The graph in Figure shows the positions of a body at different times. Calculate the speed of the body as it moves from (i) `A` to `B` (ii) `B` to `C` and (iii) `C` to `D`.

The graph given alongside shows the positions of a body at different times. Calculate the speed of the body as it moves from : (i) A to B, (ii) B to C, and (iii) C to D.

The graph shown in Fig. indicates the position of body at different positions. Calculate the speed of the body as it moves from (i) A to B, (ii) B to C and (iii) C to D.

In the figure, the displacement of a body is shown at different instants of time. (i) Calculate the velocity of the body as it moves for (a) 0s to 5 s, (b) 5 s to 7 s, and (c) 7 s to 9 s. (ii) Also, calculate the average velocity during the time interval 7 s to 9 s.

The following figure shows the velocity time graph of a body. According to this at the point B-

The speed time graph of a body of mass 50kg is shown in (figure). Calculate the force acting in the body (i)from 0 to 4s (ii)from 4 to 6s

(a) The figure shows the position time graph of a body moving along a straight line. i) Draw the velocity - time graph of the body.

The figure below shows the velocity-time graph of a body moving in a straight line. Find the total displacement of the body.

The figure shows the position time graph of a body moving along a straight line. ii) From the graph, find the displacement in 20 seconds.

The position - time graphs of two bodies A and B show in Which of these moves faster ? Explain.