hello can anyone help me to answer the Review question
Review Questions Chapter 20 Fire Hazards and Life Safety
1. What are the four elements of the fire tetrahedron?
2. Fire is a chemical reaction. Explain the reaction.
3. Where is carbon found?
4. Compare and contrast carbon monoxide and carbon dioxide.
5. How is combustion of liquids and solids different from gases?
6. What are the three methods of heat transfer? Describe each.
7. What can happen to a pile of oil-soaked rags in a closed container? Describe the process.
8. In which direction does heat normally travel?
9. Name something in this room that will not burn. 10. What are the classes of fires?
11. What property do almost all packing materials share?
12. What are the differences between flash point, fire point, and auto-ignition temperature?
13. Which are more stable: combustible liquids or flammable liquids?
14. Which way do gases usually travel?
15. Describe the NFPA 704 hazards identification system.
16. In what ways can electricity cause a fire?
17. What are the leading causes of fire-related deaths?
18. What are some of the toxic chemicals often produced by fires?
19. What are some of the systems utilized by fire detectors?
20. What is the most successful lifesaving preparation for a fire disaster?
21. Explain the best ways to prevent an office fire.
22. What is the trend with regard to future fire safety standards?
23. Define the term life safety.
Review Questions Chapter 21 Radiation Hazards
1. Define the following terms relating to ionizing radiation: radiation, restricted area, dose, rem,
sievert, and radiation area. 2. Describe the types of personal monitoring devices used.
3. How should radioactive material be treated when stored in a unrestricted area?
4. Where is nuclear waste stored?
5. Describe the requirements in the case of radiation overexposure.
6. Define the term nonionizing radiation.
7. What are the primary sources of concern regarding nonionizing radiation?
8. What is the maximum dose of radiation allowed to the whole body during a 1-and 5-year period
for a nuclear energy worker? For someone who is not a nuclear energy worker?
9. Describe the anecdotal and scientific evidence linking EMF to cancer
Review Questions Chapter 22 Noise and Vibration Hazards
1. Define the term sound.
2. What is the difference between sound and noise?
3. Differentiate between sound and vibration.
4. Describe the relationship between the pitch of sound and the cycle of sound waves.
5. List and briefly explain the three broad types of industrial noise.
6. Describe the various physiological problems associated with excessive noise.
7. List four factors that affect the risk of hearing loss from exposure to excessive noise.
8. At what sound level is it necessary to begin using some type of personal protection?
9. What are two precautions that should be considered when using HPDs?
10. Differentiate between engineering and administrative controls.
11. Define the following terms: noise surve.
hello can anyone help me to answer the Review question Rev.pdf
1. hello can anyone help me to answer the Review question
Review Questions Chapter 20 Fire Hazards and Life Safety
1. What are the four elements of the fire tetrahedron?
2. Fire is a chemical reaction. Explain the reaction.
3. Where is carbon found?
4. Compare and contrast carbon monoxide and carbon dioxide.
5. How is combustion of liquids and solids different from gases?
6. What are the three methods of heat transfer? Describe each.
7. What can happen to a pile of oil-soaked rags in a closed container? Describe the process.
8. In which direction does heat normally travel?
9. Name something in this room that will not burn. 10. What are the classes of fires?
11. What property do almost all packing materials share?
12. What are the differences between flash point, fire point, and auto-ignition temperature?
13. Which are more stable: combustible liquids or flammable liquids?
14. Which way do gases usually travel?
15. Describe the NFPA 704 hazards identification system.
16. In what ways can electricity cause a fire?
17. What are the leading causes of fire-related deaths?
18. What are some of the toxic chemicals often produced by fires?
19. What are some of the systems utilized by fire detectors?
20. What is the most successful lifesaving preparation for a fire disaster?
21. Explain the best ways to prevent an office fire.
22. What is the trend with regard to future fire safety standards?
23. Define the term life safety.
Review Questions Chapter 21 Radiation Hazards
1. Define the following terms relating to ionizing radiation: radiation, restricted area, dose, rem,
sievert, and radiation area. 2. Describe the types of personal monitoring devices used.
3. How should radioactive material be treated when stored in a unrestricted area?
4. Where is nuclear waste stored?
5. Describe the requirements in the case of radiation overexposure.
6. Define the term nonionizing radiation.
7. What are the primary sources of concern regarding nonionizing radiation?
8. What is the maximum dose of radiation allowed to the whole body during a 1-and 5-year period
for a nuclear energy worker? For someone who is not a nuclear energy worker?
9. Describe the anecdotal and scientific evidence linking EMF to cancer
Review Questions Chapter 22 Noise and Vibration Hazards
1. Define the term sound.
2. What is the difference between sound and noise?
3. Differentiate between sound and vibration.
4. Describe the relationship between the pitch of sound and the cycle of sound waves.
5. List and briefly explain the three broad types of industrial noise.
6. Describe the various physiological problems associated with excessive noise.
2. 7. List four factors that affect the risk of hearing loss from exposure to excessive noise.
8. At what sound level is it necessary to begin using some type of personal protection?
9. What are two precautions that should be considered when using HPDs?
10. Differentiate between engineering and administrative controls.
11. Define the following terms: noise survey, audiometric testing, and follow-up.
12. List three appropriate follow-up activities when an audiometric test reveals hearing loss in an
employee.
13. Explain the four classifications of HPDs that are widely used.
14. Explain the main components of an evaluation of a hearing loss prevention program.
15. What is HAV? How can it be prevented?
