Refer to the Exhibit.

In the exhibit, the 172.32.1.0/24 prefix is being sent from Router A to Router B through BGP.
When the BGP announcement for 172.23.1.0/24 is sent from Router B and received by Router C,
which two attributes will be changed by default? (Choose two.)

How do two BGP peers signal their capabilities to each other?

Refer to the Exhibit.

Router 2 is peered using EBGP to Router 3’s physical interface. A route is announced from Router
3 to Router 2. Router 2 then announces this route to Router 1 using IBGP. No routing policies are
configured on any of the three routers. What will the BGP next-hop attribute of this route be when
examined on Router 1?

Refer to the Exhibit.

In the exhibit, Router A and Router B have a VRRP relationship through Switch A. Router A is the
VRRP master and Router B’s VRRP priority is set to the default. Based on the configuration for
Router A shown in the exhibit, which two interfaces must go down for Router B to become the
VRRP master? (Choose two.)

Which statement is true of BGP communities?

Refer to the Exhibit.

In the exhibit, the route 66.129.237.5 belongs to a Web server within AS 344.
If you view the AS-path attribute of this route on a router in AS 9021, what will it be?

Refer to the Exhibit.

Company A wants to control how BGP traffic reaches the Internet.
What should you configure to ensure that traffic exits the network by way of Router 1 toward ISP
1?

Refer to the Exhibit.

Refer to the command-line output shown in the exhibit. How many routes has this router received
from the BGP peer at 10.10.10.1?

Refer to the Exhibit.

Refer to the command-line output shown in the exhibit. How many routes received from the BGP
peer at 192.168.1.2 are active for this router?

You want to change the BGP next hop to ensure that internal routers have reachability to networks
learned from external peers. Which configuration excerpt applied on the perimeter router achieves
this objective?