Linked from

The 12 pages that link to Boiling-point elevation, each with the reason it gives.

• Boiling pointBroader topic: It quantifies how dissolved substances raise the boiling temperature.

• Raoult's lawRelated: Lowered vapor pressure means a higher temperature is needed to reach external pressure.

• Freezing-point depressionCompared with: It is the paired colligative effect at the liquid–vapor boundary rather than the solid–liquid boundary.

• Ideal solutionRelated: Ideal-solution vapor-pressure lowering explains the shift in boiling temperature.

• AutoclaveRelated: This physical effect allows pressurized water to produce hotter steam.

• Steam distillationCompared with: Steam distillation lowers the required temperature through co-vaporization, rather than raising a solvent's boiling point.

• Colligative propertiesBroader topic: The solution must be heated further for its vapor pressure to reach the external pressure.

• MolalityRelated: Its ideal dilute-solution relation uses solute molality and the solvent's ebullioscopic constant.

• Vacuum distillationCompared with: It illustrates how mixture composition can raise boiling temperatures even as reduced pressure lowers them.

• Fruit preservesRelated: Concentrated sugar raises the boiling temperature as fruit mixtures cook down.

• Leidenfrost effectCompared with: Unlike boiling-point elevation, the effect arises from surface temperature and vapor-film formation.

• François-Marie RaoultBroader topic: Lowering vapor pressure through dissolution raises the temperature required for boiling.