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The 24 pages that link to Molar concentration, each with the reason it gives.

• ConcentrationBroader topic: It is the standard volume-based expression for dissolved chemical substances.

• Osmotic pressureRelated: It supplies the concentration term in the ideal van ’t Hoff equation.

• Hydrochloric acidRelated: It specifies how much hydrogen chloride is present in a given volume of acid.

• Avogadro constantRelated: The constant converts a molar concentration into a number density of entities.

• Acid–base titrationRelated: The unknown quantity is usually the analyte’s molar concentration.

• Mole fractionCompared with: Molar concentration has units and depends on solution volume; mole fraction is dimensionless.

• Activity coefficientRelated: Concentration-based activity conventions use molarity as their composition measure.

• MoleRelated: It uses moles to quantify how much solute occupies a solution volume.

• Ionic strengthRelated: The standard ionic-strength formula uses each ion’s molar concentration.

• TitrationRelated: Titration results commonly express analyte concentration in moles per liter.

• Strong acidRelated: Concentration tells how much acid is present, independently of its dissociation strength.

• Law of mass actionRelated: Concentration is the quantity used in idealized mass-action rate and equilibrium equations.

• Molar volumeRelated: For a pure substance, molar volume is the reciprocal of its molar concentration.

• Alcohol by volumeCompared with: Unlike ABV, molarity counts molecules by amount of substance rather than ethanol volume.

• Mass concentrationCompared with: It counts constituent entities in moles instead of weighing them.

• Mass fractionCompared with: It depends on solution volume, not the mixture’s total mass.

• MolalityCompared with: Unlike molality, it uses solution volume, which can vary with temperature.

• Rate lawRelated: Rate laws commonly use reactant molar concentrations as their variables.

• Volumetric analysisRelated: It is the concentration unit most often used in volumetric calculations.

• Number densityCompared with: It counts chemical entities through moles rather than reporting their number directly.

• Volume fractionCompared with: It measures amount per volume rather than a dimensionless share of total volume.

• Isotonic solutionRelated: Solute concentration helps determine osmotic pressure, with particle number also depending on dissociation.

• Hypotonic (osmotic solution)Related: It is one way to express the solute concentration used in osmotic comparisons.

• Parts-per notationCompared with: Unlike parts-per notation, molarity specifies an amount per volume rather than a fraction of mixture.