Matching QuestionMatch each compound below with the intermolecular forces it is capable of exhibiting.InstructionsDrag and drop application.C3H8C3H8 drop zone empty.CH3ClCH3Cl drop zone empty.CH3OHCH3OH drop zone empty.Only London dispersionLondon dispersion, dipole-dipole interactions, and hydrogen bondingLondon dispersion and dipole-dipole interactions

Matching QuestionCorrectly match each compound with the intermolecular forces it exhibits.InstructionsDrag and drop application.C2H6C2H6 drop zone empty.CH3FCH3F drop zone empty.London dispersion and dipole-dipole interactionsOnly London dispersion forcesNeed help? Review these concept resources.Read About the Concept

Which of the following molecules has London dispersion forces as its only intermolecular force?Multiple ChoiceCH3OHCCl4CH3-O-CH3H2ONH3

A molecule has the chemical formula CH₄. Which intermolecular forces are present in this molecule?Select one:a.Hydrogen bondingb.London dispersion forcesc.Dipole-dipole interactionsd.No intermolecular forces are present.

IntermolecularForcesWhich one of the following substances has dispersion forces as theonly intermolecular force?Question 1Select one:a.CH3OHb.NH3c.H2Sd.Kr

What type of intermolecular force is exhibited by all covalent compounds?Multiple choice question.Polar bondingLondon dispersionDipole-dipole interactionsHydrogen bonding