Which of the following are found in the EIGRP neighbor table? (Choose two.)

1. Which of the following are found in the EIGRP neighbor table? (Choose two.) • routes installed by DUAL • lowest calculated metric to each destination • network layer address of the neighbor routers • number of EIGRP packets waiting to be sent • feasible distance to each neighbor

2. Which of the following are found in the EIGRP neighbor table? (Choose two.) • routes installed by DUAL • lowest calculated metric to each destination • network layer address of the neighbor routers • number of EIGRP packets waiting to be sent • feasible distance to each neighbor

3. Which statement best describes IGRP and EIGRP characteristics? • IGRP imposes a maximum hop count of 224, slightly less than EIGRP’s 255. • IGRP reduces EIGRP’s metric by a factor 256. • IGRP tags routes learned from EIGRP as external because they did not originate from IGRP routers. • IGRP and EIGRP are incompatible with each other because of different metric components.

4. Which statement best describes IGRP and EIGRP characteristics? • IGRP imposes a maximum hop count of 224, slightly less than EIGRP’s 255. • IGRP reduces EIGRP’s metric by a factor 256. • IGRP tags routes learned from EIGRP as external because they did not originate from IGRP routers. • IGRP and EIGRP are incompatible with each other because of different metric components.

5. Why would it be necessary to configure the bandwidth setting on an EIGRP interface rather than leaving it at the default setting? (Choose two.) • A suboptimal route may be chosen as the best path to a destination if the bandwidth setting is higher than the actual bandwidth of the link. • The network may be unable to converge if the bandwidth setting does not match the actual bandwidth of the link. • Routing updates might arrive too fast for the interface to handle and be discarded because of buffer overflow. • The configured bandwidth must match the actual speed of the link so the link will operate properly. • Setting the bandwidth to a higher rate will optimize the effective throughput of the link.

6. Why would it be necessary to configure the bandwidth setting on an EIGRP interface rather than leaving it at the default setting? (Choose two.) • A suboptimal route may be chosen as the best path to a destination if the bandwidth setting is higher than the actual bandwidth of the link. • The network may be unable to converge if the bandwidth setting does not match the actual bandwidth of the link. • Routing updates might arrive too fast for the interface to handle and be discarded because of buffer overflow. • The configured bandwidth must match the actual speed of the link so the link will operate properly. • Setting the bandwidth to a higher rate will optimize the effective throughput of the link.

7. What information is maintained in the EIGRP topology database for a destination route? (Choose three.) • the routing protocol • the feasible distance of the route • the highest cost of the route • the SRTT value for the route • the route cost as advertised by the neighboring router • the physical address of the gateway interface

8. What information is maintained in the EIGRP topology database for a destination route? (Choose three.) • the routing protocol • the feasible distance of the route • the highest cost of the route • the SRTT value for the route • the route cost as advertised by the neighboring router • the physical address of the gateway interface

9. Which of the following router commands is recommended only for troubleshooting specific types of network problems, not for monitoring normal network operation? • show • list • debug • terminal monitor

10. Which of the following router commands is recommended only for troubleshooting specific types of network problems, not for monitoring normal network operation? • show • list • debug • terminal monitor

11. Two routers are directly connected by a serial link and configured as follows: • RTB(config)#router igrp 2446 • RTB(config-router)#network 192.168.1.0 • RTA(config)#router eigrp 2446 • RTA(config-router)#network 10.0.0.0 • RTA(config-router)#network 172.16.0.0 • Which route would exist in RTA’s main routing table? • I 172.16.1.0 [170/2681856] via 10.1.1.1, 00:00:04, Serial0 • D EX 192.168.10.0 [170/2681856] via 10.1.1.1, 00:00:04, Serial0 • E 10.1.1.0 is directly connected, Serial0 • D 192.168.10.0 [170/2681856] via 10.1.1.1, 00:00:04, Serial0

12. Two routers are directly connected by a serial link and configured as follows: • RTB(config)#router igrp 2446 • RTB(config-router)#network 192.168.1.0 • RTA(config)#router eigrp 2446 • RTA(config-router)#network 10.0.0.0 • RTA(config-router)#network 172.16.0.0 • Which route would exist in RTA’s main routing table? • I 172.16.1.0 [170/2681856] via 10.1.1.1, 00:00:04, Serial0 • D EX 192.168.10.0 [170/2681856] via 10.1.1.1, 00:00:04, Serial0 • E 10.1.1.0 is directly connected, Serial0 • D 192.168.10.0 [170/2681856] via 10.1.1.1, 00:00:04, Serial0

13. A LAN has been found to be unreachable in an enterprise network that is routing IGRP. Which commands can be used to check the IGRP configuration of the router attached to the unreachable network? (Choose three.) • router# debug igrp • router# show ip route • router# show protocols • router# show ip protocols • router# show interfaces serial • router# show running-configuration

14. A LAN has been found to be unreachable in an enterprise network that is routing IGRP. Which commands can be used to check the IGRP configuration of the router attached to the unreachable network? (Choose three.) • router# debug igrp • router# show ip route • router# show protocols • router# show ip protocols • router# show interfaces serial • router# show running-configuration

15. A technician has accidentally disconnected an Ethernet cable from a router to a network that is advertised by IGRP. IGRP has issued a triggered update alerting other routers in the enterprise that the network is unreachable. What is the minimum amount of time that will elapse before the other routers will be able to use this network after it is reconnected, assuming default timer settings? • 200 seconds • 240 seconds • 280 seconds • 320 seconds

16. A technician has accidentally disconnected an Ethernet cable from a router to a network that is advertised by IGRP. IGRP has issued a triggered update alerting other routers in the enterprise that the network is unreachable. What is the minimum amount of time that will elapse before the other routers will be able to use this network after it is reconnected, assuming default timer settings? • 200 seconds • 240 seconds • 280 seconds • 320 seconds

17. Which of the following statements are true of routers that are running EIGRP? (Choose three.) • They can support multiple routed protocols. • They maintain a complex topology database that describes the entire network. • They send their entire routing table to neighboring routers. • They send partial routing updates in response to topology changes. • They send routing updates to all other routers in the network. • They use hello packets to inform neighboring routers of their status.

18. Which of the following statements are true of routers that are running EIGRP? (Choose three.) • They can support multiple routed protocols. • They maintain a complex topology database that describes the entire network. • They send their entire routing table to neighboring routers. • They send partial routing updates in response to topology changes. • They send routing updates to all other routers in the network. • They use hello packets to inform neighboring routers of their status.

19. What is the advantage of routers forming adjacencies when using EIGRP? (Choose three.) • Neighbor routers can quickly take over for a router that is in passive mode. • New routers and their routes can quickly be discovered by neighbor routers. • A router can share routing loads with neighbor routers. • A router can quickly discover when a neighbor router is no longer available. • Changes in network topology can quickly be shared with neighbor routers. • Neighbor routers can save overhead by sharing their DUAL databases

20. What is the advantage of routers forming adjacencies when using EIGRP? (Choose three.) • Neighbor routers can quickly take over for a router that is in passive mode. • New routers and their routes can quickly be discovered by neighbor routers. • A router can share routing loads with neighbor routers. • A router can quickly discover when a neighbor router is no longer available. • Changes in network topology can quickly be shared with neighbor routers. • Neighbor routers can save overhead by sharing their DUAL databases

21. On higher-bandwidth connections, such as point-to-point serial links and multipoint circuits, how long is the hello interval that EIGRP uses? • 5 seconds • 10 seconds • 60 seconds • 120 seconds

22. On higher-bandwidth connections, such as point-to-point serial links and multipoint circuits, how long is the hello interval that EIGRP uses? • 5 seconds • 10 seconds • 60 seconds • 120 seconds