Heat to make the filament glow white hot and emit light (electromagnetic radiation).
light and heat bitter one
The electric energy will be transfered to light energy and heat energy once flashlight turn on.
Inputs-battery/electrical energy-this powers the light so it turns on. Without it, the flashlight will not work. -light bulb/light energy-this makes the shine work and produces the light. Without it, there would be no light from the flashlight -the on/off button/electrical circuit-this turns the system on and off. It allows the circuit to be opened and closed and prohibits the battery from running out. Without it, the flashlight would be on all of the time and the battery would run out. -casing-this protects the battery and the light from water damage or other damage. Without it, the flashlight could be damaged, it would be harder to use, and the person using the flashlight might get an electrical shock. Outputs-light/light energy
I didn't say that... But that is basically a correct description of the energy transformations. Part of the energy also gets wasted, into heat energy (different parts of an electrical circuit have resistance), and infrared radiation, i.e., non-visible light.
The stored chemical energy in the battery is transfered into light energy and heat.
light and heat bitter one
electrical energy
potineal energy is taken place in a flashlight then is turned into termal and electrical energy
A standard flashlight with an incandecent bulb converts electrical energy into two different types of energy; light energy and heat energy.
The actual process of flicking the switch of the flashlight is kinetic energy, as there is movement involved. However, when the flashlight is now turned on, it will be producing light energy.
science quiz+the answer is chemical - electrical - light
Some energy is changed to heat and lost. The main energy is still be converted to light beam.
The electric energy will be transfered to light energy and heat energy once flashlight turn on.
The flashlight can not be turned on as it no power now.
DC (Direct Current) electricity is the only kind which can be stored. For this reason, it is what you get from all batteries. Flashlight batteries usually output that electricity at 1.5 volts when they are new.
Inputs-battery/electrical energy-this powers the light so it turns on. Without it, the flashlight will not work. -light bulb/light energy-this makes the shine work and produces the light. Without it, there would be no light from the flashlight -the on/off button/electrical circuit-this turns the system on and off. It allows the circuit to be opened and closed and prohibits the battery from running out. Without it, the flashlight would be on all of the time and the battery would run out. -casing-this protects the battery and the light from water damage or other damage. Without it, the flashlight could be damaged, it would be harder to use, and the person using the flashlight might get an electrical shock. Outputs-light/light energy
I didn't say that... But that is basically a correct description of the energy transformations. Part of the energy also gets wasted, into heat energy (different parts of an electrical circuit have resistance), and infrared radiation, i.e., non-visible light.