Question

11-4 Five indistinguishable particles are to be distributed among the four equally spaced energy levels shown in Fig. -2 with no restriction on the number of particles in each energy state. If the total energy is to be 1261. (a) specify the occupation number of each level for each macrostate, and (b) find the number of microstates for each macrostate, given the energy states represented in Fig. 11-2. 11-5 (a) Find the number of macrostates for an assembly of four particles distributed among two energy levels one of which is two-fold degenerate. (b) Find the thermody- namic probability of each macrostate if there is no restriction on the number of particles in each energy state and the particles are indistinguishable, (c) distinguishable. (d) Cal- culate the thermodynamic probability of the assembly for parts (b) and (

,:] g,-I (Nondegenerate), N, 5 Fig. 11-2 A schematic representation of a set of energy levels e, their degeneracies gj and their occupa tion numbers N.

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