Which of the following states the interaction of like charges?

Like charges, such as two positive charges or two negative charges, exhibit a fundamental property of electrical interactions defined by Coulomb's law. This law states that like charges repel each other, while opposite charges attract. The reason for this repulsion lies in the electromagnetic force, which operates on the principle that similar types of charges create a force that pushes them away from one another.

In practical applications, understanding this property is essential in various sectors of electrical and electronics work, where managing and utilizing the behavior of electrical charges is paramount. This knowledge aids in designing circuits, ensuring safety from electrical discharges, and manipulating electrical forces in motors and generators. The interaction of like charges significantly influences how components are arranged and how they function together in a system.

The other possibilities presented—attraction, neutralization, and becoming uncharged—do not accurately describe the interaction of like charges. Therefore, the correct answer highlights a key principle in electricity, providing a foundational understanding of how charges behave in electrostatic fields.