Consider the following liquid-vapour equilibrium
Liquid `hArr` Vapour
Which of the following relations is correct ?

How is liquid -vapour equilibrium attained in a closed vessel.

Two miscible liquids A and B having vapour pressure in pure state P_(A)^(@) and P_(B)^(@) are mixed in mole fraction chi_(A) and chi_(B) to get a mixtue having total vapour vapour pressure of mixture P_(M) . Which of the following relations are correct?

5 moles of a liqiud L are converted into its vapour at its boiling point ( 273^(@)C) and at a pressure of 1 "atm" . If the value of latent heat of vapourisation of liquid L is 273 L atm//"mole" , then which of the following statements is // are correct. Assume volume of liquid to be negligible and valpour of the liquid to behave ideally.

A cylinder fitted with movable piston contains liquid water in equilibrium with water vapour at 25°C. Which operation would result in a increase in the equilibrium vapour pressure.

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?

In liquid gas equilibrium, the pressure of vapours above the liquid is constant at

The vapour pressure of pure liquid M & N are 700mm of Hg and 450mm of Hg respectively. Which of the following option is correct ? Given : X_(N),X_(M)= mole fraction of N & M in liquid phase Y_(N),Y_(M)= mole fraction of N & M in vapour phase

Name the following Change of state from vapour to liquid .

The following graph represents variation of boiling point with composition of liquid and vapours of binary liquid mixture. The graph is plotted at constant pressure. Which of the following statement(s) is incorrect. Here X & Y stands for mole fraction in liquid and vapour phase respectively.

Boiling point composition diagram of the liqid-vapour equilibrium for A and B is shown in the figure. If a binary liquid mixture of A and B is distilled fractionally, which of the following would be correct observation ?