Liquid and Vapor Composition Curve for Ideal Solution || Variation OF Composition OF Liquid and Vapors With External Pressure

Illustration OF Variation OF Composition OF Liquid and Vapour With Externel Pressure || Principle OF Isobaric and Isothermal distillation

Variation of pressure in Liquid

Pressure variation in rotating liquid

Boiling point-composition curve || Ideal and Non-ideal solutions || Comparison OF Properties OF Ideal and Non-Ideal Solutions

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

Raoult's law || Vapor Pressure OF An Ideal Binary Solution Containing Volatile Liquid

Vapor Pressure Composition Curve || Boiling Point Composition Curve || Illustrations Solved in Class || Vapor Pressuse OF Two Immisible Liquids (Volatile)

The composition of vapour over a binary ideal solution is determined by the composition of the liquid. If x_(A) and y_(A) are the mole fractions of A in the liquid and vapour, respectively find the value of x_(A) for which (y_(A)-x_(A)) has maximum. What is the value of the pressure at this composition?

Which of the following binary mixture will have same composition in liquid and vapour phase?