This statement can be used in electrodynamics to suggest that all plasmoids expand if not limitedby external forces. Special relativity modifies this statement into defining an interval rather than afixed value. For gravitational and electrostatic systems, this statement reduces to Lagrange's identity.This statement is derived by finding one-half of the time derivative of the moment of inertia, thentaking the time (*) average of the time derivative of this value. A common assumption related to thistheorem is that systems are stably bound. With systems involving potential energy, it reduces to thestatement that the total average of 2K is equal to n times the total average of V. For 10 points, name thismechanical theorem that relates the average kinetic and potential
This statement can be used in electrodynamics to suggest that all plasmoids expand if not limitedby external forces. Special relativity modifies this statement into defining an interval rather than afixed value. For gravitational and electrostatic systems, this statement reduces to Lagrange's identity.This statement is derived by finding one-half of the time derivative of the moment of inertia, thentaking the time (*) average of the time derivative of this value. A common assumption related to thistheorem is that systems are stably bound. With systems involving potential energy, it reduces to thestatement that the total average of 2K is equal to n times the total average of V. For 10 points, name thismechanical theorem that relates the average kinetic and potential energies of a mechanical system.
This statement can be used in electrodynamics to suggest that all plasmoids expand if not limitedby external forces.
Virial theorem