Chemical potential (an intensive property) of a substance is a force that drives the chemical system to equilibrium and is equal to its partial molar properties. The reatio of chemical potential to free energy of a pure substance at oconstant temperature and pressure is

Chemical Engineering Thermodynamics
Chemical potential (an intensive property) of a substance is a force that drives the chemical system to equilibrium and is equal to its partial molar properties. The reatio of chemical potential to free energy of a pure substance at oconstant temperature and pressure is

None of these

∞

1

None of these

∞

1

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Chemical Engineering Thermodynamics
Cv is given by

(∂E/∂P)V

(∂E/∂V)T

(∂E/∂T)V

(∂V/∂T)P

(∂E/∂P)V

(∂E/∂V)T

(∂E/∂T)V

(∂V/∂T)P

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Chemical Engineering Thermodynamics
Which of the following is not a reversible process ?

None of these

Atmospheric pressure vaporisation of water at 100°C

Expansion of an ideal gas against constant pressure

Solution of NaCl in water at 50°C

None of these

Atmospheric pressure vaporisation of water at 100°C

Expansion of an ideal gas against constant pressure

Solution of NaCl in water at 50°C

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Chemical Engineering Thermodynamics
Number of components (C), phase (P) and degrees of freedom (F) are related by Gibbs phase rule as

P = F - C - 2

F = C - P - 2

C = P - F + 2

P + F - C = 2

P = F - C - 2

F = C - P - 2

C = P - F + 2

P + F - C = 2

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Chemical Engineering Thermodynamics
Clayperon equation deals with the

Temperature dependence of heat of phase transition

Rate of change of vapour pressure with temperature

Effect of an inert gas on vapour pressure

Calculation of ΔF for spontaneous phase change

Temperature dependence of heat of phase transition

Rate of change of vapour pressure with temperature

Effect of an inert gas on vapour pressure

Calculation of ΔF for spontaneous phase change

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Chemical Engineering Thermodynamics
Translational kinetic energy of molecules of an ideal gas is proportional to (where, T = absolute temperature of the gas )

√T

1/√T

T

T²

√T

1/√T

T

T²

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Chemical Engineering Thermodynamics

Chemical Engineering Thermodynamics Cv is given by

Chemical Engineering Thermodynamics Which of the following is not a reversible process ?

Chemical Engineering Thermodynamics Number of components (C), phase (P) and degrees of freedom (F) are related by Gibbs phase rule as

Chemical Engineering Thermodynamics Clayperon equation deals with the

Chemical Engineering Thermodynamics Translational kinetic energy of molecules of an ideal gas is proportional to (where, T = absolute temperature of the gas )

Chemical Engineering Thermodynamics
Cv is given by

Chemical Engineering Thermodynamics
Which of the following is not a reversible process ?

Chemical Engineering Thermodynamics
Number of components (C), phase (P) and degrees of freedom (F) are related by Gibbs phase rule as

Chemical Engineering Thermodynamics
Clayperon equation deals with the

Chemical Engineering Thermodynamics
Translational kinetic energy of molecules of an ideal gas is proportional to (where, T = absolute temperature of the gas )