Chemical Engineering - Chemical Engineering Thermodynamics - Discussion
Discussion Forum : Chemical Engineering Thermodynamics - Section 3 (Q.No. 16)
16.
The standard Gibbs free energy change of a reaction depends on the equilibrium
Discussion:
6 comments Page 1 of 1.
Pawan Kumar Sharma said:
2 years ago
The standard-state free energy of the reaction is a measure of how far the standard state is from equilibrium.
Go = - RT ln K.
But the magnitude of Go depends on the temperature of the reaction.
Go = Ho - TSo.
As a result, the equilibrium constant must depend on the temperature of the reaction.
Go = - RT ln K.
But the magnitude of Go depends on the temperature of the reaction.
Go = Ho - TSo.
As a result, the equilibrium constant must depend on the temperature of the reaction.
(2)
Mohit said:
4 years ago
Please explain it.
KASAHUN GUYASA said:
4 years ago
Yes, the right Answer is D.
KASAHUN GUYASA said:
4 years ago
The standard Gibbs free energy, the function of T, P and composition, So, the answer is D.
(1)
INDRESH KUMAR said:
4 years ago
The standard Gibbs free energy is the function of temperature, pressure and composition.
So, option D is correct.
So, option D is correct.
Phani said:
6 years ago
All of the above D is the answer.
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