Why does the boundary between liquid phase and gaseous phase disappear on heating a liquid upto? Critical temperature in a closed vessel ?

Open in App

Solution

The critical temperature of a substance is the temperature at and above which vapor of the substance cannot be liquefied, no matter how much pressure is applied. Hence, the boundary between liquid phase and gaseous phase disappear on heating a liquid upto critical temperature in a closed vessel.

Suggest Corrections

Similar questions

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

Q. When a liquid is heated in a closed container, the temperature at which boundary between gaseous and liquid phases disappears is called

Q. Assertion :Meniscus of a liquid disappears at critical temperature. Reason: Density of a liquid and its gaseous phase become equal at the critical temperature.

Q. Above critical point, the meniscus between liquid and vapour phase disappears due to:

Q. Is the concept of latent heat applicable during transformation of gaseous phase to liquid phase and from liquid phase to solid phase?

Join BYJU'S Learning Program