Which term describes the flow of electrical current?

The term "dynamic electricity" refers to the flow of electrical current, which involves the movement of electrons through a conductor. This flow can be generated through various means, such as chemical reactions in batteries or electromagnetic induction in generators.

In contrast, static electricity pertains to a buildup of electric charge on the surface of objects, which does not involve the continuous flow necessary to describe electrical current. Magnetism involves magnetic fields and forces, which are related to but distinct from the flow of electric current. The thermoelectric method refers to the conversion of temperature differences into electrical voltage but does not specifically describe the flow of current itself.

Understanding the foundations of dynamic electricity is critical for various applications in electrical engineering, electronics, and physics, where the movement and control of electrical current are essential for the functioning of circuits and devices.