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A particle with mass m moves in a line which goes from a to b. We do not know the potential within that region, but we know the wave function of the particle: Ψ(x) = A/x where A is a normalization constant. Calculate the expectation value of the position of the particle within that region. Calculate also the normalization constant A.

A particle with mass m moves in a line which goes from a to b. We do not know the potential within that region, but we know the wave function of the particle: Ψ(x) = A/x where A is a normalization constant. Calculate the expectation value of the position of the particle within that region. Calculate also the normalization constant A.

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A particle with mass m moves in a line which goes from a to b. We do not know the potential
within that region, but we know the wave function of the particle: Ψ(x) = A/x where A is a
normalization constant. Calculate the expectation value of the position of the particle within
that region. Calculate also the normalization constant A.

moves in a line which goes from a to b. We do not know the potential we know the wave function of the particle: V(x) = A/x where A is a t. Calculate the expectation value of the position of the particle within also the normalization constant A.
Transcribed Image Text:moves in a line which goes from a to b. We do not know the potential we know the wave function of the particle: V(x) = A/x where A is a t. Calculate the expectation value of the position of the particle within also the normalization constant A.
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