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ROPE RESCUE OPS IFSI NEWEST 2025/2026 ACTUAL EXAM WITH
COMPLETE QUESTIONS AND CORRECT DETAILED ANSWERS (100%
VERIFIED ANSWERS) |ALREADY GRADED A+| ||PROFESSOR
VERIFIED||
A class one harness is designed to stop rescuer when he: -
ANSWER-Reaches the edge
T/F: Class two harnesses are designed for 600 lb loads and will
not keep the rescuer in an up-right position if they become
unconscious. - ANSWER-True
Class three harnesses are: - ANSWER-Designed to keep the
rescuer or victim in an up-right position
T/F: A person that falls in a harness and is suspended and unable
to stand on a solid surface should lift their legs into a sitting
position and avoid moving. - ANSWER-True
T/F: When working in a harness with free mobility a person should
keep your legs moving as much as possible - ANSWER-True
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T/F: A person that falls and is trapped and unable to lift their legs
should squeeze their legs legs every 5 seconds until help arrives -
ANSWER-True
The 1st medical consideration for a victim in a class three harness
that falls and becomes unconscious is: - ANSWER-Airway
patency
When a person is rescued from harness suspension they should
be: - ANSWER-Assessed, ABC's, immobilization and transported
in a sitting position
All harness construction and testing standards are covered in
NFPA: - ANSWER-1983
T/F: Personnel at a rescue scene whether they are workers, IC,
safety officer all have the ability to call a stop during rope rescue
operations if they see an unsafe operation - ANSWER-True
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A helmet used for repor rescue should be an approved light
weight helmet with a: - ANSWER-3 point strap position under the
chin
Care and maintenance of all rescue equipment should be per: -
ANSWER-the helmet's manufacturer recommendations
T/F: Care should be taken when rope is under tension not to allow
a second rope under tension (a line) to run across the stationary
rope under tension. This will cause a nylon on nylon situation that
can burn through a rope quickly - ANSWER-True
Most rope failures are caused by: - ANSWER-Abrasion
Rope that will lose strength when wet is: - ANSWER-Nylon
Polyester handles shock loads: - ANSWER-Not as well as nylon
Pylopropylene rope: - ANSWER-Has a good chemical resistance
ROPE RESCUE OPS IFSI NEWEST 2025/2026 ACTUAL EXAM WITH
COMPLETE QUESTIONS AND CORRECT DETAILED ANSWERS (100%
VERIFIED ANSWERS) |ALREADY GRADED A+| ||PROFESSOR
VERIFIED||
A class one harness is designed to stop rescuer when he: -
ANSWER-Reaches the edge
T/F: Class two harnesses are designed for 600 lb loads and will
not keep the rescuer in an up-right position if they become
unconscious. - ANSWER-True
Class three harnesses are: - ANSWER-Designed to keep the
rescuer or victim in an up-right position
T/F: A person that falls in a harness and is suspended and unable
to stand on a solid surface should lift their legs into a sitting
position and avoid moving. - ANSWER-True
T/F: When working in a harness with free mobility a person should
keep your legs moving as much as possible - ANSWER-True
,2|Page
T/F: A person that falls and is trapped and unable to lift their legs
should squeeze their legs legs every 5 seconds until help arrives -
ANSWER-True
The 1st medical consideration for a victim in a class three harness
that falls and becomes unconscious is: - ANSWER-Airway
patency
When a person is rescued from harness suspension they should
be: - ANSWER-Assessed, ABC's, immobilization and transported
in a sitting position
All harness construction and testing standards are covered in
NFPA: - ANSWER-1983
T/F: Personnel at a rescue scene whether they are workers, IC,
safety officer all have the ability to call a stop during rope rescue
operations if they see an unsafe operation - ANSWER-True
, 3|Page
A helmet used for repor rescue should be an approved light
weight helmet with a: - ANSWER-3 point strap position under the
chin
Care and maintenance of all rescue equipment should be per: -
ANSWER-the helmet's manufacturer recommendations
T/F: Care should be taken when rope is under tension not to allow
a second rope under tension (a line) to run across the stationary
rope under tension. This will cause a nylon on nylon situation that
can burn through a rope quickly - ANSWER-True
Most rope failures are caused by: - ANSWER-Abrasion
Rope that will lose strength when wet is: - ANSWER-Nylon
Polyester handles shock loads: - ANSWER-Not as well as nylon
Pylopropylene rope: - ANSWER-Has a good chemical resistance
