This law uses Boltzmann's constant when it is employed to analyze melt inclusions in geophysics.  It improves on another law for non-ideal solutions at low concentrations by replacing p star with k, its namesake constant that is affected by temperature in addition to the type of solvent and solute used.  One representation of this law is as e to the k p equals e to the c, but it is more commonly stated as c equals p k.  The mechanism by which deep sea divers experience the bends can be explained by, For 10 points, what 
This law uses Boltzmann's constant when it is employed to analyze melt inclusions in geophysics.  It improves on another law for non-ideal solutions at low concentrations by replacing p star with k, its namesake constant that is affected by temperature in addition to the type of solvent and solute used.  One representation of this law is as e to the k p equals e to the c, but it is more commonly stated as c equals p k.  The mechanism by which deep sea divers experience the bends can be explained by, For 10 points, what chemical law named for an English chemist that states that "the amount of gas dissolved by a liquid is proportional to the partial pressure of the gas upon the liquid?"
This law uses Boltzmann's constant when it is employed to analyze melt inclusions in geophysics.  
Henry's Law