A body is travelling in a straight line with uniformly increasing speed. Which one of the plots represents the changes in distance (s) travelled with time (t) ?

A body starting from the the rest moves along a straight line with constant acceleration. Which one of the following graphs represents the variation of speed(v) and distance(s)?

A body is moved in straight line by constant power of machine. What will be the relation between the travelling distance and time?

A body travelling along a straight line traversed one third of the total distance with a velocity 4m/s. The remaining part of the distance was covered with a velocity 1 m/s for half the time and with velocity 3 m/s for the other half of time. The mean velocity averaged over the whole time of motion is :

A body moving along a straight line travels one third of the total distance with a speed of 3.0 m s^(-1) . The remaining distance is covered with a speed of 4.0 m s^(-1) for half the time and 5.0 m s^(-1) for the other half of the time. The average speed during the motion is

The velocit-time graph of a body moving in a straight line is shown in Fig. 2 (d) . 32. Find the displacement and the distance travelled by the body in 6 seconds . .

A particle moves in a straight line and its speed depends on time as v=|2t-3|int vdt representsthe distance travelled of the particle then find the displacement of the particle in 5 s

A body travels along a straight line with uniform acceleration a_(1) for time t_(1) and with uniform acceleration a_(2) for time t_(2) for time t_(2) . What is the average acceleration?