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In an electric cell there are mainly ammonium chloride and magnese dioxide so If we mix both of them can the electricity would be generated?
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In an electric cell there are mainly ammonium chloride and magnese dio...



Introduction:
Electricity can be generated through a chemical reaction in an electric cell. In this case, we have ammonium chloride and manganese dioxide as the main components in the cell.

Mixing Ammonium Chloride and Manganese Dioxide:
- When ammonium chloride and manganese dioxide are mixed together, a chemical reaction occurs.
- Ammonium chloride acts as an electrolyte, allowing ions to move between the electrodes.
- Manganese dioxide acts as a catalyst, speeding up the reaction.

Generation of Electricity:
- The chemical reaction between the ammonium chloride and manganese dioxide generates electrons.
- These electrons flow through a circuit, creating an electric current.
- This current can be used to power a device or light a bulb.

Conclusion:
By mixing ammonium chloride and manganese dioxide in an electric cell, electricity can be generated through a chemical reaction. This process demonstrates how chemical reactions can be harnessed to produce useful energy.
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In an electric cell there are mainly ammonium chloride and magnese dioxide so If we mix both of them can the electricity would be generated?
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