Multiple Select QuestionSelect all that applySelect the statements that correctly relate intermolecular forces to physical properties.Multiple select question.For compounds of similar size, the stronger the intermolecular forces, the higher the boiling point.Compounds that can hydrogen bond typically have lower melting points than compounds that exhibit London dispersion forces.For compounds of similar size, the stronger the intermolecular forces, the higher the melting point.

Multiple Select QuestionSelect all that applyThe strength of the intermolecular forces can affect the physical properties of a substance. Select all physical properties that are affected by intermolecular forces.Multiple select question.Boiling pointMassMolecular weightMelting point

Multiple Select QuestionSelect all that applySelect the statements that correctly describe London dispersion forces.Multiple select question.Covalent compounds must have a dipole to have London dispersion forces.All covalent compounds exhibit London dispersion forces.London dispersion forces result from the weak interactions between temporary dipoles.Smaller covalent molecules have greater London dispersion forces.

For each question, indicate which compound within each pair of molecules with similar molar mass has the higher boiling point and the intermolecular force that has the greatest effect on the difference:

In general, the strengths of the following intermolecular and intramolecular interactions increase in the order (putting the weakest first):hydrogen bonds, covalent bonds, dispersion forcescovalent bonds, dispersion forces, hydrogen bondsdispersion forces, hydrogen bonds, covalent bondscovalent bonds, hydrogen bonds, dispersion forces

Which of the following attractive forces would result in the lowest melting point?A.Hydrogen-bonding forcesB.Ionic electrostatic attractionsC.Van der Waals forcesD.Dipole-dipole attractionsSUBMITarrow_backPREVIOUS