It isn't Ampere's Law, but James Clerk Maxwell corrected instabilities in this equation by adding a horizontal line underneath the saturation dome. A parameter in this equation exactly equals 9/8 times R times critical temperature times critical volume. This equation is directly modified to give the (*) Redlich-Kwong equation. It introduced the hard-sphere model. Solutions to this equation give three roots, including one for liquids and one for vapors. Since it accounts 
It isn't Ampere's Law, but James Clerk Maxwell corrected instabilities in this equation by adding a horizontal line underneath the saturation dome. A parameter in this equation exactly equals 9/8 times R times critical temperature times critical volume. This equation is directly modified to give the (*) Redlich-Kwong equation. It introduced the hard-sphere model. Solutions to this equation give three roots, including one for liquids and one for vapors. Since it accounts for particle volume and molecular interactions with two parameters labelled a and b, this equation works better than the ideal gas law. For 10 points, name this equation of state whose Dutch namesake also characterized a set of intermolecular attractive forces.
It isn't Ampere's Law, but James Clerk Maxwell corrected instabilities in this equation by adding a horizontal line underneath the saturation dome.