Deviations from this rule result in an inability to produce two pure liquids via fractional distillation, and solutions that obey it are defined to be ideal.
Deviations from this rule result in an inability to produce two pure liquids via fractional distillation, and solutions that obey it are defined to be ideal. It provides a means of experimentally determining molar masses, and it is often used in conjunction with Dalton's law of partial pressures. This relation is usually expressed as P = XP0 ["pee equals ecks times pee-naught"]. For ten points, name the law stating that the vapor pressure of a solution is the product of the mole fraction of solvent and pressure of the pure solvent.
Deviations from this rule result in an inability to produce two pure liquids via fractional distillation, and solutions that obey it are defined to be ideal.
{Raoult}’s law