A particle of mass `1 kg` is moving X-axis. Its velocity is `6 m//s` at `x = 0`. Acceleration-displacement curve and potential energy-dispalcement curve of the particle are shown :
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If x,F and U denote the dispalcement, force acting on and potential energy of a particle then

A particle of mass 1 kg is moving in straight line and its acceleration v/s displacement graph is shown in figure. Work done by the force during x = 0 to x = 10 m is

The mass of particle is 1 kg it is moving along x- axis The period of its small osciltion is (pi)/(2) . Find the its potential energy:

A particle of mass 4g performs S.H.M. between x = -10 cm and x = + 10 cm along x-axis with frequency 60Hz, initially the particle is at x = +5 cm. Find velocity-displacement and acceleration displacement curve of this motion.

The particle moves with rectilinear motion given the acceleration-displacement (a-S) curve is shown in figure, determine the velocity after the particle has traveled 30 m. If the initial velocity is 10m/s