21
MIT106 Module #5 Assignment 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 [email protected] Timings: Meet Due Date: 100% 1 week delay: 90%; 2 or more weeks: 80%, after Final Class: 0% Report by: _______________________ Date: _________________________

MIT106 Module #5 Assignment

Embed Size (px)

DESCRIPTION

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 - PowerPoint PPT Presentation

Citation preview

Page 1: MIT106 Module #5 Assignment

MIT106 Module #5 Assignment

• 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 [email protected]• Timings:

Meet Due Date: 100% 1 week delay: 90%; 2 or more weeks: 80%, after Final Class: 0%

Report by: _______________________Date: _________________________

Page 2: MIT106 Module #5 Assignment

Q1 / Chapter 12NEC / UL

• What is the relationship between NEC and UL?

Page 3: MIT106 Module #5 Assignment

Q2 / Chapter 12Ground

• Define Open Ground. What potential hazard does it cause?

Page 4: MIT106 Module #5 Assignment

Q3 / Chapter 12Lightning hazard control

• List five lightning hazard control measures

Page 5: MIT106 Module #5 Assignment

Q4 / Chapter 12Anti-static

• How do ionizers, radioactive neutralizers, and anti-static materials work? Why does humidification work?

Page 6: MIT106 Module #5 Assignment

Q5 / Chapter 12Bonding & Grounding

• Discuss how bonding and grounding work together to increase electrical safety.

Page 7: MIT106 Module #5 Assignment

Q6 / Chapter 12Freeze / let-go current

• Explain freeze and let-go current

Page 8: MIT106 Module #5 Assignment

Q7 / Chapter 12Three-wire circuit

• Discuss the proper wiring of a three-wire circuit

Page 9: MIT106 Module #5 Assignment

Q8 / Chapter 12Jumping Ground

• Why is jumping the ground wire a hazard?

Page 10: MIT106 Module #5 Assignment

Q9 / Chapter 12OSHA’s Electrical Standard

• List 10 recommendations for Lightning hazard control

Page 11: MIT106 Module #5 Assignment

Q10 / Chapter 12 OSHA’s Electrical Standard

• List 10 safety precautions for electrical hazards

Page 12: MIT106 Module #5 Assignment

Q11 / Chapter 13 Fire Triangle

• What are the three elements of the fire triangle?

Page 13: MIT106 Module #5 Assignment

Q12 / Chapter 13 Fire

• Fire is a chemical reaction. What is going on?

Page 14: MIT106 Module #5 Assignment

Q13 / Chapter 13 Carbon Monoxide and Carbon dioxide

• Compare and contrast carbon monoxide and carbon dioxide

Page 15: MIT106 Module #5 Assignment

Q14 / Chapter 13 Combustion of Liquids, Solids and Gases

• How is the combustion of liquid and solids different from gases?

Page 16: MIT106 Module #5 Assignment

Q15 / Chapter 13 Heat Transfer

• What are the three methods of heat transfer? Describe each.

Page 17: MIT106 Module #5 Assignment

Q16 / Chapter 13 Classes of fires

• What are the classes of fires?

Page 18: MIT106 Module #5 Assignment

Q17 / Chapter 13 Flash point, Fire point and Auto-ignition temperature

• What are the differences among flash point, fire point and auto-ignition temperature?

Page 19: MIT106 Module #5 Assignment

Q18 / Chapter 13 preparation for a fire disaster

• What is the most successful life-saving preparation for a fire disaster?

Page 20: MIT106 Module #5 Assignment

Q19 / Chapter 13 Office fire prevention

• Explain the best ways to prevent an office fire

Page 21: MIT106 Module #5 Assignment

Q20 / Chapter 13 Fire safety program

• Summarize the key components of a fire safety program.