When can the speed and average speed of a vehicle be equal?

The average speed of gas molecules is equal to

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

STATEMENT - 1 : A particle is projected vertically upwards with speed v. Starting from initial point, its average velocity is less than average speed than average speed when particle is returning back to ground. and STATEMENT - 2 : When particle turns back, its displacement is less than distance covered.

For finding average speed of a vehicle covering equal distances in different time intervals, we prefer to use (a) A.M. (b) G.M. (c) H.M. (d) Median

How is average speed obtained ?

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.

When is the average speed of an object equal to the magnitude of its average velocity ? Give reason also.

Displacement || Average speed

A circular track of radius 600 m is to be designed for vehicles passing at an average speed of 54 km/hr. The required angle of banking is :