A particle obeys the following v - t graph as shown. The average velocity over 30 s is

The velocity (v) - time (t) graph for a particle moving along x -axis is shown in the figure.The average velocity in the time interval t=0 to t=8s is 1) 4.5m/s 2) 2.5m/s 3) 5m/s 4) 2m/s

The velocity (v) - time (t) graph for a particle moving along x -axis is shown in the figure.The average velocity in the time interval t=0 to t=8s is 1) 4.5m/s 2) 2.5m/s 3) 5m/s 4) 2m/s

A particle moves rectilinearly possessing a parabolic s-t graph. Find the average velocity of the particle over a time interval from t = 1/2 s to t = 1.5 s.

A particle moves rectilinearly possessing a parabolic s-t graph. Find the average velocity of the particle over a time interval from t = 1/2 s to t = 1.5 s.

If velocity of a particle is given by v=(2t+3)m//s . Then average velocity in interval 0letle1 s is :

If velocity of a particle is given by v=(2t+3)m//s . Then average velocity in interval 0letle1 s is :

If velocity of a particle is given by v=(2t+3)m//s . Then average velocity in interval 0letle1 s is :

The v-t graph for a particle moving along x-axis is shown in the figure, find (a) Average velocity in the interval 0 to 8 s. (b) Average speed in the interval 0 to 8 s. (c) Average acceleration in the interval 0 to 4 s. (d) Instantaneous acceleration at t = 2.5 s.

The v-t graph for a particle moving along x-axis is shown in the figure, find (a) Average velocity in the interval 0 to 8 s. (b) Average speed in the interval 0 to 8 s. (c) Average acceleration in the interval 0 to 4 s. (d) Instantaneous acceleration at t = 2.5 s.