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Why, Primarily, Does Tetrahydrofuran (THF, Bp 66 °C) Have a Higher

Question 4

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Why, primarily, does tetrahydrofuran (THF, bp 66 °C) have a higher boiling point than cyclopentane (bp 49 °C) ? Why, primarily, does tetrahydrofuran (THF, bp 66 °C) have a higher boiling point than cyclopentane (bp 49 °C) ? A) increased London dispersion forces B) hydrogen bonding C) increased mass D) decreased London dispersion forces E) dipole-dipole interactions


A) increased London dispersion forces
B) hydrogen bonding
C) increased mass
D) decreased London dispersion forces
E) dipole-dipole interactions

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