What is the nature of equilibrium between the liquid surface and its vapours in a closed vessel ?

Can equilibrium be achieved between water and its vapour in an open vassel ? Explain.

In a closed jar having water vapours in equilibrium with liquid suddenly all the vapours of the jar is transferred to another identical jar and is subjected to compression.Assume initial temperature to be the same and negligible volume occupied by the liquid water.Select the observation in the record jar.

On heating a liquid, its surface tension

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

A liquid is kept in a closed vessel . If a glass plate (negligible mass)with a small hole is kept on top of the liquid surface, then the vapour pressure of the liquid in the vesel is :

If the temperature of a liquid is increased, then its surface tension

What is the effect of temperature on the surface tension of a liquid ?

Why does the boundary between liquid phase and gaseous phase disappear on heating a liquid upto critical temperature in a closed vessel ? In this situation what will be the state of the substance ?

What do you predict by the given statement about the nature of charge (positive or negative) enclosed by the closed surface. "In a closed surface, lines which are leaving the surface are double than the lines which are entering it ".

The variation of vapour pressure of different liquids with temperature is shown in figure If we take liquid C in a closed vessel and heat it continuously. At what temperature will it boil?