All gases can mix with one another.
You get a mixture of hydrogen and xenon.
In the absence of other things, you will get xenon tetrafluoride.
You will have an exothermic reaction in which Xenon tetrafluoride is produced.
Groups 15, 18 and 1.
It is made as a by-product in the fractional distillation of air to produce oxygen and nitrogen.
A mixture of xenon and radon.
You get a mixture of hydrogen and xenon.
nitrogen has the highest electronegativity
In the absence of other things, you will get xenon tetrafluoride.
Yes, they are both gases.
You will have an exothermic reaction in which Xenon tetrafluoride is produced.
You get a mixture of gases. Now...you can halogenate xenon if you're willing to heat the mixture to somewhere between 400 and 600 degrees Celsius and hold that temperature for many hours. But if you just mix xenon and, say, chlorine? You get a tank with xenon and chlorine in it.
It should be ONXe but here it is O2N2Xe meaning there are 2 oxygen atoms, 2 nitrogen atoms and 1 Xenon atom. It must be a "special" compound
juipter
Groups 15, 18 and 1.
The result is smog when sulfur and nitrogen mix with oxygen and react with sunlight.
Mixing nitrogen with nitrogen: any problem, any reaction.