Whether an ACL was applied inbound or outbound to an interface
The length of time that a route has been known
The EIGRP or BGP autonomous system
Which neighbor adjacencies are established
Whether the administrative distance was manually or dynamically configured
The routers have mismatched K values.
An ACL is blocking traffic from multicast address 18.104.22.168.
Both routers have the same router ID.
The routers are on different subnets.
The two routers have the same autonomous system number.
Weighted fair queuing
It sends periodic updates via broadcast
It does not support clear text authentication, similar to RIPv1
It uses the Bellman-Ford routing algorithm
It supports CIDR and VLSM
It stores RIP neighbor adjacency information in a neighbor table
The feasible successor is stored in both the topology table and the routing table.
The successor is stored in the routing table.
The successor is the primary route.
The successor is the secondary route.
The feasible successor has a lower metric than the successor.
It has dynamically learned two secure MAC addresses.
The interface is error-disabled if packets arrive from a new unknown source address.
Learned MAC addresses are deleted after five minutes of inactivity.
The security violation counter increments if packets arrive from a new unknown source address.
It has dynamically learned three secure MAC addresses.
Source MAC address
Source IP address
Destination MAC address
Destination IP address
It combines authentication and authorization to simplify configuration.
It uses TCP port 49.
It encrypts the password only.
It uses UDP port 49.
It supports full command logging.
Channel-group 10 mode desirable
Channel-group 10 mode on
Channel-group 10 mode passive
Channel-group 10 mode active
Channel-group 10 mode auto
During encapsulation, each layer adds a header and trailer to the PDU from the layer below.
In the TCP/IP reference model, PDU encapsulation occurs on the network layer.
During encapsulation, each layer adds a header and sometimes adds a trailer to the PDU from the layer above.
In the TCP/IP reference model, PDU encapsulation starts on the Internet layer with the data from the application layer.
PDU encapsulation takes place only at the transport layer.
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It allows packets to transmit a different path if the topology changes.
Its initial implementation is more complex than OSPF.
It provides only limited security unless the administrator performs additional configuration.
It allows the administrator to determine the entire path of a packet.
Its default administrative distance is lower than EIGRP.
Add a static route for host 192.168.2.1 to the routing table of the router
Use Telnet to connect the router to host 192.168.2.1
Execute a traceroute from the router to host 192.168.2.1
Execute a ping from the router to host 192.168.2.1
All Ethernet cable types from Category 1 through Category 6 are suitable for transmitting data in the appropriate environments.
Category 6 Ethernet cables are appropriate for installation of up to 200m.
Category 6a Ethernet cable can transmit up to 10 Gbps.
Category 5 Ethernet cables support speeds up to 1000 Mbps beyond 100m.
Category 5e Ethernet cables support speeds up to 1000 Mbps.
The interface drops traffic from unknown MAC addresses
A syslog message is generated
The security violation counter does not increment
The port LED turns off
The interface is error-disabled
A duplex mismatch
Native VLAN mismatches
ICMP path jitter
ICMP path echo
R1(config)#no cdp enable
R1(config-if)#no cdp enable
R1(config)#no cdp advertise-v2
R1(config-if)#no cdp run
R1(config)#no cdp run
Spanning-tree etherchannel misconfig
Spanning-tree loopguard default
Spanning-tree guard root
Spanning-tree guard loop
DDR idle timers must be configured to support VPDN login.
DDR is not supported.
An individual PVC can support one PPPoE client.
You must manually configure IP addresses on the PPPoE interface.
PPPoE supports a maximum of 10 clients per customer premises equipment.