A gas consists of three atoms with access to three different quantum states with the same energy. How many different microstates can be formed from these quantum levels for the case of the Fermi-Dirac gas, where the atoms are differentiated but only one atom is allowed in each state.
A gas consists of three atoms with access to three different quantum states with the same energy. How many different microstates can be formed from these quantum levels for the case of the Fermi-Dirac gas, where the atoms are differentiated but only one atom is allowed in each state.
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A gas consists of three atoms with access to three different quantum states with the same energy. How many different microstates can be formed from these quantum levels for the case of the Fermi-Dirac gas, where the atoms are differentiated but only one atom is allowed in each state.
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