Asked by Cortney
How do intermolecular forces determine the vapor pressure of a liquid?
A. A nonpolar compound has a low vapor pressure because of London dispersion forces.
B. A compound that can form hydrogen bonds has a low vapor pressure.
C. A polar compound has a high vapor pressure because of London dispersion forces.
D. A compound that has strong covalent bonds has a low vapor pressure.
I believe the answer is b
A. A nonpolar compound has a low vapor pressure because of London dispersion forces.
B. A compound that can form hydrogen bonds has a low vapor pressure.
C. A polar compound has a high vapor pressure because of London dispersion forces.
D. A compound that has strong covalent bonds has a low vapor pressure.
I believe the answer is b
Answers
Answered by
lina
I think "a"
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