Module 1 – Exam 1. After configuring and starting IP SLA operations, the results of the operations are then stored on the destination device in the Cisco RTTMON MIB. This MIB can also be used to configure IP SLA operations using SNMP set commands. False True Question 1 of 25 2. Which of the following statements about EIGRP route summarization are TRUE? Select THREE answers. With automatic summarization, the more specific routes are suppressed The default administrative distance for an EIGRP summary route is 90 With automatic summarization, the more specific routes are not suppressed For automatic summarization, a summary route pointing to Null0 is automatically created The default administrative distance for an EIGRP summary route is 5 For automatic summarization, a summary route pointing to Null0 is not created Question 2 of 25 3. Which of the following is TRUE in regards to the IPv6 address 3FFF:AAAA:0001::/48? Select the BEST answer. This is an IANA owned prefix This is an ISP owned prefix This is a global routig prefix This is a RIR owned prefix This is a subnet Question 3 of 25 4. Your co-worker has just completed reading a chapter on IPv6 address representation. They ask you how the IPv6 address 3FFF:0c00:0000:0000:1A2B:0000:0000:DE0F could be represented in the compressed form. Which of the following would be a valid compressed representation of this address? Select the BEST answer. 3FFF:c00::1A2B::DE0F 3FFF:c:0:0:1A2B::DE0F 3FFF:c00:0:0:1A2B::DE0F 3FFF:c::1A2B::DEF 3FFF:c:0:0:1A2B:0:0:DEF Question 4 of 25 5. Click on the Exhibit. What additional configuration is required to begin the configured IP SLA operation? Select the BEST answer. The R2(config)#ip sla schedule 1 life forever start-time now command is required The R2(config)#ip sla schedule 1 life forever start-time now command is required The R2(config-ip-sla-echo)#ip sla schedule 1 life forever start-time now command is required The R2#ip sla schedule 1 life forever start-time now command is required No additional configuration is required Question 5 of 25 6. Which of the following may result in intermittent packet loss and loss of connectivity being experienced between remote networks? Select the BEST answer. Flat routing Designer routing Slow convergence Hierarchical routing Authentication Question 6 of 25 7. Which of the following statements about EIGRP Stub routing are FALSE? Select THREE answers. A stub router can be peered to hub routers as well as other stub routers Distribute lists are required to filter specific routes from stub routers The stub routers are not queried for routes in current Cisco IOS versions If a stub router receives a query, it will simply ignore it The hub router will not advertise specific routes to the stub router Only the hub router should be configrued as the stub router Question 7 of 25 8. Which of the following statements is TRUE about the passive-interface serial 0/0 command when used with EIGRP? Select the BEST answer. The command prevents incoming and outgoing updates on the Serial0/0 interface; a neighbor relationship is established The command prevents incoming updates only on the Serial0/0 interface; a neighbor relationship is still established The command prevents incoming and outgoing updates on the Serial0/0 interface; a neighbor relationship is not established The command prevents outgoing updates on the Serial0/0 interface; a neighbor relationship is not established The command prevents outgoing updates only on the Serial0/0 interface; a neighbor relationship is still established The command prevents incoming updates on the Serial0/0 interface; a neighbor relationship is not established Question 8 of 25 9. Click on the Exhibit. What can be done on the router to prevent the summaries from being advertised out the Loopback interfaces? Select the BEST answer. Issue the passive-interface loopback x command, where x represents each individual loopback interface Use a distribute list to prevent this behavior Use an offset-list to prevent this behavior Issue the no auto-summary command on the router Use a wildcard mask when specifying networks with the network command Issue the passive-interface default command Question 9 of 25 10. Which of the following statements is TRUE about the passive-interface serial 0/0 command when used with EIGRP? Select the BEST answer. The command prevents outgoing updates on the Serial0/0 interface; a neighbor relationship is not established The command prevents incoming and outgoing updates on the Serial0/0 interface; a neighbor relationship is not established The command prevents incoming and outgoing updates on the Serial0/0 interface; a neighbor relationship is established The command prevents incoming updates on the Serial0/0 interface; a neighbor relationship is not established The command prevents outgoing updates only on the Serial0/0 interface; a neighbor relationship is still established The command prevents incoming updates only on the Serial0/0 interface; a neighbor relationship is still established Question 10 of 25 11. Which of the following statements about the Diffusing Update Algorithm (DUAL) are FALSE? Select THREE answers. A feasible successor will only ever become successor after all queries have been responded to/replied to Routes will transition into the Active state if there are no successors or feasible successors in the EIGRP Topology Table Routes that transition into the Active state are also placed into the hold-down state Routes will transition into the Passive state if there are no successors or feasible successors in the EIGRP Topology Table Routes that transition into the Passive state are also placed into the hold-down state Question 11 of 25 12. The current routing table on R2 shows the following: R2#show ip route eigrp 172.16.0.0/24 is subnetted, 2 subnets D 172.16.200.0 [90/2172416] via 150.1.1.1, 00:00:06, Serial0/0 D 172.16.100.0 [90/2172416] via 150.1.1.1, 00:00:06, Serial0/0 Shortly thereafter, a change is made and the routing table shows as follows: R2#show ip route eigrp 172.16.0.0/24 is subnetted, 2 subnets D 172.16.200.0 [90/2173416] via 150.1.1.1, 00:00:27, Serial0/0 D 172.16.100.0 [90/2173416] via 150.1.1.1, 00:00:27, Serial0/0 Based on your understanding of EIGRP metrics, which of the following was most likely performed on router R2? Select the BEST answer. The interface delay value was used to offset the EIGRP metric An offset-list was used to offset the EIGRP metric The interface bandwidth value was used to offset the EIGRP metric The upstream router is now redistributing the routes into EIGRP Question 12 of 25 13. Click on the Exhibit. What additional configuration is required to begin the configured IP SLA operation? Select the BEST answer. The R2#ip sla schedule 1 life forever start-time now command is required The R2(config-ip-sla-echo)#ip sla schedule 1 life forever start-time now command is required The R2(config-ip-sla)#ip sla schedule 1 life forever start-time now command is required No additional configuration is required The R2(config)#ip sla schedule 1 life forever start-time now command is required Question 13 of 25 14. Which Transport layer protocol and port number is used by BGP? Select the BEST answer. TCP port 711 TCP port 719 TCP port 521 TCP port 179 TCP port 511 Question 14 of 25 15. Which of the following may result in intermittent packet loss and loss of connectivity being experienced between remote networks? Select the BEST answer. Hierarchical routing Authentication Slow convergence Flat routing Designer routing Question 15 of 25 16. Click on the Exhibit. Referencing the toology in the exhibit, routers S1 and S2 are not receiving routes for each others subnets. However, router HQ is receiving routes for both the S1 and S2 subnets. What is the recommended solution to ensure that the S1 and S2 routers receive routing information for each others subnets? Select the BEST answer. Issue the default-information allowed out command on the HQ router Configure a default static route pointing to Null0 on the HQ router and redistribute it into EIGRP Issue the ip default-network 172.16.1.0 command on the HQ router This is not possible with EIGRP; OSPF must be used as the routing protocol instead Issue the ip summary-address eigrp 150 0.0.0.0 0.0.0.0 command on the WAN interface of the HQ router Issue the no ip split-horizon eigrp 150 command on the WAN interface of the HQ router Question 16 of 25 17. There are BGP two attributes that are used to influence the inbound path. What are these two attributes? ORIGIN MED AS_PATH LOCAL_PREF WEIGHT NEXT_HOP Router ID Question 17 of 25 18. What are OSPF Hello messages used for? Select TWO answers. Neighbor discovery To update neighbors For incremental updates For database exchange Maintain adjacencies Question 18 of 25 19. Following the configuration and starting of IP SLA operations, no explicit configuration is required to begin storing data in the Cisco RTTMOM MIB. False True Question 19 of 25 20. When implementing OSPF, into which areas will the ASBR automatically generate and advertise a default route? Select the BEST answer. None of the answers are correct Into Stub and NSSA areas Into NSSA and Totally Stubby NSSA areas Into the backbone and Totally Stubby areas Into Stub and Totally Stubby areas Into Totally Stubby and Totally Stubby NSSA areas Question 20 of 25 21. A router running EIGRP is configured as follows: router eigrp 1 network 10.0.0.0 eigrp stub no auto-summary Based on this configuration, which routes will be advertised by this router? Select TWO answers. Dynamic routes Connected routes The router will not advertise any routes Summary routes Stub routes Static routes Question 21 of 25 22. When implementing OSPF, into which areas will the ASBR automatically generate and advertise a default route? Select the BEST answer. Into the backbone and Totally Stubby areas Into Totally Stubby and Totally Stubby NSSA areas Into NSSA and Totally Stubby NSSA areas Into Stub and Totally Stubby areas Into Stub and NSSA areas None of the answers are correct Question 22 of 25 23. When comparing OSPF and EIGRP, which of the following statements are FALSE? Select FOUR answers. EIGRP only supports MD5 authentication, while OSPF supports both plain text and MD5 authentication OSPF is a hierarchial routing protocol while EIGRP is a flat routing protocol Both EIGRP and OSPF support VLSM Both OSPF and EIGRP run directly over IP using protocol numbers 89 and 88, respectively Both OSPF and EIGRP run directly over IP using protocol numbers 88 and 89, respectively Neither EIGRP nor OSPF support VLSM EIGRP is a hierarchial routing protocol while OSPF is a flat routing protocol OSPF only supports MD5 authentication, while EIGRP supports both plain text and MD5 authentication Question 23 of 25 24. Click on the Exhibit. Based on the exhibit, what is the AS_PATH that will be shown in the BGP RIB on the router belonging to Enterprise Z for the 150.254.0.0/24 prefix advertised by Enterprise X? Select the BEST answer. 64511, 1234, 5678, 9012 3456, 9012, 5678, 1234, 9012, 5678, 1234, 64511 3456, 9012, 5678, 1234, 64511 64511, 1234, 5678, 9012, 3456 Question 24 of 25 25. Three additional parameters that are commonly specified when configuring the IP SLA ICMP echo operation are the timeout, frequency and threshold. Which of the following statements are FALSE about these parameters? Select THREE answers. The default timeout value varies depending on the type of IP SLAs operation you are configuring The frequency is used to set the rising threshold used to generate a reaction event and stores the history information for the Cisco IOS IP SLA operation. The frequency is specified in milliseconds and the default is 5000 ms The threshold is specified in seconds and is used to specify the rate at which a specified Cisco IOS IP SLAs operation is sent into the network. The threshold is specified in milliseconds and the default is 5000 ms The timeout is used to specify the amount of time for which the Cisco IOS IP SLAs operation waits for a response from its request packet. This value is specified in milliseconds and defaults to 5000 ms. The threshold commonly used in advanced IP SLA implementations The frequency is specified in seconds and is used to specify the rate at which a specified Cisco IOS IP SLAs operation is sent into the network Question 25 of 25 Loading…
