What happens to the centripetal acceleration of a revolving body if you double the orbital speed v and half the angular velocity `omega`

Derive an expression for the centripetal acceleration of a body moving with uniform speed v along a circular path of radius r .

What is centripetal acceleration? Derive an expression for it in terms of constant speed of the body.

Uniform circular motion is a special case of two dimensional motion having centripetal acceleration. a)Define centripetal acceleration. b)Can a body have acceleration with constant speed?Explain. c)Express angular velocity in terms of angular displacement.

What will the effect on the centripetal acceleration, it both the speed and the radius of the circular path to a body are doubled ?

If I, alpha and tau are the moment of inertia, angular acceleration and torque respectively of a body rotating about an axis with angular velocity omega then,

If I, alpha and tau are the moment of inertia, angular acceleration and torque respectively of a body rotating about an axis with angular velocity omega then,

In nonuniform circular motion, the linear acceleration vec a , the angular acceleration, vec alpha , the angular velocity vec v the radius vector vec r and the angular velocity vec omega at any instant are related by the vector equation,

A body is moving in a circular path with centripetal acceleration a . It its speed gets doubled, find the ratio of the centripetal acceleration after and before the speed in changed.

If I, alpha and tau are MI, angular acceleration and torque respectively of a body rotating about any axis with angular velocity omega , then