The temperatures at which this quantity is the same are linearly related according to Duhring'srule.
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"]