This law's namesake coefficient can change according to the van't Hoff equation with temperature. In one form, it is similar to Raoult's Law, substituting a coefficient based 
This law's namesake coefficient can change according to the van't Hoff equation with temperature. In one form, it is similar to Raoult's Law, substituting a coefficient based on the ratio of pressure to concentration for the vapor pressure. Like Raoult's Law, it is based on a limit, and only applies for sufficiently dilute solutions. This law also diverges when the gas chemically reacts with the solvent it is dissolved in. Name this law that explains why pop eventually goes flat when exposed to the atmosphere, which states that for a constant temperature, the amount of gas dissolved in a particular liquid is proportional to the partial pressure of the gas over the liquid.
This law's namesake coefficient can change according to the van't Hoff equation with temperature.
{Henry's} Law