a star orbited by two planets—planet A and planet B. The star is also orbited by a mysterious object, object X, that entered into the star’s gravitational field. The gravitational force between the star and planet A is the same as the gravitational force between the star and planet B. Explain why this is true.

Question

10-01-2022
Chemistry

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a star orbited by two planets—planet A and planet B. The star is also orbited by a mysterious object, object X, that entered into the star’s gravitational field. The gravitational force between the star and planet A is the same as the gravitational force between the star and planet B. Explain why this is true.

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topeadeniran2 topeadeniran2 · Answer 1 · 2022-01-14T14:56:11+01:00

The gravitational force will be the same because as the mass of the objects increase, the separation distance will lead to weaker gravitational forces.

What is gravitational force?

Gravitational force simply means the force that attracts objects that have mass. It pulls masses together.

From the information given, the gravitational force between the star and planet A will be the same as the gravitational force between the star and planet B.

As the mass increases, the force of gravitational attraction also increases. This will then lead to the separation distance will lead to weaker gravitational forces.

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