Determine the angle at which a particle in Jupiter's circular orbit experiences an attraction from Jupiter that is 1.29 times the attraction from the sun. Use Table D/2 of Appendix D as needed. Sun Answer: 0 = i Jupiter
Determine the angle at which a particle in Jupiter's circular orbit experiences an attraction from Jupiter that is 1.29 times the attraction from the sun. Use Table D/2 of Appendix D as needed. Sun Answer: 0 = i Jupiter
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Transcribed Image Text:Table D/2 Solar System Constants
Universal gravitational constantG=6.673(10-11) m3/(kg-s2)=3.439(10-8) ft4/(lb-sec4)Mass of Earthme=5.976(1024) kg=4.095(1023) lb-sec2/ftPeriod of Earth's rotation (1 sidereal day)=23 h 56 min 4 s=23.9344 hAngular velocity of
Earthw=0.7292(10-4) rad/sMean angular velocity of Earth-Sun linew'=0.1991(10-6) rad/sMean velocity of Earth's center about Sun=107 200 km/h-66,610 mi/hr
Surface Gravitational Acceleration m/s²
Body
Sun
Moon
Mercury
Venus
Earth
Mars
Jupiter4
Mean Distance to Sun km Eccentricity of Orbit Period of Orbit solar
(mi)
days
384 398¹
(238 854) ¹
0.055
27.32
0.206
87.97
0.0068
224.70
DI
0.0167
365.26
0.093
686.98
4333
57.3 × 106
(35.6 x 106)
108 x 106
(67.2 × 106)
149.6 × 106
(92.96 × 106)
227.9 x 106
(141.6 × 106)
778 x 106
e
(483 × 106)
Mean Diameter km
(mi)
1392 000
0.0489
(865 000)
3 476
(2 160)
5 000
(3 100)
12 400
(7 700)
12 742²
(7 918)²
6 788
Mass Relative to
Earth
(4 218)
333 000
0.0123
0.054
0.815
1.000
0.107
317.8
(ft/sec²)
274
(898)
1.62
(5.32)
3.47
(11.4)
8.44
(27.7)
9.8213
(32.22)3
3.73
(12.3)
24.79
139 822
(86 884)
1 Mean distance to Earth (center-to-center)
2 Diameter of sphere of equal volume, based on a spheroidal Earth with a polar diameter of 12 714 km (7900 mi) and an equatorial diameter of 12 756 km (7926 mi)
3 For nonrotating spherical Earth, equivalent to absolute value at sea level and latitude 37.5°
4 Note that Jupiter is not a solid body.
(81.3)
Escape Velocity km/s
(mi/sec)
616
(383)
2.37
(1.47)
4.17
(2.59)
10.24
(6.36)
11.18
(6.95)
5.03
(3.13)
59.5
(36.8)
Transcribed Image Text:Determine the angle at which a particle in Jupiter's circular orbit experiences an attraction from Jupiter that is 1.29 times the
attraction from the sun. Use Table D/2 of Appendix D as needed.
Sun
Answer: 0 = i
Jupiter
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