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Nokia 4A0-114 Exam - Topic 6 Question 14 Discussion

Which of the following statements about IPv6 Link-Local addresses is FALSE?
D) They have an interface ID derived by default from the interface's IPv4 address.
A) They are assigned to every physical interface running IPv6.
B) They are only valid for communication within the same broadcast domain.
C) They all have the same 64-bit subnet prefix.

Nokia 4A0-114 Exam - Topic 6 Question 14 Discussion

Actual exam question for Nokia's 4A0-114 exam
Question #: 14
Topic #: 6
[All 4A0-114 Questions]

Which of the following statements about IPv6 Link-Local addresses is FALSE?

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Suggested Answer: D

by Latrice at Apr 23, 2023, 10:12 PM

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Annice
7 months ago
I thought link-local addresses were just for local comms, so B makes sense.
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Golda
7 months ago
Wait, D? That sounds weird, is that really how it works?
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Loreen
7 months ago
C seems off, they don’t all share the same prefix.
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Lamonica
8 months ago
Totally agree, B is spot on!
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Rossana
8 months ago
A is true, every interface gets one.
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Ayesha
8 months ago
I’m pretty confident that Link-Local addresses are only for local communication, so option B should be correct.
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Tora
8 months ago
I practiced a similar question about Link-Local addresses, and I feel like they do have a common subnet prefix, which makes option C true.
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Dallas
8 months ago
I think option D is tricky; I’m not sure if the interface ID is always derived from the IPv4 address.
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Alberta
8 months ago
I remember that Link-Local addresses are automatically assigned, so option A seems true.
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Tran
8 months ago
Hmm, this is a tricky one. I'm not entirely sure what the "correct" answer is here. I'll have to think it through carefully and try to eliminate the options that are clearly required in a surveillance policy.
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Rosalyn
8 months ago
Hmm, I'm a bit unsure about the overtime measure. While it could indicate the team is working hard, it might not be the best indicator of test effectiveness. I'll need to weigh that one carefully.
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Cassi
8 months ago
I remember discussing CPFR in class as a way for retailers and suppliers to work together on inventory management and demand forecasting. That seems like the best fit for the scenario described in the question. I'll mark that as my answer.
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Johnna
1 year ago
D? More like 'Deez Nuts'! Am I right, folks?
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Lanie
1 year ago
This one's tricky, but I think B is the false statement. Link-local addresses aren't just for the same broadcast domain, are they?
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Samuel
11 months ago
D) They have an interface ID derived by default from the interface's IPv4 address.
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Deane
11 months ago
C) They all have the same 64-bit subnet prefix.
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Benton
11 months ago
B) They are only valid for communication within the same broadcast domain.
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Kiera
12 months ago
A) They are assigned to every physical interface running IPv6.
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Cordell
12 months ago
C) They all have the same 64-bit subnet prefix.
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Brett
12 months ago
B) They are only valid for communication within the same broadcast domain.
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Willodean
1 year ago
A) They are assigned to every physical interface running IPv6.
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Marva
1 year ago
Hmm, I'm leaning towards A. Isn't it true that every IPv6 interface gets a link-local address automatically?
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Aliza
12 months ago
B) They are only valid for communication within the same broadcast domain.
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Corinne
1 year ago
Yes, that's correct. Link-local addresses are automatically assigned to every IPv6 interface.
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Rosina
1 year ago
A) They are assigned to every physical interface running IPv6.
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Solange
1 year ago
I'm pretty sure C is the correct answer. All link-local addresses have the same 64-bit prefix, right?
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Theron
12 months ago
Whitley: Exactly. It's important to remember the specifics of how link-local addresses are formed.
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Hubert
12 months ago
User 3: That makes sense. Link-local addresses do have the same 64-bit prefix, but the interface ID is derived from the MAC address.
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Mariann
12 months ago
C) They all have the same 64-bit subnet prefix.
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Whitley
12 months ago
User 2: Oh, I see. So C is actually a true statement about IPv6 Link-Local addresses.
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Kaitlyn
1 year ago
User 1: Actually, the correct answer is D. The interface ID for link-local addresses is derived from the interface's MAC address, not IPv4 address.
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Whitney
1 year ago
D) They have an interface ID derived by default from the interface's IPv4 address.
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Reuben
1 year ago
B) They are only valid for communication within the same broadcast domain.
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Stefania
1 year ago
A) They are assigned to every physical interface running IPv6.
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Martha
1 year ago
C) They all have the same 64-bit subnet prefix.
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Aliza
1 year ago
B) They are only valid for communication within the same broadcast domain.
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Doretha
1 year ago
A) They are assigned to every physical interface running IPv6.
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Hillary
1 year ago
Option D seems a bit off. I thought IPv6 link-local addresses used the MAC address, not the IPv4 address.
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Ria
1 year ago
That's interesting, I didn't know that. Thanks for sharing!
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Kayleigh
1 year ago
Yeah, you're right. IPv6 link-local addresses actually use the MAC address for the interface ID.
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Carry
1 year ago
D) They have an interface ID derived by default from the interface's IPv4 address.
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Maryln
1 year ago
C) They all have the same 64-bit subnet prefix.
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Alecia
1 year ago
B) They are only valid for communication within the same broadcast domain.
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Wade
1 year ago
A) They are assigned to every physical interface running IPv6.
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Shelton
1 year ago
I'm not sure, but I think B is false because Link-Local addresses can be used for communication within the same subnet, not just broadcast domain.
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Kyoko
1 year ago
I agree with Cristen, D is false because interface ID is not derived from IPv4 address.
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Cristen
1 year ago
I think the false statement is D.
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