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Axis Exam ANVE Topic 5 Question 84 Discussion

Actual exam question for Axis's ANVE exam
Question #: 84
Topic #: 5
[All ANVE Questions]

When using IR illuminators, which wavelengths would not produce any visible glow?

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Suggested Answer: D

Contribute your Thoughts:

Gerald
6 months ago
I agree with I also think it's D) 940 nm because it is beyond the visible spectrum.
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Lovetta
6 months ago
I disagree, I believe the answer is B) 750 nm because it is in the visible spectrum.
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Jestine
7 months ago
I think the answer is D) 940 nm because higher wavelengths are usually invisible.
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Glory
7 months ago
I agree with Nichelle, I also think it's D) 940 nm because it is beyond the visible spectrum.
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Honey
7 months ago
I disagree, I believe the answer is B) 750 nm because it is in the visible spectrum.
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Nichelle
7 months ago
I think the answer is D) 940 nm because higher wavelengths are usually invisible.
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Diane
8 months ago
Haha, I bet the exam writers are hoping we'll all get tripped up on this one. They love to throw in those little twists and turns, don't they?
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Leota
8 months ago
Hmm, I'm leaning towards 940 nm as the answer. That's pretty deep in the infrared range, so I don't think it would produce any visible glow.
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Carin
7 months ago
I believe only wavelengths beyond 940 nm would not produce any visible glow.
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Chantell
7 months ago
But what about 850 nm? Could that also not produce any visible glow?
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Chara
7 months ago
I think 940 nm too.
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Jutta
8 months ago
Agreed. The shorter wavelengths, like 650 nm and 750 nm, are probably going to be in the visible spectrum and produce a glow.
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Karl
8 months ago
Okay, let's think this through. I'm guessing the longer wavelengths, like 850 nm and 940 nm, are more likely to be invisible to the human eye.
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Gearldine
8 months ago
Yeah, I was thinking the same thing. It's not just about the wavelength, but whether it produces a visible glow or not.
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Patrick
8 months ago
Hmm, this question seems to be testing our knowledge of infrared (IR) illuminators. I wonder if they're trying to catch us out with the visible glow aspect.
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