The constant used in this law is empirical, but takes units of pressure, as in the 330 million Torr value for oxygen in water, when accounting for the ratio of partial pressure to mole fraction, and is dimensionless when accounting for the ratio of a liquid to a gas.
The constant used in this law is empirical, but takes units of pressure, as in the 330 million Torr value for oxygen in water, when accounting for the ratio of partial pressure to mole fraction, and is dimensionless when accounting for the ratio of a liquid to a gas. This law is found to be an accurate description of the behavior of gases dissolved in liquids when concentrations and partial pressures are low. FTP, name this law of chemistry that says the concentration of a solute is proportional to its partial pressure, first proposed in 1800 by a British chemist.
The constant used in this law is empirical, but takes units of pressure, as in the 330 million Torr value for oxygen in water, when accounting for the ratio of partial pressure to mole fraction, and is dimensionless when accounting for the ratio of a liquid to a gas.
{Henry}’s law