Those gases are called noble gases. They are i the 18th group of the Periodic Table.
The Group 0 - Inert Gases group are all (exc. Radon) highly unreactive, and so don't chemcially combine with other elements.
The noble gases, such as helium, neon, and argon, do not naturally combine with other elements because they have a full outer electron shell, making them very stable and unreactive.
The Inert Gases of Group 0 rarely combine with other elements as they are (exc. Radon) extremely unreactive. The Inert Gases are:HeliumNeonArgonKryptonXenon(Radon)
Noble gases, such as helium, neon, and argon, typically do not form bonds with other elements because they already have a stable configuration of electrons in their outermost energy level. This makes them very unreactive.
its not a group but its called a compound. When two elements are combined it becomes a compound. Answer: Group 18, the noble or inert gasses, won't readily react/combine with other elements or if so with great difficulty. -Blue
Noble gases rarely combine with each other or with other elements due to their stable electron configuration. These elements already have a full outer electron shell, making them very unreactive under normal conditions.
For example the elements from the first two groups are easily combined with halogens; or noble gases are very unreactive, etc.
No, Nobel gases do not often combine with other elements. They are known for their stability due to having a full valence electron shell, making them very unreactive and unlikely to form chemical bonds with other elements.
Yes they have full energy levels,this makes them stable.They are highly unreactive, to add on that ionisation is very high in noble gases.
Noble gases (or group 18 elements)
These are the noble gases; but they aren't completely unreactive !
Noble gases are generally unreactive due to their full outer electron shells, making them stable. However, under certain conditions such as high pressure or high temperature, noble gases can react with atoms of other elements to form compounds. This occurs as these conditions can force electrons from the noble gas to form bonds with other atoms, allowing them to combine.