Extension cords should never be used near

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Multiple Choice

Extension cords should never be used near

Explanation:
Water creates a deadly risk for extension cords because electricity and moisture don’t mix. If a cord or its plug get wet, insulation can fail, moisture can travel along the cord, and a shock, short circuit, or even fire can result. In a cabinet‑making shop there are often spills, damp floors, and sinks nearby, so keeping cords away from any water dramatically reduces the chance of serious injury or damage. Use cords only in dry areas, dry hands before handling plugs, and rely on GFCI outlets near wet spots to add a layer of protection. The other risks—outlets, clutter, and sanding machines—are concerns in a shop, but they don’t pose the same immediate moisture‑related danger. An outlet or a neat, clear workspace matters for safety, but water is the specific hazard that makes extension cords especially dangerous.

Water creates a deadly risk for extension cords because electricity and moisture don’t mix. If a cord or its plug get wet, insulation can fail, moisture can travel along the cord, and a shock, short circuit, or even fire can result. In a cabinet‑making shop there are often spills, damp floors, and sinks nearby, so keeping cords away from any water dramatically reduces the chance of serious injury or damage. Use cords only in dry areas, dry hands before handling plugs, and rely on GFCI outlets near wet spots to add a layer of protection.

The other risks—outlets, clutter, and sanding machines—are concerns in a shop, but they don’t pose the same immediate moisture‑related danger. An outlet or a neat, clear workspace matters for safety, but water is the specific hazard that makes extension cords especially dangerous.

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