Two liquids A and B have the same surface tension but different densities (ρA > ρB). If a capillary tube is dipped in both liquids separately, and the angle of contact is zero in both cases, which liquid will rise higher in the capillary?

Liquids with strong intermolecular forces tend to have:

The relationship between ${P_c},{V_c}$ and ${T_c}$ is:

Which form of matter is highly compressible?

The joule Thomson coefficient is zero at

The tendency of a liquid to minimize its surface area is due to:

The Joule-Thomson coefficient for a gas is zero at:

The concept of critical temperature for a gas was given by:

Which one of the following is correct about surface tension (ST) and viscosity $(\eta )$?

Which of the following liquids is expected to have the highest vapour pressure at a given temperature?

When a capillary tube of diameter 0.8 mm is dipped in a liquid having density $800\,\,kg\,\,{m^{ - 3}}$, then the height of liquid in the capillary tube rises to 4 cm. The surface tension of liquid is $\left( {{\rm{g}} = 9.8{\rm{m}}/{{\rm{s}}^2}} \right)$