Refer to the exhibit.
Your junior design engineer presents this configuration design. What is the next-hop router for
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CE3, and why?
A. CE1. BGP weight is higher than CE2.
B. CE2. EBGP administrative distance is lower than RIP.
C. CE2. The link between CE2 and PE1 has more bandwidth than CE1-to-PE1.
D. CE1. HSRP on CE1 is in active state.
Answer: A
Explanation:
If PE1 learns the same prefixes for Site1 via RIP (CE1) and BGP (CE2), the BGP learned routes should get installed since the AD is lower. Shouldn’t the answer be B?
I don’t see how the answer can be A since CE1 doesn’t even participate in BGP so PE1 can’t make a BGP weight decision that chooses CE1.
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the question is what is the next-hop router for CE3, which means how to reach CE3. so the answer is D.
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if we see it from LAN user perspective, I also agree with MYU. If on other case we check it from CE3 perspective, then CF is right. I think like in most cases, this is more an language interpretation than a tech issue.
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There different perspective here , one from LAN & another from WAN .
From LAN , its CE1
From WAN , its CE2
Answer should be B
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BTW, part of that new 493Q 352-001 dumps FYI:
https://drive.google.com/open?id=0B-ob6L_QjGLpflFYOFdyS1ctQVc2X1cwT0d2R2dyZzBsb2hPaGw5V2Y5akx5QmxxYUdOOUU
Best Regards!
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