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Insulator - lacks free charged particles in its pure state

Insulator - molecules in dry air do not have free electrons for conducting electricity

Insulator - made of cellulose fibers, which do not conduct electricity

Conductor - its electron configuration permits electrons to move freely, making it conductive

Insulator - it has a high resistance to electricity due to its chemical composition

Insulator - lacks free electrons and thus inhibits the flow of electric current

Conductor - despite its high melting point, it can conduct electricity

Insulator - has a very strong covalent bond that holds its electrons in place

Conductor - has free electrons allowing electric current to flow

Insulator - its electrons are bound tightly to atoms, which prevents them from moving freely

Conductor - its iron content has free electrons that can conduct electricity

Semiconductor - under certain conditions it can conduct electricity

Insulator - composed of polymers that do not have free electrons

Conductor - has the highest electrical conductivity of all metals

Conductor - has free electrons that allow it to conduct electricity

Conductor - excellent conductor of electricity due to its free electrons

Conductor - has a high number of free electrons that can move to conduct electricity

Insulator - composed of organic fibers that do not have free electrons

Conductor - the delocalized electrons in its structure allow electricity to pass