This seems straightforward to me. Option B is clearly the correct answer. For iBGP loopback-based peering, the routing table on S1 must have an entry for the loopback network of S3. I'm confident in this answer.
I'm not entirely sure about this one. The question is a bit tricky, and I don't have a strong grasp of the requirements for iBGP loopback-based peering. I'll need to think it through carefully and maybe even refer to my notes to make sure I choose the right answer.
Okay, I've got this. For iBGP loopback-based peering, the routing table on S1 needs to have an entry for the loopback network of S3. That's what option B is saying, so that's the correct answer.
I'm a bit confused on this one. The question is asking about iBGP loopback-based peering, but some of the options don't seem directly related to that. I'll need to carefully review the requirements for iBGP loopback-based peering to determine the best answer.
I think the key here is understanding the requirements for iBGP loopback-based peering. Option B seems to be the correct answer, as the routing table on S1 should have the loopback network of S3 for the peering to work.
I think option B is the correct answer. The routing table on S1 needs to have an entry for the loopback network of S3 for iBGP loopback-based peering to work.
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