Posted on by adminCCNA 200-301 Practice Test 2 CCNA 200-301 Practice Test 2 This practice test is comprised of 50 matching type questions designed to prepare you for CCNA 200-301 exam. (pass score is 80%) 1 / 50 Match the IPv6 address type on the left with the description. link local Select an answerIPv6 host identifier derived from MAC address, FFFE addedprivate global, starts with prefix FD00::/8auto-configured, routing adjacency, prefix FE80::/10prefix FF00::/8 unique local Select an answerIPv6 host identifier derived from MAC address, FFFE addedprivate global, starts with prefix FD00::/8auto-configured, routing adjacency, prefix FE80::/10prefix FF00::/8 multicast Select an answerIPv6 host identifier derived from MAC address, FFFE addedprivate global, starts with prefix FD00::/8auto-configured, routing adjacency, prefix FE80::/10prefix FF00::/8 EUI-64 Select an answerIPv6 host identifier derived from MAC address, FFFE addedprivate global, starts with prefix FD00::/8auto-configured, routing adjacency, prefix FE80::/10prefix FF00::/8 2 / 50 Match the subnet mask on the left with the maximum number of assignable host addresses. 255.255.255.248 Select an answer621266142 255.255.255.192 Select an answer621266142 255.255.255.128 Select an answer621266142 255.255.255.240 Select an answer621266142 255.255.255.252 Select an answer621266142 3 / 50 Match the route source on the left with the administrative distance value. IS-IS Select an answer115200255120 RIP Select an answer115200255120 iBGP Select an answer115200255120 unreachable Select an answer115200255120 4 / 50 Match the network message type on the left with the network event. unicast Select an answerload balancingMAC address learningARPOSPF broadcast Select an answerload balancingMAC address learningARPOSPF multicast Select an answerload balancingMAC address learningARPOSPF anycast Select an answerload balancingMAC address learningARPOSPF 5 / 50 Match the protocol on the left with the multicast address. HSRP Select an answer224.0.0.102224.0.0.10224.0.0.6224.0.0.5 OSPF Select an answer224.0.0.102224.0.0.10224.0.0.6224.0.0.5 EIGRP Select an answer224.0.0.102224.0.0.10224.0.0.6224.0.0.5 OSPF DR Select an answer224.0.0.102224.0.0.10224.0.0.6224.0.0.5 6 / 50 Match the protocol feature on the left with the protocol or description. duplex autonegotiation Select an answer802.11axcollision detection802.11ac1000BASE-T 5 GHz band only Select an answer802.11axcollision detection802.11ac1000BASE-T CSMA/CD Select an answer802.11axcollision detection802.11ac1000BASE-T dual band wireless Select an answer802.11axcollision detection802.11ac1000BASE-T 7 / 50 Match the protocol or command on the left with the description. TFTP Select an answerencapsulation protocoldownload IP phone configurationHTTPS connection to router data and control channel ip http secure-server Select an answerencapsulation protocoldownload IP phone configurationHTTPS connection to router data and control channel FTP Select an answerencapsulation protocoldownload IP phone configurationHTTPS connection to router data and control channel IPsec Select an answerencapsulation protocoldownload IP phone configurationHTTPS connection to router data and control channel 8 / 50 Match the wireless controller interface type on the left with the description. virtual interface Select an answermapping WLANs to wired VLANs CAPWAP tunnel addressingLACP etherchannelout-of-band managementDHCP relay placeholder distribution system Select an answermapping WLANs to wired VLANs CAPWAP tunnel addressingLACP etherchannelout-of-band managementDHCP relay placeholder service port Select an answermapping WLANs to wired VLANs CAPWAP tunnel addressingLACP etherchannelout-of-band managementDHCP relay placeholder dynamic interface Select an answermapping WLANs to wired VLANs CAPWAP tunnel addressingLACP etherchannelout-of-band managementDHCP relay placeholder ap-manager interface Select an answermapping WLANs to wired VLANs CAPWAP tunnel addressingLACP etherchannelout-of-band managementDHCP relay placeholder 9 / 50 Match the wireless noise source on the left with the description. co-channel interference Select an answerbluetooth interferencesignal strength that wireless client detects from APfrequency overlap between access point neighborsAP neighbors assigned to same channel adjacent interference Select an answerbluetooth interferencesignal strength that wireless client detects from APfrequency overlap between access point neighborsAP neighbors assigned to same channel non-802.11 noise Select an answerbluetooth interferencesignal strength that wireless client detects from APfrequency overlap between access point neighborsAP neighbors assigned to same channel RSSI Select an answerbluetooth interferencesignal strength that wireless client detects from APfrequency overlap between access point neighborsAP neighbors assigned to same channel 10 / 50 Match the wireless standard on the left with the description. 802.11k Select an answerprevents radar interference (DFS)AP sends neighbor report to wireless client (ESS)move 2.4 GHz clients to less congested 5 GHz bandfast transition eliminates reauthentication to new APwireless client requests neighbor report from AP (ESS) 802.11r Select an answerprevents radar interference (DFS)AP sends neighbor report to wireless client (ESS)move 2.4 GHz clients to less congested 5 GHz bandfast transition eliminates reauthentication to new APwireless client requests neighbor report from AP (ESS) 802.11v Select an answerprevents radar interference (DFS)AP sends neighbor report to wireless client (ESS)move 2.4 GHz clients to less congested 5 GHz bandfast transition eliminates reauthentication to new APwireless client requests neighbor report from AP (ESS) 802.11h Select an answerprevents radar interference (DFS)AP sends neighbor report to wireless client (ESS)move 2.4 GHz clients to less congested 5 GHz bandfast transition eliminates reauthentication to new APwireless client requests neighbor report from AP (ESS) client band select Select an answerprevents radar interference (DFS)AP sends neighbor report to wireless client (ESS)move 2.4 GHz clients to less congested 5 GHz bandfast transition eliminates reauthentication to new APwireless client requests neighbor report from AP (ESS) 11 / 50 Match the wireless security method on the left with the description. 802.1X Select an answerSSIDRADIUS serverencryption of AP association packetsstatic key authentication WPA2-PSK Select an answerSSIDRADIUS serverencryption of AP association packetsstatic key authentication association Select an answerSSIDRADIUS serverencryption of AP association packetsstatic key authentication PMF Select an answerSSIDRADIUS serverencryption of AP association packetsstatic key authentication 12 / 50 Match the application on the left with the application port. RADIUS Select an answerTCP 22UDP 1985UDP 1812TCP 8080TCP 49 Ansible Select an answerTCP 22UDP 1985UDP 1812TCP 8080TCP 49 TACACS+ Select an answerTCP 22UDP 1985UDP 1812TCP 8080TCP 49 HTTP Select an answerTCP 22UDP 1985UDP 1812TCP 8080TCP 49 HSRP Select an answerTCP 22UDP 1985UDP 1812TCP 8080TCP 49 13 / 50 Match the wireless concept on the left with the description. predictive AI Select an answerfast roaming to reduce network latencydetect and minimize cell coverage gapscontroller authentication and authorizationlocal switching failover split-mac architecture Select an answerfast roaming to reduce network latencydetect and minimize cell coverage gapscontroller authentication and authorizationlocal switching failover 802.11r Select an answerfast roaming to reduce network latencydetect and minimize cell coverage gapscontroller authentication and authorizationlocal switching failover Flexconnect Select an answerfast roaming to reduce network latencydetect and minimize cell coverage gapscontroller authentication and authorizationlocal switching failover 14 / 50 Match the protocol on the left with the TCP/IP networking model layer. 1000BASE-T Select an answerLayer 3Layer 2Application LayerLayer 1 CDP Select an answerLayer 3Layer 2Application LayerLayer 1 DHCP Select an answerLayer 3Layer 2Application LayerLayer 1 IPsec Select an answerLayer 3Layer 2Application LayerLayer 1 15 / 50 Match the data center architecture on the left with the description. 2-Tier Select an answerlowest latency and eliminates spanning tree issuescollapsed core designdesigned for external cloud connectivityselected when there is mostly north-south traffic 3-Tier Select an answerlowest latency and eliminates spanning tree issuescollapsed core designdesigned for external cloud connectivityselected when there is mostly north-south traffic Spine/Leaf Select an answerlowest latency and eliminates spanning tree issuescollapsed core designdesigned for external cloud connectivityselected when there is mostly north-south traffic hybrid Select an answerlowest latency and eliminates spanning tree issuescollapsed core designdesigned for external cloud connectivityselected when there is mostly north-south traffic 16 / 50 Match the cabling type on the left with the description. crossover cable Select an answerWANconsole portswitch to switch connectionhost connection to switch straight-through Select an answerWANconsole portswitch to switch connectionhost connection to switch serial Select an answerWANconsole portswitch to switch connectionhost connection to switch rollover Select an answerWANconsole portswitch to switch connectionhost connection to switch 17 / 50 Match the protocol on the left with the description. CDP Select an answerresolves hostnames for routing purposeslearns MAC address of a destination hostdetects duplex and native VLAN mismatchimplements slow start for congestion controlprovides best effort packet delivery DNS Select an answerresolves hostnames for routing purposeslearns MAC address of a destination hostdetects duplex and native VLAN mismatchimplements slow start for congestion controlprovides best effort packet delivery TCP Select an answerresolves hostnames for routing purposeslearns MAC address of a destination hostdetects duplex and native VLAN mismatchimplements slow start for congestion controlprovides best effort packet delivery UDP Select an answerresolves hostnames for routing purposeslearns MAC address of a destination hostdetects duplex and native VLAN mismatchimplements slow start for congestion controlprovides best effort packet delivery ARP Select an answerresolves hostnames for routing purposeslearns MAC address of a destination hostdetects duplex and native VLAN mismatchimplements slow start for congestion controlprovides best effort packet delivery 18 / 50 Match the protocol feature on the left with the description. congestion control Select an answerTCP and UDPDHCPUDPTCPICMP unordered packets Select an answerTCP and UDPDHCPUDPTCPICMP tracert Select an answerTCP and UDPDHCPUDPTCPICMP source IP 0.0.0.0 Select an answerTCP and UDPDHCPUDPTCPICMP DNS Select an answerTCP and UDPDHCPUDPTCPICMP 19 / 50 Match the spanning tree enhancement on the left with the description. Root Guard Select an answerdisables spanning tree protocolenabled on designated ports to detect superior BPDUsmitigates effect of unidirectional link failure on fiber mediaswitch port only transmits BPDUs Loop Guard Select an answerdisables spanning tree protocolenabled on designated ports to detect superior BPDUsmitigates effect of unidirectional link failure on fiber mediaswitch port only transmits BPDUs BPDU Filter Select an answerdisables spanning tree protocolenabled on designated ports to detect superior BPDUsmitigates effect of unidirectional link failure on fiber mediaswitch port only transmits BPDUs BDPU Guard Select an answerdisables spanning tree protocolenabled on designated ports to detect superior BPDUsmitigates effect of unidirectional link failure on fiber mediaswitch port only transmits BPDUs 20 / 50 Match the IOS command on the left with the protocol or interface. channel-group 1 mode active Select an answerLAGLACPsubinterfacePAgP channel-group 1 mode desirable Select an answerLAGLACPsubinterfacePAgP channel-group 1 mode on Select an answerLAGLACPsubinterfacePAgP encapsulation dot1q 10 Select an answerLAGLACPsubinterfacePAgP 21 / 50 Match the 802.1w spanning tree setting on the left with the description. Loop Guard Select an answeralternate violation causes port inconsistent-statenon-designateddiscardingblocking RSTP port state Select an answeralternate violation causes port inconsistent-statenon-designateddiscardingblocking 802.1d port state Select an answeralternate violation causes port inconsistent-statenon-designateddiscardingblocking RSTP port role Select an answeralternate violation causes port inconsistent-statenon-designateddiscardingblocking 802.1d port role Select an answeralternate violation causes port inconsistent-statenon-designateddiscardingblocking 22 / 50 Match the protocol on the left with the Cisco default setting. DTP Select an answerdefault is desirable modedefault is auto modedefault is disableddefault is passive mode VTY Select an answerdefault is desirable modedefault is auto modedefault is disableddefault is passive mode LACP Select an answerdefault is desirable modedefault is auto modedefault is disableddefault is passive mode PAgP Select an answerdefault is desirable modedefault is auto modedefault is disableddefault is passive mode 23 / 50 Match the route selection attribute on the left with the description. administrative distance Select an answerdetermines what route is used for packet forwardingdetermines what routes are installed when multiple routes exist to same destinationtriggered when next hop is not directly connecteddetermines what routes are installed in routing table longest prefix match Select an answerdetermines what route is used for packet forwardingdetermines what routes are installed when multiple routes exist to same destinationtriggered when next hop is not directly connecteddetermines what routes are installed in routing table metric Select an answerdetermines what route is used for packet forwardingdetermines what routes are installed when multiple routes exist to same destinationtriggered when next hop is not directly connecteddetermines what routes are installed in routing table recursive Select an answerdetermines what route is used for packet forwardingdetermines what routes are installed when multiple routes exist to same destinationtriggered when next hop is not directly connecteddetermines what routes are installed in routing table 24 / 50 Match the routing protocol on the left with the protocol metric. OSPF Select an answerweighthop countcost0delay EIGRP Select an answerweighthop countcost0delay RIP Select an answerweighthop countcost0delay static Select an answerweighthop countcost0delay BGP Select an answerweighthop countcost0delay 25 / 50 Match the OSPF feature on the left with the description. process identifier Select an answerrepresents a VLAN or subnetsecurity featureuniquely assigned to each link state databasecalculates path cost DR/BDR Select an answerrepresents a VLAN or subnetsecurity featureuniquely assigned to each link state databasecalculates path cost reference bandwidth Select an answerrepresents a VLAN or subnetsecurity featureuniquely assigned to each link state databasecalculates path cost passive interface Select an answerrepresents a VLAN or subnetsecurity featureuniquely assigned to each link state databasecalculates path cost 26 / 50 Match the wildcard mask on the left with the description. How to calculate a wildcard mask in seconds 0.0.0.31 Select an answer255.255.255.224255.255.255.252255.255.255.240255.255.255.248 0.0.0.7 Select an answer255.255.255.224255.255.255.252255.255.255.240255.255.255.248 0.0.0.3 Select an answer255.255.255.224255.255.255.252255.255.255.240255.255.255.248 0.0.0.15 Select an answer255.255.255.224255.255.255.252255.255.255.240255.255.255.248 27 / 50 Match the show command on the left with the operational output provided. show ip interface Select an answerhello timerarea typeACL filterlink state informationbandwidth show ip ospf interface Select an answerhello timerarea typeACL filterlink state informationbandwidth show ip ospf Select an answerhello timerarea typeACL filterlink state informationbandwidth show ip ospf database Select an answerhello timerarea typeACL filterlink state informationbandwidth show interface Select an answerhello timerarea typeACL filterlink state informationbandwidth 28 / 50 Match the protocol on the left with the configuration setting. HSRP Select an answerautomatic route summarization not supportedactive/standby rolesmaster/backup roleshello timer 5 seconds (ethernet) VRRP Select an answerautomatic route summarization not supportedactive/standby rolesmaster/backup roleshello timer 5 seconds (ethernet) OSPF Select an answerautomatic route summarization not supportedactive/standby rolesmaster/backup roleshello timer 5 seconds (ethernet) EIGRP Select an answerautomatic route summarization not supportedactive/standby rolesmaster/backup roleshello timer 5 seconds (ethernet) 29 / 50 Match the HTTP header on the left with the description. content-type Select an answerpublicjsongzipkeepalivetoken connection Select an answerpublicjsongzipkeepalivetoken authorization Select an answerpublicjsongzipkeepalivetoken content-encoding Select an answerpublicjsongzipkeepalivetoken cache-control Select an answerpublicjsongzipkeepalivetoken 30 / 50 Match the IaC application on the left with the feature. Ansible Select an answernorthbound interfacecontrollerHCL orchestration toolconfiguration management Terraform Select an answernorthbound interfacecontrollerHCL orchestration toolconfiguration management Catalyst Center Select an answernorthbound interfacecontrollerHCL orchestration toolconfiguration management REST API Select an answernorthbound interfacecontrollerHCL orchestration toolconfiguration management 31 / 50 Match the traditional network and fabric concepts on the left with the description. RSTP Select an answertraditional networkoverlayunderlaycontroller VXLAN Select an answertraditional networkoverlayunderlaycontroller OSPF Select an answertraditional networkoverlayunderlaycontroller Catalyst Center Select an answertraditional networkoverlayunderlaycontroller 32 / 50 Match the protocol on the left with the automation concept. data modeling Select an answerYANGJSONSSHNETCONF data serialization Select an answerYANGJSONSSHNETCONF management protocol Select an answerYANGJSONSSHNETCONF communication protocol Select an answerYANGJSONSSHNETCONF 33 / 50 Match the HTTP verb on the left with the CRUD operation. POST Select an answerCREATEDELETEREADUPDATE GET Select an answerCREATEDELETEREADUPDATE PUT Select an answerCREATEDELETEREADUPDATE DELETE Select an answerCREATEDELETEREADUPDATE 34 / 50 Match the AI concept on the left with the description. Generative AI Select an answerChatGPTcreate ansible script, support chatbotscyber security threat analysis, performance optimization, troubleshootingsubnet of AI that uses algorithms to analyze data and make predictions Predictive AI Select an answerChatGPTcreate ansible script, support chatbotscyber security threat analysis, performance optimization, troubleshootingsubnet of AI that uses algorithms to analyze data and make predictions LLM Select an answerChatGPTcreate ansible script, support chatbotscyber security threat analysis, performance optimization, troubleshootingsubnet of AI that uses algorithms to analyze data and make predictions machine learning Select an answerChatGPTcreate ansible script, support chatbotscyber security threat analysis, performance optimization, troubleshootingsubnet of AI that uses algorithms to analyze data and make predictions 35 / 50 Match the DHCP message on the left with the description. DISCOVER Select an answerDHCP message sent from client with source IP 0.0.0.0DHCP message sent from client to extend leaseDHCP message with IP address sent to clientDHCP message with lease time sent to client OFFER Select an answerDHCP message sent from client with source IP 0.0.0.0DHCP message sent from client to extend leaseDHCP message with IP address sent to clientDHCP message with lease time sent to client REQUEST Select an answerDHCP message sent from client with source IP 0.0.0.0DHCP message sent from client to extend leaseDHCP message with IP address sent to clientDHCP message with lease time sent to client ACKNOWLEDGE Select an answerDHCP message sent from client with source IP 0.0.0.0DHCP message sent from client to extend leaseDHCP message with IP address sent to clientDHCP message with lease time sent to client 36 / 50 Match the IOS command on the left with the description. ip name-server Select an answerenables FQDN and RSA key nameDNS resolverstatic DNS record on routerenable DNS service on router ip domain-lookup Select an answerenables FQDN and RSA key nameDNS resolverstatic DNS record on routerenable DNS service on router ip host Select an answerenables FQDN and RSA key nameDNS resolverstatic DNS record on routerenable DNS service on router ip domain-name Select an answerenables FQDN and RSA key nameDNS resolverstatic DNS record on routerenable DNS service on router 37 / 50 Match the NTP feature on the left with the description. ntp master Select an answerbidirectional communication for selecting clock sourcedesignate a router as failover authoritative clock sourceconfigures local router as an NTP clientmanagement interface for NTP packets ntp server Select an answerbidirectional communication for selecting clock sourcedesignate a router as failover authoritative clock sourceconfigures local router as an NTP clientmanagement interface for NTP packets ntp peer Select an answerbidirectional communication for selecting clock sourcedesignate a router as failover authoritative clock sourceconfigures local router as an NTP clientmanagement interface for NTP packets ntp source Select an answerbidirectional communication for selecting clock sourcedesignate a router as failover authoritative clock sourceconfigures local router as an NTP clientmanagement interface for NTP packets 38 / 50 Match the Layer 2 security technique on the left with the attack type prevented. port security and VLAN segmentation Select an answerMAC floodingVLAN hoppingDHCP spoofingARP spoofing dynamic ARP inspection Select an answerMAC floodingVLAN hoppingDHCP spoofingARP spoofing DHCP snooping Select an answerMAC floodingVLAN hoppingDHCP spoofingARP spoofing disable DTP and non-default native VLAN Select an answerMAC floodingVLAN hoppingDHCP spoofingARP spoofing 39 / 50 Match the protocol on the left with the description. DHCP option 82 Select an answerswitchport mode dynamic desirable commanddefault port state is untrustedVLAN taggingidentify source informationchannel-group 1 mode desirable commandchannel-group 1 mode passive command DHCP snooping Select an answerswitchport mode dynamic desirable commanddefault port state is untrustedVLAN taggingidentify source informationchannel-group 1 mode desirable commandchannel-group 1 mode passive command DTP Select an answerswitchport mode dynamic desirable commanddefault port state is untrustedVLAN taggingidentify source informationchannel-group 1 mode desirable commandchannel-group 1 mode passive command LACP Select an answerswitchport mode dynamic desirable commanddefault port state is untrustedVLAN taggingidentify source informationchannel-group 1 mode desirable commandchannel-group 1 mode passive command PAgP Select an answerswitchport mode dynamic desirable commanddefault port state is untrustedVLAN taggingidentify source informationchannel-group 1 mode desirable commandchannel-group 1 mode passive command 802.1q Select an answerswitchport mode dynamic desirable commanddefault port state is untrustedVLAN taggingidentify source informationchannel-group 1 mode desirable commandchannel-group 1 mode passive command 40 / 50 Match the transport protocol on the left with the application traffic. TFTP Select an answerTCP 443UDP 161TCP 22UDP 69UDP 123 Ansible Select an answerTCP 443UDP 161TCP 22UDP 69UDP 123 NTP Select an answerTCP 443UDP 161TCP 22UDP 69UDP 123 HTTPS Select an answerTCP 443UDP 161TCP 22UDP 69UDP 123 SNMP Select an answerTCP 443UDP 161TCP 22UDP 69UDP 123 41 / 50 Match the ACL type or interface on the left with the description. standard numbered ACL Select an answer2000-2699 number rangeip access-group commandapply near destinationip access-list extended commandip access-class command extended numbered ACL Select an answer2000-2699 number rangeip access-group commandapply near destinationip access-list extended commandip access-class command named ACL Select an answer2000-2699 number rangeip access-group commandapply near destinationip access-list extended commandip access-class command VTY lines Select an answer2000-2699 number rangeip access-group commandapply near destinationip access-list extended commandip access-class command interface command Select an answer2000-2699 number rangeip access-group commandapply near destinationip access-list extended commandip access-class command 42 / 50 Match the Ethernet standard on the left with the network media description. 1000BASE-T Select an answercopper media maximum distance 100msingle-mode fibermulti-mode fibercopper media maximum distance of 10m 1000BASE-SX Select an answercopper media maximum distance 100msingle-mode fibermulti-mode fibercopper media maximum distance of 10m 1000BASE-LX Select an answercopper media maximum distance 100msingle-mode fibermulti-mode fibercopper media maximum distance of 10m Twinax Select an answercopper media maximum distance 100msingle-mode fibermulti-mode fibercopper media maximum distance of 10m 43 / 50 Match the password security on the left with the algorithm. type 9 password Select an answeralgorithm-type scryptalgorithm-type sha-256vigenere algorithmMD5 type 5 password Select an answeralgorithm-type scryptalgorithm-type sha-256vigenere algorithmMD5 type 7 password Select an answeralgorithm-type scryptalgorithm-type sha-256vigenere algorithmMD5 type 8 password Select an answeralgorithm-type scryptalgorithm-type sha-256vigenere algorithmMD5 44 / 50 Match the IOS command on the left with the description. show protocols Select an answershow administrative status of an interfaceshow operational status of an interfaceshow cabling typeshow operational status of interface and subnet maskshow OSPF reference bandwidth show ip protocols Select an answershow administrative status of an interfaceshow operational status of an interfaceshow cabling typeshow operational status of interface and subnet maskshow OSPF reference bandwidth show interface switchport Select an answershow administrative status of an interfaceshow operational status of an interfaceshow cabling typeshow operational status of interface and subnet maskshow OSPF reference bandwidth show interface status Select an answershow administrative status of an interfaceshow operational status of an interfaceshow cabling typeshow operational status of interface and subnet maskshow OSPF reference bandwidth show ip interface brief Select an answershow administrative status of an interfaceshow operational status of an interfaceshow cabling typeshow operational status of interface and subnet maskshow OSPF reference bandwidth 45 / 50 Match the QoS technique on the left with the description. traffic shaping Select an answerpacket markingqueuing of excess packets when congestion occursassigned to voice and video trafficdrop or remark packets when congestion occurscongestion avoidance traffic policing Select an answerpacket markingqueuing of excess packets when congestion occursassigned to voice and video trafficdrop or remark packets when congestion occurscongestion avoidance WRED Select an answerpacket markingqueuing of excess packets when congestion occursassigned to voice and video trafficdrop or remark packets when congestion occurscongestion avoidance PQ Select an answerpacket markingqueuing of excess packets when congestion occursassigned to voice and video trafficdrop or remark packets when congestion occurscongestion avoidance DSCP Select an answerpacket markingqueuing of excess packets when congestion occursassigned to voice and video trafficdrop or remark packets when congestion occurscongestion avoidance 46 / 50 Match the OSPF configuration feature on the left with the description. router ID Select an answerOSPF default priority on a Layer 3 switchrouter with highest priority preferredswitch default spanning tree prioritymanually configured 32-bit dotted decimal address preferredexcluded from OSPF DR/BDR election DR Select an answerOSPF default priority on a Layer 3 switchrouter with highest priority preferredswitch default spanning tree prioritymanually configured 32-bit dotted decimal address preferredexcluded from OSPF DR/BDR election priority 0 Select an answerOSPF default priority on a Layer 3 switchrouter with highest priority preferredswitch default spanning tree prioritymanually configured 32-bit dotted decimal address preferredexcluded from OSPF DR/BDR election 1 Select an answerOSPF default priority on a Layer 3 switchrouter with highest priority preferredswitch default spanning tree prioritymanually configured 32-bit dotted decimal address preferredexcluded from OSPF DR/BDR election 32768 Select an answerOSPF default priority on a Layer 3 switchrouter with highest priority preferredswitch default spanning tree prioritymanually configured 32-bit dotted decimal address preferredexcluded from OSPF DR/BDR election 47 / 50 Match the interface type on the left with the matching IOS command. router subinterface Select an answer::/128no switchportswitchport mode dynamic autosystem-priorityinterface vlan 10encapsulation dot1q 10 switched virtual interface Select an answer::/128no switchportswitchport mode dynamic autosystem-priorityinterface vlan 10encapsulation dot1q 10 Layer 3 port channel Select an answer::/128no switchportswitchport mode dynamic autosystem-priorityinterface vlan 10encapsulation dot1q 10 LACP select active ports Select an answer::/128no switchportswitchport mode dynamic autosystem-priorityinterface vlan 10encapsulation dot1q 10 Cisco default interface setting Select an answer::/128no switchportswitchport mode dynamic autosystem-priorityinterface vlan 10encapsulation dot1q 10 temporary interface address Select an answer::/128no switchportswitchport mode dynamic autosystem-priorityinterface vlan 10encapsulation dot1q 10 48 / 50 Match the IOS command on the left with the description for LACP Etherchannel. show etherchannel summary Select an answeroperational flagsinterface errorsprotocol modesystem priority show etherchannel detail Select an answeroperational flagsinterface errorsprotocol modesystem priority show etherchannel port-channel Select an answeroperational flagsinterface errorsprotocol modesystem priority show interface po1 Select an answeroperational flagsinterface errorsprotocol modesystem priority 49 / 50 Match the destination IP address on the left with the prefix that is within range. 172.16.1.40 Select an answer172.16.1.0/27172.16.1.0/26172.16.1.0/29172.16.1.32/27 172.16.1.6 Select an answer172.16.1.0/27172.16.1.0/26172.16.1.0/29172.16.1.32/27 172.16.1.29 Select an answer172.16.1.0/27172.16.1.0/26172.16.1.0/29172.16.1.32/27 172.16.1.60 Select an answer172.16.1.0/27172.16.1.0/26172.16.1.0/29172.16.1.32/27 50 / 50 Match the wireless feature on the left with the wireless controller GUI configuration tab. WebAuth Select an answerAdvanced TabSecurity / AAA Server TabSecurity / Layer 2 TabSecurity / Layer 3 Tab authentication key management Select an answerAdvanced TabSecurity / AAA Server TabSecurity / Layer 2 TabSecurity / Layer 3 Tab RADIUS Select an answerAdvanced TabSecurity / AAA Server TabSecurity / Layer 2 TabSecurity / Layer 3 Tab client band select Select an answerAdvanced TabSecurity / AAA Server TabSecurity / Layer 2 TabSecurity / Layer 3 Tab Your score is 0% By WordPress Quiz plugin
