For AC circuits, the expression for the average of this quantity includes a namesake factor which accounts for differences in this quantity between DC and AC currents. In fluid systems, this quantity is equal to pressure times volumetric flow rate. In a rotational system, th
For AC circuits, the expression for the average of this quantity includes a namesake factor which accounts for differences in this quantity between DC and AC currents. In fluid systems, this quantity is equal to pressure times volumetric flow rate. In a rotational system, this quantity equals torque times angular velocity, while its electrical type can be expressed as both current times voltage and as voltage squared divided by resistance. Its integral with respect to time gives the work done on a system, and its instantaneous form equals force dotted with velocity. For 10  points, name this quantity measuring the rate at which energy is transferred, which is measured in watts.
For AC circuits, the expression for the average of this quantity includes a namesake factor which accounts for differences in this quantity between DC and AC currents.
power