Consider the statements A and B and choose the appropriate option from those given below.

A: The position of centre of mass of a body is independent of acceleration due to gravity.

B: The center of mass of a body always lies within the boundaries.

A true, B false

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A false, B true

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A true, B true

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A false, B false

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Solution

The correct option is C
A true, B true

Centre of mass of a body is a point where the mass can be supposed to be concentrated, so it is independent of acceleration due to gravity and always it lies within the boundaries of the given system.

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Consider the statements A and B and choose the appropriate option from those given below. A: The position of centre of mass of a body is independent of acceleration due to gravity. B: The center of mass of a body always lies within the boundaries.

The correct option is C A true, B true Centre of mass of a body is a point where the mass can be supposed to be concentrated, so it is independent of acceleration due to gravity and always it lies within the boundaries of the given system.

Consider the statements A and B and choose the appropriate option from those given below.

A: The position of centre of mass of a body is independent of acceleration due to gravity.

B: The center of mass of a body always lies within the boundaries.

The correct option is C
A true, B true

Centre of mass of a body is a point where the mass can be supposed to be concentrated, so it is independent of acceleration due to gravity and always it lies within the boundaries of the given system.