What will meet your customer’s request?
Your customer wants you to configure a user on VLAN 200 and enable MAC port security on
VLAN 200. You are only to enable port security on interface e 1 to interface e 14.
What will meet your customer’s request?
What should you do?
You are using 802.1x and want unauthorized users to be placed in a VLAN outside of the firewall
in a DMZ area. What should you do?
Which attribute must be configured on the RADIUS server?
You have configured the multi-device port authentication feature on a switch to authenticate MAC
addresses using RADIUS. Now you want the authenticated MAC address to use dynamic VLAN
assignment through RADIUS.
Which attribute must be configured on the RADIUS server?
What are two configuration setting mismatches that will cause this to occur?
You have configured two routers for OSPF with area 0 configured on the correct Ethernet
interfaces. On each router, you see that the OSPF neighbor state is in INIT state.
What are two configuration setting mismatches that will cause this to occur? (Choose two.)
Which two statements are correct when the new router is connected?
You have configured a new router’s OSPF priority to become the designated router for one of its
directly connected networks. Two other routers in the same network have already been configured
and have formed adjacencies. Which two statements are correct when the new router is
connected? (Choose two.)
Which two conditions will prevent adjacency?
You have installed a new router. However, you cannot establish an adjacency with the upstream
router. Which two conditions will prevent adjacency? (Choose two.)
Which two conditions would cause this issue?
Two OSPF neighbor routers are unable to establish an adjacency.
Which two conditions would cause this issue? (Choose two.)
What is the proper sequence of the last three states?
Neighbors on a given OSPF network will go through six states on their way to fully becoming
synchronized with their routing tables. What is the proper sequence of the last three states?
What is the proper sequence of the first three states?
Neighbors on a given OSPF network will go through six states on their way to fully becoming
synchronized with their routing tables.
What is the proper sequence of the first three states?
Which IPv4 multicast address is used?
Hello packets are being transmitted by an OSPF router.
Which IPv4 multicast address is used?