What should you do for step potential?

What should you do for step potential?

• A. Stay in place with feet planted and do not move.
• B. Move with quick large steps away.
• C. Walk with feet together in long steps.
• D. Shuffle feet.

Answer: (D)

Step potential happens when a surface carrying voltage creates a gradient across the ground, so the safest move is to minimize the voltage difference between your feet as you relocate. Shuffling keeps your feet close together and in contact with the ground as you slide, which minimizes the potential difference you could bridge with a current. This slow, side-to-side motion reduces the chance of a dangerous current traveling up your legs compared to taking large steps or lifting your feet far apart. Staying still doesn’t help you escape the hazard if you need to move, and moving with quick, large steps or taking long strides increases the distance between your feet, increasing the voltage difference you might encounter. Shuffling is the practical technique to minimize step potential while you move.

Step potential happens when a surface carrying voltage creates a gradient across the ground, so the safest move is to minimize the voltage difference between your feet as you relocate. Shuffling keeps your feet close together and in contact with the ground as you slide, which minimizes the potential difference you could bridge with a current. This slow, side-to-side motion reduces the chance of a dangerous current traveling up your legs compared to taking large steps or lifting your feet far apart.

Staying still doesn’t help you escape the hazard if you need to move, and moving with quick, large steps or taking long strides increases the distance between your feet, increasing the voltage difference you might encounter. Shuffling is the practical technique to minimize step potential while you move.