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A particle is in an infinite potential well of length L in a superpo and the second excited state. It is three times as likely that the particle is in the second excited state as in the ground state. Write down the possible wave function that could describe the particle at t= 0 b) What is the expected average energy of this system c) Write down the probability density of finding this particle at t>0.

A particle is in an infinite potential well of length L in a superpo and the second excited state. It is three times as likely that the particle is in the second excited state as in the ground state. Write down the possible wave function that could describe the particle at t= 0 b) What is the expected average energy of this system c) Write down the probability density of finding this particle at t>0.

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A particle is in an infinite potential well of length L in a superposition of the ground state and the second excited state. It is three times as likely that the particle is in the second excited state as in the ground state. Write down the possible wave function that could describe the particle at t= 0 b) What is the expected average energy of this system c) Write down the probability density of finding this particle at t>0. 19Gt) 2.
Transcribed Image Text:A particle is in an infinite potential well of length L in a superposition of the ground state and the second excited state. It is three times as likely that the particle is in the second excited state as in the ground state. Write down the possible wave function that could describe the particle at t= 0 b) What is the expected average energy of this system c) Write down the probability density of finding this particle at t>0. 19Gt) 2.
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