An Introduction to the Kinetic Theory of Gases

approximation Argon atoms axis Boyle's law Brownian movements calculated Carbon-dioxide centre coefficient of viscosity components constant coordinates cules degrees of freedom denote density diffusion direction distance dv dw dx dy dz E₁ elastic spheres electrons Enskog entropy equal equation equipartition of energy expression forces formula gases given by equation helium hydrogen impact integral isothermals kinetic energy kinetic theory law of distribution liquid Lonius m₁ m₂ mass Maxwell's law mean free path molecular molecule of class momentum motion moving Nitrogen number of collisions number of molecules obtained particles persistence of velocities Phil Phys plane pressure quantities ratio relative velocity represent shewn shews space specific heats speed steady suppose temperature thermal total number unit area unit volume v₁ vessel viscosity W₁ Waals дх