Posted on CCNA 200-301 Practice Test (2026) CCNA Practice Test (2026) This practice test is comprised of 50 matching type questions designed to test your knowkedge and readiness for CCNA (pass score is 80%). 1 / 50 Match the cyber security concept on the left with the description. vulnerability Select an answeremail phishing or spoofingsoftware updatessoftware bugmalware threat Select an answeremail phishing or spoofingsoftware updatessoftware bugmalware exploit Select an answeremail phishing or spoofingsoftware updatessoftware bugmalware mitigation Select an answeremail phishing or spoofingsoftware updatessoftware bugmalware 2 / 50 Match the IPv6 address on the left with the description. 2001:db8:3c4d:1:0/127 Select an answerminimum prefix length for autoconfigurationmaximum four hostsmaximum two hostsmaximum one host 2001:db8:3c4d:1:1/128 Select an answerminimum prefix length for autoconfigurationmaximum four hostsmaximum two hostsmaximum one host 2001:db8:3c4d:1:2/126 Select an answerminimum prefix length for autoconfigurationmaximum four hostsmaximum two hostsmaximum one host 2001:db8:3c4d:1::/64 Select an answerminimum prefix length for autoconfigurationmaximum four hostsmaximum two hostsmaximum one host 3 / 50 Match the NAT address concept on the left with the description. ip nat inside source static Select an answerinside global address1:1 address mappingdynamic poolRFC 1918 addressoverload keyword ip nat outside interface Select an answerinside global address1:1 address mappingdynamic poolRFC 1918 addressoverload keyword port address translation Select an answerinside global address1:1 address mappingdynamic poolRFC 1918 addressoverload keyword inside local address Select an answerinside global address1:1 address mappingdynamic poolRFC 1918 addressoverload keyword ip nat inside source list 199 Select an answerinside global address1:1 address mappingdynamic poolRFC 1918 addressoverload keyword 4 / 50 Match the OSPF adjacency state on the left with the description. Init Select an answerDR/BDR elected for a network segmentdatabase descriptor packets advertised to neighborslink state database advertised between neighborsDR/BDR communication startsrouter ID not included in hello packets Exchange Select an answerDR/BDR elected for a network segmentdatabase descriptor packets advertised to neighborslink state database advertised between neighborsDR/BDR communication startsrouter ID not included in hello packets Exstart Select an answerDR/BDR elected for a network segmentdatabase descriptor packets advertised to neighborslink state database advertised between neighborsDR/BDR communication startsrouter ID not included in hello packets Loading Select an answerDR/BDR elected for a network segmentdatabase descriptor packets advertised to neighborslink state database advertised between neighborsDR/BDR communication startsrouter ID not included in hello packets 2-Way Select an answerDR/BDR elected for a network segmentdatabase descriptor packets advertised to neighborslink state database advertised between neighborsDR/BDR communication startsrouter ID not included in hello packets 5 / 50 Match the protocol on the left with the IP protocol number. EIGRP Select an answer89112188 ICMP Select an answer89112188 VRRP Select an answer89112188 OSPF Select an answer89112188 6 / 50 Match the automation function on the left with the description. data serialization Select an answerJWTPUTCREATEJSONUTF-8 HTTP verb Select an answerJWTPUTCREATEJSONUTF-8 CRUD operation Select an answerJWTPUTCREATEJSONUTF-8 character set encoding Select an answerJWTPUTCREATEJSONUTF-8 REST API authentication Select an answerJWTPUTCREATEJSONUTF-8 7 / 50 Match the SDN feature on the left with the network service. northbound interface Select an answerTelnet, SSHOpenFlow, Ansiblerouting table lookupREST APIbuild network tables management plane Select an answerTelnet, SSHOpenFlow, Ansiblerouting table lookupREST APIbuild network tables control plane Select an answerTelnet, SSHOpenFlow, Ansiblerouting table lookupREST APIbuild network tables data plane Select an answerTelnet, SSHOpenFlow, Ansiblerouting table lookupREST APIbuild network tables southbound interface Select an answerTelnet, SSHOpenFlow, Ansiblerouting table lookupREST APIbuild network tables 8 / 50 Match the IPv6 addressing method on the left with the description? DHCPv6 Select an answerhost identifier portion based on MAC addressautoconfiguration based on prefix of default gatewaymanually configuredcentralized scalable solution SLAAC Select an answerhost identifier portion based on MAC addressautoconfiguration based on prefix of default gatewaymanually configuredcentralized scalable solution EUI-64 Select an answerhost identifier portion based on MAC addressautoconfiguration based on prefix of default gatewaymanually configuredcentralized scalable solution static Select an answerhost identifier portion based on MAC addressautoconfiguration based on prefix of default gatewaymanually configuredcentralized scalable solution 9 / 50 Match the protocol on the left with the correct sequence when a host connects to a web server. proxy ARP broadcast Select an answer4321 TCP handshake to web server Select an answer4321 DHCP request Select an answer4321 DNS query Select an answer4321 10 / 50 Match the operational plane on the left with the description. management plane Select an answerQoS and encryptionSDN architecture layerSSHoriginating traffic data plane Select an answerQoS and encryptionSDN architecture layerSSHoriginating traffic control plane Select an answerQoS and encryptionSDN architecture layerSSHoriginating traffic application plane Select an answerQoS and encryptionSDN architecture layerSSHoriginating traffic 11 / 50 Match the Cisco configuration feature on the left with the default setting. OSPF dead timer Select an answer114400 seconds40 seconds (ethernet)32768300 seconds switch priority Select an answer114400 seconds40 seconds (ethernet)32768300 seconds router priority Select an answer114400 seconds40 seconds (ethernet)32768300 seconds ARP aging timer Select an answer114400 seconds40 seconds (ethernet)32768300 seconds MAC aging timer Select an answer114400 seconds40 seconds (ethernet)32768300 seconds 12 / 50 Match the virtualization component on the left with the description. guest operating system Select an answersoftware processing across CPU coresvirtual machineshare host operating systemorchestration softwareallocates physical hardware Kubernetes Select an answersoftware processing across CPU coresvirtual machineshare host operating systemorchestration softwareallocates physical hardware multithreading Select an answersoftware processing across CPU coresvirtual machineshare host operating systemorchestration softwareallocates physical hardware container Select an answersoftware processing across CPU coresvirtual machineshare host operating systemorchestration softwareallocates physical hardware hypervisor Select an answersoftware processing across CPU coresvirtual machineshare host operating systemorchestration softwareallocates physical hardware 13 / 50 Match the protocol on the left with the configuration setting. CAPWAP Select an answer0000.5E00:0101 (mac address)UDP 123overlay0000.0C9F.F001 (mac address)update timer 60 seconds NTP Select an answer0000.5E00:0101 (mac address)UDP 123overlay0000.0C9F.F001 (mac address)update timer 60 seconds HSRP Select an answer0000.5E00:0101 (mac address)UDP 123overlay0000.0C9F.F001 (mac address)update timer 60 seconds CDP Select an answer0000.5E00:0101 (mac address)UDP 123overlay0000.0C9F.F001 (mac address)update timer 60 seconds VRRP Select an answer0000.5E00:0101 (mac address)UDP 123overlay0000.0C9F.F001 (mac address)update timer 60 seconds 14 / 50 Match the default transport protocol on the left with the application traffic. FTP Select an answerUDP 53TCP 22TCP 21UDP 67/68TCP 25 SSH Select an answerUDP 53TCP 22TCP 21UDP 67/68TCP 25 DNS Select an answerUDP 53TCP 22TCP 21UDP 67/68TCP 25 DCHP Select an answerUDP 53TCP 22TCP 21UDP 67/68TCP 25 SMTP Select an answerUDP 53TCP 22TCP 21UDP 67/68TCP 25 15 / 50 Match the API authentication method on the left with the description. API keys Select an answerstateful authorization protocol delegation frameworkusername/password string encodedstateless granular user-level security with tokensapplication-level authentication with encrypted string OAuth2 Select an answerstateful authorization protocol delegation frameworkusername/password string encodedstateless granular user-level security with tokensapplication-level authentication with encrypted string JWT Select an answerstateful authorization protocol delegation frameworkusername/password string encodedstateless granular user-level security with tokensapplication-level authentication with encrypted string basic Select an answerstateful authorization protocol delegation frameworkusername/password string encodedstateless granular user-level security with tokensapplication-level authentication with encrypted string 16 / 50 Match the wireless LAP mode on the left with the description. Flexconnect mode Select an answerdetects rogue devices on wireless networklistens to MAC addresses from all VLANs on trunkcommunication between access pointscentralized switchinglocal branch office switching monitor mode Select an answerdetects rogue devices on wireless networklistens to MAC addresses from all VLANs on trunkcommunication between access pointscentralized switchinglocal branch office switching client mode Select an answerdetects rogue devices on wireless networklistens to MAC addresses from all VLANs on trunkcommunication between access pointscentralized switchinglocal branch office switching local mode Select an answerdetects rogue devices on wireless networklistens to MAC addresses from all VLANs on trunkcommunication between access pointscentralized switchinglocal branch office switching rogue mode Select an answerdetects rogue devices on wireless networklistens to MAC addresses from all VLANs on trunkcommunication between access pointscentralized switchinglocal branch office switching 17 / 50 Match the wireless encryption algorithm on the left with the wireless security standard. RC4 Select an answerWEPWPA2WPAWPA3 SAE Select an answerWEPWPA2WPAWPA3 TKIP Select an answerWEPWPA2WPAWPA3 AES/CCMP Select an answerWEPWPA2WPAWPA3 18 / 50 Match the address type on the left with the prefix. RFC 1918 Select an answersame interface address assigned to different routers172.16.0.0/12192.0.2.1/24169.254.0.0/16224.0.0.0/4 APIPA Select an answersame interface address assigned to different routers172.16.0.0/12192.0.2.1/24169.254.0.0/16224.0.0.0/4 multicast Select an answersame interface address assigned to different routers172.16.0.0/12192.0.2.1/24169.254.0.0/16224.0.0.0/4 anycast Select an answersame interface address assigned to different routers172.16.0.0/12192.0.2.1/24169.254.0.0/16224.0.0.0/4 wireless controller virtual interface Select an answersame interface address assigned to different routers172.16.0.0/12192.0.2.1/24169.254.0.0/16224.0.0.0/4 19 / 50 Match the protocol feature on the left with the transport protocol. OSPF Select an answerUDPTCP and UDPIPTCP error detection Select an answerUDPTCP and UDPIPTCP data integrity checksum Select an answerUDPTCP and UDPIPTCP error recovery Select an answerUDPTCP and UDPIPTCP 20 / 50 Match the management protocol on the left with the supported feature. SNMPv3 Select an answerusers and groupsTCP 20 (data channel)out-of-band managementTCP 22community strings SSH Select an answerusers and groupsTCP 20 (data channel)out-of-band managementTCP 22community strings SNMPv2c Select an answerusers and groupsTCP 20 (data channel)out-of-band managementTCP 22community strings console Select an answerusers and groupsTCP 20 (data channel)out-of-band managementTCP 22community strings FTP Select an answerusers and groupsTCP 20 (data channel)out-of-band managementTCP 22community strings 21 / 50 Match the network media type on the left with the description. single-mode fiber (SMF) Select an answersusceptible to EMImodal dispersionlaser light sourcelimited distance high bandwidth copper Twinax Select an answersusceptible to EMImodal dispersionlaser light sourcelimited distance high bandwidth copper multi-mode fiber (MMF) Select an answersusceptible to EMImodal dispersionlaser light sourcelimited distance high bandwidth copper UTP/STP Select an answersusceptible to EMImodal dispersionlaser light sourcelimited distance high bandwidth copper 22 / 50 Match the spanning tree protocol enhancement on the left with the description. Root Guard Select an answerprevents sending and receiving BPDUsalternate/backup ports, violation causes inconsistent statedesignated ports onlyviolation causes err-disabled shutdown state Loop Guard Select an answerprevents sending and receiving BPDUsalternate/backup ports, violation causes inconsistent statedesignated ports onlyviolation causes err-disabled shutdown state BPDU Guard Select an answerprevents sending and receiving BPDUsalternate/backup ports, violation causes inconsistent statedesignated ports onlyviolation causes err-disabled shutdown state BPDU Filter Select an answerprevents sending and receiving BPDUsalternate/backup ports, violation causes inconsistent statedesignated ports onlyviolation causes err-disabled shutdown state 23 / 50 Match the application on the left with the application port. DHCP Select an answerUDP 161UDP 68UDP 514UDP 1546TCP 23 SNMP Select an answerUDP 161UDP 68UDP 514UDP 1546TCP 23 Telnet Select an answerUDP 161UDP 68UDP 514UDP 1546TCP 23 Syslog Select an answerUDP 161UDP 68UDP 514UDP 1546TCP 23 CAPWAP Select an answerUDP 161UDP 68UDP 514UDP 1546TCP 23 24 / 50 Match the cyber security concept on the left with the example. multi-factor knowledge Select an answertraditional authenticationtokenfingerprintsecurity question AAA Select an answertraditional authenticationtokenfingerprintsecurity question multi-factor possession Select an answertraditional authenticationtokenfingerprintsecurity question multi-factor inherence Select an answertraditional authenticationtokenfingerprintsecurity question 25 / 50 Match the IPv6 route type on the left with the description. serial interface attached static route Select an answeripv6 route 2001:DB8:2:1::/64 Gi1/0 200ipv6 route 2001:DB8:2:1::/64 Gi1/0ipv6 route ::/0 2001:DB8:3C4D:1::1ipv6 route 2001:DB8:3C4D:1::/127 Se1/0ipv6 route 2001:DB8:2:1::/64 Gi1/0 FE80::2 fully specified static route Select an answeripv6 route 2001:DB8:2:1::/64 Gi1/0 200ipv6 route 2001:DB8:2:1::/64 Gi1/0ipv6 route ::/0 2001:DB8:3C4D:1::1ipv6 route 2001:DB8:3C4D:1::/127 Se1/0ipv6 route 2001:DB8:2:1::/64 Gi1/0 FE80::2 directly attached static route Select an answeripv6 route 2001:DB8:2:1::/64 Gi1/0 200ipv6 route 2001:DB8:2:1::/64 Gi1/0ipv6 route ::/0 2001:DB8:3C4D:1::1ipv6 route 2001:DB8:3C4D:1::/127 Se1/0ipv6 route 2001:DB8:2:1::/64 Gi1/0 FE80::2 default route Select an answeripv6 route 2001:DB8:2:1::/64 Gi1/0 200ipv6 route 2001:DB8:2:1::/64 Gi1/0ipv6 route ::/0 2001:DB8:3C4D:1::1ipv6 route 2001:DB8:3C4D:1::/127 Se1/0ipv6 route 2001:DB8:2:1::/64 Gi1/0 FE80::2 floating static route Select an answeripv6 route 2001:DB8:2:1::/64 Gi1/0 200ipv6 route 2001:DB8:2:1::/64 Gi1/0ipv6 route ::/0 2001:DB8:3C4D:1::1ipv6 route 2001:DB8:3C4D:1::/127 Se1/0ipv6 route 2001:DB8:2:1::/64 Gi1/0 FE80::2 26 / 50 Match the network feature on the left with the description. DNS table Select an answerLinux host commandhostname to IP mappingIP to MAC address mappingWindows host command ip address show Select an answerLinux host commandhostname to IP mappingIP to MAC address mappingWindows host command DHCP binding table Select an answerLinux host commandhostname to IP mappingIP to MAC address mappingWindows host command ipconfig /all Select an answerLinux host commandhostname to IP mappingIP to MAC address mappingWindows host command 27 / 50 Match the route source on the left with the administrative distance value. external BGP Select an answer120090110 EIGRP Select an answer120090110 connected Select an answer120090110 OSPF Select an answer120090110 static Select an answer120090110 28 / 50 Match the route type on the left with the configuration. floating static route Select an answerip route 0.0.0.0 0.0.0.0 Gi1/0ip route 172.16.2.1 255.255.255.255 Ethernet0/0ip route 192.168.1.0 255.255.255.224 192.168.2.1 2ip route 192.168.1.0 255.255.255.224 192.168.3.1 default route Select an answerip route 0.0.0.0 0.0.0.0 Gi1/0ip route 172.16.2.1 255.255.255.255 Ethernet0/0ip route 192.168.1.0 255.255.255.224 192.168.2.1 2ip route 192.168.1.0 255.255.255.224 192.168.3.1 static host route Select an answerip route 0.0.0.0 0.0.0.0 Gi1/0ip route 172.16.2.1 255.255.255.255 Ethernet0/0ip route 192.168.1.0 255.255.255.224 192.168.2.1 2ip route 192.168.1.0 255.255.255.224 192.168.3.1 static route Select an answerip route 0.0.0.0 0.0.0.0 Gi1/0ip route 172.16.2.1 255.255.255.255 Ethernet0/0ip route 192.168.1.0 255.255.255.224 192.168.2.1 2ip route 192.168.1.0 255.255.255.224 192.168.3.1 29 / 50 Match the spanning tree switch port role on the left with the description. alternate port Select an answerlowest path cost portroot bridge portsRSTP backup to root port802.1d port role root port Select an answerlowest path cost portroot bridge portsRSTP backup to root port802.1d port role designated port Select an answerlowest path cost portroot bridge portsRSTP backup to root port802.1d port role non-designated Select an answerlowest path cost portroot bridge portsRSTP backup to root port802.1d port role 30 / 50 Match the wireless QoS profile on the left with the traffic type. bronze Select an answerbest effort (default)videovoicebackground silver Select an answerbest effort (default)videovoicebackground gold Select an answerbest effort (default)videovoicebackground platinum Select an answerbest effort (default)videovoicebackground 31 / 50 Match the subnet mask on the left with the equivalent CIDR notation. 255.255.255.240 Select an answer/28/27/29/30/22 255.255.255.252 Select an answer/28/27/29/30/22 255.255.255.224 Select an answer/28/27/29/30/22 255.255.255.248 Select an answer/28/27/29/30/22 255.255.252.0 Select an answer/28/27/29/30/22 32 / 50 Match the OSPF configuration feature for directly connected neighbors on the left with the description. tunnel interface Select an answersecurity implementationOSPF adjacency would faillocally significant onlypoint-to-point network typeOSPF adjacency would form process identifier Select an answersecurity implementationOSPF adjacency would faillocally significant onlypoint-to-point network typeOSPF adjacency would form passive interface Select an answersecurity implementationOSPF adjacency would faillocally significant onlypoint-to-point network typeOSPF adjacency would form router ID mismatch Select an answersecurity implementationOSPF adjacency would faillocally significant onlypoint-to-point network typeOSPF adjacency would form MTU mismatch Select an answersecurity implementationOSPF adjacency would faillocally significant onlypoint-to-point network typeOSPF adjacency would form 33 / 50 Match the protocol on the left with the TCP/IP networking model layer. UDP Select an answerLayer 1Layer 2Layer 3Layer 4 PPP Select an answerLayer 1Layer 2Layer 3Layer 4 T1 Select an answerLayer 1Layer 2Layer 3Layer 4 ICMP Select an answerLayer 1Layer 2Layer 3Layer 4 34 / 50 Match the DHCP feature on the left with the description. DHCP option 82 Select an answerenable connection to DHCP server on remote subnetidentify source of DHCP request for security purposesIP-to-MAC address mapping from DHCP databaseprovide list of TFTP servers to DHCP clients DHCP relay Select an answerenable connection to DHCP server on remote subnetidentify source of DHCP request for security purposesIP-to-MAC address mapping from DHCP databaseprovide list of TFTP servers to DHCP clients DHCP bindings Select an answerenable connection to DHCP server on remote subnetidentify source of DHCP request for security purposesIP-to-MAC address mapping from DHCP databaseprovide list of TFTP servers to DHCP clients DHCP option 150 Select an answerenable connection to DHCP server on remote subnetidentify source of DHCP request for security purposesIP-to-MAC address mapping from DHCP databaseprovide list of TFTP servers to DHCP clients 35 / 50 Match the JSON syntax on the left with the description. ["Ethernet0/0","Ethernet0/1"] Select an answerobjectarraykeykey pair "description" Select an answerobjectarraykeykey pair "interface":"Ethernet0", Select an answerobjectarraykeykey pair {"hostname" : "R1", "IP" : "192.168.1.1"} Select an answerobjectarraykeykey pair 36 / 50 Match the wireless protocol on the left with the description. 802.11g Select an answermore coverage and interference than 5 GHz bandprevent radar interferencedual bandhigher frequency and less interference than 2.4 GHz band 802.11h Select an answermore coverage and interference than 5 GHz bandprevent radar interferencedual bandhigher frequency and less interference than 2.4 GHz band 802.11ax Select an answermore coverage and interference than 5 GHz bandprevent radar interferencedual bandhigher frequency and less interference than 2.4 GHz band 802.11a Select an answermore coverage and interference than 5 GHz bandprevent radar interferencedual bandhigher frequency and less interference than 2.4 GHz band 37 / 50 Match the network device on the left with the description. IPS Select an answerphysical default gatewaytraffic aggregationstateful packet inspectionactive threat blocking router Select an answerphysical default gatewaytraffic aggregationstateful packet inspectionactive threat blocking firewall Select an answerphysical default gatewaytraffic aggregationstateful packet inspectionactive threat blocking L3 switch Select an answerphysical default gatewaytraffic aggregationstateful packet inspectionactive threat blocking 38 / 50 Match the switching feature on the left with the description. MAC learning Select an answerexamine source and destination field of an Ethernet frameremoving MAC address from switch tableunicast flooding out all ports in a VLAN except where frame arrivedpacket forwarding out all switch ports frame switching Select an answerexamine source and destination field of an Ethernet frameremoving MAC address from switch tableunicast flooding out all ports in a VLAN except where frame arrivedpacket forwarding out all switch ports MAC aging Select an answerexamine source and destination field of an Ethernet frameremoving MAC address from switch tableunicast flooding out all ports in a VLAN except where frame arrivedpacket forwarding out all switch ports ARP request Select an answerexamine source and destination field of an Ethernet frameremoving MAC address from switch tableunicast flooding out all ports in a VLAN except where frame arrivedpacket forwarding out all switch ports 39 / 50 Match the Syslog message on the left with the severity level. critical Select an answer402631 errors Select an answer402631 emergencies Select an answer402631 alerts Select an answer402631 warnings Select an answer402631 informational Select an answer402631 40 / 50 Match the wireless concept on the left with the description. ESS Select an answersingle hub AP, single cell with single SSIDwireless client peering connection without APmultiple AP, multiple cells with single SSID roamingaccess point MAC address BSSID Select an answersingle hub AP, single cell with single SSIDwireless client peering connection without APmultiple AP, multiple cells with single SSID roamingaccess point MAC address IBSS Select an answersingle hub AP, single cell with single SSIDwireless client peering connection without APmultiple AP, multiple cells with single SSID roamingaccess point MAC address BSS Select an answersingle hub AP, single cell with single SSIDwireless client peering connection without APmultiple AP, multiple cells with single SSID roamingaccess point MAC address 41 / 50 Match the wireless concept on the left with the description. Fast Transition Select an answernot recommended for delay-sensitive trafficmove clients to 5 GHz frequency to avoid radarencryption of wireless control frameseliminates reauthentication to access point Dynamic Frequency Detection (DFS) Select an answernot recommended for delay-sensitive trafficmove clients to 5 GHz frequency to avoid radarencryption of wireless control frameseliminates reauthentication to access point Dynamic Channel Assignment (DCA) Select an answernot recommended for delay-sensitive trafficmove clients to 5 GHz frequency to avoid radarencryption of wireless control frameseliminates reauthentication to access point PMF Select an answernot recommended for delay-sensitive trafficmove clients to 5 GHz frequency to avoid radarencryption of wireless control frameseliminates reauthentication to access point 42 / 50 Match the protocol on the left with the characteristic. TFTP Select an answerusername/password authenticationunequal path cost load balancingbackup configuration scriptsCPU intensive routing protocol OSPF Select an answerusername/password authenticationunequal path cost load balancingbackup configuration scriptsCPU intensive routing protocol EIGRP Select an answerusername/password authenticationunequal path cost load balancingbackup configuration scriptsCPU intensive routing protocol FTP Select an answerusername/password authenticationunequal path cost load balancingbackup configuration scriptsCPU intensive routing protocol 43 / 50 Match the protocol on the left with the description. CDP Select an answerRSTPRPVST+connect Arista and Cisco switchupdate timer 60 seconds LLDP Select an answerRSTPRPVST+connect Arista and Cisco switchupdate timer 60 seconds support for multiple VLANs Select an answerRSTPRPVST+connect Arista and Cisco switchupdate timer 60 seconds open standard spanning tree protocol Select an answerRSTPRPVST+connect Arista and Cisco switchupdate timer 60 seconds 44 / 50 Match the application on the left with the assigned application port. DNS Select an answerTCP 22TCP 25UDP 53UDP 24576TCP 21UDP 123 FTP Select an answerTCP 22TCP 25UDP 53UDP 24576TCP 21UDP 123 SSH Select an answerTCP 22TCP 25UDP 53UDP 24576TCP 21UDP 123 NTP Select an answerTCP 22TCP 25UDP 53UDP 24576TCP 21UDP 123 SMTP Select an answerTCP 22TCP 25UDP 53UDP 24576TCP 21UDP 123 RTP Select an answerTCP 22TCP 25UDP 53UDP 24576TCP 21UDP 123 45 / 50 Match the IEEE standard on the left with the description. 802.1w Select an answerLACPRSTPPoEport-based authentication 802.3at Select an answerLACPRSTPPoEport-based authentication 802.3ad Select an answerLACPRSTPPoEport-based authentication 802.1X Select an answerLACPRSTPPoEport-based authentication 46 / 50 Match the configuration feature on the left with the IOS command. manual selection of forwarding LACP ports Select an answerno switchportlacp port-priorityswitchport mode dynamic desirableencapsulation dot1qlacp system-priority InterVLAN connectivity Select an answerno switchportlacp port-priorityswitchport mode dynamic desirableencapsulation dot1qlacp system-priority Layer 3 port channel Select an answerno switchportlacp port-priorityswitchport mode dynamic desirableencapsulation dot1qlacp system-priority designating a switch to select forwarding LACP ports Select an answerno switchportlacp port-priorityswitchport mode dynamic desirableencapsulation dot1qlacp system-priority DTP Select an answerno switchportlacp port-priorityswitchport mode dynamic desirableencapsulation dot1qlacp system-priority 47 / 50 Match the AAA server on the left with the description. TACACS+ Select an answerencrypt datauser exec modeencrypts password onlyCisco default setting security level 15 Select an answerencrypt datauser exec modeencrypts password onlyCisco default setting RADIUS Select an answerencrypt datauser exec modeencrypts password onlyCisco default setting security level 1 Select an answerencrypt datauser exec modeencrypts password onlyCisco default setting 48 / 50 Match the serialization example on the left with the application. "interface":"GigabitEthernet0/1", Select an answerYANGXMLJSONYAML identity:interface-type { Select an answerYANGXMLJSONYAML <interface>:GigabitEthernet0/1</name> Select an answerYANGXMLJSONYAML – name: router-1 Select an answerYANGXMLJSONYAML 49 / 50 Match the HSRP state on the left with the description. Standby Select an answerinterface is enabledrouter is actively forwarding data traffic for the groupvirtual IP address known and receiving hello messagesrouter sends/receive hello messages to elect active/standby routerswaiting for hello messagesmonitor active router and go active when active router fails Active Select an answerinterface is enabledrouter is actively forwarding data traffic for the groupvirtual IP address known and receiving hello messagesrouter sends/receive hello messages to elect active/standby routerswaiting for hello messagesmonitor active router and go active when active router fails Learn Select an answerinterface is enabledrouter is actively forwarding data traffic for the groupvirtual IP address known and receiving hello messagesrouter sends/receive hello messages to elect active/standby routerswaiting for hello messagesmonitor active router and go active when active router fails Initial Select an answerinterface is enabledrouter is actively forwarding data traffic for the groupvirtual IP address known and receiving hello messagesrouter sends/receive hello messages to elect active/standby routerswaiting for hello messagesmonitor active router and go active when active router fails Speak Select an answerinterface is enabledrouter is actively forwarding data traffic for the groupvirtual IP address known and receiving hello messagesrouter sends/receive hello messages to elect active/standby routerswaiting for hello messagesmonitor active router and go active when active router fails Listen Select an answerinterface is enabledrouter is actively forwarding data traffic for the groupvirtual IP address known and receiving hello messagesrouter sends/receive hello messages to elect active/standby routerswaiting for hello messagesmonitor active router and go active when active router fails 50 / 50 Match the route type on the left with the routing table protocol code. EIGRP Select an answerD*LIA OSPF Select an answerD*LIA Host Select an answerD*LIA default route Select an answerD*LIA Your score is 0% By WordPress Quiz plugin
