Fig. 2 (b). 12` shows thae distance (S) -time (t) graphs of two trains, which start moving simultaneously in the same direetion. From the graphs, find:
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(a) How much (B) is ahead of (A) when motion starts
(b) What is the speed of (B) ?
( c) What and where (A) will catch (B) ? `
(d) What is the differnce in speeds of (A) and (B) ? lt

The figure given below shows the distance-time graph of the two cars, which began their journey together, in the same direction, from different points of start. (i) find the speed of car X and Car Y. (ii) When and where will car Y catch car X?

Figure shows the distance-time graph for the motion of two vehicles A and B. Which one of them is moving faster? Distance-time graph for the motion of two cars

A velocity-time graph of two vehicals A & B starting from rest at the same time is given in the figure. The statements which is correct from graph.

Fig 1.11 show the distance - time graphs of three A,B and C. Study the graph and answer the following question : How far has C travelled when B passes A ?

Draw a distance-time graph to show the motion of a car moving with a speed which is not constant (non-uniform speed).

Given below as Figure 13.8 is the distance-time graph of the motion an object. (i) What will be the position of the object at 20s? (ii) What will be the distance travelled by the object in 12s? (iii) What is the average speed of the object?

Two cars, A and B, are traveling in the same direction. Although car A is 186 m behind car B. The speed of A is 24.4 m/s, and the speed of B is 18.6 m/s. How much time does it take for A to catch B?

The fig. shows the v-t graph of a particle moving in straight line. Find the time when particle returns to the starting point.

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 ?