The total vapour pressure of the solution is greater than the ideal vapour pressure.

The intermolecular forces between A-A and B-B are stronger than those between A-B.

The enthalpy of mixing ($\Delta H_{mix}$) is positive.

The volume of mixing ($\Delta V_{mix}$) is positive.

1.5 x 10^-3

3.3 x 10^-3

6.7 x 10^-4

1.2 x 10^-2

Addition of a catalyst

Increasing the pressure

Decreasing the pressure

Increasing the temperature

Concentrated solution

Dilute solution

Saturated solution

Supersaturated solution

Concentrated

Saturated

Supersaturated

Dilute

Unsaturated solution

Saturated solution

Supersaturated solution

Dilute solution

$F = P + C + 2$

$F + P = C + 2$

$F + C = P + 2$

None of these

It halves.

It remains the same.

It doubles.

It quadruples.

The partial pressure of A follows Raoult's Law.

$\Delta H_{mix} = 0$

$\Delta V_{mix} = 0$

The interaction between A and B molecules is stronger than the interactions between A-A and B-B molecules.

The total vapour pressure of the solution is greater than the ideal vapour pressure.

The intermolecular forces between A-A and B-B are stronger than those between A-B.

The enthalpy of mixing ($\Delta H_{mix}$) is positive.

The volume of mixing ($\Delta V_{mix}$) is positive.

Moist air

Dry air

Au-Hg

${{\rm{C}}_2}{{\rm{H}}_5}{\rm{OH}} + {{\rm{H}}_2}{\rm{O}}$