Which safety measures are crucial when working near energized parts?

The correct choice highlights the importance of using insulated tools and wearing appropriate personal protective equipment (PPE) when working near energized parts. Insulated tools are specifically designed to prevent electrical shock and protect workers from potential hazards posed by live electrical components. They are made with materials that resist electrical conductivity, ensuring that if they come into contact with an energized part, the insulation provides a barrier that can protect the user.

Wearing appropriate PPE, such as rubber gloves rated for electrical work, dielectric boots, and face shields, is equally critical. These protective measures help to mitigate the risks of arc flash, electric shock, and other electrical hazards that can occur in environments with energized equipment. Proper gear ensures that workers are shielded from potential injuries while performing their tasks, making adherence to safety protocols paramount in electrical work.

While other options may suggest safety practices, they do not adequately address the specific risks associated with working near energized parts. Regular gloves and safety glasses, for instance, might provide some level of protection, but they do not offer the needed electrical insulation. Keeping one hand in a pocket is a poor practice that can lead to electric shock if one hand inadvertently makes contact with an energized part. Working only during favorable weather conditions can reduce certain hazards, but it does