Let it be given in the form of s - S(U,V,N) = Nk , in U + aN Here co, a and b are constants, S is the entropy of the system, N is the total number of particles, U (equals E here) is the total energy and V is the volume. Find the equation of state (relationship between pressure, temperature and volume) of this system.

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Let it be given in the form of s = s(u,v, N) = Nk,
- bN
U + aN/V
Here
In
N
cO, a and b are constants, S is the entropy of the system, N is the total
number of particles, U (equals E here) is the total energy and V is the
volume. Find the equation of state (relationship between pressure,
temperature and volume) of this system.
Transcribed Image Text:Let it be given in the form of s = s(u,v, N) = Nk, - bN U + aN/V Here In N cO, a and b are constants, S is the entropy of the system, N is the total number of particles, U (equals E here) is the total energy and V is the volume. Find the equation of state (relationship between pressure, temperature and volume) of this system.
V – bN
U + aN ² /V
S = S (U ,V , N) = Nk l
+ C, N.
N
Transcribed Image Text:V – bN U + aN ² /V S = S (U ,V , N) = Nk l + C, N. N
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