When two negatively charged objects like balloons are brought close together, they repel each other due to the electric force. The potential energy in the electric field decreases as the negatively charged balloons are forced closer together, showing a decrease in stored energy. The closer the negatively charged balloons are forced together, the lower the electric potential energy, illustrating the repulsive force between them.
Electric potential energy between two negatively charged balloons: When two negatively charged objects, such as balloons, are brought close together, they repel each other. This is because objects with like charges (negative in this case) repel each other due to the electric force between them.
The potential energy in the electric field decreases as the negatively charged balloons are forced closer. This decrease in potential energy is due to the repulsion between the like charges, illustrating a decrease in stored energy as they move closer together.
Therefore, in the scenario of two negatively charged balloons, the closer they are forced together, the lower the electric potential energy in the electric field, reflecting the repulsive force between them.
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