In hexane (C6H14) match each specific solution with the principal intermolecular force exhibited O2 (g) in aqueous solution:_______.

A) Ion-dipole.

B) Dipole-induced dipole dispersion forces.

C) Hydrogen bonding.

Water being a polar molecule, and hexane being a molecule where its polarity is very low, it is considered that this can be diluted in water but diluted even better in non-polar solvents.

The predominant union is Dipolo-Dipolo, since the solute would be Hexane and the Polar solvent would be water, in this way the union would be hydrogen bridges and Dipolo-Dipolo electrostatic forces.

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In hexane (C6H14) match each specific solution with the principal intermolecular force exhibited O2 (g) in aqueous solution:_______. A) Ion-dipole. B) Dipole-induced dipole dispersion forces. C) Hydrogen bonding.

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In hexane (C6H14) match each specific solution with the principal intermolecular force exhibited O2 (g) in aqueous solution:_______.

A) Ion-dipole.

B) Dipole-induced dipole dispersion forces.

C) Hydrogen bonding.