In case of a ternery system involving two liquid components and a solute, the ratio of the concentration of the solute in the two phases at equilibrium is called the distribution co-efficient. The distribution co-efficient depends upon the

Stoichiometry
In case of a ternery system involving two liquid components and a solute, the ratio of the concentration of the solute in the two phases at equilibrium is called the distribution co-efficient. The distribution co-efficient depends upon the

Neither A nor B

Solute concentration

Temperature

Both A & B

Neither A nor B

Solute concentration

Temperature

Both A & B

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Stoichiometry
1 centipoise is equivalent to

1 gm/cm.second

2.42 lb/ft.second

1 centistoke

2.42 lb/ft.hr

1 gm/cm.second

2.42 lb/ft.second

1 centistoke

2.42 lb/ft.hr

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Stoichiometry
For estimation of heat capacity of a solid compound, one can use

Clayperon's equation

Kopp's rule

Trouton's rule

Gibb's equation

Clayperon's equation

Kopp's rule

Trouton's rule

Gibb's equation

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Stoichiometry
In a binary liquid system, the composition expressed as __________ is independent of the temperature & pressure.

All of these

Kg-mole of solute/kg-mole of solvent

Kg of solute/kg of solvent

Kg-mole of solute/1000 kg of solvent

All of these

Kg-mole of solute/kg-mole of solvent

Kg of solute/kg of solvent

Kg-mole of solute/1000 kg of solvent

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Stoichiometry
The latent heat of vaporisation

Decreases as pressure increases

Becomes zero at the critical point

Decreases with increased temperature

All of these

Decreases as pressure increases

Becomes zero at the critical point

Decreases with increased temperature

All of these

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Stoichiometry
A very dilute solution is prepared by dissolving 'x1' mole of solute in 'x2' mole of a solvent. The mole fraction of solute is approximately equal to

1 - (x1/x2)

X2/x1

1/x2

X1/x2

1 - (x1/x2)

X2/x1

1/x2

X1/x2

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Stoichiometry

Stoichiometry In case of a ternery system involving two liquid components and a solute, the ratio of the concentration of the solute in the two phases at equilibrium is called the distribution co-efficient. The distribution co-efficient depends upon the

Stoichiometry 1 centipoise is equivalent to

Stoichiometry For estimation of heat capacity of a solid compound, one can use

Stoichiometry In a binary liquid system, the composition expressed as __________ is independent of the temperature & pressure.

Stoichiometry The latent heat of vaporisation

Stoichiometry A very dilute solution is prepared by dissolving 'x1' mole of solute in 'x2' mole of a solvent. The mole fraction of solute is approximately equal to

Stoichiometry
In case of a ternery system involving two liquid components and a solute, the ratio of the concentration of the solute in the two phases at equilibrium is called the distribution co-efficient. The distribution co-efficient depends upon the

Stoichiometry
1 centipoise is equivalent to

Stoichiometry
For estimation of heat capacity of a solid compound, one can use

Stoichiometry
In a binary liquid system, the composition expressed as __________ is independent of the temperature & pressure.

Stoichiometry
The latent heat of vaporisation

Stoichiometry
A very dilute solution is prepared by dissolving 'x1' mole of solute in 'x2' mole of a solvent. The mole fraction of solute is approximately equal to