One improvement on this concept is the Redlich-Kwong equation, which includes a correction parameter divided by the square root of the temperature.
One improvement on this concept is the Redlich-Kwong equation, which includes a correction parameter divided by the square root of the temperature. Using factors denoted "a" and "b", the van der Waals equation corrects this law by including intermolecular attraction and the (*) volume taken up by particles. Because it follows the kinetic theory, this law applies best under low pressures and high volumes. Formulated by combining Charles' and Boyle's laws, name this gas law often stated as P V equals n R T.
One improvement on this concept is the Redlich-Kwong equation, which includes a correction parameter divided by the square root of the temperature.
{Ideal gas} law or {Ideal gas} equation (accept {van der Waals} equation before mentioned)