Question: help asap Consider a system divided into two subsystems, A and B, which is initially not at thermal equilibrium. Subsystem A has 4 particles, and

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Consider a system divided into two subsystems, A and B, which is initially not at thermal equilibrium. Subsystem A has 4 particles, and subsystem B has 4 particles. The two subsystems may exchange heat but not particles. The total energy in the system is 10. For Boltzmann's constant, use k=1. 1a. Initially subsystem A has 7 bits of energy. What is the multiplicity of subsystem A ? W= Tries 0/3 1b. If subsystem A has 7 bits of energy, what is the multiplicity of subsystem B B= Tries 0/3 1c. If subsystem A has 7 bits of energy, what is the total multiplicity of subsystems A AND B ? W=

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