Position-time graph of a particle in motion is shown in fig. Calculate -

(i) Total distance covered
(ii) Displacement
(iii) Average speed
(iv) Average velocity.

s-t graph of a particle in motion is shown in Fig. Calculate Average speed

s-t graph of a particle in motion is shown in Fig. Calculate Average speed

s-t graph of a particle in motion is shown in Fig. Calculate Total covered distance

s-t graph of a particle in motion is shown in Fig. Calculate Total covered distance

s-t graph of a particle in motion is shown in Fig. Calculate Displacement

s-t graph of a particle in motion is shown in Fig. Calculate Displacement

s-t graph of a particle in motion is shown in Fig. Calculate Average velocity

s-t graph of a particle in motion is shown in Fig. Calculate Average velocity

A cyclist moving an a circular track of radius 50 m completes one revolution in 2 minutes . What is his (i) distance covered (ii) dislacement (iii) average speed (iv) average velocity, in one full revolution.

A body rises vertically up to a height of 125 m in 5 s and then comes back at the point of projection. Find: (i) the total distance travelled, (ii) the displacement, (iii) the average speed and (iv) the average velocity of the body.