process measures the fraction of input energy that is converted to energy of the desired type: conversion efficiency = output energy of desired form / input energy In the flashlight example, conversion efficiency = visible light energy from the bulb / chemical energy from the batteries Further note about the flashlight: The electrical resistance of the tungsten coil in the flashlight bulb is much higher than that of the wires between the batteries and the bulb.
(input energy; is converted; to energy of the desired type) (The electrical resistance of the tungsten coil in the flashlight bulb; is; much higher than that of the wires between the batteries and the bulb) Context(The electrical resistance of the tungsten coil in the flashlight bulb is,List([322, 394))):(conversion efficiency = visible light energy from the bulb / chemical energy from the batteries; Further note; about the flashlight)
The electrical resistance of the tungsten coil in the flashlight bulb is,List([322, 394))
input energy The electrical resistance of the tungsten coil in the flashlight bulb conversion efficiency = visible light energy from the bulb / chemical energy from the batteries
is converted is Further note
to energy of the desired type
much higher than that of the wires between the batteries and the bulb
about the flashlight