Which path is selected as the best path for 10.168.0.1?
Refer to the exhibit.
The next hops are learned via OSPF and IS-IS. Which path is selected as the best path for
10.168.0.1?
What will happen if the link between RTA and RTE fails?
Refer to the exhibit.
What will happen if the link between RTA and RTE fails?
Why is this not the case for BGP routes learned between R1 and R2?
Refer to the exhibit.
All iBGP routes should have the iBGP peer as the next hop address. Why is this not the case for
BGP routes learned between R1 and R2?
What does "(192.168.1.1)" indicate in the output?
Refer to the exhibit.
What does “(192.168.1.1)” indicate in the output?
why will BGP choose a locally originated route over any iBGP or eBGP learned route?
Refer to the exhibit.
By default, why will BGP choose a locally originated route over any iBGP or eBGP learned route?
Which two EIGRP options will limit a query domain?
Which two EIGRP options will limit a query domain? (Choose two.)
Which three options are valid ways to filter routes from a BGP peer?
Which three options are valid ways to filter routes from a BGP peer? (Choose three.)
What is the cause of the issue?
Refer to the exhibit.
A user with IP address 10.10.10.200 fails to telnet to a switch with IP address 10.10.20.2. What is
the cause of the issue?
Which outgoing interface will router RTD choose for packets to the 192.168.0.0/24 network, and why?
Refer to the exhibit.
Router RTB is performing one-way redistribution from RIP to OSPF. Which outgoing interface will
router RTD choose for packets to the 192.168.0.0/24 network, and why?
Which configuration should be applied so that the link between R1 and ISP 2 will be preferred for outgoing tra
Refer to the exhibit.
R1 has an EBGP session to ISP 1 and an EBGP session to ISP 2. R1 receives the same prefixes
through both links.
Which configuration should be applied so that the link between R1 and ISP 2 will be preferred for
outgoing traffic (R1 to ISP 2)?