Therefore, the return rate from a gas above the solution will inevitably equal the rate of escape from the solution.
First formulated in 1803, it is based on the idea that, in dilute solutions, solute molecules are bordered primarily by solvent molecules, and thus the probability of escape for a given solute molecule is independent of their total concentration. Therefore, the return rate from a gas above the solution will inevitably equal the rate of escape from the solution. Thus, for dilute solutions at equilibrium with a gas at very low pressure, the gas pressure will be proportional to the amount of dissolved gas. FTP, this states what relation, named for the 19th-century British chemist who discovered it?
First formulated in 1803, it is based on the idea that, in dilute solutions, solute molecules are bordered primarily by solvent molecules, and thus the probability of escape for a given solute molecule is independent of their total concentration.
Henry's Law