Which of the following statements is true regarding electrical cords?

Which of the following statements is true regarding electrical cords?

• A. They can be frayed and unsafe if used cautiously
• B. Keep them away from water at all times
• C. They can handle any load without limitation
• D. Using longer cords is always safer

Answer: (B)

The statement that electrical cords should be kept away from water at all times is true because water is a conductor of electricity. When electrical cords are exposed to water, they can create a risk of electric shock or short circuits. Water can compromise the insulation of the cord and lead to dangerous situations, including potential fires or injury. Therefore, maintaining a distance from water helps ensure safety while using electrical cords. In contrast, other statements present misleading information about electrical safety. For example, suggesting that frayed cords can be used with caution undermines the significant risk they pose due to potential short circuits and electric shocks. Claiming that cords can handle any load without limitation fails to recognize the importance of adhering to load specifications to avoid overheating and fire hazards. Lastly, the assertion that longer cords are always safer is incorrect, as longer cords can lead to voltage drop, increased resistance, and potential overheating if the cord is not rated for the load being carried.

The statement that electrical cords should be kept away from water at all times is true because water is a conductor of electricity. When electrical cords are exposed to water, they can create a risk of electric shock or short circuits. Water can compromise the insulation of the cord and lead to dangerous situations, including potential fires or injury. Therefore, maintaining a distance from water helps ensure safety while using electrical cords.

In contrast, other statements present misleading information about electrical safety. For example, suggesting that frayed cords can be used with caution undermines the significant risk they pose due to potential short circuits and electric shocks. Claiming that cords can handle any load without limitation fails to recognize the importance of adhering to load specifications to avoid overheating and fire hazards. Lastly, the assertion that longer cords are always safer is incorrect, as longer cords can lead to voltage drop, increased resistance, and potential overheating if the cord is not rated for the load being carried.