Respuesta :
Answer:
The most likely to form intermolecular attraction between the Cl-Cl and F-F is London dispersive force.
Explanation:
In the mixture of chlorine gas and fluorine gas, the intermolecular force that is likely to affect is London dispersion forces.
The hydrogen bonding is seen when the more electronegative molecule bonds with the hydrogen atom. The bond between the electronegative atom and hydrogen is termed a Hydrogen bond. Since there is no involvement of hydrogen, hydrogen bonding can not be the solution.
The dipole-dipole interaction arrives when there are equal and opposite charges on the bonded atoms. The bond between the same type of atoms can't be dipole-dipole interaction as there is no opposite charge.
The London dispersive forces are the temporary dipole-induced dipole interactions, that are formed in the non-polar molecules. The forces attract the atoms and help in the formation of bonds between the same atoms.
Since there is a bond between Cl-Cl and F-F, the most likely to attract intermolecular force is London dispersive force.
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