3. A particle of mass confined to move on a sphere of radius R is in the state (,,t=0) = N cos(6) cos(o). What is the probabilit of measuring the square of the total angular momentum magnitude to be 6ħ²? What is the probability that a measurement of the position of the particle finds 0 ≤ 04?
3. A particle of mass confined to move on a sphere of radius R is in the state (,,t=0) = N cos(6) cos(o). What is the probabilit of measuring the square of the total angular momentum magnitude to be 6ħ²? What is the probability that a measurement of the position of the particle finds 0 ≤ 04?
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Transcribed Image Text:3. A particle of mass confined to move on a sphere of radius R is in the state (0, 0, t = 0) = N cos² (0) cos(). What is the probability
of measuring the square of the total angular momentum magnitude to be 6ħ²? What is the probability that a measurement of the
position of the particle finds 0 ≤ ≤ π/4₂
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