A particle of mass `1kg` moves from rest along a straight line due to acition of a force `F` which varies with the displacement `x` as shown in graph`- (` Use `(1)/(sqrt(2))=0.8 ` if needed `)`

A particle starting from rest moves along a straight line with constant acceleration for this velocity displacement graph will have the form-

A particle starting from rest moves along a straight line with constant acceleration for this velocity displacement graph will have the form-

A particle of mass m moving along a straight line experiences force F which varies with the distance x travelled as shown in the figure. If the velocity of the particle at x_(0)sqrt((2F_(0)x_(0))/m) , then velocity at 4x_(0) is

A body of mass 1kg is moving along a straight line with a velocity of 1m//s . The external force acting in the body is

The power supplied by a force acting on a particle moving in a straight line is constant. The velocity of the particle varies with the displacement x as :

The power supplied by a force acting on a particle moving in a straight line is constant. The velocity of the particle varies with the displacement x as :

A particle is moving along a straight line whose velocity - displacement graph is shown in figure. What is the acceleration when displacement is 3 m?

A particle is moving along a straight line whose velocity - displacement graph is shown in figure. What is the acceleration when displacement is 3 m?

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