The power of a resistor is equal to the square of this quantity divided by resistance, and this quantity is constant for resistors wired in parallel.
This quantity is equal to the dot product of electric field and displacement, and the change in this quantity around a loop is equal to zero according to Kirchhoff's laws. The power of a resistor is equal to the square of this quantity divided by resistance, and this quantity is constant for resistors wired in parallel. Referred to as the electromotive force when generated by a battery, For 10 points, name this quantity which, according to Ohm's law, is the product of current and resistance.
This quantity is equal to the dot product of electric field and displacement, and the change in this quantity around a loop is equal to zero according to Kirchhoff's laws.
{Voltage}