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

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 speed time graph of a ball of mass 30g moving along a straight line is shown in (figure). Calculate the opposing force that brings the ball to rest.

The velocity-time graph of a body is shown in the following graph. At point C A. the force acting on the body is zero B. only gravitational force is present C. the force opposes the motion of the body D. the force is maximum

The velocity time graph of a body represented as shown in Fig. Calculate the distance by the body in 5 second.

Velocity -time graph for a body of mass 10 kg is shown in figure. Work -done on the body in first two seconds of the motion is :

Velocity - time graph for a body of mass 10 kg is shown in figure. Work - done on the body in first two seconds of the motion is :

Velocity -time graph for a body of mass 10 kg is shown in figure. Work -done on the body in first two seconds of the motion is :