A particle of mass m moves in a one-dimensional potential which is zeroin the region Ixl < Q, and infinite outside this region. (a) Derive expressions for the normalised solutions of the Schrodinger equation and the corresponding energies. (b) Sketch the form of the wave functions for the four lowest energies. (c) What are the parities of the wave functions? [Notation: k2 = ZmE/h2. ]
A particle of mass m moves in a one-dimensional potential which is zeroin the region Ixl < Q, and infinite outside this region. (a) Derive expressions for the normalised solutions of the Schrodinger equation and the corresponding energies. (b) Sketch the form of the wave functions for the four lowest energies. (c) What are the parities of the wave functions? [Notation: k2 = ZmE/h2. ]
Related questions
Question
A particle of mass
m
moves in a
one-dimensional
potential which is
zeroin the region Ixl < Q,
and infinite
outside
this region.
(a) Derive expressions for the normalised solutions of the Schrodinger
equation and the corresponding energies.
(b) Sketch the form of the wave functions for the four lowest energies.
(c) What are the parities of the wave functions?
[Notation: k2 = ZmE/h2. ]
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