Why should you avoid using adapters or damaged cords with electrical equipment?

Why should you avoid using adapters or damaged cords with electrical equipment?

• A. Increases heating speed
• B. Risk of electric shock, short circuits, and fire due to exposed wiring or poor connections
• C. Improves color contrast
• D. Reduces power consumption

Answer: (B)

Damaged cords and adapters create direct electrical safety hazards. Exposed or frayed insulation can put live wires in reach, increasing the risk of electric shock if you touch them. Poor or loose connections in adapters can cause heating, arcing, or sparks, which may lead to a short circuit or ignite flammable materials. Because these hazards stem from exposed conductors and unreliable connections, avoiding damaged cords and faulty adapters is essential for preventing shock, short circuits, and fires. Other choices describe effects that aren’t the primary safety concerns here, such as color or efficiency, which don’t address the immediate dangers of damaged cords or adapters.

Damaged cords and adapters create direct electrical safety hazards. Exposed or frayed insulation can put live wires in reach, increasing the risk of electric shock if you touch them. Poor or loose connections in adapters can cause heating, arcing, or sparks, which may lead to a short circuit or ignite flammable materials. Because these hazards stem from exposed conductors and unreliable connections, avoiding damaged cords and faulty adapters is essential for preventing shock, short circuits, and fires. Other choices describe effects that aren’t the primary safety concerns here, such as color or efficiency, which don’t address the immediate dangers of damaged cords or adapters.