Assertion In circular motion, average speed and average velocity are never equal.
Reason In any curvilinear path, these two are never equal.

Statement I: In circular motion average speed and average velocity are never equal. Statement II: In any curvilinear path these two are never equal.

Are the magnitude of average speed and average velocity equal?

Average speed is equal to :

Are the magnitudes of average velocity and average speed equal?

Both average velocity and average in-stantaneous velocity are equal when a body is moving with

Assertion : In a uniform circular motion, the linear speed and angular speed of the body are constant. Reason : A body can move on a circular path without having acceleration.

For a body moving along a circular path the average velocity and average speed can never be equal

Assertion : On a curved path, average speed of a particle can never be equal to average velocity. Reason : Average speed is total distance travelled divided by total time. Whereas average velocity is, final velocity plus initial velocity divided by two.

Assertion : On a curved path, average speed of a particle can never be equal to average velocity. Reason : Average speed is total distance travelled divided by total time. Whereas average velocity is, final velocity plus initial velocity divided by two.