This equation can be derived by taking the chemical potential in the limit of infinite dilution.
One value found in this equation can be determined using EPICS, static headspace, or multiple injected interrupted flow. A version of this statement that takes electrolytes into account is called Sechenov's equation and this law applies in the linear region of Type I isotherms. The temperature variation of one value found in this equation is encoded by the constant C, which is equal to the negative enthalpy of solvation divided by R. This equation can be derived by taking the chemical potential in the limit of infinite dilution. This law explains why (*) surfacing too quickly causes decompression sickness and why opening a can of soda causes a rush of carbon dioxide to escape. It is usually stated as the p equals k times c. For 10 points, name this law which states that the partial pressure of a gas is proportional to its dissolved concentration.
One value found in this equation can be determined using EPICS, static headspace, or multiple injected interrupted flow.
Henry's Law