The exceeding-inputs have an average energy that exceeds a maximum-energy.

An average energy is determined for each frame by adding a percentage of a last average energy to a residual percentage of the energy.

Daily job energy = (Job1 × 2) + [(Jobs per day — 2) × Average job energy)]

Average job energy = (Job2 + Job3 + Job4)/3

Activation energy = Threshold energy – Average Internal Energy

As a result, there’s a relatively high peak energy level but a low average energy.

Equipartition therefore implies that in thermal equilibrium, the oscillator has average energy

The residual percentage is equal to one hundred minus the percentage of the last average energy.

The last average energy is equal to zero for a first sampling of the audio inputs.

The energy is proportional to the absolute temperature.

Equipartition therefore implies that in thermal equilibrium, the oscillator has average energy

Radiation energy is proportional to absolute temperature.

This corresponds to an average energy of 2 joules.

B = resistance to impact at medium energy (120 m / s).

The dimmer triggering circuit (12), in operation, dissipates an average power less than 100 mW.