The most common compounds of fluorine in the crust of the Earth are mineral salts such as calcium fluoride.
As fluorine is more electronegative than oxygen, fluorine acts as the electron acceptor in the compounds with oxygen. As fluorine becomes partially negative charged and positive for oxygen, they are called fluorides.
Fluorine forms a very large range of compounds since it is highly reactive (actually it is the most reactive element there is). Teflon and freon are both synthetic fluorine compounds. Fluorine salts such as potassium fluoride are used in toothpaste, or to fluoridate water.
Lithium fluoride and hydrogen fluoride, also known as hydrofluoric acid.
cesium
Fluorine is a name for the gas and the ion without the extra electron that fluorine will rip from any other (non-noble gas) element. F0 or F2 Fluoride is the name for the fluorine negatively charged ion. F-
The element is common, however; this does not imply a particular molecule is common- such as diatomic fluorine.
As fluorine is more electronegative than oxygen, fluorine acts as the electron acceptor in the compounds with oxygen. As fluorine becomes partially negative charged and positive for oxygen, they are called fluorides.
Fluorine can form compounds with every element except Helium. Many compounds with the noble gases (such as neon fluoride) are pretty unstable and most are very reactive, but they can be formed.
Fluorine forms a very large range of compounds since it is highly reactive (actually it is the most reactive element there is). Teflon and freon are both synthetic fluorine compounds. Fluorine salts such as potassium fluoride are used in toothpaste, or to fluoridate water.
Compounds of fluorine and oxygen are: OF2, O2F2, O3F2.
carbon chlorineOrgano fluorine compounds are organic chemical compounds that contain carbon and fluorine bonded in the polarized and remarkably strong carbon–fluorine bond. Organofluorine compounds are diverse, they can be fluorocarbons, perfluorinated, or aromatic fluoride compounds(such as 2-Bromo-4-fluorotoluene as described in the related link), among other possibilities. These compounds have a wide range of functions and can serve as refrigerants, pharmaceuticals, agrichemicals, surfactants, poisons, or pollutants.
1. preparation of xenon compounds 2. preparation of uranium fluorides 3. preparation of sulfur hexafluoride
Murray Hauptschein has written: 'The action of elementary fluorine upon organic compounds' -- subject(s): Aromatic compounds, Fluorine
Krypton can form compounds with fluorine, such as krypton difluoride (KrF2). These compounds are usually unstable and have unique properties due to krypton's noble gas nature.
It is unlikely for an ionic compound to form between fluorine and carbon because both elements are nonmetals with similar electronegativities. It is more common for covalent compounds to form between nonmetals like fluorine and carbon.
Fluorine
Fluorine-19 is the most common isotope of fluorine, accounting for 100% of naturally occurring fluorine. It has 9 protons and 10 neutrons.