The internal energy of an ideal gas, dependin on entropy, volume and number of particles, is 3h?N $/3 2S U (S, V, N) = given in the form of Of this gas: A) Its temperature, B) Pressure, C) Equation of state, D) Its chemical potential and E) Find its free energy. exp 2/3 4 mV 3 Nk. 3 B
The internal energy of an ideal gas, dependin on entropy, volume and number of particles, is 3h?N $/3 2S U (S, V, N) = given in the form of Of this gas: A) Its temperature, B) Pressure, C) Equation of state, D) Its chemical potential and E) Find its free energy. exp 2/3 4 mV 3 Nk. 3 B
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Transcribed Image Text:The internal energy of an ideal gas, depending
on entropy, volume and number of particles, is
3h?N $/3
2S
5
U (S, V, N) =
given in the form of
Of this gas:
A) Its temperature,
B) Pressure,
C) Equation of state,
D) Its chemical potential and
E) Find its free energy.
exp
2/3
4 mV
3 Nk
B
3
Transcribed Image Text:513
3h N5/3
5
f U (S, V, N) =
4 mV
exp
2/3
3 Nk
3
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