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An AP signal strength of .0000001 milliwatts equals how many dBm?
Suggested Answer: D, E
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ClientMatch is an Aruba patented technology that helps to move sticky clients---clients that stay connected to an AP even when there are better APs available---to a more appropriate AP. This technology ensures that clients are always connected to the best available AP, optimizing both the client's performance and the overall performance of the wireless network.
34 comments · newest first
AL
Allene
11 months ago
Definitely -90 dBm, no doubt about it!
LA
Lashon
11 months ago
Wait, how can it be that low?
RI
Rikki
11 months ago
-70 dBm sounds right to me.
LI
Lisbeth
12 months ago
I thought it was -80 dBm, but I guess not.
DE
Dean
12 months ago
That's -90 dBm for sure!
KA
Kasandra
12 months ago
I remember something about negative values in dBm, but I'm confused if this one is closer to -70 or -80 dBm.
ED
Edda
1 year ago
I feel like -90 dBm might be too low for this signal strength, but I can't remember the specifics of the conversion.
DI
Dierdre
1 year ago
I practiced a similar question last week, and I think the answer was around -80 dBm, but I can't recall the exact steps I took.
EL
Elli
1 year ago
I think I remember that to convert milliwatts to dBm, you use the formula 10 * log10(mW). But I'm not sure about the exact calculation for this value.
CO
Colette
1 year ago
Ugh, I hate these conversion problems. I'm just going to guess and hope I get lucky.
DE
Deonna
1 year ago
This looks straightforward - I'm pretty sure the formula is dBm = 10 * log(milliwatts). Let me plug in the value and see which answer choice matches.
FA
Fausto
1 year ago
Hmm, I remember learning about dBm in class, but I'm a bit fuzzy on the exact formula. I'll have to think this one through carefully.
DA
Darrin
1 year ago
Okay, let's think this through step-by-step. We need to convert milliwatts to dBm, and the question gives us the AP signal strength in milliwatts.
BI
Billye
1 year ago
Okay, let me think this through. The question is specifically about the Financial Account Summary component, so I'm guessing the account currency is the key factor, not the user's currency or locale. I'll go with B.
LA
Latanya
1 year ago
This is a tricky one. I can see how the uncertainty around the triggering event would make it hard to use a single valuation approach, but I'm not sure if that's the only reason. I might need to do some additional research on buy-sell agreement valuation to really nail down the best answer here.
KE
Kenny
1 year ago
Hmm, let me pull out my trusty dBm conversion chart... Ah, I got it! -80 dBm, easy peasy. Now, where's the nearest coffee shop? I need a caffeine boost for the rest of this exam.
WI
William
1 year ago
Wait, is this a trick question? If the signal is that weak, it's gotta be in the -100 dBm range, right? Ugh, I hate these tricky AP questions!
ET
Ettie
1 year ago
D) -80 dBm
VE
Verona
1 year ago
C) -70 dBm
AU
Audry
1 year ago
B) -60 dBm
KI
Kina
1 year ago
A) -90 dBm
LA
Laila
1 year ago
Whoa, that's a teeny-tiny signal strength! Must be way down in the negatives. I'm feeling -60 dBm for this one, let's see if I'm right.
NA
Nancey
1 year ago
Okay, let's see here. Anything less than a milliwatt has to be in the negative dBm. I'm gonna go with -70 dBm on this one.
AL
Alton
1 year ago
Alright, time to put my math skills to the test! A milliwatt that small... Yeah, it's definitely -90 dBm. Easy peasy!
BE
Berry
1 year ago
Yep, -90 dBm is the correct answer for sure.
AL
Alline
1 year ago
I'm going with -90 dBm as well, that math seems right.
CA
Casie
1 year ago
I think it's -90 dBm too, that signal strength is really weak.
DA
Dacia
1 year ago
Hmm, let me think... If the signal strength is that low, it's gotta be in the negative dBm range. Judging by the options, I'd say -80 dBm seems like the right answer.
AL
Alishia
1 year ago
Yes, -80 dBm makes sense considering how weak the signal strength is.
MY
My
1 year ago
I agree, -80 dBm is the most logical choice given the extremely low signal strength.
GR
Graciela
1 year ago
I think you're right, -80 dBm does seem like the correct answer.
BI
Billye
2 years ago
I'm not sure, but I think it's C) -70 dBm because the signal strength is extremely low.
WH
Whitley
2 years ago
I agree with Abel, because the signal strength is very low so it should be a high negative value like -90 dBm.
AB
Abel
2 years ago
I think it's A) -90 dBm.