
Because water molecules are polar and carbon dioxide molecules are nonpolar,
A. water has a lower boiling point than carbon dioxide does.
B. ...
attractions between water molecules are weaker than attractions between carbon dioxide molecules.
C. carbon dioxide cannot exist as a solid.
D. water has a higher boiling point than carbon dioxide does.

B. attractions between water molecules are weaker than attractions between carbon dioxide molecules. ...
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User: Because water molecules are polar and carbon dioxide molecules are nonpolar,
A. water has a lower boiling point than carbon dioxide does.
B. attractions between water molecules are weaker than attractions between carbon dioxide molecules.
C. carbon dioxide cannot exist as a solid.
D. water has a higher boiling point than carbon dioxide does.
Note: ... cause polar water to have a higher boiling point than nonpolar carbon dioxide? ... [ molecules could cause polar water to have a higher boiling point than? Because their ...
http://wiki.answers.com/Q/Explain_how_attractions_between_molecules_could_cause_polar_water_to_have_a_higher_boiling_point_than_nonpolar_carbon_dioxide ]
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