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Electrical and Fire Safety Hazards: MIT 106 Module 5 Assignment Report

This report covers essential topics from MIT 106, focusing on electrical and fire hazards based on Chapters 12 and 13. Students are tasked with answering critical questions regarding the National Electrical Code (NEC), Underwriters Laboratories (UL), grounding techniques, lightning hazard control, fire dynamics, and safety measures. The assignment is due on 2/25, and timely submission is crucial to achieve the appropriate grading scale. The report encourages a comprehensive understanding of safety protocols, fire prevention strategies, and the importance of effective hazard management in various environments.

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Electrical and Fire Safety Hazards: MIT 106 Module 5 Assignment Report

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  1. MIT106 Module #5 Assignment Report by: _______________________ Date: _________________________ • Posted: 2/18 • Due: 2/25 • Read Chapter 12: Electrical Hazards • Read Chapter 13: Fire Hazards and Life Safety • Answer questions in this power point • Rename this power point: mit106-week6-yourLastName • Email to coach@technology-systems.com • Timings: • Meet Due Date: 100% • 1 week delay: 90%; 2 or more weeks: 80%, after Final Class: 0%

  2. Q1 / Chapter 12NEC / UL • What is the relationship between NEC and UL?

  3. Q2 / Chapter 12Ground • Define Open Ground. What potential hazard does it cause?

  4. Q3 / Chapter 12Lightning hazard control • List five lightning hazard control measures

  5. Q4 / Chapter 12Anti-static • How do ionizers, radioactive neutralizers, and anti-static materials work? Why does humidification work?

  6. Q5 / Chapter 12Bonding & Grounding • Discuss how bonding and grounding work together to increase electrical safety.

  7. Q6 / Chapter 12Freeze / let-go current • Explain freeze and let-go current

  8. Q7 / Chapter 12Three-wire circuit • Discuss the proper wiring of a three-wire circuit

  9. Q8 / Chapter 12Jumping Ground • Why is jumping the ground wire a hazard?

  10. Q9 / Chapter 12OSHA’s Electrical Standard • List 10 recommendations for Lightning hazard control

  11. Q10 / Chapter 12 OSHA’s Electrical Standard • List 10 safety precautions for electrical hazards

  12. Q11 / Chapter 13 Fire Triangle • What are the three elements of the fire triangle?

  13. Q12 / Chapter 13 Fire • Fire is a chemical reaction. What is going on?

  14. Q13 / Chapter 13 Carbon Monoxide and Carbon dioxide • Compare and contrast carbon monoxide and carbon dioxide

  15. Q14 / Chapter 13 Combustion of Liquids, Solids and Gases • How is the combustion of liquid and solids different from gases?

  16. Q15 / Chapter 13 Heat Transfer • What are the three methods of heat transfer? Describe each.

  17. Q16 / Chapter 13 Classes of fires • What are the classes of fires?

  18. Q17 / Chapter 13 Flash point, Fire point and Auto-ignition temperature • What are the differences among flash point, fire point and auto-ignition temperature?

  19. Q18 / Chapter 13 preparation for a fire disaster • What is the most successful life-saving preparation for a fire disaster?

  20. Q19 / Chapter 13 Office fire prevention • Explain the best ways to prevent an office fire

  21. Q20 / Chapter 13 Fire safety program • Summarize the key components of a fire safety program.

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