Occupational Safety and PPE Quiz

The legal framework that sets standards for workplace safety, including personal protective equipment (PPE).

A comprehensive evaluation of potential hazards in the workplace. It involves identifying, analyzing, and controlling risks to employee safety and health.

Any equipment used to protect workers from workplace hazards. It can include items like gloves, goggles, hard hats, and safety shoes.

The employer's responsibility to provide appropriate PPE to employees, ensure they know how to use it, and maintain its condition.

The employee's duty to use PPE as instructed, care for it, report any damage or need for replacement, and participate in PPE training.

Regulations that specify requirements for PPE in different industries. They can be found in the Code of Federal Regulations (CFR), particularly 29 CFR.

The process of regularly checking and updating the PPE program to ensure it remains effective and complies with current regulations.

The process of regularly checking the workplace for potential hazards and identifying necessary protective measures.

Formal documentation outlining the details of a workplace hazard assessment.

The suitability of PPE for protecting workers should be regularly evaluated to ensure it remains effective and safe.

PPE must be designed to be safe and should be maintained in a clean and functional state.

PPE should be comfortable to wear and fit properly to encourage employee use.

When selecting PPE, it's essential to consider its compatibility with other safety equipment worn together.

The American National Standards Institute (ANSI) sets safety standards for PPE, ensuring certain equipment meets established criteria.

Employers must ensure that new PPE purchased meets the applicable ANSI standards.

PPE is selected based on the specific hazards identified in the workplace.

Materials like leather, rubber, neoprene, and plastics that shield workers from specific hazards, such as heat, chemicals, or physical threats.

The loudness of noise, measured in decibels. Higher dB levels signify greater noise intensity.

The amount of time an employee is exposed to noise. Longer exposures increase the risk of hearing damage.

A decrease in hearing ability due to prolonged exposure to loud noise.

A type of noise that occurs as a loud, brief burst of sound, often characterized by explosions or impacts. These are inherently dangerous to hearing.

A hard hat should always be replaced if it sustains an impact, even if damage is not visible.

Deterioration or tears in the suspension system of a hard hat do not necessarily require replacement of the entire hard hat. Only the damaged suspension system needs to be replaced.

Employees facing potential foot or leg injuries from falling, rolling, or crushing objects must wear protective footwear.

Employees working with hot substances, corrosive or poisonous materials need protective gear for exposed body parts, including legs and feet.

Non-conductive footwear is recommended when an employee may be exposed to electrical hazards.

Conductive footwear is required in workplaces where static electricity may be present.

Footwear must comply with specific consensus standards for safety. Examples include ASTM F-2412-2005, ASTM F-2413-2005, ANSI Z41-1999, and ANSI Z41-1991.

Approved footwear has a protective toe and offers impact and compression protection, but the specific level of protection can vary based on the footwear type.

Leggings are protective clothing that shield the lower legs and feet from heat hazards such as molten metal or welding sparks.

Always check the product labeling or consult the manufacturer to ensure the footwear will provide adequate protection for the specific hazards faced.

Footwear designed to protect the wearer from impact and compression hazards in the toe area. They can be made from steel, aluminum or plastic and fit over the toes of regular shoes.

Footwear that protects the wearer from impact and compression hazards to the instep area. They are typically made of aluminum, steel, fiber or plastic and are strapped to the outside of shoes.

Footwear designed to protect the wearer from impact and compression hazards to both the lower legs and feet. They can be used with toe guards for additional protection.

Features a reinforced toe to resist impact and a heat-resistant sole to protect the feet from hot surfaces. Some models also have metal insoles to prevent punctures.

Footwear designed to prevent the buildup of static electricity. They are crucial in environments where static electricity could cause explosions or fires.

Footwear that provides protection against electrical hazards by acting as an insulator. They prevent the wearer's feet from completing an electrical circuit to the ground.

Footwear designed to be worn in specific situations, offering protection from various hazards like electrical hazards, static electricity, or hot surfaces.

A powder used to absorb moisture and reduce friction in shoes. However, it should not be used with conductive footwear because it can act as an insulator, reducing the conductive ability of the shoes.

Materials like silk, wool, and nylon can generate static electricity. They should not be worn with conductive footwear to avoid interfering with its functionality.

Conductive footwear should be removed when the task requiring its use is completed. This prevents potential hazards like static electricity buildup.