FTP, name this law of chemistry relating the concentration and the partial pressure of dissolved gases through its namesake constant, k-sub-H.
The chemist for whom this relation is named considered it to be a special case of the partition law applying to gases that do not react with their solvent, and it applies only to liquids at a constant temperature. In a vapor pressure diagram of a solution of two volatile liquids, the vapor pressure of each component approaches this model as the mole fraction of the components approaches zero. FTP, name this law of chemistry relating the concentration and the partial pressure of dissolved gases through its namesake constant, k-sub-H.
The chemist for whom this relation is named considered it to be a special case of the partition law applying to gases that do not react with their solvent, and it applies only to liquids at a constant temperature.
Henry's Law