The magnetic form of this quantity is computed by finding the negative dot product of the dipole moment and the magnetic field strength. It is subtracted from a related quantity in the Lagrangian, where it is symbolized V, and equilibrium occurs when this quantity is an extremum with respect to x. For a spring, it is equal to one-half times the spring constant times displacement squared, while the gravitational form of this quantity is mass times gravitational acceleration times height. For 10 points, name this energy s
The magnetic form of this quantity is computed by finding the negative dot product of the dipole moment and the magnetic field strength. It is subtracted from a related quantity in the Lagrangian, where it is symbolized V, and equilibrium occurs when this quantity is an extremum with respect to x. For a spring, it is equal to one-half times the spring constant times displacement squared, while the gravitational form of this quantity is mass times gravitational acceleration times height. For 10 points, name this energy stored in a system due to configuration or position, which is converted into kinetic energy.
The magnetic form of this quantity is computed by finding the negative dot product of the dipole moment and the magnetic field strength.
{Potential Energy} [prompt on Energy; do not accept "potential"]