Like charges will:

When dealing with electrical charges, it is fundamental to understand the behavior of like charges. Like charges are defined as charges that are the same—both being either positive or negative. According to the laws of electrostatics, like charges have a mutual repulsive force between them. This means that two positively charged objects will push away from each other, and the same applies to two negatively charged objects.

This repulsion occurs because of the electric field that surrounds each charged body. When two similar charges come into proximity, the interaction of their respective electric fields leads to a force that drives them apart. This fundamental principle governs many phenomena in electrical theory and helps explain various applications in electrostatics, including the behavior of charged particles in fields, the design of capacitors, and the operation of devices like electrostatic precipitators.

The other options do not align with this principle, as they suggest other behaviors that do not occur between like charges. Understanding this repulsion is crucial for grasping broader concepts in electrical theory and applying these principles effectively in practical scenarios.