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Basics Of Occupational Safety 5th Edition David L. Goetsch - Solutions
Which way do gases usually travel?
Which are more stable: combustible liquids or flammable liquids?
What are the differences among flash point, fire point, and auto-ignition temperature?
What property do almost all packing materials share?
What are the classes of fires?
Name something in your room that will not burn.
In which direction does a fire normally travel?
What can happen to a pile of oil-soaked rags in a closed container? Describe the process.
What are the three methods of heat transfer? Describe each method.
How is combustion of liquids and solids different from gases?
compare and contrast carbon monoxide and carbon dioxide.
Where is carbon found?
Fire is a chemical reaction. Explain the reaction.
What are the three elements of the fire triangle?
What is a “daisy chain” and why is one hazardous?
Explain how to reduce arc flash hazards.
Explain why it is important for safety personnel to help employees and supervisors conduct self-assessments.
Explain five strategies for establishing an effective electrical safety program.
Why are warning devices less effective than designed-in safety precautions?
Explain reversed polarity.
Why is jumping the ground wire a hazard?
Discuss the proper wiring of a three-wire circuit.
Describe the structure of an atom.
Explain freeze and let-go current.
How do continuity testers, circuit testers, and receptacle wiring testers operate?
Discuss how bonding and grounding work together to increase electrical safety.
How do ionizers, radioactive neutralizers, and antistatic materials work? Why does humidification work?
Explain the relationship between circuit load and short circuits.
List at least five lightning hazard control measures.
Define open ground.
Briefly state the relationship among potential difference, lightning, and grounding.
What is the relationship between the NEC and UL?
Briefly discuss the difference between DC and AC using the concept of effective current.
Explain what each of the following terms measure: volt, amp, ohm, hertz, and watt.
Define zero potential. Explain the relationship between zero potential and grounding.
What is the total decompression time for an employee who works for four hours under pressure of 20 psig?
Explain three ways to conduct nondestructive testing of pressure vessels.
What causes vacuums?
Briefly explain proof pressures.
What is the difference between destructive and nondestructive testing?
What is the relationship between trapped gas effects and dysbarism?
Discuss altitude sickness.
Explain nitrogen narcosis.
Define hypoxia and hyperoxia.
What do length of exposure, the bends, the chokes, and aseptic necrosis of bone have in common?
Briefly discuss decompression sickness.
Does water vapor conform to Dalton’s law?
Explain Dalton’s law of partial pressures.
Define inspiration and expiration.
Against which references is pressure measured? How are these references measured?
What measures are recommended by OSHA for preventing cold- and heat-related injuries?
What should you do if an employee accidentally splashes a caustic chemical on himself or herself?
Explain the hazards of chemical burns besides tissue damage.
List the factors that determine the severity of a chemical burn.
Describe and differentiate among minor, moderate, and critical burns.
Describe and differentiate among first-, second-, and third-degree burns.
Describe the various purposes served by the skin.
Describe the various components of a cold stress prevention program.
Describe the symptoms of cold stress and hypothermia.
How does wind movement affect the way the body perceives temperature?
How can cold stress be prevented?
Describe the various general controls in heat stress management.
What factors influence the WBGT?
How does clothing affect the cooling process?
How can heat strain be recognized?
What are the symptoms of heat exhaustion?
Define the following terms: heat exhaustion, heat cramps, heat syncope, heat rash, work tolerance time, and moisture vapor transfer rate.
What is heat strain?
What is heat stress?
Define the following thermal comfort-related terms: conduction, convection, and metabolic heat.
Explain the training requirement contained in OSHA’s standard 29 CFr 1910.178(powered industrial trucks).
Explain how to get employees more comfortable with using PPE.
What are the critical factors to consider when selecting gloves?
List four ways to minimize standing hazards.
Describe the six-step back safety/lifting program, and explain what the EGMMHs are.
List six major kinds of injuries to the foot and toes that occur in the workplace each year, and explain the most widely used footwear terms.
Briefly summarize the evolution of hard hats in this country.
What should an employee look for when inspecting a ladder?
What topics should be covered in eye protection training?
Explain how to assess the workplace for eye hazards.
Explain OSHA’s recommendations for effective fall protection, and what action to take when a worker is dangling from his fall arrest gear.
What is a lanyard?
What are the requirements for personal fall arrest systems in OSHA regulation 1926.451(d)(16)?
Explain the “trigger height” controversy over OSHA’s Fall Protection Standard for construction.
Describe the various components of a slip and fall prevention program.
List and briefly explain five strategies for preventing slips.
Explain how surface traction is measured.
Explain briefly the most common kinds of falls.
List the primary causes of falls.
Explain how to evaluate lockout/tagout programs.
Explain the concept of risk assessment as it relates to machine operation.
Summarize the main provisions of OSHA’s lockout/tagout standard.
What impact may a lockout/tagout system have if carefully followed nationwide?
What is a tagout system?
What is a lockout system?
Explain how to guard against the hazards associated with robots.
Describe the primary hazards associated with robots.
What are the relative advantages and disadvantages of feeding and ejection systems?
Describe four types of point-of-operation devices.
Describe the three types of point-of-operation guards.
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