Question

covalent bonding is typically explained as a bond that forms when atoms are sharing electrons. which statement below explains this concept best?
○ atoms spend an equal amount of time with each electron before returning it.
○ atoms are both trying to attract the same electrons, causing a situation where both atoms are pulled together.
○ atoms with a large atomic radius force smaller atoms to share their electrons.
○ atoms are attracted to each others electrons, repelling them from each other as they fight over the electrons.

Explanation:

Covalent bonding forms when two atoms have a mutual attraction for the same valence electrons, creating a stabilizing force that pulls the atoms together. The other options are incorrect: electrons are not "returned" in covalent bonding, atomic radius size does not force sharing, and the interaction is attractive (not repulsive) between the atoms and shared electrons.

Answer:

Atoms are both trying to attract the same electrons, causing a situation where both atoms are pulled together.