Which molecule ( KI or LiF ) has the higher boiling point?
Select the single most important reason below to justify your choice should have the higher melting point
Both molecules are nonpolar but the higher melting includes hydrogen bonding
Both molecules are nonpolar but the higher melting is more polarizable
The higher melting molecule is polar and the other is not
The lower melting molecule is polar and the other is not
The higher melting molecule has smaller vander Waals forces than the lower melting
The higher melting molecule has greater vander Waals forces than the lower melting
The higher melting molecule is ionic and the other is not
The lower melting molecule is ionic and the other is not
The higher melting molecule has hydrogen bonds and the other does not
The lower melting molecule has hydrogen bonds and the other does not
Both molecules are ionic but the higher melting has a larger cohesive energy
Both molecules are ionic but the lower melting has a larger cohesive energy
The higher melting molecule is ionic and the other is not.
Ionic bonds are stronger than hydrogen bonds
The lower melting molecule is ionic and the other is not.
Ionic bonds are weaker than hydrogen bonds The higher boiling molecule is ionic and the other is not.
Ionic bonds are stronger than vander Waals forces The lower boiling molecule is ionic and the other is not.
Ionic bonds are weaker than vander Waals forces
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