The temperatures at which this quantity is the same are linearly related according to Duhring'srule. It is measured using an isoteniscope. The log of this quantity is equal to A minus the quantity Bover C plus T in one equation. This quantity is multiplied by the Poynting correction factor and theactivity coefficient in order to find fugacity. This quantity is graphed against mole fraction in orderto determine (*) deviations from ideality. In general, this quantity equals its value for a pure solvent timesthe mole fraction of the solvent according to Raoult's Law. Volatile substances have a large value for it.This quantity is equal to the atmospheric pressure at the boiling point. For 10 points, name this quantity, thepressure of a gas above a liquid.
The temperatures at which this quantity is the same are linearly related according to Duhring'srule. It is measured using an isoteniscope. The log of this quantity is equal to A minus the quantity Bover C plus T in one equation. This quantity is multiplied by the Poynting correction factor and theactivity coefficient in order to find fugacity. This quantity is graphed against mole fraction in orderto determine (*) deviations from ideality. In general, this quantity equals its value for a pure solvent timesthe mole fraction of the solvent according to Raoult's Law. Volatile substances have a large value for it.This quantity is equal to the atmospheric pressure at the boiling point. For 10 points, name this quantity, thepressure of a gas above a liquid.
The temperatures at which this quantity is the same are linearly related according to Duhring'srule.
vapor pressure [prompt on partial answer; prompt on "volatility"]