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Battery Operation

Battery Operation. Anode (-). Cathode (+). Reduction of B +. Oxidation of A. EMF of Cell = x Volts. Zn-Cu Cell. Oxidation and Reduction. Zn. Zn ++. Cu. Cu ++. Zinc is oxidized. Copper ion is reduced. Zn-Cu Cell. E. I. Electrolyte. -. +. Zn plate. Cu ++. Zn ++. I. E.

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Battery Operation

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  1. Battery Operation Anode (-) Cathode (+) Reduction of B+ Oxidation of A EMF of Cell = x Volts

  2. Zn-Cu Cell

  3. Oxidation and Reduction Zn Zn++ Cu Cu++ Zinc is oxidized Copper ion is reduced

  4. Zn-Cu Cell E I Electrolyte - + Zn plate Cu++ Zn++ I E Zn is oxidized Cu++ is reduced

  5. Hydrogen Fuel Cell

  6. Hydrogen CarKia FCEV Two 76-litre hydrogen storage tank at 700 bar

  7. Lithium Ion Battery ( 3.7V) Negative terminal (Anode) Positive terminal (Cathode) Direction of reactions are reversed during charging

  8. Lithium Ion Battery burnout

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