During a accelerated motion of a particle

STATEMENT -1 : In non - uniform circular motion acceleration of a particles is along the tangent of the circle . STATEMENT -2 : In uniform circular motion acceleration of a particle is zero . STATEMENT -3 : In no - uniform circular motion acceleration of a particle is towards the centre of the circle.

STATEMENT -1 : In non - uniform circular motion acceleration of a particles is along the tangent of the circle . STATEMENT -2 : In uniform circular motion acceleration of a particle is zero . STATEMENT -3 : In no - uniform circular motion acceleration of a particle is towards the centre of the circle.

During uniform circular motion of a particle

During uniform circular motion of a particle

The tangential and radial acceleration of a particle are a(t) and a(r) respectively. The motion of a particle is circular if

Derive expressions for displacement, velocity and acceleration of a particle executing simple harmonic motion.

The angle between velocity and acceleration of a particle describing uniform circular motion is

The angle between velocity and acceleration of a particle describing uniform circular motion is