How do nonmetals complete the octet rule?

Answer 1

Answerthis question makes no sense-the octet rule states that every 8 elements will have similar properties as the one 8 before (is goes on to become every 16, then every 32)

Replying to the above answer: Actually there are rare occurences when the octet rule is ignored. Usually in column 1A, elements can only form two bonds. And in other occurences like PCl5 where P has 10 bonds.

Replying to the above answer: Actually the octet rule is combining two atoms, or making an ion, to give an element 8 electrons. And the only atoms not included in the octet rule is Hydrogen and Helium.

Answer 2

Being smaller in size and the electrons in non-metal elements are closer to nucleus of cell so the attraction force is more in between electrons and nucleus which make them better stablity and holding power

Answer 3

Nonmetals can complete the octet rule by gaining electrons to achieve a stable electron configuration with 8 valence electrons. This can be achieved through forming covalent bonds with other nonmetals, sharing electrons to reach octet stability. Additionally, nonmetals can also gain electrons to reach a stable noble gas configuration, such as gaining 2 electrons to achieve an outer shell configuration like a noble gas.

Answer 4

Gain or share electrons

Answer 5

Gain electrons.