Radon is a colorless gas and doesn't burn.
Radiotherapy with radium is obsolete now; to avoid burns of the skin radiations filters for alpha and beta radiations were used in the past.
Probably no, the experiment was not realized up today.
Radon doesn't burn.
In the gaseous (normal) state, radon is a colorless gas, as is true of all noble gases (see: xenon, krypton, neon, argon, helium). Due to its high radioactivity a radon light is impractical, but if one were constructed it would glow yellow-green. In the solid state, things get very interesting with radon. As radon solidifies, it glows yellow, and then with decreasing temperature, glows an angry orange-red. This glow, or nightshine, comes from the Cerenkov light -- a product if radon's intense radioactivity. Needless to say, if you ever are viewing a glowing radon tube, you had best be standing behind very thick leaded glass.
In its gaseous state it is colorless, but when it freezes at -71°C the cooled, solid radon emits a pale yellow light. On intense cooling, it glowswith a orangish color.
You need a radon detector to perform radon testing. Essentially it's a geiger counter. Radon is radioactive and you locate it just the same way. Many radon alarms are available for areas where Radon is a problem. You would need a radon detector for radon testing. You can purchase one from amazon.com for $130 shipped. http://www.amazon.com/dp/B000CEAY64
A spectroscope is a device for producing and recording spectra for examination. When light given off by a simple burning substance is viewed through a spectroscope, a certain color will appear.
Radon can cause lung cancer but it is also used in radiation treatments for some times of cancer (ironic, I know); and some people go to Radon spas located in Russia and Central Europe because they believe that it can cure some ailments such as rheumatiod arthritis, multiple sclerosis, depression, and cataracts. Also there is some evidence (though this is not a proven theory) that in areas where an earthquake is about to occur the Radon level increases. Radon is a Noble Gas (therefore a gas a room temperature) and is very unreactive to other elements, therefore it does not want to burn and the only confirmed compound of it is Radon Fluoride (RnF). Radon is also highly radioactive and has no color, no smell, and no taste.
Radon is a colorless gas.
In the gaseous (normal) state, radon is a colorless gas, as is true of all noble gases (see: xenon, krypton, neon, argon, helium). Due to its high radioactivity a radon light is impractical, but if one were constructed it would glow yellow-green. In the solid state, things get very interesting with radon. As radon solidifies, it glows yellow, and then with decreasing temperature, glows an angry orange-red. This glow, or nightshine, comes from the Cerenkov light -- a product if radon's intense radioactivity. Needless to say, if you ever are viewing a glowing radon tube, you had best be standing behind very thick leaded glass.
Purple
In its gaseous state it is colorless, but when it freezes at -71°C the cooled, solid radon emits a pale yellow light. On intense cooling, it glowswith a orangish color.
No. Radon is chemically inert.
they burn faster because purple is a darker color, so the color makes it burn faster than others. so if a candle was white it would burn slower than other colors
You need a radon detector to perform radon testing. Essentially it's a geiger counter. Radon is radioactive and you locate it just the same way. Many radon alarms are available for areas where Radon is a problem. You would need a radon detector for radon testing. You can purchase one from amazon.com for $130 shipped. http://www.amazon.com/dp/B000CEAY64
If you are talking about a neon light, you can use any of the noble gases in a light. Helium would produce a pink color, neon would produce a red color, argon would produce a light blue color, krypton would produce a white color, xenon would produce a purple color. I don't recommend using radon, but if you were to it would produce a green color.
A spectroscope is a device for producing and recording spectra for examination. When light given off by a simple burning substance is viewed through a spectroscope, a certain color will appear.
Radon has no contributes if it did we would have no sicknesses in the world so basiclly none of the above
Radon can cause lung cancer but it is also used in radiation treatments for some times of cancer (ironic, I know); and some people go to Radon spas located in Russia and Central Europe because they believe that it can cure some ailments such as rheumatiod arthritis, multiple sclerosis, depression, and cataracts. Also there is some evidence (though this is not a proven theory) that in areas where an earthquake is about to occur the Radon level increases. Radon is a Noble Gas (therefore a gas a room temperature) and is very unreactive to other elements, therefore it does not want to burn and the only confirmed compound of it is Radon Fluoride (RnF). Radon is also highly radioactive and has no color, no smell, and no taste.
all of the noble gases are nonreactive. Neon, argon, krypton, xenon, helium, and radon.