Question

Please show details steps and explanation, label each part ,thank you very much!

Consider the normalized state for a quantum mechanical particle of mass μ con- strained to move on a circle of radius ro, giv

a)

If you measured the z-component of angular momentum to be 3h, what would the state of the particle be immediately after the m

b)

If you measured the z-component of angular momentum at some time tメ0, what is the probability that you would obtain 3h?

Consider the normalized state for a quantum mechanical particle of mass μ con- strained to move on a circle of radius ro, given by:
If you measured the z-component of angular momentum to be 3h, what would the state of the particle be immediately after the measurement is made?
If you measured the z-component of angular momentum at some time tメ0, what is the probability that you would obtain 3h?
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Answer #1


(a) On measuring momentum the 2-Component of angular of the Kesu lt and the enlues cellapses to cesxestonding genunctions ace

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Please show details steps and explanation, label each part ,thank you very much! a) b) Consider the normalized state for a quantum mechanical particle of mass μ con- strained to move on a circle of...
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