The net power P of all the forces acting on a particle versus time curve is shown. Work done the particlce from A to B

A position dependent force F ia acting on a particle and its force-position curve is shown in the figure. Work done on the particle, when its displacement is from 0 to 5 m is

Area under power-time curve gives total work done

A particle is moving along a circle of fixed radius such thta the power 'P' delivered by all the forces acting on it varies with time t as shown in figure. The angular acceleration alpha of the particle varies as:

Position time graph of a particle of mass 2 kg is shown in figrure. Total work done on the particle from t=0 to t=4s is

The figure showns the force versus time graph for a particle. Find the average force acting on the particle

Force acting on a particle varies with displacement as shown in figure. Find the total work done by the force.

Single force is acting on a body and velocity versus time graph is as shown. The correct statement is

Force acting on a block versus time graph is as shown in figure Choose the correct options. (g = 10 m//s^(-2))

Three components of a force acting on a particle are varying according to the graphs as shown. To reach at point B(8, 20, 0)m from point A(0, 5, 12)m the particle moves on paths parallel to x-axis then y-axis and then z-axis, then work done by this force is: