s orbital for helium and p orbitals for other noble gases.
Noble gases have completely filled outer most shell. They are chemically inert and exist as monoatomic species.
Noble gases have completely filled outer most shell and have stable electronic configuration. They are chemically inert and exist as monoatomic species.
The valence shell (outermost energy level) of a noble gas is filled in ... ns2 np6 electron configuration except helium where it is 1s2.
Noble gases have completely filled orbitals / energy levels. They generally have 8 valence electrons (helium has only 2 valence electrons) and have stable electronic configuration.
Helium belongs to group 18 elements along with other noble gases. All noble gases except helium have completely filled s and p orbitals. Helium has completely filled 1s orbitals and hence is kept along with the noble gases.
noble gases.
Their outer energy levels are completely filled.
Noble gases have completely filled outer electronic configuration. Hence they are non-reactive.
Their outer energy levels are completely filled.
Noble gases have completely filled outer most shell. They are chemically inert and exist as monoatomic species.
because they have completely filled outer most energy levels
Noble gases have completely filled valence electrons. Helium has 2, other elements have 8
All noble gases (helium, neon, argon, krypton, xenon and radon) have completely filled valence shells (valence orbitals).
Noble gases have completely filled outer most shell and have stable electronic configuration. They are chemically inert and exist as monoatomic species.
This is the group 18, noble gases.
Yes. it is filled.
The valence shell (outermost energy level) of a noble gas is filled in ... ns2 np6 electron configuration except helium where it is 1s2.