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

In the following questions, a statement of assertion is followed by a statement of reason (R). Mark the correct choice as : Assertion. In a non-uniform circular motion, the acceleration of the particle is equal to sum of the tangential acceleration and the centripetal acceleration. Reason. The two accelerations are perpendicular to each other.

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.

What is non uniform circular motion?

Assertion (A) The speed of a body in uniform circular motion is constant. Reason ( R) In uniform circular motion, the acceleration of the body is constant .

Statement 1 represents Assertion, statement 2 represent Reasons . Statement I : In a non uniform circular motion, a body has one acceleration along the tangent to the circle and the other acceleration acts towards the centre of the circular motion . Setement 2: The magnitude and direction of the velocity of the body change with time in the non-uniform circular motion.

In uniform circular motion of a particle

In uniform circular motion of a particle