The earth as a conductive body can serve as an effective ground-fault current path. Is this statement true or false?

The statement that the earth as a conductive body can serve as an effective ground-fault current path is true. The earth is often utilized in electrical systems as a grounding mechanism because it can provide a low-resistance path for fault currents to safely dissipate, preventing potential hazards such as electrical shock or equipment damage.

In grounding practices, the earth serves as a reference point for electrical systems, allowing ground-fault protection devices to function effectively. When a fault occurs, the electrical current can flow into the ground, ensuring the safety of both the equipment and individuals.

Therefore, the core understanding here is that, under normal conditions and with proper grounding techniques, the earth is a reliable means of managing fault currents, making the statement true rather than false.