The central coefficient in this law has dimensions of pressure divided by concentration and one can model the effects of temperature on this law's coefficient by integrating the van't Hoff equation. For ideal mixtures this law can be understood as a special case of Raoult's Law. For 10 points, name 
The central coefficient in this law has dimensions of pressure divided by concentration and one can model the effects of temperature on this law's coefficient by integrating the van't Hoff equation. For ideal mixtures this law can be understood as a special case of Raoult's Law. For 10 points, name this eponymous law which relates the concentration and partial pressure of gas dissolved in a liquid, named after a British chemist.
The central coefficient in this law has dimensions of pressure divided by concentration and one can model the effects of temperature on this law's coefficient by integrating the van't Hoff equation.
{Henry's} Law