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ASTRONOMY.

(19S.) TABLE I. Of the Planets , the Solar Parallax being estimated at 8"-| agreeably to the best Observations of the two last

Transits of Venus.

Planets.

Tropic

Revolution.

Sidereal

Revolution.

Anomalistic

Revolution.

Mean SynodicRevolution.

Epoch ofMean Place,1800, atGreenwich.

Proport,mean (list,fr. O, the0 being 1.

Mean (list,from © inmillions ofmiles.

Proportionof bulk, the0 being 1.

d. h. 111. s.

d. h. m. s.

d. h. m. s.

d. h. m. s.

0 l It

S im

V? 9 53 37,4

1384462

Mercury

87 23 14 32,7

87 23 15 43,6

87 23 15 53,1

115 21 3 22,11

® IS 9 5,7

0,38710

37

0,064558

V enus

224 1ft 41 27,5

224 16 49 10,6

224 16 48 42,7

583 22 6 52,13

SI 25 8 23,7

0,72333

69

0,89025

Earth

365 5 4S 4S

365 6 9 11,6

365 6 14 37,0

— — _ _

25 9 5 3 37,4

1,00000

96

1,00000

Moon

27 7 43 4,7

27 7 43 11,5

27 13 18 33,9

29 12 44 2,83

5 33

1,00000

96

0,02036

Mars

686 22 18 27,4

686 23 30 35,6

686 23 52 27,4

779 22 28 37,27

HI 22 33 56,5

1,52369

146

0,1406

Ceres

1681 9

2,63758

250

0,0000081

Pallas

1703 17 doubtful

2,84210

270

0,0000026

Juno

44 years, circiter 44 years, circiter

3,00000

285

0,0000027

d. h. m. s.

d. h. m. s.

Jupiter

4330 14 39 2,0

4332 14 27 10,8

4332 20 42 32

398 19 12 54.15

n 21 4S 44,1

5,20279

497

1281

Saturn

10746 19 16 15,5: 10759 1 51 11,2

‘10762 23 10 11,2

378 2 12 38,17

a 3 5 9,2

9,54072

911

995

Herschel'30589 8 39 0 1

30689 0 29 0

'30674 2 56 0

369 16 31 45,4 Irrji 23 29 12,0

19,03180

1823

80,49

Planets.

Greatest dia-meter asseen from ©

Least diame-ter as seenfrom 0

Diameteras seen atmean (list. 0from 0

Diameter,the 0 being1

Least distancefrom 0 in Eng-lish miles.

5Jean distancefrom 0 inEnglish miles.

Greatestdistancefrom 0 inEnglish miles.

Diameter inEnglish miles.

Sun

t n

32 35,6

1 II

31 31,0

t n

32 3,3

111,45

93909050

95513794

97118538

886473,3

Mercury

12

5,3

6,9

0,4012

58540512

95513794

132487077

3191,1 .

Venus

57

9,14

16,547

0,9593

26425554

95513794

164602034

7630,3

Earth

Moon

33 37

29 28,0

17,2

4,696

1,0000

0,2731

222920

239981

254084

7954

2172,2

Mars

27

5,6

8,943

0,5199

50019873

145533667

241047462

4135,3

Ceres

1

0,45

1,6

0,0201

155000000

250000000

345000000

160

Pallas

0,5

0,24

0,9

0,0138

175000000

270000000

365000000

110

Juno

0,5

0,25

1,0

0,0149

190000000

285000000

385000000

119

Vesta

J upiter

0,5

40

27,1

3 6,82

10,862

401251495

496765289

502279083

86396,3

Saturn

18

14,6

2 51,71

9,9830

815627647

911141442

1006655236

79404,8

Saturn ’s Ring

42

34,0

6 40,65

23,294

815525205

911141442

1006757678

185280,5

Heischd

4

3,6

1 14,52

4,332

1727061434

1822575228

1918089022

1 34456,7

Planets.

Quantity ofmatter, the0 being 1.

Hourly

orbiticalmotion inEnglish miles.

Eccentricity,

the 0’s (list,from 0 beingdivided into100000 parts.

Greatestorbit- equa-tion, 1800.

Annual var.of orbit-equation.

Time of Ro-tation uponaxis.

Inclination otequator uponthe ecliptic.

Inclinationof axisto the orbit.

Inclination

ofplanetaryorbit to theecliptic ofthe Earth .

O

*

d. h. m. s.

O 1

O / V

O

/ V

Sun

351886

25 14 8 0

7

20 axis

Mercury

0,1668

111256

7955,4

23

40

0

4- 0,02

Unknown

Unknown

Unknown

7

0 0

Venus

0,9500

81398

498

0

47

20

— 0,25

0 23 21 0

Uncertain

Uncertain

3

23 35

Earth

1,0000

75222

1681,395

1

55

30

- 0,188

0 23 56 4

23 28

66 32 0

Moon

0,015107

2335

7

39

0

27 7 43 5

1 43

88 17 0

5

8 30

Mars

0,2025

56212

14183,7

10

41

35

+ 0,37

1 0 39 21f

28 42

61 18 0

1

51 0

Jupiter

330,60

30358

25013,3

5

30

38

4 - 0,5536

0 9 55 33

3 22

86 38 0

1

18 56

Saturn

103,69

22351

53640,4

6

26

42

— 1,11

0 10 16 1

30 0

60 0 0

2

29 50

Saturn ’s Ring

0 10 32 15

30 0

60 0 0

31

20 ring

11 erschel

17,74

15846

90804

5

21

3

- 0,11

Unknown

Unknown

Unknown

0

46 26

Planets.

Greatest

el ong. of infer.& parallax ofsuperior plan.

Least

do.

Great.

numb, ofdays

retrograd

Least

do.

Greatestangle ofretrograd.

Least do.

0’s and I) ’s

apogee, andplanet’s aphelion(Jan. 1, 1800.)

Annual

motion

aphelion

(stars)

Do.

(equin.)

Place of Si(Jan. 10,1800.)

O f

0 t

d. h.

d. h.

O / H

O / U

s. 0 ' *

s. 0 ’ "

Sun

3 9 29 3

Mercury

28 20

17 36

23 12

21 12

15 43 57,9

9 21 56,3

8 14 21 1

+ 6,58

56,91

1 15 56 48

Venus

47 48

44 57

43 12

40 21

17 12 15,4

14 34 57,9

10 8 36 12

- 1,40

48,53

2 14 52 8

Earth

9 9 £9 3

+ 13,32

63,65

Moon

1 15 27 7,4

1 3 15 52,6

Mars

47 25

36 23

80 15

60 18

J9 34 37,9

10 6 11,5

5 2 24 14

- 15,57

65,90

1 18 1 58

Jupiter

11 52

10 23

122 12

116 18

9 59 22,9

9 51 30

611 8 21

- 6,50

56,83

3 8 24 7

Saturn

6 22

5 43

138 18

135 9

6 54 44,4

6 40 39,5

8 29 4 10

- 15,91

66,24

3 21 56 40

Saturn ’s Ring

5 17 27 eclip

llermhel

3 7

152 15

150 0

3 53 0

3 26 0

11 17 20' 49

+ 2,57

52,9 '

2 12 50 58