Below is a graph of a potential, V(x), for some quantum mechanical system. Note that V(x) = ∞ for x ≤ 0. Select the best energy eigenstate wave function sketch that shows the important qualitative features of the wave function for the system with total energy E (where V₁ < E
Below is a graph of a potential, V(x), for some quantum mechanical system. Note that V(x) = ∞ for x ≤ 0. Select the best energy eigenstate wave function sketch that shows the important qualitative features of the wave function for the system with total energy E (where V₁ < E
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Transcribed Image Text:Below is a graph of a potential, V(x), for
some quantum mechanical system. Note
that V(x) = ∞ for x ≤ 0. Select the best
energy eigenstate wave function sketch
that shows the important qualitative
features of the wave function for the
system with total energy E (where V₁ < E
<V₁1)
A
4(x)
MAL
C.
4(x)
K(x)
00%
V₁
V
B.
$(x)
D.
*(x)
Ar
Transcribed Image Text:Choose the best explanation for your
answer to the previous question from the
choices below.
O The probability of measuring a particular
energy is time-independent.
Over time the wave function of the particle
will relax to the initial state.
O The probability of measuring a particular
energy is time-dependent.
Although the probability of measuring a
particular energy will vary in time, the
expectation value of energy is time-
independent.
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