Consider a system consisting of four non- interacting particles such that each particle can occupy any...

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Consider a system consisting of four non- interacting particles such that each particle can occupy any of the non- degenerate energies 0.E. 2 .3 . 4 .......... Which of the following statement(s) is/are correct? If they are classical distinguishable particles & total energy of the system is 10; then the entropy of the system is keln(4) If they are classical distinguishable particles & total energy of the system is 10; then the entropy of the system is k ln(286). If the particles are fermions & total energy of the system is 10; then the entropy of the system is 0. If the particles are fermions & total energy of the system is 6e; then the entropy of the system is 0. Consider a system consisting of four non- interacting particles such that each particle can occupy any of the non- degenerate energies 0.E. 2 .3 . 4 .......... Which of the following statement(s) is/are correct? If they are classical distinguishable particles & total energy of the system is 10; then the entropy of the system is keln(4) If they are classical distinguishable particles & total energy of the system is 10; then the entropy of the system is k ln(286). If the particles are fermions & total energy of the system is 10; then the entropy of the system is 0. If the particles are fermions & total energy of the system is 6e; then the entropy of the system is 0.

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