Assertion : The instantaneous velocity is given by the limiting value of the average velocity as the time interval approaches zero.
Reason : The direction of the average velocity is same as that of displacement.

Assertion :- The displacement always equals the product of the average velocity and the time interval. Reason :- The average velocity always equals the mean value of the initial and final velocities.

Assertion :- The displacement always equals the product of the average velocity and the time interval. Reason :- The average velocity always equals the mean value of the initial and final velocities.

Assertion :- The displacement always equals the product of the average velocity and the time interval. Reason :- The average velocity always equals the mean value of the initial and final velocities.

Assertion : The average speed of an object is greater than or equal to the magnitude of the average velocity over a given time interval. Reason : The two are equal only if the path length is equal to the magnitude of displacement.

Assertion : The average speed of an object is greater than or equal to the magnitude of the average velocity over a given time interval. Reason : The two are equal only if the path length is equal to the magnitude of displacement.

If magnitude of average speed and average velocity over a time interval are same, then

If magnitude of average speed and average velocity over a time interval are same, then

Distinguish between instantaneous velocity and average velocity.

Can the instantaneous velocity of an object during a time interval ever be greater in magnitude than average velocity over the entire interval?Can it be less?