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19 Nov 2019
I just need help with the last two problems
Molecule Q has dipole dipole (D:D) Molecule R has induced dipole induced dipole (ID:ID) forces Which one do you expect to have the larger temperature drop I delta _t I as the liquid evaporates? Molecule R Neither Molecule R and Q will have the same temp drop. Molecule Q Energy for evaporation (delta H _vap) is related to vapor pressure (VP) and intermolecular (IM) forces as liquid rightarrow gas. Which of Not yet answered the following sentences best describes those relationships? Molecules with strong IM forces generally have higher VP and lower delta H _vap Molecules with strong lM forces generally have lower VP and higher delta H _vap Molecules with weak IM forces generally have lower VP and higher delta H _vap Molecules with strong IM forces generally have higher VP and higher delta H _Vap Molecules with strong IM forces generally have lower VP and lower delta H _Vap
I just need help with the last two problems
Molecule Q has dipole dipole (D:D) Molecule R has induced dipole induced dipole (ID:ID) forces Which one do you expect to have the larger temperature drop I delta _t I as the liquid evaporates? Molecule R Neither Molecule R and Q will have the same temp drop. Molecule Q Energy for evaporation (delta H _vap) is related to vapor pressure (VP) and intermolecular (IM) forces as liquid rightarrow gas. Which of Not yet answered the following sentences best describes those relationships? Molecules with strong IM forces generally have higher VP and lower delta H _vap Molecules with strong lM forces generally have lower VP and higher delta H _vap Molecules with weak IM forces generally have lower VP and higher delta H _vap Molecules with strong IM forces generally have higher VP and higher delta H _Vap Molecules with strong IM forces generally have lower VP and lower delta H _Vap
Sixta KovacekLv2
13 Jul 2019