The inverse of one quantity used in this equation can be stated as the expectation value of e to negative psi where psi is the energy of interaction between two molecules.
The inverse of one quantity used in this equation can be stated as the expectation value of e to negative psi where psi is the energy of interaction between two molecules. The van't Hoff equation can be used to illustrate the fact that its proportionality constant is temperature dependent. It can be derived by assuming that because the interactions between solvent molecules approach zero at high dilution the activity coefficient of a gas is proportional to the mole fraction, and thus has a similar formulation compared to Raoult's law. Heavily used in geochemistry and named for the 19th century British chemist who formulated it, for 10 points, identify this law which states that at constant temperature the amount of dissolved gas in a given volume of liquid is proportional to partial pressure of that gas.
The inverse of one quantity used in this equation can be stated as the expectation value of e to negative psi where psi is the energy of interaction between two molecules.
{Henry}’s Law