A. Different MTU

B. Area ID mismatch

C. Subnet mismatch

D. Network-type mismatch

A. There are slow or no responses to the console or Telnet sessions

B. Batch updates will be held for a shorter time

C. Maximum packet-per-second throughput will increase.

D. The BGP table can become out of sync with the rest of the network

A. They help OSPF react faster to a local interface failure.

B. They help OSPF converge faster in reaction to a network event.

C. They eliminate the OSPF 30-minute LSA refresh and institute independent LSA aging

D. They save processor and memory resources during network instability by delaying SPF recalculation.

A. Once when the link comes up, and whenever there is a topology change

B. Once when the link comes up, and every 60 seconds thereafter.

C. Once when the link comes up, and every 30 seconds thereafter.

D. Once when the link comes up, and every 10 seconds thereafter

A. Change the interface configurations on both platforms to point network type

B. Adjust the Cisco lOS XR Software hello and dead times to match Cisco IOS software

C. Explicitly configure the Cisco lOS XR Software interface to be active OSPF interface

D. Configure OSPF on each platform to ignore the interface MTU

A. When a penalty drops below the reuse limit or when the route has been dampened for more than the maximum suppress time, the route becomes valid again.

B. The penalty reduction rate is determined by the reuse limit.

C. The penalty is gradually decreased after the route stops flapping. When the penalty reaches one half of the reuse limit, the route is removed from the BGP table.

D. Each BGP route flap is penalized by adding 1000 penalty points to the penalty

E. If a cumulative penalty exceeds the suppress limit, the route is dampened.