The exit wound is defined as the location where electricity leaves the body.

The exit wound is defined as the location where electricity leaves the body.

• A. Where electricity enters
• B. The point of maximum heat
• C. The site of contact with energy
• D. Where electricity leaves

Answer: (D)

Electrical injuries move through the body from the point of contact to the point where the current leaves. The exit wound is the location where electricity leaves the body, marking the downstream end of the current’s path. This distinction matters because the entry point is where the energy first enters, while the exit point is where it exits after traveling through tissues. The appearance and position of the exit wound can vary depending on the current, voltage, tissue resistance, and duration of exposure, and the exit site isn’t defined by where heat is maximum along the path. The site of contact with energy refers to the entry point, not the exit. So the statement that identifies the exit wound as where electricity leaves the body best captures the concept.

Electrical injuries move through the body from the point of contact to the point where the current leaves. The exit wound is the location where electricity leaves the body, marking the downstream end of the current’s path. This distinction matters because the entry point is where the energy first enters, while the exit point is where it exits after traveling through tissues. The appearance and position of the exit wound can vary depending on the current, voltage, tissue resistance, and duration of exposure, and the exit site isn’t defined by where heat is maximum along the path. The site of contact with energy refers to the entry point, not the exit. So the statement that identifies the exit wound as where electricity leaves the body best captures the concept.