A satellite orbits the Earth when the downward force exerted on it by the gravity of the Earth is just enough to provide the centripetal acceleration required to make it travel in a circular path. Assume this acceleration is the usual 9.8 m/s2 (it nearly is for low Earth orbit).1) Fluid friction2) Gravity3) Static friction4) Rotationary friction

Question

Rylie Anderson

Physics

4 June, 08:56

A satellite orbits the Earth when the downward force exerted on it by the gravity of the Earth is just enough to provide the centripetal acceleration required to make it travel in a circular path. Assume this acceleration is the usual 9.8 m/s2 (it nearly is for low Earth orbit).1) Fluid friction2) Gravity3) Static friction4) Rotationary friction

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Answers (1)

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Sean Villa · Answer 1

2) Gravity

Explanation:

Gravitational motion is any motion under the influence of gravity. The gravitational force acts downward on the satellite and it is made to move in circular path by the centripetal force.