Linked from

The 24 pages that link to Mole fraction, each with the reason it gives.

• ConcentrationBroader topic: It represents composition by particle amount without choosing a reference volume.

• Partial pressureRelated: In an ideal gas mixture, multiplying mole fraction by total pressure gives partial pressure.

• Henry's lawRelated: Some forms of Henry’s law relate gas pressure to its mole fraction in solution.

• Raoult's lawRelated: The liquid-phase mole fraction scales each component's pure vapor pressure.

• Molar concentrationCompared with: It expresses composition as a ratio of amounts, without using solution volume.

• Activity coefficientRelated: It is a common composition scale for defining liquid-phase activities.

• Dalton's law of partial pressuresRelated: For ideal gas mixtures, a component's partial pressure equals its mole fraction times total pressure.

• MoleRelated: It expresses mixture composition using amounts measured in moles.

• Vapor–liquid equilibriumRelated: Liquid and vapor mole fractions express the compositions that equilibrium relates.

• Racemic mixtureRelated: A racemate has a mole fraction of one-half for each enantiomer.

• Ideal solutionRelated: Raoult’s law scales each component’s vapor pressure by its liquid-phase mole fraction.

• Colligative propertiesRelated: Ideal vapor-pressure relations use solvent mole fraction to connect composition with vapor pressure.

• Mass fractionCompared with: It weights components by particle amount rather than by mass.

• Material balanceRelated: Mole fractions describe composition when balances are written in moles.

• MolalityCompared with: It compares component amounts directly and has no mass-based denominator.

• Gibbs–Duhem equationRelated: At fixed temperature and pressure, mole fractions weight the chemical-potential differentials.

• Thermodynamic activityRelated: Mole fraction is a common composition variable used to define activity in mixtures.

• Volume fractionCompared with: It expresses composition by particle amount, not occupied volume.

• Amagat's lawRelated: For ideal gases, each component’s Amagat volume fraction equals its mole fraction.

• Entropy of mixingRelated: Ideal mixing entropy is determined by each component’s mole fraction.

• François-Marie RaoultRelated: It expresses the solution composition used in Raoult’s law.

• Binary fluidRelated: It is a standard way to specify binary-fluid composition.

• Component (mixtures)Related: Mole fractions quantify component proportions in mixture calculations.

• Parts-per notationRelated: Mole-based parts-per values count particles through amounts of substance.