Dynamics Definitions: Power

Mass = (M)
Distance Change = (DC)
Rate = (R) = (1 / Time Change)

Velocity = (1)(DC)(R)
Acceleration = (1)(DC)(R)^2
Momentum = (M)(DC)(R)
Force = (M)(DC)(R)^2
Energy = (M)(DC)^2(R)^2
Power = (M)(DC)^2(R)^3

Power is:

Rate of Energy
Rate of Distance Change of Force
Velocity of Force
Rate of Velocity of Momentum
Acceleration of Momentum
Mass of Velocity of Acceleration
Energy of Rate
Distance Change of Rate of Force
Distance Change of Force of Rate
Rate of Force of Distance Change
Force of Rate of Distance Change
Force of Distance Change of Rate
Force of Velocity
Velocity of Rate of Momentum
Velocity of Momentum of Rate
Rate of Momentum of Velocity
Momentum of Rate of Velocity
Momentum of Velocity of Rate
Momentum of Acceleration
Velocity of Mass of Acceleration
Velocity of Acceleration of Mass
Mass of Acceleration of Velocity
Acceleration of Mass of Velocity
Acceleration of Velocity of Mass

Paul Wharton
Father of Metachemics