Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis

Ohm's law is valid for electronic conductors 

Delocalized electrons are present in metallic conductors 

Faraday's law is valid for electrolyte 

Oxidation occurs at cathode during elctrolysis