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Solid carbon tetrachloride, CCl4(s), is represented by the diagram above. The attractions between the CCl4 molecules that hold the molecules together in the solid state are best identified as

(A) polar covalent bonds
(B) nonpolar covalent bonds
(C) intermolecular attractions resulting from temporary dipoles
(D) intermolecular attractions resulting from permanent dipoles

Respuesta :

The attraction present in the diagram between the [tex]\rm CCl_4[/tex] molecules that hold the molecule together is a nonpolar covalent bond.

(A) Polar covalent bonds are formed when the atoms of different electronegativities share their electrons in the bond formation. The attraction present in the [tex]\rm CCl_4[/tex] molecule is between the same molecule, so it can't be the polar covalent bond.

(B) The interaction between the [tex]\rm CCl_4[/tex] molecule has equally shared electrons between the carbon atoms, which is characteristic of a nonpolar covalent bond. So the molecules of nonpolar interactions.

(C) The intermolecular attractions resulting in temporary dipoles result when there is an interaction between the charged moieties forming dipole bonds. In this molecule, there are no charge based interactions.

(D) The intermolecular attractions resulting in permanent dipole also result when there is dipole-dipole interaction. The given figure does not contain any such kind of attraction forces.

The given molecule represents the nonpolar covalent bonds.

For more information about attraction in [tex]\rm CCl_4[/tex], refer the link:

https://brainly.com/question/14597512?referrer=searchResults