In circular motion, assuming `barv=barwxxbar r`, obtain an expressio for the resultantj acceleration of a particle in terms of tangential and radial component.

Write an expression for the resultant acceleration of a particle having non-uniform circular motion.

In a non uniform circular motion, the acceleration on the particle is

Assertion: In vertical circular motion, acceleration of bob at position A is greater than ' g' . Reason: Net acceleration at A is resultant of tangential and radial components of acceleration.

For a particle performing uniform circular motion vec(v)=vec(omega)xxvec(r) . Obtain an expression for linear acceleration of the particle performing non-uniform circular motion.

Is the acceleration of particle in uniform circular motion constant or vartiable?

The average acceleration vector for a particle having a uniform circular motion is

Assertion:- A particle is moving in a circle with constant tangential acceleration such that its speed v is increasing. Angle made by resultant acceleration of the particle with tangential acceleration increases with time. Reason:- Tangential acceleration =|(dvecv)/(dt)| and centripetal acceleration =(v^(2))/(R)

For a particle in circular motion the centripetal acceleration is

For a particle in a non-uniform accelerated circular motion