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The orbital radius (center of mass to center of mass distance) of an asteroid around planet...

The orbital radius (center of mass to center of mass distance) of an asteroid around planet Vulcan is 9.6 ✕ 106 m. The asteroid takes 7.500 hours to make one complete circular orbit. Find the mass of Vulcan.

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Answer #1

Let mass of Vulcan = mu asteroid and mass of asteroid=ma R vulcan and orbital radius R = 9.6x106m For equilibrium Gravitation23 mo — 9995 x 0.1 2 (о хочу 6 mo C•67Ч xio-II oO9& x 9, Е. ( 2 2 3 mo - 2-г хь ка 3 ”. mass of Vulcan el x tlot =8w ка

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