Which configuration accomplishes the goal?
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The ASBR in NSSA Area 0.0.0.1 is injecting three external prefixes (200.200.0.0/16, 200.200.10/24, and 100.100.0.0/24).
You must configure the ABR router in the exhibit to translate only one route (200.200.0.0/16) into the backbone area.
Which configuration accomplishes the goal?
What is the preferred path to reach 10.10/16 from R6?
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As shown in the exhibit, the 10.10/16 prefix is redistributed into OSPF through R2 and R5.
R2 is advertising the prefix with a Type 1 metric of 100 and R5 is advertising the prefix with a Type 2 metric of 10.
What is the preferred path to reach 10.10/16 from R6?
why are the OSPF routers stuck in Init state?
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Looking at the traceoptions output in the exhibit, why are the OSPF routers stuck in Init state?
What caused the accidental advertisement of internal networks to your EBGP peer?
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You are configuring an EBGP peer in a transit environment.
You must advertise routes learned from other EBGP peers in your AS.
Any routes originated from within your AS should have a MED of 7000 set.
Any routes that originate in AS65222 should be prepended four times.
Any routes that transit AS701 should have a MED set to 6.
This scenario results in the unintended advertisement of internal 10.0.0.0/8 networks to your peer.
What caused the accidental advertisement of internal networks to your EBGP peer?
What must you add to complete this configuration?
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The configuration in the exhibit shows incoming traffic with specific IP precedence bits that should be mapped to a forwarding class named best-effort.
What must you add to complete this configuration?
what is the correct RPF path toward the multicast source from R6?
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Referring to the exhibit, what is the correct RPF path toward the multicast source from R6?
Which action resolves the spanning tree instabilities without impacting connectivity?
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In the exhibit, the data center is using VSTP.
The data center network is experiencing outages due to spanning tree instabilities between the recently installed virtual switches and the data center Layer 2 domain.
Which action resolves the spanning tree instabilities without impacting connectivity?
which statement is true?
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Referring to the exhibit and based on the output below from Sw-1 and Sw-2, which statement is true?
How many hops will the packets take through this topology?
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The four routers in the exhibit are participating in a multi-area OSPF topology.
Node B (in the upper right-hand corner) is an ASBR advertising an external route.
Node A (lower left-hand corner) receives the external route and begins to forward traffic to the ASBR.
How many hops will the packets take through this topology? (Do not count node A.)
What is the preferred path to reach 10.10/16 from R6?
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As shown in the exhibit, the 10.10/16 prefix is redistributed into OSPF through R2 and R5.
R2 and R5 are advertising the prefix with a Type 2 metric of 100.
What is the preferred path to reach 10.10/16 from R6?