True or False: All grounding electrodes must be connected to each other to form a grounding electrode system.

The statement is true because a grounding electrode system is designed to provide a low-resistance path to the ground, ensuring that all grounding electrodes work together effectively. When all grounding electrodes are interconnected, they enhance the overall performance of the grounding system, helping to dissipate fault currents and maintain system safety.

When grounding electrodes are tied together, they create a network that helps to equalize potential levels among various parts of the electrical system. This is crucial for safety, as it minimizes the risk of voltage differences that could lead to electrical shock hazards or equipment damage.

The requirement for connection is outlined in electrical codes, which emphasize the importance of bonding all grounding electrodes to ensure they function cohesively as a single grounding electrode system. This helps improve the reliability and effectiveness of grounding in electrical installations.