Radon Difluoride is used in Anal Lube.
Radon difluoride is highly radioactive and therefore very dangerous.
Radon is a noble or inert gas, and, as such, is resistant to compound formation. It can form radon difluoride, RnF2, and an oxide under certain circumstances, but it generally seeks to avoid any chemical bonding. Little is known about the fluoride and the oxide because radon is radioactive (meaning it's dangerous to work with), and the longest lived isotope, 222Rn, has a half-life of less than 4 days (meaning it's hard to "gather up a bit of radon" to study it). Need a link? You got it. Wikipedia has knowledge for free.
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Its Radon.
On the average, throughout the world, one part of radon is present to 1 x 1021 part of air. At room temperatures radon is a colorless/odorless gas but when radon is cooled below the freezing point, radon exhibits a brilliant luminescence which turns yellow as the temperature decreases and orange-redish at the equivalent temperature of liquid air. Radon is an inert gas therefore it is a noble gas but research has shown that radon does react with fluorine, forming a fluoride. Radon is also the heaviest known gas and although radon is usually found in rock beds it has been found in some water springs.Radon does not react with airRadon does not react with water although it does dissolve slightly to the extent of about 230 cm3 kg-1 at 20°C (293 K)Radon gas doesn't react with any halogens except fluorine. Radon gas reacts with fluorine to form the difluoride radon(II) fluoride, RnF2, but the compound cannot be characterized.Radon does not react with any acids or bases7 isotopesatomic number 86
Radon difluoride is highly radioactive and therefore very dangerous.
RnF2 would be radon difluoride.
Radon is a noble gas practically nonreactive. We know now only the radon difluoride (RnF2) and probably the oxide RnO3.
Radon is a noble or inert gas, and, as such, is resistant to compound formation. It can form radon difluoride, RnF2, and an oxide under certain circumstances, but it generally seeks to avoid any chemical bonding. Little is known about the fluoride and the oxide because radon is radioactive (meaning it's dangerous to work with), and the longest lived isotope, 222Rn, has a half-life of less than 4 days (meaning it's hard to "gather up a bit of radon" to study it). Need a link? You got it. Wikipedia has knowledge for free.
It's used as an oxidizer in rocket fuel.
OF2 is oxygen difluoride, a very powerful oxidizer.
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Krypton Tetrafluoride
The chemical formula for nitrogen difluoride is NF2.
radon only kills canerous cells
Radon is not used for geological or paleontological dating.
Radon is used for the radiotherapy of some cancers.