The speed time graph of a body is shown in Figure. Observer the graph carefully and answer the following :
(i) What kinds of motion are represented by `OP, PQ` and `QR` ?
(ii) Calculate acceleration of the body for the first `2 sec`.
(iii) Calculate retardation of body from `8 s` to `14 s`.

The speed time graph of a body of mass 300g is shown in (fugure). Calculate the force actiong on the body.

If velocity-time graph of a body is as shown in figure, what is the nature of motion ?

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

The distance- time graph of a body is as shown in the figure. The part of the graph that represent the unifrom speed of the body is

The velocity-time graph of a body is shown in . The displacement of the body in 8 s is. .

The displacement-time graph of a body is shown in the figure below. The part of the graph that represents the uniform motion of the body is _________

The velocity time graphs of two bodies A and B are shown in Figure. Observe these graphs carefully and answer the following questions : (i) From the shape of graphs, what is nature of motion of A and B (ii) What do you infer from the slopes of the graphs ? (iii) What are the initial velocities of A and B ? (iv) What is acceleration of A ? (v) What is acceleration of B ? (vi) What distance is travelled by B before coming to rest ? (vii) At what time will the two bodies have equal velocity ?

Study the speed time graph of a body shown in Figure. and answer the following questions: (a) What type of motion is represented by OA ? (b) What type of motion is represented by AB ? ( c ) What type of motion is represented by BC ? (d) Find out acceleration of the body. (e) Find out retardation of the body . (f) Find out the distance travelled by the body from A to B