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 refers to the point where current would leave an electrical worker's body upon making contact with an energized line is identified as the second point of contact. This concept is critical in understanding how electricity can flow through the body during contact with live electrical components.

When an individual comes into contact with an energized line, the electrical current can enter the body at one contact point, typically at the point of contact with the live wire. The current then seeks a path to complete the circuit, often through the ground or another conductive surface. The second point of contact is where the current exits the body, allowing it to flow back to the ground or another neutral point.

This distinction is essential for safety procedures and risk assessment when working around energized lines, as it helps in identifying potential paths of current that can lead to electrocution. Understanding this principle is vital for electrical safety training and for preventing injuries in the workplace.