QUESTION: 213

The configurations of two routers in a company are shown. Which of the following statements regarding the routing table of R1 is true?

The IP routing entries whose destination network segment is 10.0.2.2/32 on R1 can be generated through OSPF only when the IS-IS preference of R2 is changed to 5
If the IS-IS preference of R1 is changed of R1 is changed to 5, the IP routing entries whose destination network segment is 10.0.2.2/32 on R1 are generated through OSPF
If the IS-IS preference of R1 is changed to 5, the IP routing entries whose destination network segment is 10.0.2.2/32 on R1 are generated through IS-IS
If the IS-IS preference of R2 is changed to 5, the IP routing entries whose destination network segment is 10.0.2.2/32 on R1 are generated through IS-IS

Answer(s): C

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QUESTION: 214

Based on the scenario shown, which statement about R2 is true?

R2 can receive LSPs from R1, but cannot add the routing information in the LSPs to the routing table
R2 can learn all routes advertised by R1
R2 can learn only the route 10.1.1.0/24
R2 can learn the routes 10.1.2.0/24 and 10.1.3.0/24

Answer(s): A

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Policy-Based Routing (PBR) needs to be configured on a router to enable specified traffic to be forwarded through a specified interface. When PBR is used, which two types of information can be specified to enable traffic forwarding along a specific path?

Type of Service and bandwidth usage
Source IP address and specific protocol (such as FTP and HTTP)
TTL and source IP address of packets
Source IP address and Layer 2 source address

Answer(s): B

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QUESTION: 216

A router is connected to two EBGP peers through two parallel serial cables. What method can be used to achieve bidirectional load balancing between the EBGP peers?

Run the ebgp-load-balance command on the EBGP peers.
No method is needed. BGP automatically implements load balancing among different ASs through available links.
Establish an EBGP peer relationship through loopback interfaces, and configure the loopback interfaces as update sources. In each AS, import two equal-cost routes to the loopback interface of each EBGP peer to the IGP process. In addition, run the ebgp-max-hop and next-hop-local commands.
Configure an EBGP peer relationship through loopback interfaces, and configure the loopback interfaces as update sources. In each AS, enable two equal-cost routes to the loopback interface on each EBGP peer in the IGP process. In addition, run the next-hop-local command.

Answer(s): C

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