Semantic question on cell circuit symbol

In summary, the conversation discusses the convention of circuit symbols for batteries and how they are determined based on electrochemistry. It is noted that there may be ambiguity in some cases, but typically the larger bar of the symbol represents the anode and the smaller bar represents the cathode. It is also mentioned that the symbol does not change based on whether the battery is charging or discharging.
  • #1
etotheipi
Suppose the emf of cell ##X## exceeds that of ##Y##, such that conventional current is driven in in an anti-clockwise direction.

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There is a little ambiguity in my mind about the circuit symbol for ##Y##. In the above setup, the larger bar of ##Y## is at higher potential and the smaller bar at lower potential, however the larger bar is in this case the anode and the smaller bar the cathode, determined from an electrochemistry standpoint.

Often the larger bar is the cathode and the one at higher potential, and there is no distinction to be made. However, in other cases, is it convention that the larger bar is always the one at higher potential, whether or not it is the cathode/anode? I'm just checking since I can't find a reference anywhere!
 
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  • #2
The symbol represents the potential of the battery,
One does not turn the symbol around whether the battery is charging or discharging.
 
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  • #3
256bits said:
The symbol represents the potential of the battery,
One does not turn the symbol around whether the battery is charging or discharging.

Awesome, thanks for the quick reply!
 
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1. What is a cell circuit symbol?

A cell circuit symbol is a graphical representation of a cell and its components in a circuit diagram. It is used to show the flow of electricity and the connections between different components in a circuit.

2. Why is a cell circuit symbol important?

A cell circuit symbol is important because it allows scientists and engineers to easily understand and communicate the structure and function of a circuit. It also helps in troubleshooting and designing new circuits.

3. How is a cell circuit symbol different from other circuit symbols?

A cell circuit symbol is specific to cells and their components, while other circuit symbols may represent different types of components such as resistors, capacitors, and switches. It is also unique in its shape and design, making it easily recognizable.

4. What are the common elements found in a cell circuit symbol?

The common elements found in a cell circuit symbol include the cell itself, positive and negative terminals, and any other components connected to the cell such as resistors, capacitors, and diodes.

5. How do scientists create cell circuit symbols?

Scientists create cell circuit symbols by using standardized symbols and conventions to represent different components and their connections in a circuit. These symbols are constantly updated and refined as new discoveries are made in the field of electronics.

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