A particle is moving under the effect of a single conservative force,whose potential energy depends on position

In the figure the variation of potential energy of a particle of mass m = 2kg is represented w.r.t. its x-coordinate. The particle moves under the effect of this conservative force along the x-axis. x = - 5m and x = 10 m position of the particle are respectively of

The variation of potential energy of a particle of mass m = 5kg to its x-coordinate . The particle moves under the effect of this conservative force only along the x-axis. Then, choose the correct option.

A particle moves in one dimension in a conservation force field. The potential energy is depicted in the graph below. If the particle starts to move from rest from the point A , then

A particle moves in one dimension in a conservation force field. The potential energy is depicted in the graph below. If the particle starts to move from rest from the point A , then

As a particle moves along the x- axis, it is acted upon by a conservative force. The potential energy is shown below as a function of the coordinate x of the particle. Rank the labelled regions accoeording to the magnitude of force, least to greatest.

A body of mass 2 kg is moving under the influence of a central force whose potential energy is given by U = 2r^(3) J . If the body is moving in a circular orbit of 5 m , its energy will be a) 625 J b) 250 J c) 500 J d) 125 J

In the figure, the variation of potential energy of a particle of mass m = 2kg is represented with respect to its x-coordinate. The particle moves under the effect of this conservative force along the X-axis. If the particle is released at x = 2 + Delta where Delta rarr 0 (it is positive), then its maximum speed in subsequent motion will be

In figure, the variation of potential energy of a particle of mass m=2kg is represented w.r.t its x-coordinate. The particle moves under the effect of the conservative force along the x-axis. Which of the following statements is incorrect about the particle?

For a particle moving under the action of a variable force, kinetic energy (k) varsus position (x) graph is given, then

For a particle moving under the action of a variable force, kinetic energy (k) versus position (x) graph is given, then