To predict evaporation rates, chemists measured the vapor pressure of the liquid at several temperatures.

Accurate measurements of vapor pressures are essential for modeling atmospheric processes.

Saturation vapor pressures over different salt solutions were measured to assess their hygroscopicity.

The water vapor pressure above the warm pond increased noticeably during the afternoon.

To predict condensation, the researchers carefully measured the saturated vapor pressure of the water sample at several temperatures.

The equilibrium vapor pressure above the liquid was measured to determine the humidity conditions in the chamber.

Meteorologists use saturation vapor pressure to calculate humidity and predict cloud formation.

The researchers compared the equilibrium vapor pressures of several organic solvents at different temperatures to improve the accuracy of their phase equilibrium model.

Saturated vapor pressures vary significantly with temperature and must be considered when designing refrigeration systems.