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?

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

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.)

A new BGP session has been configured. Upon monitoring the session state, you notice that the session has just transitioned from connect state to active state.
What does the active state indicate for this BGP session?

Refer to the Exhibit.

In the configuration shown in the exhibit, you want to form an EBGP peering relationship to the loopback address of a router administered by your ISP, but the session will not establish.
What is causing the problem?

Refer to the Exhibit.

The exhibit shows a BGP multihomed network connecting to ISP A and ISP B. The secondary link is to be used only in a failover scenario in which the primary link is not usable. Which BGP attribute should you use to influence inbound traffic to use the primary link that is sourced from ISP C?

Refer to the Exhibit.

In the exhibit, how many Level 1 adjacencies does Montreal have?

Refer to the Exhibit.

Refer to the router configuration shown in the exhibit.
To which IS-IS area does this router belong?

With which type of IS-IS router can an IS-IS Level 2-only router form an adjacency?

Refer to the Exhibit.

Refer to the router configuration shown in the exhibit.
To which IS-IS level(s) does this router belong?