There are six: neon, argon, krypton, xenon, radon, and helium.
6
There are six noble gases: helium, neon, argon, krypton, xenon and radon
There are 8 valence electrons in the noble gases, the family of elements furthest to the right on the periodic table.
The periodic table of elements has all the natural and synthetic elements of the earth. All of them can be turned into gases as elements at high enough temperatures. Compounds (combinations between these elements) results in MANY more gases. But, the noble gases are almost always in gas form (these are all the way to the right on the periodic table), and there are other common gases (H2, N2, O2, etc.).
Air is one of the classical elements, but not an element on the periodic table. The air we breathe is a compound composed of many gases that are in the periodic table separately.
That depends on what temperature and pressure you measure at.
hydrogen
There are 6 non metals (excluding the halogens and noble gases)= >Hydrogen >Carbon >Nitrogen >Oxygen >Phosphorus >Sulfur >Selenium
the noble gases also called the inert gases as they are very unreatcive because they full outer most shells of electrons and have a very stable structure they react very less and less corrosive and plain in nature and are good for many thoings
In the Periodic table of Elements There are 118 Elements 96 are metals The rest are non-metals Group 7= Halogens Group 8/0= Noble gases Going down group 1 and 2, elements become more reactive
no charge because it's already attained octet electron arrengement
Groups are defined as vertical columns on the periodic table since the elements in the same vertical column share many similar properties. The noble gas group share in their property of non-reactiveness since all noble gas elements have a filled valence electron shell.
Noble gases are not in Table 6.2 because they generally do not form compounds with other elements due to their stable electron configurations. Noble gases have a full outer shell of electrons, making them highly unreactive and unable to form bonds. Therefore, they do not readily participate in chemical reactions and are not included in the table that lists commonly occurring compounds.