The wave function for the first excited state , for the simple harmonic oscillator is , = Axe-(ax/2), Normalize the wave function to find the value of the constant A. (Use the following as necessary: a) A = Determine (x), (x?), and V (x2) - (x)². (Use the following as necessary: a) (x) = (x2) =
The wave function for the first excited state , for the simple harmonic oscillator is , = Axe-(ax/2), Normalize the wave function to find the value of the constant A. (Use the following as necessary: a) A = Determine (x), (x?), and V (x2) - (x)². (Use the following as necessary: a) (x) = (x2) =
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![The wave function for the first excited state y, for the simple harmonic oscillator is y, = Axe (ax-/2), Normalize the wave function to find the value of the constant A. (Use the following as
necessary: a)
A%3D
Determine (x), (x-), and y (x2) - (x)². (Use the following as necessary: a)
(x)
(x?)
V (x?) - (x)? :
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Transcribed Image Text:The wave function for the first excited state y, for the simple harmonic oscillator is y, = Axe (ax-/2), Normalize the wave function to find the value of the constant A. (Use the following as
necessary: a)
A%3D
Determine (x), (x-), and y (x2) - (x)². (Use the following as necessary: a)
(x)
(x?)
V (x?) - (x)? :
Need Help?
Read It
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