Noble gases are chemically stable because they have completely filled electron orbitals. They generally have 8 valence electrons (helium has only 2) and therefore have a stable electronic configuration.
Their valence shells are filled so they do not need to obtain or give away electrons to reach a stable octet formation because they already have a stable atomic configuration.
Means their last orbits are duplet{2} or octet{8}.
Noble gases are stable in nature. They are placed in group-18.
The inert or noble gases have a stable full outer shell of electrons which is why they are so unreactive.
the noble gases have octet configuration ie they have 8 electrons in their outermost shell ,so they are stable
the nobel gases are already stable, with full octets of valence electrons
Noble gases are stable because they have a complete outer shell - that is, eight valence electrons. Other elements react in order to gain or lose valence electrons, but noble gases are satisfied.
Noble gases have a stable electron configuration. So they are less reactive.
Noble gases are stable in nature. They are placed in group-18.
The inert or noble gases have a stable full outer shell of electrons which is why they are so unreactive.
the noble gases have octet configuration ie they have 8 electrons in their outermost shell ,so they are stable
Being extremely stable. Noble gases have full valence shells.
They are stable.
No, the only stable elements that are by themselves are the noble gases.
the nobel gases are already stable, with full octets of valence electrons
The noble gases (aka inert gases) are the most stable elements.
Noble gases are stable because they have a complete outer shell - that is, eight valence electrons. Other elements react in order to gain or lose valence electrons, but noble gases are satisfied.
The class of noble gases (Helium, Neon etc. in group 18) There are two groups that come to mind when talking stability: the noble gases and the coinage metals. The noble gases (He, Ne, Ar, Kr, Xe, and Rn) are very chemically stable and do not readily form compounds. Note that although Radon is chemically stable, it's not stable from a nuclear standpoint and will decay (but it is not reactive in the chemical sense). The coinage metals (such as gold, silver, and copper) are very unreactive. Note that the further an element is from Au on the periodic table, the more reactive it is (obviously the Noble gases do not follow this trend).
Noble gases have completely filled octet. They are stable.