This law's namesake constant is the ratio between fugacity and mole fraction as mole fraction goes to zero, and has units of pressure.
This law predicts the effectiveness of separating components using air stripping. The temperature dependence of a parameter in this equation follows a van't Hoff-like expression using the heat of solvation. The Gibbs-Duhem equation is used when the Lewis-Randall rule and this law are both invalid. It is used when the critical temperature is below the system temperature. This law's namesake constant is the ratio between fugacity and mole fraction as mole fraction goes to zero, and has units of pressure. This law applies best for ideal-dilute solutions, such as oxygen dissolving in water, and sets partial pressure proportional to the concentration in the liquid. For 10 points, name this equation, the low-concentration analog of Raoult's Law.
This law predicts the effectiveness of separating components using air stripping.
Henry's Law