Our team has conducted extensive research to compile a set of CISCO MCQs. We encourage you to test your CISCO knowledge by answering these multiple-choice questions provided below.
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A. RJ-61X
B. RJ-15C
C. RJ-11
D. RJ-45
A. Exec mode
B. User-Exec mode
C. Global Config mode
D. Interface Config mode
A. a switch with no routing logic.
B. a switch with some routing logic.
C. None of these
D. Both of these
A. Layer 7
B. Layer 6
C. Layer 1
D. Layer 3
A. md5
B. md
A. Subnetting
B. Network tree
C. Restructuring
A. L3
B. L5
C. L2
D. L6
A. (none of these are correct)
B. Traceroute cisco.com
C. Debug cisco.com
D. Path cisco.com
A. straight through
B. no
C. USB
D. crossover
E. console
A. ARP
B. Telnet
C. WEP
D. SSH
A. Data Link
B. Application
C. Physical
D. Network
A. 3560
B. 4094
C. 4054
D. 3494
A. #
B. >
C. @
D. $
E. *
A. fiber
B. land-line telephony architecture
C. coaxial cables
D. wimax or satellite
E. Ethernet with fiber
A. 64
B. 128
C. 16
D. 32
A. Access
B. Trunk
C. Hub
D. Distributed
A. EIGRP broadcasts its updates to all routers in the network.
B. EIGRP has an infinite metric of 16.
C. EIGRP can be used with Cisco and non-Cisco routers.
D. EIGRP sends triggered updates whenever there is a change in topology that influences the routing information.
A. PAT
B. Dual Stacking
C. redistribute
A. 802.5
B. 802.4
C. 803.2
D. 802.3
A. BGP
B. process ID
C. contiguous networks
D. autonomous system
A. EIGRP
B. OSPF
C. IGRP
D. RIPv1
E. RIPv2
A. Enable - Mode
B. Super - Mode
C. Rom - Mode
D. User - mode
E. Global - Mode
A. 0x2102
B. 0x3402
C. 0x2142
D. 0x1953
A. Physical
B. Transport
C. Data Link
D. Network
E. Session
A. EIGRP
B. BGP
C. PAgP
D. CDP
E. ISL
A. EIGRP
B. OSPF
C. RIPv2
D. RIPv1
A. 110
B. 120
C. 90
D. 5
A. Router(config-if)# interface s0/2400 point-to-point
B. Router(config-if)# interface s0/2400
C. Router# interface s0.2400 point-to-point
D. Router(config)# interface s0.2400 point-to-point
A. 89
B. 88
A. Show reload
B. Show boot
C. Show version
D. Show running-config
A. routing table
B. adjacency table
C. neighbor table
D. topology table
A. RIP V1 and EIGRP
B. OSPF & RIP
C. IGRP & OSPF
D. ISIS & BGP
E. JAY & YE
A. 172.27.0.255
B. 172.27.0.0
C. 172.27.3.43
D. 172.27.4.100
A. config t, int e0.100, ipx network 10, encap arpa
B. config t, int e0.10, ipx network 10 encap arpa sec
C. config t, int e0, sub 10, ipx 10
A. As soon as you issue no shutdown on that interface
B. After you configure an ip address
C. As soon as you create it
A. 103
B. 101
C. 104
D. 105
E. 102
A. 170
B. 110
C. 90
D. 5
E. 120
A. 192.168.168.129–190
B. 192.168.168.129–199
C. 192.168.168.128–194
D. 192.168.168.128–190
A. IP addresses of 10.1.1.1/24 and 10.2.2.2/24, respectively.
B. Mismatched Hold Timers.
C. Duplicate EIGRP router IDs.
A. Show ip eigrp neighbor failure
B. Debug eigrp packet
C. Show clock
D. Show key chain
A. LCP
B. NCP
C. ISDN
D. X.25
A. administrative distance of 1 and metric of 1
B. administrative distance of 0 and metric of 0
C. administrative distance of 0 and metric of 1
D. administrative distance of 1 and metric of 0
A. Gateway
B. Transparent
C. Promiscuous
D. Private
E. Host
A. LCP
B. HDLC
C. NCP
D. X.25
A. Logical Link
B. MAC sublayer
C. Physical layer
D. Control sublayer
A. Create the corresponding vlan and permit it on an up/up physical interface that doesn't have autostate exclude configured
B. Create the corresponding vlan and permit it on an up/up physical interface that has autostate exclude configured
C. Issue no shutdown on the vlan interface
D. Verify that you learn mac addresses on the corresponding vlan
A. 32 bits
B. 48 bits
C. 24 bits
D. 16 bits
A. 630 seconds
B. 90 seconds
C. 270 seconds
D. None of the above
A. It is always the highest IP address of active interfaces
B. It is the highest IP address of all configured loopback interfaces
C. It is locally significant
D. It is only used for election of DR
A. show controllers serial 0
B. show interface serial 0
C. show ip interface serial 0
D. show interface brief serial 0