No, covalent bonds require the sharing of electrons between atoms in order to form a stable bond. Without any electrons, there is no way for the atoms to share electrons and form a bond.
If an atom has no electrons to share, it will not be able to form a covalent bond. This can result in the atom being unstable and reactive, as it will try to gain electrons from other atoms to complete its outer electron shell.
Yes, atoms with incomplete outer electron shells can form covalent bonds with each other. This is because they can share their electrons with each other to complete their outer electron shells and form a stable bond.
Yes, atoms with no electrons can form other types of bonds such as ionic bonds. In an ionic bond, one atom will donate its electrons to another atom, resulting in a positively charged ion and a negatively charged ion that are attracted to each other.
Atoms with no electrons tend to be highly reactive because they are constantly seeking to gain electrons to complete their outer electron shells. This makes them more likely to form bonds with other atoms in order to gain electrons and become more stable.