Respuesta :

meerkat18
Dichlorine monoxide has the same structure like that of water. So, this is a polar molecule. For polar molecules, the dominant intermolecular force would be dipole-dipole forces. For HBr, there is a force between two oppositely charged ions, H⁺ and Br⁻. So, the dominant intermolecular force is electrostatic attraction.
JannetPalos

Answer:

Intermolecular forces present between [tex]Cl_{2}O and HBr[/tex] are- London force and ion-dipole force.

Explanation:

All molecules contain electrons. Therefore London dispersion force is present between all molecules.

[tex]Cl_{2}O[/tex] is an angular molecule. Also oxygen atom is more electronegative than Cl atom. Therefore [tex]Cl_{2}O[/tex] is dipolar.

HBr is a strong acid. Therefore it is dissociated completely to give [tex]H^{+} and Br^{-}[/tex].

Hence an ion-dipole attractive force operates between dipolar [tex]Cl_{2}O[/tex] and [tex]H^{+} and Br^{-}[/tex] ions.

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