In a fluid system, this quantity equals pressure times volumetric flow rate. In an AC circuit, the ratio between the real and apparent varieties of this quantity is known as its namesake factor, while its complex variety uses units of volt-amperes. Its electrical type equals current times voltage, and in a rotational system
In a fluid system, this quantity equals pressure times volumetric flow rate. In an AC circuit, the ratio between the real and apparent varieties of this quantity is known as its namesake factor, while its complex variety uses units of volt-amperes. Its electrical type equals current times voltage, and in a rotational system this quantity equals torque times angular velocity. Its integral with respect to time gives the work done on a system, and it is equal to force dotted with velocity. For 10 points, name this quantity, the rate of change of kinetic energy or quantity of work done per time, which is measured in watts.
In a fluid system, this quantity equals pressure times volumetric flow rate.
{power}