What is the result of applying electrical force between two charged objects?

When two charged objects are brought into proximity, the result of the electrical force between them manifests as either attraction or repulsion. This interaction occurs due to the electrostatic forces generated by their charges: like charges repel each other while opposite charges attract. This fundamental principle is rooted in Coulomb's law, which quantifies the force between charged particles based on their charges and distance apart.

In a practical context, the behavior of charged objects demonstrates clearly that their interaction can lead to various phenomena, such as the way static electricity can cause small bits of paper to be attracted to a rubbed balloon or the way two magnets behave. This attraction or repulsion is the most immediate and observable outcome of the interaction between charged objects, distinguishing it from other concepts like electrical energy, power generation, or electrolysis, which involve deeper processes and applications of electrical phenomena.