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Materials, mostly, can be categorized into two categories: Insulators and Conductors. In reality, there are many materials which lie between these two groups, or outside of them both altogether, but the purpose of this question, it suffices to assume there are only these two categories. Metals, like copper are considered good electrical conductors. This is because the atomic structure of the copper atoms have an electron in the outer shell which can be "donated" or "shared" between other copper atoms. When a lattice of copper atoms are formed, all the copper atoms next to each other act as if these electrons belong to all of them. If a potential difference is created over a portion of the copper lattice, then the electrons will travel to a higher potential which causes a flow of electrons on the outer layer of the copper lattice. Moving charge constitutes an electric current.

Wood, on the other hand, is made of organic molecules which do not have this atomic structure, like metals. The outer layer of electrons do not behave in the same way and hence when a potential difference is created over wood, there is not a 'flow' of electrons in the outer electron shell. Hence there is no flow of electrons and therefore there is no current. Hence wood is NOT a good conductor of electricity.

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