If the heat of solution of an ideal gas in a liquid is negative, then its solubility at a given partial pressure varies with the temperature as

Chemical Engineering Thermodynamics
If the heat of solution of an ideal gas in a liquid is negative, then its solubility at a given partial pressure varies with the temperature as

Solubility is independent of temperature

Solubility increases as temperature decreases

Solubility increases as temperature increases

Solubility increases or decreases with temperature depending on the Gibbs free energy change of solution

Solubility is independent of temperature

Solubility increases as temperature decreases

Solubility increases as temperature increases

Solubility increases or decreases with temperature depending on the Gibbs free energy change of solution

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Chemical Engineering Thermodynamics
With increase in reduced temperature, the fugacity co-efficient of a gas at constant reduced pressure

Remains same

Decreases

Decreases linearly

Increases

Remains same

Decreases

Decreases linearly

Increases

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Chemical Engineering Thermodynamics
In a reversible chemical reaction (where, Δx = number of moles of products-number of moles of reactants )

Pressure has no effect on equilibrium, when Δn = 0

Addition of inert gas favours the forward reaction, when Δx is positive

Addition of inert gas has no effect on the equilibrium constant at constant volume for any value of Δx (+ ve, - ve) or zero)

All of these

Pressure has no effect on equilibrium, when Δn = 0

Addition of inert gas favours the forward reaction, when Δx is positive

Addition of inert gas has no effect on the equilibrium constant at constant volume for any value of Δx (+ ve, - ve) or zero)

All of these

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Chemical Engineering Thermodynamics
Duringthe phase transition, __________ changes.

Pressure

All of these

Volume

Temperature

Pressure

All of these

Volume

Temperature

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Chemical Engineering Thermodynamics
For any system, what is the minimum number of degrees of freedom?

3

1

0

2

3

1

0

2

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Chemical Engineering Thermodynamics
The following heat engine produces power of 100000 kW. The heat engine operates between 800 K and 300 K. It has a thermal efficiency equal to 50% of that of the Carnot engine for the same temperature. The rate at which heat is absorbed from the hot reservoir is

100, 000 kW

200, 000 kW

320, 000 kW

160, 000 kW

100, 000 kW

200, 000 kW

320, 000 kW

160, 000 kW

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Chemical Engineering Thermodynamics

Chemical Engineering Thermodynamics If the heat of solution of an ideal gas in a liquid is negative, then its solubility at a given partial pressure varies with the temperature as

Chemical Engineering Thermodynamics With increase in reduced temperature, the fugacity co-efficient of a gas at constant reduced pressure

Chemical Engineering Thermodynamics In a reversible chemical reaction (where, Δx = number of moles of products-number of moles of reactants )

Chemical Engineering Thermodynamics Duringthe phase transition, __________ changes.

Chemical Engineering Thermodynamics For any system, what is the minimum number of degrees of freedom?

Chemical Engineering Thermodynamics The following heat engine produces power of 100000 kW. The heat engine operates between 800 K and 300 K. It has a thermal efficiency equal to 50% of that of the Carnot engine for the same temperature. The rate at which heat is absorbed from the hot reservoir is

Chemical Engineering Thermodynamics
If the heat of solution of an ideal gas in a liquid is negative, then its solubility at a given partial pressure varies with the temperature as

Chemical Engineering Thermodynamics
With increase in reduced temperature, the fugacity co-efficient of a gas at constant reduced pressure

Chemical Engineering Thermodynamics
In a reversible chemical reaction (where, Δx = number of moles of products-number of moles of reactants )

Chemical Engineering Thermodynamics
Duringthe phase transition, __________ changes.

Chemical Engineering Thermodynamics
For any system, what is the minimum number of degrees of freedom?

Chemical Engineering Thermodynamics
The following heat engine produces power of 100000 kW. The heat engine operates between 800 K and 300 K. It has a thermal efficiency equal to 50% of that of the Carnot engine for the same temperature. The rate at which heat is absorbed from the hot reservoir is