In an infinite square well there are two non-interacting particles each with a mass m. If one is in the state vn(e) = V sin (-) a(2) and the other is in the state ye (e+ n), calculate (r – 12)*), assuming a. they are distinguishable particles b. they are identical bosons c. they are identical fermions
In an infinite square well there are two non-interacting particles each with a mass m. If one is in the state vn(e) = V sin (-) a(2) and the other is in the state ye (e+ n), calculate (r – 12)*), assuming a. they are distinguishable particles b. they are identical bosons c. they are identical fermions
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Transcribed Image Text:In an infinite square well there are two non-interacting particles each with a
mass m. If one is in the state
n(1) = Va
%3D
and the other is in the state e (l +n), calculate ((r - 12)*), assuming
a. they are distinguishable particles
b. they are identical bosons
c. they are identical fermions
Show all working including appropriate integrations.
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