Refer to the exhibit.

Router RT-1 chooses one path to network 198.133.219.0/24. Indicate the reason Router RT-1
chooses this “best” path.

Refer to the exhibit.

Router RT-1 and router RT-2 both advertise network 131.25.0.0/16 to router RT-3 via internal
BGP. What is the reason that router RT-3 chose router RT-1 as its best path to network
131.25.0.0/16.

During BGP configuration on a router that has peered with other BGP speakers, the BGP
command aggregate-address 172.32.0.0 255.255.252.0 is issued. However, the peers do not
receive this aggregate network in BGP advertisements. Also, the router does not have this
aggregate network in its BGP table. Which option indicates a possible reason this command did
not cause the router to advertise the aggregate network to its peers?

Refer to the exhibit.

It is desired to set up a BGP neighbor relationship between routers R1 and R4. BGP packets
between them could travel through R2 or R3. What is the simplest configuration that will allow for
failover?

Which BGP option is required when load sharing over multiple equal-bandwidth parallel links from
a single CE router to a single ISP router over eBGP?

Refer to the exhibit.

The customer has reported an issue about eBGP loading. Currently the AS 100 eBGP links have
an average outbound load of 65% and 20% respectively. On further investigation, traffic from
10.10.24.0 accounts for 45%, and 10.10.25.0 and 10.10.32.0 accounts for 20% each of the
outbound load. The customer wants to spread the load between the two eBGP links more evenly.
The BGP attributes are currently set at their default values. If you are located at AS 100 and want
to influence how AS 100 sends traffic to AS 200, what BGP attribute would you configure to cause
AS 100 outbound traffic to load the eBGP links more evenly?

Refer to the exhibit.

There are two eBGP links between AS100 and AS200. Currently the router A to router E link has
an average inbound load of 65% and the router B to router F link has an average inbound load of
20%. After further investigation, it is found that traffic to the 10.10.1.16/28 subnet is using 45% of
the bandwidth on the A to router E link and traffic to the 10.10.1.32/28 subnet is using 20% of the
bandwidth on the A to router E link. Traffic to the 10.10.1.48/28 subnet is using 20% of the
bandwidth on the B to router F link. If you want to influence how AS200 sends traffic to AS100,
which two commands would you configure in AS100 to influence AS200 to use the eBGP links
more evenly? (Choose two.)

Refer to the exhibit.

AS 65500 is running OSPF as its IGP and has two eBGP connections to the Internet provider AS
65501. The provider requires that you advertise all of the prefixes in AS 65500 to the provider as a
single 192.168.12.0/22 route. Currently only Routers A and B are able to reach the Internet. Which
of the following additions to the configuration will solve this issue?

Which BGP command provides the router ID, local preference, next hop, and BGP path in its output?

Refer to the exhibit.

For the accompanying router output, which of the following statements describes the state that
neighbor 172.16.254.3 is in?