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What do intermolecular forces and ionic bonding have in common? They both exist between independent particles They both get stronger as the radius of a compound gets larger They both influence the boiling/melting points of substances They both involve sharing of electrons between atoms They both must be broken in order to dissolve a substance in a solvent They are both based on electrostatic (+)(-) interactions

What do intermolecular forces and ionic bonding have in common? They both exist between independent particles They both get stronger as the radius of a compound gets larger They both influence the boiling/melting points of substances They both involve sharing of electrons between atoms They both must be broken in order to dissolve a substance in a solvent They are both based on electrostatic (+)(-) interactions

Introductory Chemistry: An Active Learning Approach
Introductory Chemistry: An Active Learning Approach
6th Edition
ISBN:9781305079250
Author:Mark S. Cracolice, Ed Peters
Publisher:Mark S. Cracolice, Ed Peters
Chapter2: Matter And Energy
Section: Chapter Questions
Problem 8E
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What do intermolecular forces and ionic bonding have in common? They both exist between independent particles They both get stronger as the radius of a compound gets larger They both influence the boiling/melting points of substances They both involve sharing of electrons between atoms They both must be broken in order to dissolve a substance in a solvent They are both based on electrostatic (+)(-) interactions
Transcribed Image Text:What do intermolecular forces and ionic bonding have in common? They both exist between independent particles They both get stronger as the radius of a compound gets larger They both influence the boiling/melting points of substances They both involve sharing of electrons between atoms They both must be broken in order to dissolve a substance in a solvent They are both based on electrostatic (+)(-) interactions
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