latitude 47° 39′ S. and longitude 28° 29' East of Greenwich.

Central eclipse at Noon, at April 15th, 0h. 52.2m. in latitude 24° 30' S. and longitude 89° 58′ East of Greenwich.

End of the total eclipse at April 15th, 2h. 35.8m. in latitude 16° 17′ S. and longitude 151° 14' East of Greenwich.

End of the general eclipse at April 15th, 3h. 37.8m. in latitude 4° 31′ S. and longitude 137° 49′ East of Greenwich.

This eclipse will be visible in the south of Africa, throughout Madagascar, the Indian Ocean, Australia, Borneo, and the neighboring islands, and in the south-eastern corner of Asia.

The total eclipse will traverse the Indian Ocean and the north of Australia, and the central line will pass over the following points on the earth's surface:

III. Friday, September 24th. A partial eclipse of the Moon, invisible. in the United States.

Digits eclipsed, 5° 2' on the south point.

Angle of the first point of contact from the Moon's north point, 123° E. Angle of the last point of contact from the north point,

159 W. This eclipse will be visible in Asia, Australia, the east of Africa and Europe, and the West of South America.

IV. Saturday, October 9th. An annular eclipse of the Sun, invisible in the United States.

Begins on the Earth generally at Oh. 58. 1m. M. [Mean Time at Washington] in latitude 38° 30′ N. and longitude 0° 9′ E. of Greenwich.

Central eclipse begins on the Earth at 2h. 14.9m. M. in latitude 52° 8' N. and longitude 16° 3' West of Greenwich.

Central eclipse at Noon, at 3h. 30.6m. M. in latitude 31° 22′ N. and longitude 47° 11' E. of Greenwich.

Central eclipse ends on the Earth at 5h. 28.3m. M. in latitude 18° 9', and longitude 105° 44′ E. of Greenwich.

Ends on the Earth generally at 6h. 45.0m. M. in latitude 4° 40′ N. and longitude 88° 4' E. of Greenwich.

This eclipse will be visible throughout Europe, the northern half of Africa and the greater part of Asia.

The central eclipse traverses the south of Ireland and Great Britain, France, Switzerland, Germany, Hungary, Turkey in Europe, Asia Minor, the north of Arabia, the Red Sea, Hindostan, the Bay of Bengal and the Burmah Empire, and the central line passes over the following points on the earth's surface: