(adsbygoogle = window.adsbygoogle || []).push({}); 1. The problem statement, all variables and given/known data

List all possible configurations for distinguishable particles, identical bosons and identical fermions where the system has a total energy of 2E and contains two non-interacting particles. The energy-level structure is 0, 1ER, 1EL and 2E (where 1ER and 1EL are degenerate).

2. Relevant equations

3. The attempt at a solution

I know the situation for distinguishable particles.

I think I know that bosons can be in the same quantum state, so that includes the possibility of the two particles both being in 1ER and then in 1ER (I make it four configurations in total).

What I don't know is whether the Pauli exclusion principle makes it impossible for the two fermions to be at the same energy level, if there are two degenerate levels with the same energy. Is it possible for them to be at a) 2E and 0, and b) 1ER and 1EL...or does the exclusion principle cancel that possibility?

Thanks

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# Homework Help: Behaviour of bosons

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