Potential energy curve `U` of a particle as function of the position of a particle is shown. The particle has total mechanical energy `E` of `3.0` joules. Then select correct alternative.

The value of total mechanical energy of a particle is SHM is

The value of total mechanical energy of a particle is SHM is

Consider the following sketch of potential energy for a particle as a function of position. There are no dissipative forces or internal sources of energy. What is the minimum total mechanical energy that the particle can have if you know that it has travelled over the entire region of X shown?

Consider the following sketch of potential energy for a particle as a function of position. There are no dissipative forces or internal sources of energy. What is the minimum total mechanical energy that the particle can have if you know that it has travelled over the entire region of X shown?

Consider the following sketch of potential energy for a particle as a function of position. There are no dissipative forces or internal sources of energy. What is the minimum total mechanical energy that the particle can have if you know that it has travelled over the entire region of X shown?

The potential energy of a simple harmonic oscillator when the particle is half way to its end point is……….(where E is total (mechanical) energy)

The figure below shows a graph of potential energy U(s) verses position x for a particle executing on edimensional motion along the x axis. The total mechanical energy of the system is indicated by the dashed line. At t=0 the particle is somewhere between points A and G. For later times choose the correct statement:-

The figure below shows a graph of potential energy U(s) verses position x for a particle executing on edimensional motion along the x axis. The total mechanical energy of the system is indicated by the dashed line. At t=0 the particle is somewhere between points A and G. For later times choose the correct statement:-

The figure below shows a graph of potential energy U(x) verses position x for a particle executing one dimensional motion along the x axis. The total mechanical energy of the system is indicated by the dashed line. At t=0 the particle is somewhere between points A and G. For later times choose the correct statement:-

The potential energy of a particle moving along y axis is given by U(y)= 3y^4+12y^2 ,(where U is in joule and y is in metre). If total mechanical energy is 15 joule, then limits of motion are