When the potential energy of a system is independent of time, the wave function of the system:
A)is a constant.
B)is directly proportional to the time.
C)cannot be normalised.
D)depends only on the centre of mass, , of the system.
E)depends on the vector positions, i, of each particle in the system.

Question

When the potential energy of a system is independent of time, the wave function of the system:
A)is a constant. 
B)is directly proportional to the time. 
C)cannot be normalised. 
D)depends only on the centre of mass, , of the system. 
E)depends on the vector positions, i, of each particle in the system.

Quizplus · Accepted Answer

The Answer of When the potential energy of a system is independent of time, the wave function of the system:
A)is a constant. 
B)is directly proportional to the time. 
C)cannot be normalised. 
D)depends only on the centre of mass, , of the system. 
E)depends on the vector positions, i, of each particle in the system.

When the Potential Energy of a System Is Independent of Time