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Sir, I don't understand how graphite is a good conductor because it has delocalised electrons, but then molecules with delocalised electrons are poor conductors?
In graphite the mobile electrons can move throughout the layers. But in molecules the mobile electrons are confined to within the molecule.
Sir, may I ask if you meant "localised electrons" instead of "delocalised electrons" at 4:24 ?
At which point?
@@MSJChem "Recall that: .... 2. molecules with delocalised electrons are poor conductors of electricity" this part sir
@@공부좀하자-f8f It is correct - look 2:33 onwards
Sir, I don't understand how graphite is a good conductor because it has delocalised electrons, but then molecules with delocalised electrons are poor conductors?
In graphite the mobile electrons can move throughout the layers. But in molecules the mobile electrons are confined to within the molecule.
Sir, may I ask if you meant "localised electrons" instead of "delocalised electrons" at 4:24 ?
At which point?
@@MSJChem "Recall that: .... 2. molecules with delocalised electrons are poor conductors of electricity" this part sir
@@공부좀하자-f8f It is correct - look 2:33 onwards