Which physical phenomenon does not occur in static electricity?

The correct answer is based on understanding the characteristics of static electricity. Static electricity is primarily associated with the accumulation of electric charge on the surface of objects, which creates electric fields. An essential aspect of static electricity is that it involves the movement of electrons to create an imbalance of charge; however, once this imbalance is established, the electrons are not in continuous flow.

In static electricity, the charges remain stationary unless discharged, which is why the concept of current flow is not applicable. Current refers specifically to the continuous flow of electric charge through a conductor, something that does not occur in static electricity because there is no ongoing movement of charge after static buildup.

Electric fields are a prominent feature of static electricity as they arise from the charges present. While magnetic fields can be associated with moving charges, they are not inherently a result of static charge itself, thus making them a secondary phenomenon compared to the direct implications of static electricity.