What happens to motor control during an electrical shock?

• A. Motor control improves due to adrenaline.
• B. Motor control remains unchanged.
• C. Motor control can be lost, causing the individual to be unable to let go of the energized circuit.
• D. Only finger movement is affected.

Answer: (C)

When electricity flows through the body, it can directly disrupt the nerves and cause muscles to contract uncontrollably. This can produce a strong, sustained grip in the hand and forearm, so powerful that the person cannot voluntarily open their fingers and release the energized conductor. The result is a loss of motor control that can keep someone stuck to the source, which is why electric shocks are so dangerous. This effect isn’t about improving or staying the same, and it isn’t limited to just the fingers—any path the current takes through the body can produce varying degrees of weakness or uncontrolled movement.