Hmm, well lets see, if it's chemical there's no going back right? You cant make it into what it was, so if a flashbulb goes off, it like, explodes, and you need a new one because you can't use a broken bulb...(duh)... so i guess it's a chemical change . (Sorry for not getting to the point quickly ^-^)
no it goes through no chemical change whatsoever
yes it is as it produces light and that is a prperty of chemical change ASIYAA
Yes, chemical change is in batteries when you turn on the flashlight. To convert from chemical energy to electric energy.
yes
It will have the same effect as a flourescent light bulb. Its basically the same light. On a white flourescent light bulb, the inside has been frosted white to give off a white light. Without this coating, its the same as a black light. The uv rays are the same.
You would need a 12 Watt flourescent bulb
light from flourescent light bulbs causes emission lines and the gas inside the bulb is cold leading straps of colors to come into appearance through a telescope. -chakshu
If it is just you, the light bulb and the balloon....no. That is just static electricity and is very low voltage and ampheres. If that light bulb is plugged in to a lamp that is plugged into a socket, very possibly yes. That static electricity could be greatly magnified by stray voltage and cause you some serious grief.
Flourescent bulbs. They have no filament and they light up. They have argon gas and a small amount of mercury in them. When electricity is added, the argon and mercury atoms get excited and collide against each other and create light. The light is ultraviolet light and if the bulb is not coated inside with phosphorous, you have a black light.
The flourescent light bulb was invented in 1827.
flourescent light bulb
No.
Physical change
A flourescent light bulb lasts between 6000 to 18000 hours.
A light bulb is not a change in and of itself but the process by which it gives off light is physical. While an electric current causes a given component of the bulb to glow (it may be the filament of an incandescent bulb or the vapor in a fluorescent one), but that substance does not change its chemical identity.
in a compact flourescent about 8mg.
Physical change
compact flourescent light bulbs (cfl) the swirly ones
Possible oxidation of the metallic filament with traces of oxygen existing in the light bulb.
Why is lightening of bulb not a chemical change
It will have the same effect as a flourescent light bulb. Its basically the same light. On a white flourescent light bulb, the inside has been frosted white to give off a white light. Without this coating, its the same as a black light. The uv rays are the same.