Cisco CCNP Semester 5 Moduel 2
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Assuming that EIGRP is enabled on both routers, what must be configured to ensure that Router A will be able to reach the 2.2.2.0/24 network? Use the command no auto-summary to disable automatic summarization. Use the command ip address-summary to ensure that Router A recognizes the 2.2.2.0 network. EIGRP supports VLSM and will automatically recognize the 2.2.2.0 network. EIGRP does not support VLSM, therefore cannot be used with discontiguous networks. When would a router have a feasible successor in the topology table? when a neighboring router that is currently being used for packet forwarding fails when the feasible distance reported by the next hop router is less than the advertised distance to the destination when the advertised distance reported by the next hop router is less than the feasible distance to the destination when there is no successor listed or identified in the topology table What action does an EIGRP router take to find a feasible successor for a network? It examines the routing and topology tables for a feasible successor. It transitions from passive to active state for that network and queries its neighbors. It examines the routing and neighbor tables for a feasible successor. It transitions from active to passive state for that network and queries its neighbors.
description
EIGRP
Transcript of Cisco CCNP Semester 5 Moduel 2
Assuming that EIGRP is enabled on both routers, what must be configured to ensure that Router A will be able to reach the 2.2.2.0/24 network?
Use the command no auto-summary to disable automatic summarization.
Use the command ip address-summary to ensure that Router A recognizes the 2.2.2.0 network.
EIGRP supports VLSM and will automatically recognize the 2.2.2.0 network.
EIGRP does not support VLSM, therefore cannot be used with discontiguous networks.
When would a router have a feasible successor in the topology table?
when a neighboring router that is currently being used for packet forwarding fails
when the feasible distance reported by the next hop router is less than the advertised distance to the destination
when the advertised distance reported by the next hop router is less than the feasible distance to the destination
when there is no successor listed or identified in the topology table
What action does an EIGRP router take to find a feasible successor for a network?
It examines the routing and topology tables for a feasible successor.
It transitions from passive to active state for that network and queries its neighbors.
It examines the routing and neighbor tables for a feasible successor.
It transitions from active to passive state for that network and queries its neighbors.
Refer to the exhibit. Which configuration statement for the serial interface on Router C is true assuming a multipoint configuration?
The bandwidth should be left the default value.
The bandwidth is configured to 56 on each subinterface.
The bandwidth is configured to 244 on each subinterface.
The bandwidth is configured to 56 on the physical interface.
The bandwidth is configured to 224 on the physical interface.
Which statement is true concerning EIGRP?
It sends partial updates only to the routers that need the information.
It sends partial updates to all routers within an area.
It sends full updates only to the routers that need the information.
It sends full updates to all routers within an area.
When must auto-summarization be disabled?
when utilizing VLSM
when implementing discontinuous networks
when reaching classful network boundaries
when implementing an NBMA network
A network administrator notices the above line within the show ip route output of RTA. Given this information, which statement is true?
RTA is configured to manually summarize the 2.1.0.0 network.
RTA automatically inserted this summary when the command network 2.1.0.0 was entered in router mode.
RTA learned network 2.1.0.0 from another redistributed protocol.
RTA learned this summary route from an EIGRP neighbor.
Which two statements describe the purpose of the EIGRP network command? (Choose two.)
Determines which networks are advertised within an EIGRP update across the network.
Determines the type of network connection utilized across an interface.
Determines which networks belong to the EIGRP AS on the local router.
Determines which EIGRP AS the local router is a member of.
Determines which metrics will be utilized to determine the best path.
Given the configuration statements shown in the diagram and assuming that EIGRP has already been enabled for this network, which statement is true?
RTC will enter a route to 2.1.0.0/16, sourced from the null0 interface, into its route table.
RTC will accept the 2.1.0.0/16 route and assign it an administrative distance of 90.
RTD will accept the 2.1.0.0/16 route and assign it an administrative distance of 5.
RTD will receive two routes, the summary route of 2.1.0.0/16 and the automatic classful route of 2.0.0.0/8.
Which statement best describes a route marked as active in the EIGRP topology table?
The route is stable and available for use.
The route is the best route to a given network.
The route is in the process of being recomputed.
The route is used by the DUAL algorithm to perform load balancing.
Refer to the exhibit. RTA cannot form a neighbor relationship with RTB. What should be done to resolve this problem?
The subnet mask for network 10.1.1.0 on RTB must be configured as a wild mask.
The bandwidth for the serial0 interface on RTB must be set to 64 kbps.
The EIGRP hello interval for the serial0 interface on RTB must be set to 10 seconds.
The EIGRP AS number on RTB must be changed to 4.
The netw
ork administrator wants RTA to send only the summarized route of 10.10.0.0/16 to RTB. Which configuration will accomplish this?
RTA(config)# interface s0/0 RTA(config-if)# ip summary-address eigrp 101 10.10.0.0 255.255.0.0 RTA(config-if)# exit RTA(config)# router eigrp 101 RTA(config-router)# no auto-summary
RTA(config)# interface s0/1 RTA(config-if)# ip summary-address eigrp 101 10.10.0.0 255.255.0.0 RTA(config-if)# exit RTA(config)# router eigrp 101
Which interface configuration command will affect the EIGRP metric calculation?
Router(config-if)# metric 896
Router(config-if)# ip eigrp metric 896
Router(config-if)# load 896
Router(config-if)# bandwidth 896
RTA(config-router)# no auto-summary
RTA(config)# interface s0/0 RTA(config-if)# ip summary-address eigrp 101 10.10.0.0 255.255.0.0
RTA(config)# interface s0/1 RTA(config-if)# ip summary-address eigrp 101 10.10.0.0 255.255.0.0
Given the above output, which statement is true about network 204.100.50.0?
It originated from within the EIGRP AS.
It was redistributed from a directly connected interface into EIGRP.
It is a summary address being propagated out the interface of router RTX.
It is a static route configured on router RTX.
Refer to the exhibit. The routers in the exhibit are using EIGRP. Router RTA is the hub router and router RTB is a spoke router. What should be done to stop RTB from sending connected, summary, or static routes?
Configure the eigrp stub command on RTA and RTB.
Configure the eigrp stub command on RTA only.
Configure the eigrp stub command on RTB only.
Configure the eigrp stub receive-only command on RTA and RTB.
Configure the eigrp stub receive-only command on RTA only.
Configure the eigrp stub receive-only command on RTB only.
Refer to the exhibit. Based on the displayed EIGRP authentication configuration, what can be concluded?
Authentication will fail because the key chain names do not match.
Authentication will fail because the key numbers do not match.
Authentication will fail because the key-strings do not match.
Authentication will succeed.
What are two effective ways to prevent the EIGRP stuck in active problem? (Choose two.)
modify keepalive timers on point-to-point connections
manually summarize routes wherever possible
configure core routers with SIA-Guard
configure distribution routers with SIA-Guard
set K-values to their default
maintain a hierarchical network design
