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V.F.
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When two batteries are connected in parallel, positive to positive and negative to negative, the circuit is completed. In this circuit, one battery serves as a load for another. The direction of the current will depend on which battery has a higher voltage. The current in such circuit will be limited by internal resistance of the batteries.

The equalization of the voltages occurs due to a voltage drop on the internal resistance of the dominant battery, not due to the re-distribution of the terminal charges, which, as you've pointed out, don't amount to much.

When two batteries are connected in parallel, positive to positive and negative to negative, the circuit is completed. In this circuit, one battery serves as a load for another. The direction of the current will depend on which battery has a higher voltage. The current in such circuit will be limited by internal resistance of the batteries.

When two batteries are connected in parallel, positive to positive and negative to negative, the circuit is completed. In this circuit, one battery serves as a load for another. The direction of the current will depend on which battery has a higher voltage. The current in such circuit will be limited by internal resistance of the batteries.

The equalization of the voltages occurs due to a voltage drop on the internal resistance of the dominant battery, not due to the re-distribution of the terminal charges, which, as you've pointed out, don't amount to much.

Source Link
V.F.
  • 12.3k
  • 3
  • 17
  • 34

When two batteries are connected in parallel, positive to positive and negative to negative, the circuit is completed. In this circuit, one battery serves as a load for another. The direction of the current will depend on which battery has a higher voltage. The current in such circuit will be limited by internal resistance of the batteries.