Fractional distillation of air.
It can be.
It is a colourless gas.
XeF4 reacts with water - or even moisture in the air - to release pure xenon, hydrogen fluoride and molecular oxygen.
compare the samples density with that of pure gold
You don't have to be worried about xenon's purity, since it is a noble gas and even though its compounds with fluorine had been reported, these compounds are unstable. Therefore, you can extract xenon in pure form without worrying about contamination.However, xenon is extremely rare and hard to extract from any source. You can liquefy fin air to the liquid state (liquid oxygen, nitrogen and noble gases). Here you can find traces of xenon gas and others like krypton, argon... To extract xenon out of the other substances, you can either use silica gel or distillation to get pure xenon with a minimum level of other noble gases. Another source is from mineral spring, but it's also a hard job.
It can be.
you google it Fractional liquefaction of air.
Pure plutonium is obtained as a result of the reaction of PuF4 with calcium, barium or lithium.
In pure form.
No. But breathing pure xenon will block oxygen and cause asphyxiation.
Liquefy air and then allow it to heat up - collecting the gas through fractional distillation.
Xenon is non-reactive and so, in itself, is not harmful. However, breathing pure xenon would starve you of oxygen and so would be fatal.
It is a colourless gas.
The most straightforward way to make a pure sample of calcium is to electrolyze a molten calcium salt with an "inert" cathode such as platinum. Considerable care is required to prevent reaction of pure calcium with the ambient atmosphere.
XeF4 reacts with water - or even moisture in the air - to release pure xenon, hydrogen fluoride and molecular oxygen.
compare the samples density with that of pure gold
XeF4 reacts with water - or even moisture in the air - to release pure xenon, hydrogen fluoride and molecular oxygen.