In space, an object maintains its orbit due to the

Gravitational force

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Force of magnetism

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Force of electromagnetism

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All the above

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Solution

The correct option is A
Gravitational force

In space, an object maintains its orbit because of the gravitational force between the object & the star or a planet around which it is revolving.

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Similar questions

Q. Assertion :An astronaut in an orbiting space station above the earth experiences weightlessness. Reason: An object moving around the earth under the influence of earth's gravitational force is in a state of free fall.

Q. STATEMENT-1
An astronaut in an orbiting space station above the Earth experiences weightlessness.
and
STATEMENT-2
An object moving around the Earth under the influence of Earths gravitational force is in a state of free-fall.

Q. Is it true that the reaction of a gravitational force is always gravitational, of an electromagnetic force is always electromagnetic and so on?

Electromagnetic force is stronger than gravitational force

This is an imaginary question

We are in the moon the gravitational force is weaker is it possible to collide the nucleus of noble gases?

Two bodies A and B in space are attracting each other due to gravitational force. The force of attraction on B due to A is ___ to the force of attraction due to A on B.

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In space, an object maintains its orbit due to the

The correct option is A Gravitational force In space, an object maintains its orbit because of the gravitational force between the object & the star or a planet around which it is revolving.

The correct option is A
Gravitational force

In space, an object maintains its orbit because of the gravitational force between the object & the star or a planet around which it is revolving.