For a periodic signal, the average of this quantity over the peak value is equal to pulse length over period, the duty cycles. In chain and belt drives, friction and wear in the chains and belts reduce the output for this quantity, resulting in a decreased mechanical advantage. In fluid systems, this quantity can be expressed as pressure times volumetric flow rate. It is equal to current squared times resistance, current times voltage, or work ov
For a periodic signal, the average of this quantity over the peak value is equal to pulse length over period, the duty cycles. In chain and belt drives, friction and wear in the chains and belts reduce the output for this quantity, resulting in a decreased mechanical advantage. In fluid systems, this quantity can be expressed as pressure times volumetric flow rate. It is equal to current squared times resistance, current times voltage, or work over time. For 10 points, name this quantity measured in watts.
For a periodic signal, the average of this quantity over the peak value is equal to pulse length over period, the duty cycles.
power [prompt on P] 