A 1,160 kg satellite orbits Earth with a tangential speed of 7,446 m/s. If the satellite experiences a centripetal force of 8,955 N, what is the height of the satellite above the surface of Earth? Recall that Earth's radius is 6.38 * 106 m and Earth's mass is 5.97 * 1024 kg.

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Physics

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1 February, 22:05

A 1,160 kg satellite orbits Earth with a tangential speed of 7,446 m/s. If the satellite experiences a centripetal force of 8,955 N, what is the height of the satellite above the surface of Earth? Recall that Earth's radius is 6.38 * 106 m and Earth's mass is 5.97 * 1024 kg.

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Answers (1)

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Finn Pierce · Answer 1

8.02*10⁵ m

Explanation:

Equation for centripetal force:

F = mv²/r

Solving for r:

r = mv²/F

Given:

F = 8955 N

m = 1160 kg

v = 7446 m/s

r = (1160 kg) (7446 m/s) ² / 8955 N

r = 7.182*10⁶ m

The height above the surface is:

h = 7.182*10⁶ m - 6.38*10⁶ m

h = 0.802*10⁶ m

h = 8.02*10⁵ m