Question: (a) Using the potential energy U = 1/2m 2 x 2 , develop the Schrdinger equation for the harmonic oscillator. (b) Show by substitution that

(a) Using the potential energy U = 1/2mω2x2, develop the Schrödinger equation for the harmonic oscillator.
(b) Show by substitution that ψ0(x) = A0e-a^2x^2/2 satisfies your equation, where α2 = mω/ℏ and the energy is given by Equation 35.7 with n = 0. (c) Find the normalization constant A0. You then have the ground-state wave function for the harmonic oscillator.

E, = (n + )ho (35.7)

E, = (n + )ho (35.7)

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a The Schrdinger equation for the harmonic oscillator is given by 22m d2dx2 x 1... View full answer

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