Yes, it can combine with fluorine and oxygen, but bot very easily.
Yes. XeF2 (xenon difluoride), XeF4 (xenon tetrafluoride), and XeF6 (xenon hexafluoride) are all real compounds. XeF4 was in fact the first noble gas compound to be discovered.
Xe is the element xenon, which is a single element, not a compound. A compound, by definition is composed of two or more elements. Xenon rarely forms compounds at all, but in fact it can combine with some other elements such as fluorine.
yes, because its combines with neon light & other light figure
NO!!! It is a monatomic atom. It is inert so it does not combine with anything to form a molecule.
No.
Yes, it can combine with fluorine and oxygen, but bot very easily.
Xenon is one of the elements. It is a type of gas (another example of a gas is the oxygen we all breathe). It is inert (whereas, for example, oxygen can combine with hydrogen to form water, xenon does not combine with other elements).
No. Xenon is chemically inert. Hence it does not combine with other elements and is not found in food materials.
Yes. XeF2 (xenon difluoride), XeF4 (xenon tetrafluoride), and XeF6 (xenon hexafluoride) are all real compounds. XeF4 was in fact the first noble gas compound to be discovered.
Xe is the element xenon, which is a single element, not a compound. A compound, by definition is composed of two or more elements. Xenon rarely forms compounds at all, but in fact it can combine with some other elements such as fluorine.
Yes is could.
zee-non or, less commonly, zen-on.
yes, xenon can but only when forced to do so
Their outermost electron shells are full.
Noble gases do not often combine with other elements.
Iron commonly combines with oxygen.