The curves for potential energy ( U ) and kinetic energy `(E_(k))` of a two particle system are shown in figure. At what points the system will be bound?

Figure shows the kinetic energy (E_(k)) and potential energy ( E_(p) ) curves for a two-particle system. Name the point at which the system is a bound system.

Figure shows the kinetic energy (E_(k)) and potential energy ( E_(p) ) curves for a two-particle system. Name the point at which the system is a bound system.

Figure shows the kinetic energy (E_(k)) and potential energy ( E_(p) ) curves for a two-particle system. Name the point(s) at which the system is a bound system.

Figure shows the kinetic energy (E_(k)) and potential energy ( E_(p) ) curves for a two-particle system. Name the point(s) at which the system is a bound system.

The variation of potential energy U of a system is shown in figure. The force acting on the system is best represented by

The variation of potential energy U of a system is shown in figure. The force acting on the system is best represented by

Kinetic Energy Of Two Particle System Relative To Centre Of Mass Frame

Potential energy and kinetic energy of a two particle system under imaginary force field are shown by curves KE and PE. respectively in figure. This system is bound at :

Find the electrostatic potential energy of the system shown in the figure