Which statement describes the effect of current path when vital organs are involved?

• A. It leads to less injury.
• B. The path through vital organs can sometimes prevent injury.
• C. A current path through vital organs can cause more severe injury.
• D. It is always safe if current is below the Let-Go value.

Answer: (C)

The amount of damage from electricity depends on where the current travels in the body. If the current path goes through vital organs like the heart or brain, it can disrupt essential functions—such as causing dangerous heart rhythms or impairing breathing—leading to much more severe injury or death. That’s why a current path through these critical areas is much more dangerous than paths that avoid them. The idea that it’s safe if the current is below a Let-Go value isn’t correct, because Let-Go relates to grip strength and doesn’t guarantee safety for the heart or brain; even currents below that threshold can cause serious injury if they pass through vital organs or if exposure lasts longer.