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5) For a particle confined in a 1-D box between z = 0 and z = a, if the particle is in the stationary state corresponding to n = 2, it's average postion has a probability distribution with a peak at z = a/2 is z = a/2 is z= a/4 and z = 3a/4 differs from what it would be if the particle were in the stationary state corresponding to n =1

5) For a particle confined in a 1-D box between z = 0 and z = a, if the particle is in the stationary state corresponding to n = 2, it's average postion has a probability distribution with a peak at z = a/2 is z = a/2 is z= a/4 and z = 3a/4 differs from what it would be if the particle were in the stationary state corresponding to n =1

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5) For a particle confined in a 1-D box between z = 0 and a = a, if the particle is in the stationary state corresponding to n = 2, it's average position has a probability distribution with a peak at a = a/2 is a = a/2 is z = a/4 and a = 3a/4 differs from what it would be if the particle were in the stationary state corresponding ton =1
Transcribed Image Text:5) For a particle confined in a 1-D box between z = 0 and a = a, if the particle is in the stationary state corresponding to n = 2, it's average position has a probability distribution with a peak at a = a/2 is a = a/2 is z = a/4 and a = 3a/4 differs from what it would be if the particle were in the stationary state corresponding ton =1
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