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 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 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

In the given table Column I shows the different values of masses of the body. Column II shows the different values of angular speed of the body and Column III shows the radius of circle in which the body moves. Which combination has 0.199N as the centrepetal force?

In the given table Column I shows the different values of masses of the body. Column II shows the different values of angular speed of the body and Column III shows the radius of circle in which the body moves. Which combination has 0.13N as the centrepetal force?

Give alongside is the velocity-time graph for a moving body: Find : (i) Velocity of the body at point C. " " (ii) Acceleration acting on the body between A and B. " " (iii) Acceleration acting on the body between B and C.

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