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The 84 pages that link to Vapor pressure, each with the reason it gives.

• EvaporationRelated: Evaporation proceeds as water vapor moves from the surface toward the surrounding air.

• PressureBroader topic: It is a specific equilibrium pressure, not simply the total pressure of a system.

• Boiling pointRelated: Boiling begins when this pressure matches the pressure surrounding the liquid.

• Volatile organic compoundRelated: Higher vapor pressure generally makes a chemical more likely to evaporate into indoor or outdoor air.

• Hydrostatic pressureCompared with: It is set by phase equilibrium, not by a fluid column's depth.

• DistillationRelated: Higher vapor pressure generally means greater volatility at the same temperature.

• Evaporative coolingRelated: It helps determine how readily liquid molecules escape into the air.

• Intermolecular forceRelated: Molecular attractions affect how readily molecules leave a liquid's surface.

• VolatilityRelated: It directly measures how readily a substance’s particles escape into the gas phase.

• Gas chromatographyRelated: A compound’s volatility helps determine whether it can be analyzed by gas chromatography.

• CavitationRelated: Cavities form when local liquid pressure drops below this threshold.

• SublimationRelated: A solid’s vapor pressure determines its tendency to sublime.

• Partial pressureCompared with: It is a phase-equilibrium pressure, unlike a component’s share of a gas mixture’s pressure.

• Flash pointRelated: A liquid’s vapor pressure rises with temperature, increasing the flammable vapor available above it.

• Raoult's lawNarrower topic: Raoult's law describes how solution composition changes this equilibrium pressure.

• Clausius–Clapeyron relationBroader topic: The relation predicts how equilibrium vapor pressure changes with temperature.

• Fractional distillationRelated: A component’s vapor pressure helps determine its abundance in the rising vapor.

• GasolineRelated: Gasoline vapor pressure helps determine evaporation, starting performance, and evaporative emissions.

• Latent heat of vaporizationRelated: Its value determines the boiling condition and influences vaporization energy.

• ButaneRelated: Butane’s vapor pressure lets liquid fuel feed burners as gas.

• AcetoneRelated: Acetone’s high vapor pressure at room temperature accounts for its rapid evaporation.

• Diethyl etherRelated: Its high vapor pressure makes diethyl ether evaporate readily and form flammable vapor.

• Dew pointRelated: Actual vapor pressure underlies dew-point calculations but is not itself a temperature.

• Wet-bulb temperatureRelated: The vapor-pressure difference between a wet surface and air drives evaporation.

• CohesionRelated: Stronger cohesion generally makes molecules less likely to escape into the vapor.

• Ideal solutionRelated: Ideal-solution behavior specifies how each component’s equilibrium vapor pressure changes with composition.

• Pressure cookingRelated: Steam pressure rises as the sealed cooker heats, allowing its interior temperature to climb.

• PropaneRelated: Propane’s vapor pressure determines how it behaves in a pressurized fuel cylinder.

• Steam distillationRelated: The combined vapor pressures determine the temperature at which the mixture boils.

• Boiling-point elevationNarrower topic: A solution must reach atmospheric pressure to boil, and the solute lowers its vapor pressure at a given temperature.

• EfflorescenceRelated: A hydrate effloresces when its equilibrium water-vapor pressure exceeds that of the surrounding air.

• Liquid nitrogenRelated: Pressure changes shift nitrogen’s boiling temperature and storage conditions.

• SimmeringRelated: Rising vapor pressure helps determine when the cooking liquid reaches a boil.

• Flammable liquidRelated: Higher vapor pressure generally means more fuel vapor is available above the liquid.

• Refrigeration cycleRelated: It links refrigerant pressure to the temperatures of evaporation and condensation.

• Gas pressureBroader topic: It is a particular gas pressure set by phase equilibrium.

• Dimethyl etherRelated: High vapor pressure lets liquid dimethyl ether propel sprays and vaporize readily as fuel.

• Liquefied petroleum gasRelated: LPG containers retain liquid because the fuel’s vapor creates pressure inside them.

• HexaneRelated: Hexane's volatility is expressed by its vapor pressure at a given temperature.

• Liquid oxygenRelated: Rising vapor pressure as liquid oxygen warms drives evaporation and affects storage.

• Vacuum dryingNarrower topic: Lowering chamber pressure helps water evaporate from a material at a lower temperature.

• Absolute pressureRelated: It provides a physical threshold often compared with absolute pressure.

• Isopropyl alcoholRelated: Its appreciable vapor pressure helps isopropyl alcohol evaporate quickly at room temperature.

• OutgassingRelated: A substance’s vapor pressure helps determine how readily it evaporates or sublimates into a vacuum.

• Vacuum distillationBroader topic: A liquid boils when its vapor pressure reaches the pressure maintained in the apparatus.

• Water pressureCompared with: It sets a lower-pressure limit relevant to boiling and cavitation in water systems.

• Aerosol propellantRelated: Liquefied propellants replenish vapor as gas leaves, helping maintain container pressure.

• Atmosphere of PlutoRelated: Nitrogen ice temperature helps set the atmosphere’s surface pressure.

• CyclopentaneRelated: Its substantial vapor pressure lets cyclopentane evaporate and expand during foam production.

• PentaneRelated: Pentane’s substantial vapor pressure helps explain its rapid evaporation and fire hazard.