1. A network engineer is implementing redistribution of two routing protocols across a network topology. Under which situation would there be minimal concern of network visibility being hidden from the destination routing source?
- when there is only one point of redistribution between two sources
- while performing multipoint redistribution between multiple protocols
- while performing multipoint redistribution between a single routing protocol of varying process-id or autonomous-system number
- when there are at least two points of redistribution in the network
2. A boundary router is running both OSPF and BGP. What is required for the redistribution process to successfully redistribute source information into the BGP process?
- The BGP process must have a route-map configured in order to set a metric for successful redistribution.
- The OSPF process must use a default metric as the routing source redistributing information into the BGP process.
- The source information must be filtered using an ACL to specify only NSSA routes during the redistribution process for BGP.
- The route to be redistributed must have a current entry in the routing table from the source routing protocol.
3. Refer to the exhibit. A network engineer has issued the exhibited commands on a boundary router. What is the result of these commands?
- The internal administrative distance for EIGRP AS 100 has been changed to 255.
- The default seed metric for EIGRP AS 100 has been changed to 255.
- The external administrative distance for EIGRP AS 100 has been configured to not install external routes in the RIB.
- The EIGRP AS 100 process has been configured to install external routes in the RIB with a metric between 100 and 255.
4. Which two statements define the behavior of a seed metric between dissimilar routing protocols? (Choose two.)
- It creates a distribute-list in global configuration mode.
- It uses the default-metric command.
- It creates an access-list in global configuration mode.
- It defines a prefix list in global configuration mode.
- It applies a route map configuration to the redistribute command.
5. Which keyword is not supported when redistributing IPv6 from a source to a destination routing protocol?
6. A network engineer is troubleshooting suboptimal routing on a network that may utilize redundant route redistribution. What should the engineer verify first?
- The engineer should verify the route tags being implemented within the redistribution process on the boundary router.
- The engineer should verify the default seed metrics being used within the redistribution process.
- The engineer should verify the subnets keyword being used within the redistribution process.
- The engineer should verify that mutual redistribution is occurring at multiple points in the network.
7. A network engineer is reviewing the network topology and verifying route entries of a specific boundary router. What is the administrative distance of a route that was sourced as a directly connected network, advertised locally through RIP, redistributed into EIGRP, and then redistributed into OSPF?
8. While implementing redistribution in a network topology, what is the function of the boundary router?
- to keep broadcasts contained within a layer 2 segment
- to separate the public resources from the private resources
- to connect two or more routing domains
- to limit end-to-end connectivity by modifying IP headers in outgoing packets
9. Refer to the exhibit. A network engineer is troubleshooting a configuration for EIGRP and OSPF redistribution. Why is the OSPF process not receiving the redistributed EIGRP routes?
- The EIGRP routing protocol is not activated on interface Gi0/0/1.
- The OSPF routing protocol is using an unreachable metric.
- The EIGRP routing protocol is not configured for mutual redistribution.
- The OSPF routing protocol has an incorrect administrative distance configured.
10. A network engineer is verifying the successful redistribution of EIGRP routes into an OSPF routing process. What should the engineer do on the boundary router to verify the reachable IPv4 addresses on the neighbor EIGRP routers?
- Issue the show ip eigrp neighbors command.
- Issue the show cdp neighbors command.
- Issue the show cdp neighbors detail command.
- Issue the show ipv6 eigrp topology command.
11. A reachability issue is reported by users in a network topology that utilizes OSPFv2 and redistribution. What is the first step that a junior administrator should take in troubleshooting this issue?
- Verify the loss of reachability using a ping with a source IP and destination IP set.
- Verify the loss of the destination network in the routing table of the boundary router.
- Verify the loss of the network entry in the OSPF database on the boundary router.
- Verify the OSPF neighbor adjacencies that exist on the boundary router.