Which of the following can sometimes be 'zero' for a moving body ?
(i) average velocity
(ii) distance travelled
(iii) average speed
(iv) displacement

Distance Vs Displacement|Average Speed

Which of the following statements is incorrect? (i) Average velocity is path length divided by time interval. (ii) In general, speed is greater than the magnitude of the velocity. (iii) A particle moving in a given direction with a non-zero velocity can have zero speed. (iv) The magnitude of average velocity is the average speed.

Which of the following statements is incorrect? (i) Average velocity is path length divided by time interval. (ii) In general, speed is greater than the magnitude of the velocity. (iii) A particle moving in a given direction with a non-zero velocity can have zero speed. (iv) The magnitude of average velocity is the average speed.

Which of the two can be zero under certain conditions : average speed of a moving body or average velocity of a moving body ?

Which of the following statements is incorrect? (i) Average velocity is path length divided by time interval. (ii) In general, speed is greater than the magnitude of the velocity. (iii) Average velocity is diplacement divided by time interval. (iv) The magnitude of average velocity is the average speed.

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

A body have zero average velocity but not zero average speed. Justify.

In case of a moving body can distance travelling less than displacement?

For a moving particle, which of the following options may be correct? Here, V_(av) is average velocity and v_(av) the average speed.