This quantity is proportional to charge squared times acceleration squared according to the Larmor formula, and it equals the surface integral of intensity. The optical type of this quantity is the reciprocal of focal length, and in fluid systems, it equals flow rate times pressure. In electrical systems, it equals current squared times resistance, or simply current times 
This quantity is proportional to charge squared times acceleration squared according to the Larmor formula, and it equals the surface integral of intensity. The optical type of this quantity is the reciprocal of focal length, and in fluid systems, it equals flow rate times pressure. In electrical systems, it equals current squared times resistance, or simply current times voltage. For rotational systems, it equals torque times angular velocity. Calculated as force times velocity, it is the rate at which energy is transferred. For 10 points, name this quantity measured in watts.
This quantity is proportional to charge squared times acceleration squared according to the Larmor formula, and it equals the surface integral of intensity.
power