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Electric cells and Fruit cells

Electric cells:

  • Supply energy to electrons for movement in an electric circuit.

  • Store chemical energy and convert it to electrical energy.

  • Electrons flow from one material to another provides an electric current.

  • Different electrodes and electrolytes produce different chemical reactions affecting the battery’s functionality and energy storage capacity.

Fruit cells:

  • Similar to a regular battery, consisting of copper and zinc nails and lemon juice as the electrolyte.

  • Electrode connections cause chemical reactions allowing electron flow in the external circuit.

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Electric cells and Fruit cells

Electric cells:

  • Supply energy to electrons for movement in an electric circuit.

  • Store chemical energy and convert it to electrical energy.

  • Electrons flow from one material to another provides an electric current.

  • Different electrodes and electrolytes produce different chemical reactions affecting the battery’s functionality and energy storage capacity.

Fruit cells:

  • Similar to a regular battery, consisting of copper and zinc nails and lemon juice as the electrolyte.

  • Electrode connections cause chemical reactions allowing electron flow in the external circuit.

image.png

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