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10 questions
Show answers
- Q1London dispersion forces affect nonpolar compounds onlyTrueFalse30sSC.912.P.8.6
- Q2Dipole-dipole interactions are between two polar moleculesTrueFalse30sSC.912.P.8.6
- Q3Hydrogen bonding is a bond found between the hydrogen atom and oxygen atom within a single molecule of water.FalseTrue30sSC.912.P.8.6
- Q4Stronger intermolecular forces lead to lower boiling pointsTrueFalse30sSC.912.P.8.6
- Q5A compound with hydrogen bonding is more likely to be a liquid at room temperature than a compound with London dispersion forces only.TrueFalse30sSC.912.P.8.6
- Q6Dipole interactions cause polar molecules to be more tightly attracted to one another, generally causing higher melting points that compounds that have London dispersion forces onlyFalseTrue30sSC.912.P.8.6
- Q7Water has very high surface tension that is caused by its ability to hydrogen bond.TrueFalse30sSC.912.P.8.6
- Q8The forces between HBr and HBr are London dispersion forces AND dipole-dipole interactionsFalseTrue30sSC.912.P.8.6
- Q9Br2 has a higher melting point than H2 because Br2 has dipole-dipole interactions in addition to London dispersion forcesTrueFalse30sSC.912.P.8.6
- Q10This compound has hydrogen bondingFalseTrue30sSC.912.P.8.6
