noble gases form compounds with fluorine and oxygen only why?
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noble gas form compounds with oxygen and fluorine only because they are most electronegative elements. So they can ionise noble gases also.
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Noble gases, most often found as monatomic gases, have completely filled outer electron shells, so have no inclination to react with other elements, thus very rarely forming compounds with other elements.
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The electron configuration of noble gases shows that they are stable elements. ... In other words, they have a full valence shell and do not readily form compounds with other elements (do not react).
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A noble gas is different from other elements because its highest electron energy level is completely filled. The examples of noble gases are helium, neon, Argon , krypton,Xenon , radon.
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Fluorine. Fluorine is an univalent poisonous gaseous halogen, it is pale yellow-green and it is the most chemically reactive and electronegative of all the elements. Fluorine readily forms compounds with most other elements, even with the noble gases krypton, xenon and radon.
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Noble gas compound. ... This results in an ionization energy low enough to form stable compounds with the most electronegative elements, fluorine and oxygen, and even with less electronegative elements such as nitrogen and carbon under certain circumstances.
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Other characteristics of the noble gases are that they all conduct electricity, fluoresce, are odorless and colorless, and are used in many conditions when a stable element is needed to maintain a safe and constant environment. ... This chemical series contains helium, neon, argon, krypton, xenon, and radon.
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Xenon has larger radii; therefore the electron attraction to the nucleus is weaker in comparison to the smaller noble gases. Fluorine on the other hand is very tiny and highly electronegative, so it would steal an electron from fluorine, forming acompound.
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The noble gases are a group of chemical elements that make up Group 18 on the periodic table. These gases all have similar properties under standard conditions: they are all odorless, colorless, monatomic gases with very low chemical reactivity.
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Chemical Properties of Noble Gases Noble gases are the least reactive of all known elements. That's because with eight valence electrons, their outer energy levels are full. ... As a result, noble gases cannot become more stable by reacting with other elements and gaining or losing valence electrons.
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Argon is the third of the noble gases or inert gases. It is very non-reactive. So much so, that it forms compounds with virtually no other elements. ... That is why it does not easily combine with other elements.
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Noble gas. ... Noble gas, any of the seven chemical elements that make up Group 18 (VIIIa) of the periodic table. The elements are helium (He), neon (Ne), argon (Ar), krypton (Kr), xenon (Xe), radon (Rn), and oganesson (Og).
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1 Answer. They don't have values there because they aren't on the pauling scale of electronegativity, as they don't form any compounds with other elements. ... The other noble gases also can react with fluorine (As well as other elements), and make slightly more stable compounds.
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Xenon oxide difluoride is also a fluoride-ion acceptor, forming the only other anion containing xenon in the +4 oxidation state, the XeOF3− anion in Cs+XeOF3−.
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Noble Gases They were once called inert gases because they were thought to be completely inert—unable to form compounds. This is a reasonable belief because the noble gases have a complete octet, making them very stable and unlikely to gain or lose any electrons.
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Noble gas. ... Other characteristics of the noble gases are that they all conduct electricity, fluoresce, are odorless and colorless, and are used in many conditions when a stable element is needed to maintain a safe and constant environment. This chemical series contains helium, neon, argon, krypton, xenon, and radon.
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The Chemical Properties Noble gases are odorless, colorless, nonflammable, and monotonic gases that have low chemical reactivity. The full valence electron shells of these atoms make noble gases extremely stable and unlikely to form chemical bonds because they have little tendency to gain or lose electrons.