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BICSI RCDDv14.1 Exam - Topic 1 Question 23 Discussion

What is the derating factor for a 24 AWG (0.51 mm) stranded cords?
B) 20%
A) 10%
C) 30%
D) 50%
E) 60%

BICSI RCDDv14.1 Exam - Topic 1 Question 23 Discussion

Actual exam question for BICSI's RCDDv14.1 exam
Question #: 23
Topic #: 1
[All RCDDv14.1 Questions]

What is the derating factor for a 24 AWG (0.51 mm) stranded cords?

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Suggested Answer: B

by Fernanda at Jan 27, 2024, 12:05 AM

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Barrie
10 months ago
I agree, 20% is correct for 24 AWG.
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Edward
10 months ago
Are you sure? Seems high for stranded cords.
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Penney
11 months ago
Definitely 20%, that's standard.
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Larue
11 months ago
I thought it was 30%!
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Long
11 months ago
The derating factor for 24 AWG is typically 20%.
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Casie
11 months ago
I’m pretty confident it’s not 50% or 60%, but I can't remember if it's 10% or 20%.
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Ashton
12 months ago
I’m torn between 20% and 30%. I wish I could recall the exact details from our last review session.
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Roslyn
12 months ago
I remember practicing a similar question, and I feel like 30% was mentioned for smaller gauges.
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Percy
12 months ago
I think the derating factor for 24 AWG is around 20%, but I'm not completely sure.
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Cassi
12 months ago
Ah, I remember learning about this in my wiring class. The derating factor for 24 AWG stranded cords is 30%, so I'll select option C.
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Lino
12 months ago
This is a good test of my electrical engineering knowledge. I'll need to review the derating factor tables to determine the correct percentage for 24 AWG stranded cords. Can't afford to get this one wrong!
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Yuonne
12 months ago
Okay, let me think this through step-by-step. The wire gauge is 24 AWG, which is 0.51 mm. I believe the derating factor for stranded cords of this size is typically around 20-30%, so I'll go with option B.
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Brandon
12 months ago
I'm a bit unsure about this one. I know derating factors are important for electrical safety, but I can't recall the specific details for 24 AWG stranded cords off the top of my head.
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Cheryll
1 year ago
Hmm, this seems like a pretty straightforward question about wire derating. I'll need to remember the formula for calculating derating factors based on wire gauge.
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Stefany
1 year ago
Hmm, I'm not sure about this one. Podcast seems like it might not be the best for limited-fidelity screens, but I'm not totally confident in that. I'll have to weigh the options carefully.
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Dusti
1 year ago
Hmm, this one has me a bit stumped. I'm not too familiar with the Management Platform Console, so I'll need to think through the options carefully. Maybe I can eliminate some of the less relevant ones first.
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Dolores
1 year ago
I've reviewed the information a few times, and I believe the correct answer is A and D - WI and ITA. The other options, HDC and DB, likely use different operating systems.
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