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Huawei Exam H12-321 Topic 21 Question 88 Discussion

Actual exam question for Huawei's H12-321 exam
Question #: 88
Topic #: 21
[All H12-321 Questions]

Taking 5GHz as an example, if the transmitting and receiving antennas are separated by 1km, the radius of the Fresnel zone is roughly?

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Suggested Answer: B

Contribute your Thoughts:

Alease
5 months ago
Ha! I bet the answer is 3.6m. My dog could figure that out, and he's not even an engineer.
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Tuyet
6 months ago
Wait, isn't the Fresnel zone radius supposed to be inversely proportional to the square root of the frequency? 6.2m sounds about right.
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Janessa
5 months ago
Yes, that's correct. So in this case, with a frequency of 5GHz, a radius of 6.2m for the Fresnel zone makes sense.
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Michel
5 months ago
I think you're right, the Fresnel zone radius is indeed inversely proportional to the square root of the frequency.
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Crista
5 months ago
Yes, that's correct. So in this case, with a frequency of 5GHz, a radius of 6.2m for the Fresnel zone makes sense.
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Almeta
5 months ago
Yes, that's correct. In this case, with a frequency of 5GHz, the radius would be around 6.2m.
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Salena
5 months ago
I think you're correct, the radius of the Fresnel zone is indeed inversely proportional to the square root of the frequency.
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Nieves
5 months ago
I think you're right, the radius of the Fresnel zone is indeed inversely proportional to the square root of the frequency.
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Vivienne
6 months ago
Hmm, I'm not sure about this one. Gotta double-check my notes on Fresnel zones.
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Belen
6 months ago
The Fresnel zone radius is definitely 5.6m. This is basic antenna theory!
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Alverta
4 months ago
Fair enough, let's see if you're right.
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Susana
4 months ago
I'm sticking with my answer.
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Pearly
5 months ago
Hmm, I'm not so sure about that.
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Jolanda
5 months ago
I believe it's B) 3.6m actually.
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Jillian
5 months ago
Yes, I'm pretty confident.
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Frederick
5 months ago
Are you sure about that?
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Keneth
5 months ago
Yes, you are correct. It is 5.6m.
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Adela
5 months ago
I think the answer is 5.6m.
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Tamesha
5 months ago
I think the answer is C) 5.6m.
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