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sandlee09

Given what we know about the bonding mechanisms in the PCl3 compound formed by the bonding of phosphorus and chlorine, we can confirm that phosphorus will donate an electron to chlorine, forming a covalent bond.

What is a covalent bond?

  • A covalent bond implies two atoms that are bonded due to their sharing an electron between the two.

How do phosphorus and chlorine bond?

  • In order to form the compound PCl3, the phosphorus atom will donate an electron to be shared with the chlorine atom.
  • This is possible due to the metallic nature of phosphorus.
  • Chlorine uses this electron to complete its outer shell and achieve stability.

Therefore, we can confirm that the bonding activity between phosphorus and chlorine includes the formation of a covalent bond after phosphorus donates one electron to chlorine in order for the latter to complete its outer electron shell.

To learn more about covalent bonds visit:

https://brainly.com/question/25150590?referrer=searchResults

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