51. Boiling point data for several carbon-halogen compounds is shown below. Which of the following statements are true and help to explain this data? Compound CH,F, CF, CH,CI, CCI, Boiling Point -51.6 °C -128 °C 39.6 °C 61.2 °C CH,F, and CH,Cl, are polar compounds For compounds of similar size, dipole-dipole forces are stronger than London Dispersion forces Fluorine forms hydrogen bonds but chlorine doesn't The strength of London Dispersion forces increases with size. I. II. III. IV. А. I, I, I В. П, Ш, IV С. I, I, IV D. I, II, IV LIL II IY

Chemistry & Chemical Reactivity
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Chapter11: Intermolecular Forces And Liquids
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51. Boiling point data for several carbon-halogen compounds is shown below. Which of the
following statements are true and help to explain this data?
Compound
CH,F,
Boiling Point
-51.6 °C
-128 °C
CH,CI,
CCI,
39.6 °C
61.2 °C
CH,F, and CH,Cl, are polar compounds
For compounds of similar size, dipole-dipole forces are stronger than London
Dispersion forces
Fluorine forms hydrogen bonds but chlorine doesn't
The strength of London Dispersion forces increases with size.
I.
II.
III.
IV.
A. I, II, III
В. П, 1, IV
С. 1, II, IV
D. I, II, IV
Е. I, II, II, IV
Transcribed Image Text:51. Boiling point data for several carbon-halogen compounds is shown below. Which of the following statements are true and help to explain this data? Compound CH,F, Boiling Point -51.6 °C -128 °C CH,CI, CCI, 39.6 °C 61.2 °C CH,F, and CH,Cl, are polar compounds For compounds of similar size, dipole-dipole forces are stronger than London Dispersion forces Fluorine forms hydrogen bonds but chlorine doesn't The strength of London Dispersion forces increases with size. I. II. III. IV. A. I, II, III В. П, 1, IV С. 1, II, IV D. I, II, IV Е. I, II, II, IV
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