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A particle of mass m moves freely inside a symmetric infinite well of width a. At t= 0 it has the wave function: A Va A 1) Determine A so that the wavefunction is normalized. (x,0) O 3 37x 1 5a COS Cos COS 5лх

A particle of mass m moves freely inside a symmetric infinite well of width a. At t= 0 it has the wave function: A Va A 1) Determine A so that the wavefunction is normalized. (x,0) O 3 37x 1 5a COS Cos COS 5лх

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A. Time evolution in a symmetric well. A particle of mass m moves freely inside a symmetric infinite well of width a. At t = 0 it has the wave function: (x,0)= 1) Determine A so that the wavefunction is normalized. √a 3 37x 1 + 5a Cos cos Cos 57x a
Transcribed Image Text:A. Time evolution in a symmetric well. A particle of mass m moves freely inside a symmetric infinite well of width a. At t = 0 it has the wave function: (x,0)= 1) Determine A so that the wavefunction is normalized. √a 3 37x 1 + 5a Cos cos Cos 57x a
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