Question: The wave function 0 (x) = Ae -x2/2L 2 represents the ground-state energy of a harmonic oscillator. (a) Show that 1 (x) =
The wave function Ψ0(x) = Ae-x2/2L2 represents the ground-state energy of a harmonic oscillator.
(a) Show that Ψ1(x) = LdΨ0(x)/dx is also a solution of Schrödinger’s equation.
(b) What is the energy of this new state?
(c) From a look at the nodes of this wave function, how would you classify this excited state?
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a b We see from a that E 3 2 2mL 2 or three ... View full answer
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