Suppose that a particle is trapped in a box. How does the spacing in energy between adjacent energy levels change as the quantum number identifying a level increases?
A) The spacing decreases.
B) The spacing increases.
C) The spacing alternately increases and decreases, depending on whether the wave function is a sine or a cosine function.
D) The spacing remains constant.

Question

Quizplus · Accepted Answer

The Answer of Suppose that a particle is trapped in a box. How does the spacing in energy between adjacent energy levels change as the quantum number identifying a level increases?
A) The spacing decreases.
B) The spacing increases.
C) The spacing alternately increases and decreases, depending on whether the wave function is a sine or a cosine function.
D) The spacing remains constant.

Suppose That a Particle Is Trapped in a Box