The derivative of this quantity with respect to time multiplied by inductance gives the induced electrical potential difference of an inductor. One type of this quantity is proportional to the time-derivative of electric flux
The derivative of this quantity with respect to time multiplied by inductance gives the induced electrical potential difference of an inductor. One type of this quantity is proportional to the time-derivative of electric flux; that was added to Ampère's Law by Maxwell and is called the displacement type of this quantity. The SI unit for this quantity is defined as enough of this quantity to create a certain force between two wires a meter apart. This quantity is multi- plied times electrical potential difference to calculate power and, given a constant number of volts, varies inversely with resistance according to Ohm's law. Name this electric quantity measured in coulombs per second, or amperes.
The derivative of this quantity with respect to time multiplied by inductance gives the induced electrical potential difference of an inductor.
electric {current} [accept {displacement current}]