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Click on the exhibit below.
Which SDP on R3 will MAC addresses be associated with for devices behind R2?
Suggested Answer: D
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30 comments · newest first
IZ
Izetta
11 months ago
D seems plausible too, but I lean towards C.
EL
Eleonora
11 months ago
I agree with C, R1 is the key here.
SH
Shaquana
11 months ago
Wait, are we sure about that? Seems odd.
BU
Buddy
11 months ago
No way, it's definitely B. They can't communicate!
MO
Mozell
12 months ago
I think it's C, based on the routing paths.
RE
Ressie
12 months ago
I’m leaning towards D because I think the SDP between R3 and R4 is the one that would handle devices behind R2, but I’m not completely confident.
TA
Tashia
1 year ago
I practiced a similar question where we had to determine MAC associations, and I feel like it might be C, but I can't recall the specifics.
PA
Paulina
1 year ago
I think option B sounds right since the diagram looks like the devices behind R2 can't communicate at all.
LI
Lindsay
1 year ago
I remember something about how MAC addresses are associated based on the path traffic takes, but I'm not sure if it's R1 or R4 in this case.
MI
Mickie
1 year ago
Okay, let me break this down step-by-step. The key is to understand how traffic would flow from the devices behind R2 to R3. I think I've got a strategy to solve this.
CL
Clarence
1 year ago
I'm a bit confused by the question. The diagram doesn't seem to show any direct connections between R2 and R3, so I'm not sure how to determine the SDP association.
CA
Carlton
1 year ago
Hmm, this looks like a tricky one. I'll need to carefully analyze the network diagram and think through the SDP associations.
HI
Hillary
1 year ago
This is a good test of my understanding of SDP associations. I'll need to consider the routing paths and where the MAC addresses would be learned on R3.
ST
Steffanie
1 year ago
This seems like a good opportunity to demonstrate my understanding of file permissions and group management. I'll make sure to test my solution thoroughly before submitting.
VA
Valda
1 year ago
Wait, there's an exhibit? I thought we were just staring at a blank screen this whole time. *squints eyes* Ahh, there it is! Clearly option C is the way to go.
LO
Lottie
1 year ago
I think we can confidently go with option C for this one.
CH
Cherri
1 year ago
Yeah, devices behind R2 should definitely be associated with the sdp between R3 and R1.
FL
Fletcher
1 year ago
I agree, option C seems to be the most logical choice.
SH
Shonda
1 year ago
Option D? Really? I mean, come on, that's just silly. The traffic would never go through R4 in this setup.
WI
Wilda
1 year ago
I see your point, but I still think option D is the correct choice.
BI
Billye
1 year ago
C) Devices behind R2 will be associated with the sdp between R3 and R1.
SH
Shannon
1 year ago
A) It depends if traffic is received via R4 or R1 from devices behind R2.
CH
Chantell
1 year ago
Option C looks good to me. The SDP between R3 and R1 is the most likely path for traffic from devices behind R2.
CA
Carrol
2 years ago
Option B seems tempting, but I'm not sure that's the case. The diagram suggests there might be some connectivity, so I'll need to think this through carefully.
ED
Eden
1 year ago
C) Devices behind R2 will be associated with the sdp between R3 and R1.
CH
Charlesetta
1 year ago
A) It depends if traffic is received via R4 or R1 from devices behind R2.
TO
Tora
2 years ago
This is a tricky one! The key is to understand how the SDP works and where the traffic is flowing.
KR
Krystal
2 years ago
But the traffic from devices behind R2 will go through R4 to reach R3, so it makes sense for the MAC addresses to be associated with the sdp between R3 and R4.
TR
Tracey
2 years ago
I disagree, I believe the answer is D.
KR
Krystal
2 years ago
I think the answer is C.