After implementing EIGRP on your network, you issue the show ip eigrp traffic command on router C. The following output is shown:What can you conclude about this network？ （）

A. show CHAP authentication

B. show interface serial 0

C. debug PPP authentication

D. debug CHAP authentication

E. show PPP authentication CHAP

A. The Boot IOS Code is Located in the NVRAM.

B. Check NVRAM for boot system Commands.

C. Bypass NVRAM Configurations.

D. Boot the IOS Code Located in ROM.

E. Perform a Password Recovery.

F. Bypass The Code In ROM.

A. Transport layer divides a data stream into segments & adds reliability & flow control information

B. Data link layer adds physical source & destination address & an FCS to the segment

C. Packets are created when the network layer encapsulate a frame with source & destination host address& protocol related control information

D. Packets are created when the network layers adds layers 3 address & control information to a segment

E. The presentation layer translated bits into bits into voltages for transmission across the physical link

A. The network is stable

B. There is a flapping link or interface, and router C knows an alternate path to the network

C. There is a flapping link or interf ace, and router C does not know an alternate path to the network

D. EIGRP is not working correctly on router C

E. There is not enough information to make a determination

A. Use of full duplex mode.

B. Creation of new collision domain.

C. Creation of new broadcast domain.

D. Addition of hub to the network.

E. Use of switches in the network.

F. Amount of ARP or IPX SAP traffic.

gsomeshowcommands，debugoutput，andthesyslog，youdiscoverthefollowinginformation：Whatconclusioncanyouinferfromthisinformation？（）

A.VRRPisinitializingandoperatingcorrectly.

B.HSRPisnotproperlyexchangingthreehellomessages.

C.VRRPisnotproperlyexchangingthreehellomessages.

D.HSRPisinitializingandoperatingcorrectly.

E.GLBPisnotproperlyexchangingthreehellomessages.

F.GLBPisinitializingandoperatingcorrectly.

rface to router A and block all other network advertisements. The IP routing table on router A indicates that it is not receiving this prefix from router B. What is the probable cause of the problem?（）

A. An access list on router B is causing the 192.168.3.16/28 network to be denied

B. An access list on router B is causing the 192.168.3.32/28 network to be denied

C. The distribute list on router B is referencing a numbered access list that does not exist on router B

D. The d istribute list on router B is referencing the wrong interface

A.MakeallportsprivateVLANports.

B.PlaceallunusedportsinnativeVLAN1untilneeded.

C.Proactivelyconfigureunusedswitchportsasaccessports.

D.DisableCiscoDiscoveryProtocolglobally.

A. DLCI

B. BECN

C. FECN

D. LMI

E. CIR

F. DE

A. Optional authentication phase, link establishment phase, network layer protocol phase.

B. Network layer protocol phase, link establishment phase, optional authentication phase.

C. Network layer protocol phase, optional authentication phase, link establishment phase.

D. Link establishment phase, network layer protocol phase, optional authentication phase.

E. Link establishment phase, optional authentication phase, network layer protocol phase.

F. Optional authentication phase, network layer protocol phase, link establishment phase.