SYMBOLIC REPRESENTATION OF DANIEL CELL
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Daniell cell has Zn and Cu electrodes. Therefore, its representation is
Zn(s) | Zn2+ (ag) I| Cuz+ (ag) + Cu(s).
Applications of Daniell Cell:
- The salt bridge is represented by the symbol ||, which is two vertical double lines. The oxidation half of the cell is on the left, while the reduction half is on the right.
- Using Daniell Cells, one may produce or store electric energy. Battery development and electrical telegraphy both use Daniell Cells. The battery is the collective term for a number of Cells.
Daniell Cell Working:
- We can now comprehend how Daniell Cells function thanks to the configuration of the Daniell Cell and the cell reactions that occur inside the Daniell Cell.
- At the anode, the zinc metal oxidizes, releasing two electrons. Through the metal wire that links the two electrodes, these electrons move from the anode to the cathode.
- The direction of this free electron flow, which is from cathode to anode, is the opposite of the direction in which free electrons flow to produce electricity. The circuit is completed with Salt Bridge.
Learn more about Daniell Cell:
1. What is Daniel cell?
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2. What is Daniel cell?
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