Linked from

The 34 pages that link to Henry's law, each with the reason it gives.

• Volatile organic compoundRelated: It helps predict whether VOCs escape water into air or remain dissolved.

• Dissolved oxygenRelated: It describes how oxygen partial pressure sets the equilibrium concentration in water.

• Carbonic acidRelated: It governs how much carbon dioxide enters water before carbonic acid equilibria occur.

• Partial pressureRelated: It uses partial pressure to predict how much gas dissolves in a liquid.

• Mole fractionRelated: Gas solubility is often expressed using gas mole fraction or partial pressure.

• CarbonationRelated: It explains why pressurized drinks hold more dissolved carbon dioxide.

• Dalton's law of partial pressuresRelated: Gas partial pressures determine equilibrium amounts dissolved in liquids.

• Vapor–liquid equilibriumRelated: It describes the vapor contribution of dilute components where Raoult’s law fails.

• FugacityRelated: Fugacity-based forms extend Henry’s law to nonideal gas and liquid phases.

• AbsorptionRelated: It estimates gas uptake when the dissolved concentration is proportional to pressure.

• Chemical activityRelated: Its proportionality constant depends on standard-state conventions and nonideal behavior.

• Environmental fateRelated: It helps estimate volatilization between water and air.

• Aquatic respirationRelated: It describes how oxygen enters water from the atmosphere.

• Hyperbaric oxygen therapyRelated: Higher chamber pressure increases the amount of oxygen that can dissolve directly in blood plasma.

• Carbonated waterRelated: Higher carbon dioxide pressure during bottling allows more gas to dissolve in the water.

• Thermodynamic activityRelated: It motivates standard-state conventions for dilute solutes.

• Water chemistryRelated: It describes exchange of gases such as oxygen and carbon dioxide with water.

• Air–sea gas exchangeRelated: It sets the equilibrium dissolved concentration toward which surface waters exchange gases.

• Plastron respirationRelated: It helps explain how water supplies dissolved oxygen to the gas layer.

• BreathalyzerRelated: Breath instruments use a calibrated relationship between alcohol in alveolar breath and alcohol dissolved in blood.

• Methyl tert-butyl etherRelated: It helps explain MTBE’s partitioning between gasoline, water, and air.

• Soil vapor extractionRelated: It helps predict whether contaminants partition from soil water into extractable soil gas.

• TrichloroethyleneRelated: It helps explain why dissolved trichloroethylene can escape groundwater into soil gas and buildings.

• TetrachloroethyleneRelated: It helps predict tetrachloroethylene’s transfer from groundwater into soil gas and indoor air.

• MethanethiolRelated: It helps describe methanethiol’s partitioning between water and air.

• 1,4-DioxaneRelated: It helps estimate how 1,4-dioxane partitions between contaminated water and air.