Consider a system consisting of indistinguishable and non-interacting particles obeying classical statistics. Each particle can exist...

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Consider a system consisting of indistinguishable and non-interacting particles obeying classical statistics. Each particle can exist in only two states, one with energy - and the other with energy + ε. The grand canonical partition function of the system is given by: ZN Θ(α,β) = Σ N=0 N! -aN 1 where, Z₁ = Z₁ (B) is the single particle canonical partition function. As usual, -- Bu, where the kBT symbols have their usual meaning. Which of the following statement(s) is/are correct for this system? -a log₂ = 2e cosh (Be) (E)=−c(N)tanh(Be) □ (AN)² = (N) (AN)² = (AE)² - (AE)² Consider a system consisting of indistinguishable and non-interacting particles obeying classical statistics. Each particle can exist in only two states, one with energy - and the other with energy + ε. The grand canonical partition function of the system is given by: ZN Θ(α,β) = Σ N=0 N! -aN 1 where, Z₁ = Z₁ (B) is the single particle canonical partition function. As usual, -- Bu, where the kBT symbols have their usual meaning. Which of the following statement(s) is/are correct for this system? -a log₂ = 2e cosh (Be) (E)=−c(N)tanh(Be) □ (AN)² = (N) (AN)² = (AE)² - (AE)²

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