An astronaut orbiting the earth in a circular orbit $120 k m$ above the surface of earth, gently drops a ball from the spaceship. The ball will:

move randomly in space

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move along with the spaceship

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fall vertically down to earth

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move away from the earth

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Solution

The correct option is B move along with the spaceship
The ball will move along the space-ship. It will be so since gravity will continue to provide the required centripetal acceleration and due to inertia the ball will continue to have the orbital velocity.

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An astronaut orbiting the earth in a circular orbit 120km above the surface of earth, gently drops a ball from the spaceship. The ball will:

The correct option is B move along with the spaceshipThe ball will move along the space-ship. It will be so since gravity will continue to provide the required centripetal acceleration and due to inertia the ball will continue to have the orbital velocity.

An astronaut orbiting the earth in a circular orbit $120 k m$ above the surface of earth, gently drops a ball from the spaceship. The ball will:

The correct option is B move along with the spaceship
The ball will move along the space-ship. It will be so since gravity will continue to provide the required centripetal acceleration and due to inertia the ball will continue to have the orbital velocity.