The point where current would leave an electrical worker's body if contact with an energized line is made is called the ___.

The term that accurately describes the point where current would exit an electrical worker's body upon contact with an energized line is known as the "exit wound." This is not merely a descriptive term; it's rooted in the behavior of electrical currents and the potential paths they may take through a conductive medium, such as the human body.

When a person makes contact with an energized source, electricity seeks the path of least resistance to ground. The entry point, typically where contact is made, allows the electrical current to flow through the body. The exit point is where the current leaves the body and returns to ground, potentially causing serious injury or even fatality.

The notion of the 'second point of contact' relates to safety protocols, emphasizing that touching a second conductive point can complete a circuit and increase the danger of severe electrical shock. However, it does not define the specific point where the current exits the body.

In contrast, 'neutral' and 'grounding electrode' are terms that refer to system components and safety points in electrical systems rather than directly describing the biological aspect of electrical contact with a human body.

Thus, the most precise term that describes the exit path for electric current through a person's body during an electrical accident situation is 'exit wound,' reflecting the