Neon is one of the noble gases - helium, neon, argon, krypton, xenon. Gas discharge lights, commonly called neon lights, will produce different colors depending on which gas is used. Neon itself produces an orange light. The Wikipedia entry ' Noble Gas' has a nice illustration near the end showing the colors produced by each of the above gases
Well, honey, those glowing signs are made using a noble gas called neon. It's like the diva of the periodic table, lighting up the town with its vibrant colors. So next time you see a flashy sign, just remember it's all thanks to neon strutting its stuff.
Plasma is even on earth. Examples are the northern lights, lightning,and core,or magma. Plasma is also in neon light tubes like for advertising. Just to add plasma is also in stars, the sun, and black holes.
A neon light is much more similar to a fluorescent light. I know because I have a Ph.D. in physical chemistry, but I suspect you mean "justify your answer," so here goes. In a gas-discharge light (a neon light), a gas is ionized by an electric potential. Free electrons are then accelerated through the ionized gas. This causes the ions to transition into an excited electronic state. When the ion decays back to the ground state, energy of characteristic frequencies is emitted; the dominant frequencies depend on the gas, the voltage, and the pressure. This is why neon lights are orange-red: the dominant characteristic visible frequencies for neon gas are in the orange-red portion of the spectrum. (If you see a "neon" light that isn't orange-red, it's probably not really using neon gas.) A fluorescent light is exactly the same, except that the inside of the tube is coated with a fluorescent material. It absorbs the (high frequency) energy emitted by the gas discharge itself, and emits energy at a lower frequency (characteristic of the specific material). The gas in fluorescent lights is usually low-pressure mercury vapor, whose dominant emisison frequencies are in the ultraviolet. This is absorbed by the phosphor in the tube and re-emitted as a lower frequency (in the visible spectrum). Most fluorescent lights have a mixture of phosphors so that the emitted light appears "white" because it's actually a mix of different colors that kind of "average out" to white (this is like how the red, green, and blue phosphors in a CRT "blend" to appear white). To confuse matters even further, a lot of modern "neon" lights are actually just fluorescent lights with a colored dye or sleeve applied to the tube (if the tube, when off, appears white, colored, or "cloudy", it's probably a fluorescent light instead; if it's clear and looks empty, then it's pure gas-discharge). This allows for the production of "neon" lights of any color desired and also allows different sections of the tube to have different colors. An incandescent light glows because it's hot ("black body" radiation or "cavity" radiation). There's no characteristic frequency, though there is an emissions maximum which varies depending on temperature. If it's relatively cool ("red hot" is relatively cool as used here), it will appear a dull red; as it gets hotter it turns bright red, then orange, then yellow, then white, and ultimately starts to appear to have a bluish tinge as the emissions maximum shifts to shorter and shorter wavelengths.
No. Neon, as a noble gas, does not react with ANYTHING.
Neon Light Neon Light
Neon lights were first invented around 1910.
Neon lights
Neon Lights was created in 1978.
Knee on lights = neon lights.
If it looks something like this: KNEE LIGHT then the answer is 'neon light' (knee on light)
Neon lamps and neon signs are NOT incandescent. The gas is not glowing because it is hot, but because it is ionized, and the current is passing through it. this is the web where I read about neon lights. createneon
Neon lights are used for decoration, advertizment, and entertainment.
knee on lights = neon lights knee on lights = neon lights
neon lights.
Neon is the most used gas in neon lights but it also contains argon, Krypton, Xenon
neon lights