A potential energy curve `U(x)` is shown in the figure. What value must the mechanical energy `E_(mec)` of the particle not exceed, if the particle is to be trapped within the region shown in graph?
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A particle with total energy E is moving in a potential energy region U(x). Motion of the particle is restricted to the region when

A particle with total energy E is moving in a potential energy region U(x).Motion of the particle is restricted to the region when

A particle with total energy E is moving in a potential energy region U(x). Motion of the particle is restricted to the region when

The potential energy of a particle varies with distance x as shown in the graph. The force acting on the particle is zero at

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?

A particle with total energy E moves in one direction in a region where, the potential energy is U The acceleration of the particle is zero, where,