Dynamics Definitions: Energy

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

Energy is:

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

Paul Wharton
Father of Metachemics