0
Want this question answered?
Be notified when an answer is posted
Add your answer:
Earn +20 pts
When you turn on a lamp and the light bulb becomes warm which energy conversion causes this heating of the light bulb?
Electrical energy absorbed by the lamp's filament produces thermal energy as well as light.
What is an example of an energy matter interaction?
an interaction is when you play an instrument. your mechanical energy can be turned into sound energy when you play. another one is when you use electric energy to power a fan or bulb. the electric energy will turn to heat and light.(this is for the bulb)
When did the first electric light bulb turn on?
why
What are some good examples of energy conversions?
When you turn on a light bulb, electric energy is converted into light and heat. The energy stored in food fuels the body heat and the body's chemical processes.
What kind of energy is used when turn on a light bulb is called?
Electricity is the type of energy that is used when you turn on a light bulb. When you leave a room, you use more energy by leaving the light on than if you turn it off and back on when you return.
What type of energy will turn on a light bulb?
it will turn into a electrail enegry
Elements most associated with electric light bulb?
How to turn off the backyard sensor light
What happens to light when you turn off the light bulb?
When you turn off a light bulb, the flow of electricity stops and the filament stops emitting light. As a result, the light bulb darkens and the space becomes darker.
When you turn on a lamp what energy does it convert to?
It goes from electric to light to heat .
What do you do if you break a light bulb?
If you break a light bulb in its socket, isolate the power (turn off the electric to that socket). Then use a needle nose pliers to get out rest of it with lamp off
What energy transformation In lightning?
This question is a little vague, but I think you're wondering where the energy from the battery goes when you turn the light on. The energy in the battery is used to create an electric current in the light bulb. This heats the filament in the bulb, energizing the atoms within. The atoms are more stable when they are not energized than when they are, so they will quickly lose the energy from the current (they will quickly be energized again, of course). The lost energy is ejected from the atom in the form of a photon, which exits the bulb as light. So, ultimately, the energy is transferred into the electromagnetic waves of the light.
Do all the other lights go out when you turn off an electric light bulb in our home?
No, because devices (light bulb, heater, TV set, and so on...) in our home are connected in parallel.
