The following exhibit shows us that all the routers in this network are running EIGRP on all links. In Network 1, all links are the same cost. In Network 2, router P4S-RE prefers the path through P4S-RC, and does not have a feasible successor. Which network converges faster in the event of the failure of the link between router P4S-RA and 10.1.1.0/24?
A) network 1, because there are fewer query hops through the network
B) network 2, because there are more alternate paths available
C) network 2, because routers P4S-RC and P4S-RD have feasible successors
D) network 1, because all routers have feasible successors in this network

Question

The following exhibit shows us that all the routers in this network are running EIGRP on all links. In Network 1, all links are the same cost. In Network 2, router P4S-RE prefers the path through P4S-RC, and does not have a feasible successor. Which network converges faster in the event of the failure of the link between router P4S-RA and 10.1.1.0/24? 
A) network 1, because there are fewer query hops through the network 
B) network 2, because there are more alternate paths available 
C) network 2, because routers P4S-RC and P4S-RD have feasible successors 
D) network 1, because all routers have feasible successors in this network

Quizplus · Accepted Answer

The Answer of The following exhibit shows us that all the routers in this network are running EIGRP on all links. In Network 1, all links are the same cost. In Network 2, router P4S-RE prefers the path through P4S-RC, and does not have a feasible successor. Which network converges faster in the event of the failure of the link between router P4S-RA and 10.1.1.0/24? 
A) network 1, because there are fewer query hops through the network 
B) network 2, because there are more alternate paths available 
C) network 2, because routers P4S-RC and P4S-RD have feasible successors 
D) network 1, because all routers have feasible successors in this network

The Following Exhibit Shows Us That All the Routers in This