Additional Activities This part will test whether you fully understand the influences of intermolecular forces present between and among species to the bulk properties of substances. You can answer this by recalling the strategies discussed earlier in this module. Remember also that the predominant intermolecular forces are the determinants of what the bulk properties of substances will be. Explain the differences in boiling point in terms of intermolecular forces (IMF). a. HF (20° C) and HCl (-85° C) b. CHC13 (61° C) and CHBR3 (150° C) c. Br2 (59° C) and ICl (97° C)

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Chapter1: Chemical Foundations
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Explain the difference in boiling point in terms of intermolecular forces (IMF)
Additional Activities
This part will test whether you fully understand the influences of
intermolecular forces present between and among species to the bulk
properties of substances. You can answer this by recalling the strategies
discussed earlier in this module. Remember also that the predominant
intermolecular forces are the determinants of what the bulk properties of
substances will be.
Explain the differences in boiling point in terms of intermolecular forces
(IMF).
a. HF (20° C) and HCl (-85° C)
b. CHC13 (61° C) and CHBR3 (150° C)
c. Br2 (59° C) and ICl (97° C)
Transcribed Image Text:Additional Activities This part will test whether you fully understand the influences of intermolecular forces present between and among species to the bulk properties of substances. You can answer this by recalling the strategies discussed earlier in this module. Remember also that the predominant intermolecular forces are the determinants of what the bulk properties of substances will be. Explain the differences in boiling point in terms of intermolecular forces (IMF). a. HF (20° C) and HCl (-85° C) b. CHC13 (61° C) and CHBR3 (150° C) c. Br2 (59° C) and ICl (97° C)
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