True or False: Similar methods of protection are available for both step potential and touch potential.

The statement is accurate because similar methods of protection can indeed be implemented for both step potential and touch potential. Step potential refers to the voltage difference that a person or animal may experience when they are standing on the ground and a fault occurs, while touch potential is the voltage difference that can occur between two conductive objects, which a person may touch.

To protect against these potentials, various safety measures can be utilized, including grounding, insulation, and proper electrical system design. Grounding provides a path for fault currents to dissipate safely into the earth, minimizing the voltage difference experienced between a person and the ground. Insulation can help prevent direct contact with live parts, thus protecting against touch potential. Additionally, using protective equipment like grounding mats or devices, and ensuring that equipment is properly rated can mitigate both types of potential.

The similarity in the methods of protection is rooted in their common goal: to reduce the risk of electrical shock by limiting exposure to high voltage scenarios. This alignment in protective approaches reinforces the idea that training and understanding of electrical safety protocols are critical for effectively managing these risks.