which two interfaces must go down for Router B to become the VRRP master?
Click the Exhibit button.
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 Virtual Chassis member will become the master?
Click the Exhibit button.
You are deploying a Virtual Chassis consisting of four EX4200s. You have powered on all four switches at the same time with the settings shown in the exhibit. Which Virtual Chassis member will become the master?
What should you change to cause the ae0 interface to come up?
Click the Exhibit button.
Devices S1 and S2 have the interface configurations as shown in the exhibit. You attach ge-0/0/0 on S1 to ge-0/0/0 on S2. You attach ge-0/0/1 on S1 to ge-1/0/20 on S2. However, the ae0 interface remains down on both S1 and S2. What should you change to cause the ae0 interface to come up?
What will Router 2 do with the routes shown in the exhibit?
Click the Exhibit button.
Router 2 is receiving two announcements of a route to 10.0.0.0/8. Router 2 learned one version of the route from ISP-2; this announcement of the route was received first. The second announcement of the route was received from Router 1 using IBGP. What will Router 2 do with the routes shown in the exhibit?
Upon reviewing the output shown in the exhibit, what is the problem?
Click the Exhibit button.
You want traffic destined for the 66.142.1.0/24 network to traverse an IP-IP tunnel. You notice traffic being sent to any address in that subnet is not being received. Upon reviewing the output shown in the exhibit, what is the problem?
What will Router 2 do with the routes shown in the exhibit?
Click the Exhibit button.
Router 2 is receiving a route to 10.0.0.0/8 from Router 4 and Router 5. What will Router 2 do with the routes shown in the exhibit?
Which operational-mode command on Router-B do you use to display the BGP routes advertised to Router-A?
Click the Exhibit button.
Router-A and Router-B shown in the exhibit are peering between their loopback interfaces. Which operational-mode command on Router-B do you use to display the BGP routes advertised to Router-A?
Which operational command on Router-A do you use to display all the BGP routes received from Router- B?
Click the Exhibit button.
Router-A and Router-B shown in the exhibit are peering between their loopback interfaces. Which operational command on Router-A do you use to display all the BGP routes received from Router- B?
How many routes received from the BGP peer at 192.168.1.2 are active for this router?
Click the Exhibit button.
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?
How many routes has this router received from the BGP peer at 10.10.10.1?
Click the Exhibit button.
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?