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Entropy change for changing volume. Reversible, isothermal, isochoric “compression”. Rev., isothermal, isobaric expansion. Irreversible, isothermal expansion. X. Boltzmann distribution for changing volume. X. Boltzmann entropy for changing volume. low q. q is a measure for the number
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Entropy change for changing volume Reversible, isothermal, isochoric “compression” Rev., isothermal, isobaric expansion Irreversible, isothermal expansion
X Boltzmann distribution for changing volume
X Boltzmann entropy for changing volume low q q is a measure for the number of thermally accessible states high q
Two ways to increase Boltzmann entropy (for 4 CVvalues)