Chapter 7 Ropes and Knots Flashcards
According to NFPA 1983, what must be used to make life safety rope? (277)
A. Sisal fibers
B. Cotton fibers
C. Block creel construction
D. Braided rope construction
C. Block creel construction
In order for life safety rope to be reused in life safety situations, it must NOT be: (278)
A. the same color as utility rope.
B. exposed to heat or direct flame.
C. made of block creel construction.
D. stored in apparatus compartments.
B. Exposed to heat or direct flame
Life safety rope must be removed from service if it has been: (278)
A. used for a water rescue.
B. used more than ten times.
C. subjected to an impact load.
D. subjected to temperatures below freezing.
C. Subjected to an impact load
At an emergency incident, utility rope can be used for: (278)
A. a rescue or hoisting operation.
B. creating a control zone perimeter.
C. rescuing a victim from swift water.
D. supporting a firefighter who is rappelling.
B. Creating a control zone perimeter
What is one disadvantage of synthetic fiber rope? (279)
A. Must be replaced often
B. Prone to mold and mildew
C. Cannot support heavy loads
D. Melts when exposed to heat
D. Melts when exposed to heat
Synthetic fiber rope: (279)
A. is difficult to clean, inspect, and maintain.
B. has a longer life span than natural fiber rope.
C. is made from materials such as sisal or hemp.
D. should not be used for life safety applications.
B. Has a longer life span than natural fiber rope
Natural fiber ropes: (279)
A. should not be used as utility rope.
B. melt when exposed to heat or flame.
C. should not be used for life safety applications.
D. are resistant to mold, mildew, and chemical damage.
C. Should not be used for life safety applications
What is one advantage of natural fiber rope? (279)
A. Resistant to mold and mildew
B. Longer life span than synthetic rope
C. Can be used for life safety applications
D. More resistant to sunlight than synthetic rope
D. More resistant to sunlight than synthetic rope
Which type of rope is used as a belay line when there is a possibility that a victim or firefighter may fall a long distance while supported by the rope? (279)
A. Braided rope
B. Twisted rope
C. Static kernmantle rope
D. Dynamic kernmantle rope
D. Dynamic kernmantle rope
Rope that is used exclusively for utility rope and is susceptible to abrasion and damage because a large portion of the load-bearing strands are exposed is known as: (280)
A. laid rope
B. dynamic rope
C. kernmantle rope
D. braid-on-braid rope
A. Laid rope
Which type of rope is commonly used as utility rope and is constructed by uniformly intertwining strands of rope together in a diagonally overlapping pattern? (280)
A. Laid rope
B. Braided rope
C. Twisted rope
D. Kernmantle rope
B. Braided rope
Braid-on-braid rope is usually used: (281)
A. as utility rope
B. as life safety rope
C. for rescues where long falls are possible
D. for rescues where long falls are not possible
A. As utility rope
Personnel should inspect all ropes after each use and inspect unused rope: (282)
A. at least once a year
B. at least once a month
C. after exposure to open flame
D. at least once every six weeks
A. At least once a year
If foreign objects that can damage fibers are found in a rope during inspection, the rope: (282)
A. should be downgraded to utility rope
B. should be removed from service and destroyed
C. must be sent to the manufacturer for further inspection
D. must be thoroughly cleaned and reinspected before reuse
B. Should be removed from service and destroyed
When inspecting kernmantle rope, look at the sheath: (282)
A. to determine the age of the rope
B. for irregularities in shape or weave
C. for signs of powdering between the strands
D. to determine whether it has been impact loaded
B. For irregularities in shape or weave
What should be done if inspection on laid rope reveals that one rope has rot? (283)
A. Clean the rotten rope and return the entire rope to service
B. Remove all surrounding ropes from service, then clean and reinspect them
C. Remove the rotten rope and all surrounding ropes from service and destroy them
D. Cut off the rotten area of the rope before returning the remainder to service
B. Remove all surrounding ropes from service, then clean and reinspect them