There are two electrons in a one- dimensional box with a width of L. Write the energy eigenfunctions of the bottom state and the first excited state. Before you solve the problem, think about which coordinate system you use best represents the symmetry of the system.
There are two electrons in a one- dimensional box with a width of L. Write the energy eigenfunctions of the bottom state and the first excited state. Before you solve the problem, think about which coordinate system you use best represents the symmetry of the system.
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Transcribed Image Text:There are two electrons in a one-
dimensional box with a width of L.
Write the energy eigenfunctions of
the bottom state and the first
excited state. Before you solve the
problem, think about which
coordinate system you use best
represents the symmetry of the
system.
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