Home › CBSE Class 11 (Science) › Physics › Rotational Motion › The position of the centre of mass of a body dep…
The position of the centre of mass of a body depends on
Athe local value of g
Bits mass distribution
Cits height above ground
Dits speed of rotation
Answer & Solution
Correct answer: B. its mass distribution
The centre of mass has nothing to do with gravity; it is fixed by how mass is spread through the body.
Related questions
Which property is shared by both the scalar and the vector product?Moment of force and angular momentum are both defined asA wheel turns through angle Δθ in time Δt. Its average angular velocity isThe moment of inertia of a composite rigid system about an axis isMoment of inertia about an axis equals the ratio of the applied torque to the resultingTwo small masses m are fixed at the ends of a light rod of length l. I about a perpendiculThe total torque on a system does not depend on the chosen origin when the total externalA rigid body fixed at one point or along a line can have