This quantity is equal to voltage drop over resistance according to Ohm's law.
The curl of the magnetization gives the volumetric component of the "bound" form of this quantity. A quantity with the dimensions of this quantity over area equals epsilon nought times the time derivative of the electric field. That "displacement" form of this quantity was introduced by Maxwell. The SI unit of this quantity is defined in terms of a force between two parallel wires, and Ampere's law relates the integral of the magnetic field to the amount of this quantity enclosed by a loop. This quantity is equal to voltage drop over resistance according to Ohm's law. For 10 points, name this quantity symbolized I and measured in amperes, the flow of electric charge.
The curl of the magnetization gives the volumetric component of the "bound" form of this quantity.
electric current