Given the wavefunction Þ(x) = Axe-ax² that describes a state of a harmonic oscillator provided that the constant chosen correctly. Using the potential for a harmonic oscillator 1 1 U(x) =Kx² =mw?x² 2 where w = (a) Determine the amplitude A. (b) Show that the Schrödinger equation is satisfied when a = and 3 energy E =hw.
Given the wavefunction Þ(x) = Axe-ax² that describes a state of a harmonic oscillator provided that the constant chosen correctly. Using the potential for a harmonic oscillator 1 1 U(x) =Kx² =mw?x² 2 where w = (a) Determine the amplitude A. (b) Show that the Schrödinger equation is satisfied when a = and 3 energy E =hw.
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![1.
Given the wavefunction
p(x) = Axe-ax?
that describes a state of a harmonic oscillator provided that the constant a
chosen correctly. Using the potential for a harmonic oscillator
1
1
U(x) =Kx? =-mw?x?
2
2
where w = K
(a) Determine the amplitude A.
(b) Show that the Schrödinger equation is satisfied when a =
and
2h
energy E =hw.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9bdb540a-50ee-4458-a770-17b9fda54b9c%2Fa85308ce-1dea-427c-afbe-fb6d11bf64a9%2Fjbdjix4_processed.png&w=3840&q=75)
Transcribed Image Text:1.
Given the wavefunction
p(x) = Axe-ax?
that describes a state of a harmonic oscillator provided that the constant a
chosen correctly. Using the potential for a harmonic oscillator
1
1
U(x) =Kx? =-mw?x?
2
2
where w = K
(a) Determine the amplitude A.
(b) Show that the Schrödinger equation is satisfied when a =
and
2h
energy E =hw.
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