What safety measure should be taken when working with resistors in AC circuits?

What safety measure should be taken when working with resistors in AC circuits?

• A. Always wear rubber gloves
• B. Use a standard multimeter for voltage
• C. Ensure the area is dry
• D. All of the above

Answer: (D)

When working with resistors in AC circuits, it is crucial to implement multiple safety measures to ensure protection against electrical hazards. Each of the options contributes to a safer working environment. Wearing rubber gloves provides insulation and reduces the risk of electric shock when handling live wires or components in an AC circuit. Rubber is a poor conductor of electricity, which acts as a barrier between the person and any potential voltage that could lead to injury. Using a standard multimeter for voltage measurement is important for safety and accuracy. A multimeter allows you to check voltage levels before directly interacting with any components, helping you to understand the circuit conditions and avoid accidental exposure to harmful voltages. Keeping the work area dry minimizes the risk of electrical shock since moisture can create conductive paths. Water can enhance conductivity and increase the likelihood of electricity passing through unintended paths, particularly if a person is in contact with the ground. Each of these measures addresses a different aspect of electrical safety when working with AC circuits, making it essential to adopt all of them collectively. Therefore, taking all these precautionary steps enhances safety and minimizes the risk of accidents in the workspace.

When working with resistors in AC circuits, it is crucial to implement multiple safety measures to ensure protection against electrical hazards. Each of the options contributes to a safer working environment.

Wearing rubber gloves provides insulation and reduces the risk of electric shock when handling live wires or components in an AC circuit. Rubber is a poor conductor of electricity, which acts as a barrier between the person and any potential voltage that could lead to injury.

Using a standard multimeter for voltage measurement is important for safety and accuracy. A multimeter allows you to check voltage levels before directly interacting with any components, helping you to understand the circuit conditions and avoid accidental exposure to harmful voltages.

Keeping the work area dry minimizes the risk of electrical shock since moisture can create conductive paths. Water can enhance conductivity and increase the likelihood of electricity passing through unintended paths, particularly if a person is in contact with the ground.

Each of these measures addresses a different aspect of electrical safety when working with AC circuits, making it essential to adopt all of them collectively. Therefore, taking all these precautionary steps enhances safety and minimizes the risk of accidents in the workspace.