Noble gasses have the complete octet of valence electrons. The are in the family 18 of the Periodic Table. They are unlikely to react with other elements.
Yes, neutral unbonded atoms can complete a valence octet by gaining or losing electrons to achieve a stable electron configuration with 8 valence electrons. This stability is known as the octet rule, which applies to many elements in the periodic table.
six valence electrons.....It only requires two more to complete octet....
Oxygen tends to gain two electrons to complete its "octet", making it O2- with the electron configuration 1s22s22p6
No, carbon cannot expand its octet beyond four valence electrons.
Generally, a compete valence shell holds EIGHT electrons.
A complete octet of electrons (8) in the outer-most, or valence, shell.
Yes, neutral unbonded atoms can complete a valence octet by gaining or losing electrons to achieve a stable electron configuration with 8 valence electrons. This stability is known as the octet rule, which applies to many elements in the periodic table.
No, it doesn't have a complete octet. Phosphorous is in group 5A, meaning it has 5 valence electrons (5 electrons on its outest shell).
six valence electrons.....It only requires two more to complete octet....
Oxygen tends to gain two electrons to complete its "octet", making it O2- with the electron configuration 1s22s22p6
8 valence electrons
Phosphorus has 5 valence electrons and it needs 3 more electrons to complete its octet and achieve stability.
No, carbon cannot expand its octet beyond four valence electrons.
This is the family of noble gases (group 18).
Carbon does not gain or lose 4 electrons to complete its octet because it only has 4 valence electrons to begin with. To complete its octet, carbon forms covalent bonds by sharing electrons with other atoms to achieve stability due to its electronic configuration.
Generally, a compete valence shell holds EIGHT electrons.
there are 6 electrons in valence shell of sulphur so it accepts two electrons to complete the octet (8 electrons in last shell) so its valency in ionic compounds is always - 2.