Question about conductors, wires and lattice of ions

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A solid lattice of ions does not conduct electricity because the ions are fixed in place, preventing electron movement. In contrast, metals contain free electrons that can move through the lattice, allowing them to conduct electricity. When a voltage is applied, these free electrons flow, creating an electric current while the ions remain stationary. Understanding concepts like conduction band and valence band can clarify the differences in conductivity between solids and metals. Therefore, the ability of a wire to conduct electricity lies in the mobility of its electrons, not the ionic lattice structure.
JoeN
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Hi guys, sorry as this is probably a silly question. This isn't homework, but it's something I'm confused about in my GCSE course.

If a lattice of ions can't conduct electricity when solid, then why can a wire (composed of these lattices (I think?)) conduct electricity?

The electrons in a circuit collide with these lattices and create resistance and whatnot, I understand that. Sorry for the waste of time if it's an obvious answer!

thanks.
 
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It's because electrons can move in a metal. So the ions can stay immobile and you get a current.
 
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