Vapour Pressure of Solution of Two Volatile Liquids

Vapour Pressure Of Liquid Solutions|Raoult's Law As A Special Case Of A Henry's Law|Vapour Pressure Of Solutions Of Solids In Liquids|Ideal And Non Ideal Solution|Ideal Solutions|Summary

Vapour pressure of the solution of a non- volatile solute is always __.

The vapour pressure of a mixture of two volatile liquids is given by P_(M) = 4.0X_(A)+3.0 . Find the vapour pressure of pure B .

If the vapour pressure of solutions of two liquids are less than those expected ideal solution they are said to have:

Liquid in Liquid solution || Vapor Pressure OF a Solution Containing 2 Volatile Liquids || Determination OF M.F in Vapour Phase (Dalton’s Law v/s Raoult’s Law)

Relative lowering in vapour pressure of solution containing non-volatile solute is directly proportional to mole fraction of solute. Above statement is

Statement-1 : On evaporation of a solution of two volatile liquids, vapour will always be rich in more volatile component. Statement-2 : More volatile component has lowest boiling point.

Vapour Pressure OF Solution and Liquid Composition Curve || Relation between Mole Fraction in Liquid Phase and Vapour Phase || Vapour and Liquid Composition Curve

The following is a graph plotted between the vapour pressure of two volatile liquids against their respective mole fractions. Which of the following statements is/are correct?