Noble gases do not often combine with other elements.
Yes, compounds of the elements radon, krypton, xenon, and argon have been produced.
The first noble gas compound to be discovered was xenon tetrafluoride, XeF4
The platinum group is often used for electrodes or catalyts because they do not combine easily with other elements.
The chemical name of the compound is often based on the names of the elements that are part of it. However, for many simple organic compounds it is not possible to determine the component elements.
Generally the noble gases, however xenon (Xe) has been found to create compounds with other elements, most often with F in XeF8
Inert gases contain elements that aren't likely to chemically react. Noble gases are the best candidates, since their valence electron shell is completed and thus are really unlikely to react with another atom, but nitrogen (which isn't a noble gas) also is a good inert gas.
They can , but its extremely rare and most often done in the Lab. Their outer most electron orbital, or valence shell, is full of all the electrons it wants to have (8), with 8 electrons in the valence shell, it is full essentially. The answer is WAY more involved than that, but thats the lowdown.
The platinum group is often used for electrodes or catalyts because they do not combine easily with other elements.
When malevolent gases combine with water, it often forms acid rain.
I take it that you mean native elements. Some meteoric iron occurs - perhaps the remnant of the interior of an exploded planet.Gold often exists as a native element, because it has a low combination propensity, and is essentially uncorrodible.Similar metals such as copper, silver, mercury, tin and platinum are not uncommon.Then there are the non-metals, of which carbon and sulfur are the common ones.And to which must be added the gases such as nitrogen, oxygen, and the noble gases such as neon, argon etc.As to the why, the simple answer is that they either do not easily combine with other elements (gold, neon); or locally in surplus to anything with which they could combine (sulfur, carbon, mercury).
The chemical name of the compound is often based on the names of the elements that are part of it. However, for many simple organic compounds it is not possible to determine the component elements.
Group 18 is often referred to as the Noble Gases.
No: The compounds more often have very different properties from those of the elements that form them.
Generally the noble gases, however xenon (Xe) has been found to create compounds with other elements, most often with F in XeF8
Yes. Both oxygen and hydrogen are gases at room temperature, but put them together and you get water.
Just about all of them! The noble gases are very rarely combined into compounds, but even some of them (most often Xe) can be combined to form a compound (the other noble gases, Ne, He, Ar, and Kr almost never react to form a compound though).
Inert gases contain elements that aren't likely to chemically react. Noble gases are the best candidates, since their valence electron shell is completed and thus are really unlikely to react with another atom, but nitrogen (which isn't a noble gas) also is a good inert gas.
the nobel prize is give annually, meaning once a year! :)
No organization won the Nobel peace prize, or indeed any Nobel prize, that often.