A) To completely eliminate hazards at the source B) To improve worker efficiency in all tasks C) To replace engineering controls entirely D) To protect the wearer from injury or infection
A) Low wages B) Lack of motivation C) Electrical D) Poor management
A) Second B) Third C) First D) Last
A) It does not eliminate the hazard at the source B) It is always too expensive to purchase C) It requires no training to use D) It is never effective against chemical hazards
A) It may discourage wearers from using it correctly B) It removes the hazard from the workplace C) It automatically adjusts to fit the user better D) It becomes more effective over time
A) To minimize barriers and ensure safe working conditions B) To increase the weight of the equipment C) To reduce the cost of manufacturing D) To make the PPE look more professional
A) Masks and shields B) Standard work uniforms C) Gowns and boots D) Regular cotton gloves
A) Only during recreational sports B) Before any other safety measure is considered C) Whenever a worker feels like wearing it D) When engineering and administrative controls are not feasible
A) To hold flowers and herbs to prevent the smell of miasma B) To provide better vision for the doctor C) To allow the doctor to breathe underwater D) To signal to patients that they were safe
A) A modern industrial engineer B) An ergonomic design specialist C) Wu Lien-teh D) A sixteenth-century plague doctor
A) Plastic B) Synthetic polyester C) Rubber D) Wax
A) The aesthetic appearance of the gear B) The cost of the equipment C) The effectiveness of absolute risk reduction D) The comfort level of the workers
A) Earplugs B) Safety glasses C) Boots D) Disposable gloves
A) Breathable cotton fabric B) Adjustable laces C) Steel toe cap D) Lightweight memory foam
A) Greater user satisfaction B) Reduced hazard exposure C) Lower cost of production D) Increased physical durability
A) Self-contained breathing apparatus (SCBA) B) Oxygen tank system C) N95 mask D) Airline respirator
A) 40 CFR Part 761 B) 10 CFR Part 20 C) 29 CFR Part 1910 D) 42 CFR Part 84
A) Environmental Protection Agency B) Department of Transportation C) Federal Aviation Administration D) National Personal Protective Technology Laboratory (NPPTL)
A) Only for healthcare workers. B) Yes, but only in hospital settings. C) Yes, they are the primary PPE for it. D) No
A) Hearing loss B) Musculoskeletal injuries C) Respiratory infections D) Occupational skin diseases
A) Three B) Six C) Four D) Two
A) Friction B) Parasites C) Extreme temperatures D) Chemical splashes
A) Direct contact with contaminated surfaces B) Mechanical abrasion C) Biological parasites D) Exposure to sunlight
A) Chemical burns B) Infection from plants C) Ultraviolet radiation D) Lacerations
A) Lab coats B) Respirators C) Gloves D) Face shields
A) Hand Related Injuries B) Health Regulation Integration C) Heat Related Illnesses D) Hazardous Radiation Incidents
A) Adult learning principles B) Strict authoritarian instructions C) Child education techniques D) Standardized school curricula
A) 2,000 B) 10,000 C) 500 D) 5,000
A) Rubber B) Wood chips C) Cotton D) Water
A) Biological agents B) Thermal agents C) Acoustic agents D) Mechanical agents
A) Goggles B) Face shields C) Sunglasses D) Prescription lenses
A) Rubber seals B) High air flow C) Anti-scratch coating D) Polarized lenses
A) Over standard eyewear B) Under safety glasses C) Instead of respirators D) Only during welding
A) Tinted goggles B) Goggles with face shields C) Full-facepiece respirators D) Safety glasses
A) Blood-borne hazards B) Infection through touch C) UV light only D) Static electricity
A) 23,000 B) 22 million C) 14 million D) 82 million
A) 82% B) 85% C) 22% D) 14%
A) Firefighting B) Medical C) Law enforcement D) Manufacturing
A) 100 dBA B) 85 dBA C) 22 dBA D) 14 dBA
A) The manufacturing sector B) NIOSH C) OSHA D) Medical boards
A) A medical exam B) An industrial observation C) A subjective survey D) A fit-testing system
A) Auditory training workshops B) Individual, quantitative fit testing C) Visual inspection of earplugs D) Group-based hearing screening
A) Nectar availability B) Lab coats C) Fit-testing systems D) PASS devices
A) Long gauntlets B) Fine mesh netting C) PASS device D) Chainsaw safety boots
A) Kevlar chaps B) Fine mesh veils C) Self-contained breathing apparatus D) Bunker gear
A) Olympic swimmers B) Tennis players C) NFL players D) Professional golfers
A) They are uniform across all states B) They only exist at the local municipal level C) They are determined solely by the military D) They vary by state
A) AIDS Healthcare Foundation B) National Defense Association C) World Health Organization D) Cal/OSHA
A) Protective gowns B) Face shields C) Gloves D) Condoms
A) Respiratory Protection Program B) Blood borne Pathogens Program C) Workplace Safety Program D) Infectious Disease Prevention Program
A) Japan B) North Korea C) Canada D) United Kingdom
A) 89/686/EEC B) 92/686/EEC C) 89/696/EEC D) 95/686/EEC
A) 1 July 1992 B) 21 January 1989 C) 30 June 1995 D) 21 January 1992
A) 21 January 1989 B) 1 July 1989 C) 1 July 1992 D) 30 June 1995
A) ISO Certification B) Safety Compliance Mark C) CE Marking D) EU Standard Seal
A) Two B) Five C) Three D) Four
A) Category IV B) Category I C) Category II D) Category III
A) Category I B) Category II C) Category III D) Category IV
A) Article 1 B) Annex II C) Annex I D) Article 89
A) Respiratory equipment B) Gardening gloves C) Harnesses D) PPE for self-defence
A) CEN B) The European Parliament C) The European Council D) The Local Member State
A) No evidence exists B) Moderate certainty C) High certainty D) Low certainty
A) Adding tabs B) Changing the color C) Adding extra layers D) Reducing the surface area
A) Self-study manuals B) Spoken instructions C) Written checklists D) Video-recorded instructions |