Argon is chemically inert and does not form compounds
NONE: Argon (A ... At No 18 & At Wt 39.944) is one of the 'Noble Gasses' like Helium and Neon.
Argon typically forms compounds with elements that are highly electronegative, such as fluorine and oxygen. Some examples of argon compounds include argon fluorohydride (HArF), argon hydrofluoride (ArHF), and argon oxide (ArO). These compounds are generally unstable and have only been observed under specific laboratory conditions.
Hexafluoride compounds are formed when oxygen combines with either argon or xenon in the presence of fluorine. These compounds have the chemical formula XeF6 for xenon and ArF6 for argon.
Argon hydrofluoride.
No, magnesium and argon cannot form a compound as they are both noble gases and do not readily react with other elements to form compounds. Magnesium is a metal and tends to form ionic compounds, while argon is a noble gas and exists as single atoms due to its stable electronic configuration.
Argon does not form compounds in standard conditions.
It is mainly the atmosphere. Compounds of argon are not natural on earth.
Argon is a noble gas and is typically unreactive, so it does not form many compounds under normal conditions. However, argon can form stable compounds with fluorine, such as argon fluorohydride (HArF), under extreme conditions. These compounds are usually only observed in laboratory settings or under high pressure conditions.
There are no common compounds of argon. The only known compound is argon fluorohydride but that is hardly common. Also, argonium (argon hydride) molecules have been identified in the Crab nebula, but that can hardly be described as common.
Argon is an extremely stable non - raective noble gas and does not form compounds with any elements. However, in the last 10 years a compound of Argon has been reported HArF at the University of Helsinki.
Fluorine and hydrogen: to form argon fluorohydride.Hydrogen to form argonium or argon hydride.
Argon is chemically inert due to the presence of completely filled orbitals. It does not react with other elements and hence does not form ionic or covalent compounds at STP.