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At t=0, the wavefunction of an otherwise free particle confined between two infinite 3nx sin L walls at x=0 and x= L is y(x,t=0)= sin Its wave function at a mL later time t = is 47h

At t=0, the wavefunction of an otherwise free particle confined between two infinite 3nx sin L walls at x=0 and x= L is y(x,t=0)= sin Its wave function at a mL later time t = is 47h

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At t =0, the wavefunction of an otherwise free particle confined between two infinite 3nx sin L walls at x=0 and x= L is y (x,t = 0)= =s sin Its wave function at a later time t = is 4πh
Transcribed Image Text:At t =0, the wavefunction of an otherwise free particle confined between two infinite 3nx sin L walls at x=0 and x= L is y (x,t = 0)= =s sin Its wave function at a later time t = is 4πh
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