Argon can't bond because there are 8 valence electrons, which fulfills the octet rules.
The electronic configuration of Argon (Ar) is - 8,8,8 because its in group 8 and is inert because it has a full octet. Happy to help ;)
Argon has chemical symbol Ar. The balanced equations will depend on what other reactants are present, but argon being a noble gas tends to be unreactive due to its stable octet electronic structure.
Argon doesn't have an ionic charge because it is a noble element which means that it neither gains nor loses electrons. Note- see octet rule :)
The size of argon is greater than chlorine because of the interelectronic repulsions start taking place when an atom attain its octet
No, argon exists as single atoms as it has a full outer shell (full octet)
Argon can't bond because there are 8 valence electrons, which fulfills the octet rules.
Argon has completely filled orbitals, satisfies octet rule and is chemically inert. So argon gas cannot harm human body.
Argon has a full valance shell, an octet, while zinc does not.
Not really. Argon is a Nobel gas with a full valance octet; 8 valance electrons that do not need to accept or donate electrons to be '' happy. ''
The electronic configuration of Argon (Ar) is - 8,8,8 because its in group 8 and is inert because it has a full octet. Happy to help ;)
Argon has chemical symbol Ar. The balanced equations will depend on what other reactants are present, but argon being a noble gas tends to be unreactive due to its stable octet electronic structure.
Argon has completely filled orbitals. It obeys octet rule (8 electrons in the valence orbitals / shells) and is stable and chemically inert
The noble gases (helium, neon, argon, krypton, xenon).
The size of argon is greater than chlorine because of the interelectronic repulsions start taking place when an atom attain its octet
Argon doesn't have an ionic charge because it is a noble element which means that it neither gains nor loses electrons. Note- see octet rule :)
Argon is chemically inert due to the presence of filled orbitals. Chlorine is highly reactive as it requires one more electron to gain octet.