The net force acting on a body in uniform circular motion is

definitely zero

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definitely non-zero

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can be zero or non-zero depending on the speed of the body

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none of these

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Solution

The correct option is B
definitely non-zero

In a uniform circular motion, velocity changes at each and every instant. This means the motion is accelerated. Hence, the net force on the body is definitely non-zero.

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Similar questions

Q. Assertion :If the net external force acting on the body is zero, then its acceleration is zero. Reason: Acceleration of a body does not depend on the forces acting on it.

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A non-zero force is acting on a body but work done is zero. Which of the following statements justify the above situation?

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The net force acting on a body in uniform circular motion is

The correct option is B definitely non-zero In a uniform circular motion, velocity changes at each and every instant. This means the motion is accelerated. Hence, the net force on the body is definitely non-zero.

The correct option is B
definitely non-zero

In a uniform circular motion, velocity changes at each and every instant. This means the motion is accelerated. Hence, the net force on the body is definitely non-zero.