Chemistry Do ionic compounds have intermolecular forces?

AI Thread Summary
Ionic compounds like NaCl and K2O do not have intermolecular forces because they are composed of formula units rather than molecules. They are held together by strong electrostatic forces between ions, which differ from the weaker intermolecular forces found in molecular compounds. The discussion clarifies that under normal conditions, ionic compounds do not form discrete molecules. Additionally, it notes that all atoms, including metallic atoms, possess dispersion forces due to the presence of electrons. Therefore, while ionic compounds lack intermolecular forces, they still interact through other types of forces.
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Homework Statement


Do ionic compounds such as NaCl and K2O have intermolecular forces?

2. The attempt at a solution
I got stuck conceptually. NaCl and K2O are ionic compounds. Their basic unit is formula units. They are not molecular compounds. Ionic compounds are held together by electrostatic forces. So they don't have intermolecular forces?
 
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Technically there is no such thing as a molecule of an ionic compound (unless we are talking about some exotic conditions, where they can be gaseous).
 
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They don't have intermolecular forces. One more question: do metallic atoms have dispersion forces? In the textbook by Tro, "Since all atoms and molecules have electrons, they all have dispersion forces."
 
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