For water at 300°C, it has a vapour pressure 8592.7 kPa and fugacity 6738.9 kPa Under these conditions, one mole of water in liquid phase has a volume of 25.28 cm³ and that in vapour phase in 391.1 cm³.Fugacity of water (in kPa) at 9000 kPa will be

Chemical Engineering Thermodynamics
For water at 300°C, it has a vapour pressure 8592.7 kPa and fugacity 6738.9 kPa Under these conditions, one mole of water in liquid phase has a volume of 25.28 cm³ and that in vapour phase in 391.1 cm³.Fugacity of water (in kPa) at 9000 kPa will be

6738.9

7058.3

6753.5

9000

6738.9

7058.3

6753.5

9000

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Chemical Engineering Thermodynamics
What is the degree of freedom for a system comprising liquid water equilibrium with its vapour?

0

2

3

1

0

2

3

1

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Chemical Engineering Thermodynamics
Heat of reaction is

Dependent on both pressure and temperature

Dependent on temperature only

Independent of temperature changes

Dependent on pressure only

Dependent on both pressure and temperature

Dependent on temperature only

Independent of temperature changes

Dependent on pressure only

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Chemical Engineering Thermodynamics
The third law of thermodynamics states that the

None of these

Heat transfer from low temperature to high temperature source is not possible without external work

Gases having same reduced properties behave similarly

Heat capacity of a crystalline solid is zero at absolute zero temperature

None of these

Heat transfer from low temperature to high temperature source is not possible without external work

Gases having same reduced properties behave similarly

Heat capacity of a crystalline solid is zero at absolute zero temperature

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Chemical Engineering Thermodynamics
The unity of Planck's constant 'h' in the equation, E = hv is

J/s

Kmol/J

J.S

J/kmol

J/s

Kmol/J

J.S

J/kmol

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Chemical Engineering Thermodynamics
Consider the reaction, C + O₂ ⇋ CO₂ ;ΔH = - 94 kcal. What will be the value of ΔH for the reaction CO₂ → C + O₂?

-94 kcal

> 94 kcal

+ 94 kcal

< -94 kcal

-94 kcal

> 94 kcal

+ 94 kcal

< -94 kcal

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Chemical Engineering Thermodynamics

Chemical Engineering Thermodynamics For water at 300°C, it has a vapour pressure 8592.7 kPa and fugacity 6738.9 kPa Under these conditions, one mole of water in liquid phase has a volume of 25.28 cm³ and that in vapour phase in 391.1 cm³.Fugacity of water (in kPa) at 9000 kPa will be

Chemical Engineering Thermodynamics What is the degree of freedom for a system comprising liquid water equilibrium with its vapour?

Chemical Engineering Thermodynamics Heat of reaction is

Chemical Engineering Thermodynamics The third law of thermodynamics states that the

Chemical Engineering Thermodynamics The unity of Planck's constant 'h' in the equation, E = hv is

Chemical Engineering Thermodynamics Consider the reaction, C + O₂ ⇋ CO₂ ;ΔH = - 94 kcal. What will be the value of ΔH for the reaction CO₂ → C + O₂?

Chemical Engineering Thermodynamics
For water at 300°C, it has a vapour pressure 8592.7 kPa and fugacity 6738.9 kPa Under these conditions, one mole of water in liquid phase has a volume of 25.28 cm³ and that in vapour phase in 391.1 cm³.Fugacity of water (in kPa) at 9000 kPa will be

Chemical Engineering Thermodynamics
What is the degree of freedom for a system comprising liquid water equilibrium with its vapour?

Chemical Engineering Thermodynamics
Heat of reaction is

Chemical Engineering Thermodynamics
The third law of thermodynamics states that the

Chemical Engineering Thermodynamics
The unity of Planck's constant 'h' in the equation, E = hv is

Chemical Engineering Thermodynamics
Consider the reaction, C + O₂ ⇋ CO₂ ;ΔH = - 94 kcal. What will be the value of ΔH for the reaction CO₂ → C + O₂?