NEIEP 200 Final Exam Second Semester IUEC
Apprenticeship Actual Exam 2026/2027 |
Complete Exam-Style Questions with Detailed
Rationales | Pass Guaranteed – A+ Graded
SECTION 1: WIRE ROPE AND RIGGING (35 Questions)
Q1: In regular lay wire rope, the direction of strand wires is:
A. Perpendicular to the rope axis
B. Opposite to the rope lay
C. In line with the rope axis [CORRECT]
D. Crossed over the rope axis
Correct Answer: C
Rationale: Correct because regular lay rope has strand wires in line with the rope axis,
providing greater stability and resistance to rotation compared to lang lay
configurations. This matches NEIEP 200 curriculum on rope construction.
Q2: Lang lay ropes are characterized by:
A. Greater stability and less flexibility
B. More flexibility and resistance to reverse bends [CORRECT]
C. Higher breaking strength than regular lay
D. Reduced resistance to crushing
Correct Answer: B
Rationale: Correct because lang lay ropes have strand wires parallel to the rope axis,
making them more flexible and better resistant to reverse bends, which is the proper
rigging procedure for applications involving frequent directional changes.
Q3: For a gearless machine's drive sheave with a circumference of six feet,
approximately how many RPMs are required to run the car at 800 fpm?
A. 100 RPMs
,B. 120 RPMs
C. 133 RPMs [CORRECT]
D. 150 RPMs
Correct Answer: C
Rationale: Correct because RPM = (Speed × 12) / Circumference = (800 × 12) / 72 =
133.33 RPMs. The proper installation technique requires this calculation for sheave
sizing and motor selection.
Q4: When using a chainfall attached to a hoisting beam with a beam clamp, the capacity
of the hoisting beam is:
A. Increased by 25%
B. Reduced to 75% of its original capacity
C. Reduced to 50% of its original capacity [CORRECT]
D. Unaffected by the attachment method
Correct Answer: C
Rationale: Correct because point loading via beam clamps creates concentrated stress
points, reducing the effective capacity to 50% of the beam's rated load. The correct
rigging procedure requires derating for safety.
Q5: Manila rope should be protected from unraveling by using:
A. Tape wrapping
B. Heat sealing
C. Whipping [CORRECT]
D. Knot tying
Correct Answer: C
Rationale: Correct because whipping is the proper technique for securing natural fiber
rope ends, preventing unraveling while maintaining rope integrity. This matches NEIEP
200 curriculum on rope handling.
Q6: The best place to store natural fiber hoisting rope is in:
A. A sealed plastic container
B. An open-sided crate [CORRECT]
C. A damp basement
,D. Direct sunlight exposure
Correct Answer: B
Rationale: Correct because natural fiber ropes require ventilation to prevent moisture
buildup and rot. An open-sided crate provides proper air circulation while protecting
from direct contamination.
Q7: What is the primary purpose of a wire rope thimble?
A. To increase rope breaking strength
B. To prevent kinking at the eye of the rope [CORRECT]
C. To reduce rope weight
D. To connect two rope sections
Correct Answer: B
Rationale: Correct because a thimble maintains the natural curve of the rope at the eye,
preventing pinching and kinking that would weaken the rope at the termination point.
The correct rigging procedure requires thimbles at all eye splices.
Q8: When inspecting wire rope before use, which condition would require immediate
removal from service?
A. Slight surface rust
B. Broken wires exceeding 10% of total wires in any strand [CORRECT]
C. One broken wire in a 12-strand rope
D. Minor surface lubrication
Correct Answer: B
Rationale: Correct because ASME code requires removal when broken wires exceed
10% of the total wires in any strand, as this significantly compromises structural
integrity. The proper rigging procedure mandates pre-use inspection.
Q9: A 6×19 wire rope classification means:
A. 6 strands with 19 wires per strand [CORRECT]
B. 6 wires with 19 strands
C. 6 feet long with 19-inch circumference
D. 6,000 lb capacity with 19% elongation
Correct Answer: A
, Rationale: Correct because wire rope classification uses the format "strands × wires per
strand." A 6×19 rope has 6 strands with 19 wires each, providing a balance between
flexibility and abrasion resistance. This matches NEIEP 200 curriculum.
Q10: When making a wire rope eye splice, the minimum number of tucks required for a
standard fist grip is:
A. 2 tucks
B. 3 tucks [CORRECT]
C. 5 tucks
D. 7 tucks
Correct Answer: B
Rationale: Correct because a minimum of 3 full tucks is required for adequate holding
strength in a wire rope eye splice. The correct rigging procedure ensures the splice
develops at least 80% of the rope's breaking strength.
Q11: The breaking strength of a wire rope is typically:
A. Equal to its working load limit
B. Five times its working load limit [CORRECT]
C. Twice its working load limit
D. Ten times its working load limit
Correct Answer: B
Rationale: Correct because wire rope design incorporates a 5:1 safety factor, meaning
breaking strength is approximately five times the working load limit. The proper rigging
procedure requires understanding this relationship for safe load calculations.
Q12: When using synthetic slings, the angle of the sling to the load affects the sling
tension by:
A. Decreasing tension as angle increases
B. Increasing tension as angle decreases from vertical [CORRECT]
C. Having no effect on tension
D. Doubling tension at 90 degrees
Correct Answer: B
Apprenticeship Actual Exam 2026/2027 |
Complete Exam-Style Questions with Detailed
Rationales | Pass Guaranteed – A+ Graded
SECTION 1: WIRE ROPE AND RIGGING (35 Questions)
Q1: In regular lay wire rope, the direction of strand wires is:
A. Perpendicular to the rope axis
B. Opposite to the rope lay
C. In line with the rope axis [CORRECT]
D. Crossed over the rope axis
Correct Answer: C
Rationale: Correct because regular lay rope has strand wires in line with the rope axis,
providing greater stability and resistance to rotation compared to lang lay
configurations. This matches NEIEP 200 curriculum on rope construction.
Q2: Lang lay ropes are characterized by:
A. Greater stability and less flexibility
B. More flexibility and resistance to reverse bends [CORRECT]
C. Higher breaking strength than regular lay
D. Reduced resistance to crushing
Correct Answer: B
Rationale: Correct because lang lay ropes have strand wires parallel to the rope axis,
making them more flexible and better resistant to reverse bends, which is the proper
rigging procedure for applications involving frequent directional changes.
Q3: For a gearless machine's drive sheave with a circumference of six feet,
approximately how many RPMs are required to run the car at 800 fpm?
A. 100 RPMs
,B. 120 RPMs
C. 133 RPMs [CORRECT]
D. 150 RPMs
Correct Answer: C
Rationale: Correct because RPM = (Speed × 12) / Circumference = (800 × 12) / 72 =
133.33 RPMs. The proper installation technique requires this calculation for sheave
sizing and motor selection.
Q4: When using a chainfall attached to a hoisting beam with a beam clamp, the capacity
of the hoisting beam is:
A. Increased by 25%
B. Reduced to 75% of its original capacity
C. Reduced to 50% of its original capacity [CORRECT]
D. Unaffected by the attachment method
Correct Answer: C
Rationale: Correct because point loading via beam clamps creates concentrated stress
points, reducing the effective capacity to 50% of the beam's rated load. The correct
rigging procedure requires derating for safety.
Q5: Manila rope should be protected from unraveling by using:
A. Tape wrapping
B. Heat sealing
C. Whipping [CORRECT]
D. Knot tying
Correct Answer: C
Rationale: Correct because whipping is the proper technique for securing natural fiber
rope ends, preventing unraveling while maintaining rope integrity. This matches NEIEP
200 curriculum on rope handling.
Q6: The best place to store natural fiber hoisting rope is in:
A. A sealed plastic container
B. An open-sided crate [CORRECT]
C. A damp basement
,D. Direct sunlight exposure
Correct Answer: B
Rationale: Correct because natural fiber ropes require ventilation to prevent moisture
buildup and rot. An open-sided crate provides proper air circulation while protecting
from direct contamination.
Q7: What is the primary purpose of a wire rope thimble?
A. To increase rope breaking strength
B. To prevent kinking at the eye of the rope [CORRECT]
C. To reduce rope weight
D. To connect two rope sections
Correct Answer: B
Rationale: Correct because a thimble maintains the natural curve of the rope at the eye,
preventing pinching and kinking that would weaken the rope at the termination point.
The correct rigging procedure requires thimbles at all eye splices.
Q8: When inspecting wire rope before use, which condition would require immediate
removal from service?
A. Slight surface rust
B. Broken wires exceeding 10% of total wires in any strand [CORRECT]
C. One broken wire in a 12-strand rope
D. Minor surface lubrication
Correct Answer: B
Rationale: Correct because ASME code requires removal when broken wires exceed
10% of the total wires in any strand, as this significantly compromises structural
integrity. The proper rigging procedure mandates pre-use inspection.
Q9: A 6×19 wire rope classification means:
A. 6 strands with 19 wires per strand [CORRECT]
B. 6 wires with 19 strands
C. 6 feet long with 19-inch circumference
D. 6,000 lb capacity with 19% elongation
Correct Answer: A
, Rationale: Correct because wire rope classification uses the format "strands × wires per
strand." A 6×19 rope has 6 strands with 19 wires each, providing a balance between
flexibility and abrasion resistance. This matches NEIEP 200 curriculum.
Q10: When making a wire rope eye splice, the minimum number of tucks required for a
standard fist grip is:
A. 2 tucks
B. 3 tucks [CORRECT]
C. 5 tucks
D. 7 tucks
Correct Answer: B
Rationale: Correct because a minimum of 3 full tucks is required for adequate holding
strength in a wire rope eye splice. The correct rigging procedure ensures the splice
develops at least 80% of the rope's breaking strength.
Q11: The breaking strength of a wire rope is typically:
A. Equal to its working load limit
B. Five times its working load limit [CORRECT]
C. Twice its working load limit
D. Ten times its working load limit
Correct Answer: B
Rationale: Correct because wire rope design incorporates a 5:1 safety factor, meaning
breaking strength is approximately five times the working load limit. The proper rigging
procedure requires understanding this relationship for safe load calculations.
Q12: When using synthetic slings, the angle of the sling to the load affects the sling
tension by:
A. Decreasing tension as angle increases
B. Increasing tension as angle decreases from vertical [CORRECT]
C. Having no effect on tension
D. Doubling tension at 90 degrees
Correct Answer: B
