how do the nuclei of covalently bonded atoms help keep the bond together?\nneutral particles in the nucleus…
how do the nuclei of covalently bonded atoms help keep the bond together?\nneutral particles in the nucleus provide enough mass that the force of gravity holds the atoms together.\nneutral particles in the nucleus can become positive or negative in order to balance the charges.\npositive particles in the nucleus change into negative particles that enter electron shells.\npositive particles in the nucleus are attracted to shared electrons, so the atoms stay close together.
Answer
Brief Explanations:
In a covalent bond, atoms share electrons. The positively - charged protons in the nucleus are attracted to the shared electrons, which keeps the atoms close together and maintains the covalent bond. Gravity is negligible at the atomic scale, and neutral particles (neutrons) don't play a direct role in charge - based bonding. Protons don't change into negative particles and enter electron shells, nor do they change charge states to balance charges in the context of covalent bonding.
Answer:
Positive particles in the nucleus are attracted to shared electrons, so the atoms stay close together.