Adding the terms lowercase a and b to this law to account for the forces between particles and the space they fill gives the (*) Van der Waals equation.
One derivation of this law equates the dot product of the position and force vectors to the surface integral of the force exerted by the walls of a container; that method uses statistical mechanics. Adding the terms lowercase a and b to this law to account for the forces between particles and the space they fill gives the (*) Van der Waals equation. It can be rearranged to give density and the molar mass. When the kinetic molecular theory's assumptions fail at low temperature and high pressure, this law fails as well. Charles's and Boyle's Laws are included within, for 10 points, what law usually stated P V equals n R T?
One derivation of this law equates the dot product of the position and force vectors to the surface integral of the force exerted by the walls of a container; that method uses statistical mechanics.
ideal gas law