Yes. The easiest way to do this is by heating the material up - the effect of this is to free up some electrons from being tightly bound to the atoms, so allowing them to conduct electricity. In more technical terms, the electrons are promoted from the bonding band to the conduction band.
The limit, of course, is that some materials (for example, polythene) break down long before they are hot enough to release their electrons to conduct.
You can demonstrate this effect by placing a quartz rod in an electric circuit with a battery and a light bulb. If the quartz rod is heated with a bunsen, it eventually conducts well enough that the bulb lights up.
yes, for suppose there is distilled water it is a insulator if we add salt to that it becomes conductor
Insulators are conductors
Insulators are the complete opposite of conductors. Insulators insulate the heat, but conductors let it pass straight through.
Conductors let energy (such as electricity and heat) flow through them easily while insulators do not.
insulators do not allow electricity to pass through them whereas conductors allow electricity to pass through them.
hiya
humans are not insulators, but are conductors!
Insulators are conductors
Insulators.
insulators
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The rails are good conductors The wooden ties they rest on are insulators
Insulators are the complete opposite of conductors. Insulators insulate the heat, but conductors let it pass straight through.
Metals are conductors, not insulators. Both electrical and thermal conductors.
they are Conductors, not much for insulation though.
because insulators don't conduct any electricity but conductors do conduct electricity
Conductors let energy (such as electricity and heat) flow through them easily while insulators do not.
insulators do not allow electricity to pass through them whereas conductors allow electricity to pass through them.