A perfectly insulated container of volume V is divided into two equal halves by a partition. One side is under vacuum, while the other side has one mole of an ideal gas (with constant heat capacity) at 298 K. If the partition is broken, the final temperature of the gas in the container

Stoichiometry
A perfectly insulated container of volume V is divided into two equal halves by a partition. One side is under vacuum, while the other side has one mole of an ideal gas (with constant heat capacity) at 298 K. If the partition is broken, the final temperature of the gas in the container

Will be less than 298 K

Will be greater than 298 K

Can not be determined

Will be 298 K

Will be less than 298 K

Will be greater than 298 K

Can not be determined

Will be 298 K

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Stoichiometry
The heat capacity of a solid compound is approximately equal to the sum of the heat capacities of the constituent elements. This is the statement of

Kopp's rule

Law of Petit and Dulong

Nearnst heat theorem

Trouton's rule

Kopp's rule

Law of Petit and Dulong

Nearnst heat theorem

Trouton's rule

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Stoichiometry
A butane isomerisation process produces 70 kmole/hr of pure isobutane. A purge stream removed continuously, contains 85% n-butane and 15% impurity (mole%). The feed stream is n-butane containing 1% impurity (mole%). The flow rate of the purge stream will be

6 kmole/hr

3 kmole/hr

4 kmole/hr

5 kmole/hr

6 kmole/hr

3 kmole/hr

4 kmole/hr

5 kmole/hr

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Stoichiometry
Colligative properties of a dilute solution are those, which depend entirely upon the

Number of solute molecules contained in a given volume of the solvent

None of these

Constitution of the solute

Chemical composition of the solute

Number of solute molecules contained in a given volume of the solvent

None of these

Constitution of the solute

Chemical composition of the solute

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Stoichiometry
In case of an unsaturated vapor-gas mixture, the humid volume increases with increase in the

Total pressure

Absolute humidity at a given temperature

Both A & B

Neither A nor B

Total pressure

Absolute humidity at a given temperature

Both A & B

Neither A nor B

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Stoichiometry
At a constant volume, for a fixed number of moles of a gas, the pressure of the gas increases with rise of temperature due to

Increased collision rate among molecules

Decrease in mean free path

Increase in average molecular speed

Increase in molecular attraction

Increased collision rate among molecules

Decrease in mean free path

Increase in average molecular speed

Increase in molecular attraction

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Stoichiometry

Stoichiometry The heat capacity of a solid compound is approximately equal to the sum of the heat capacities of the constituent elements. This is the statement of

Stoichiometry A butane isomerisation process produces 70 kmole/hr of pure isobutane. A purge stream removed continuously, contains 85% n-butane and 15% impurity (mole%). The feed stream is n-butane containing 1% impurity (mole%). The flow rate of the purge stream will be

Stoichiometry Colligative properties of a dilute solution are those, which depend entirely upon the

Stoichiometry In case of an unsaturated vapor-gas mixture, the humid volume increases with increase in the

Stoichiometry At a constant volume, for a fixed number of moles of a gas, the pressure of the gas increases with rise of temperature due to

Stoichiometry
The heat capacity of a solid compound is approximately equal to the sum of the heat capacities of the constituent elements. This is the statement of

Stoichiometry
A butane isomerisation process produces 70 kmole/hr of pure isobutane. A purge stream removed continuously, contains 85% n-butane and 15% impurity (mole%). The feed stream is n-butane containing 1% impurity (mole%). The flow rate of the purge stream will be

Stoichiometry
Colligative properties of a dilute solution are those, which depend entirely upon the

Stoichiometry
In case of an unsaturated vapor-gas mixture, the humid volume increases with increase in the

Stoichiometry
At a constant volume, for a fixed number of moles of a gas, the pressure of the gas increases with rise of temperature due to