4. Router X is running EIGRP and is connected to Router A out port S0/2/0, Router...

 

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4. Router X is running EIGRP and is connected to Router A out port S0/2/0, Router B out port S0/2/1 and Router C out port S0/2/2. Through EIGRP update messages, router X learns about three possible routes to destination 192.168.3.0/24. Destination 192.168.3.0/24 192.168.3.0/24 192.168.3.0/24 Out Interface SO/2/0 SO/2/1 SO/2/2 Neighbor Router A Router B Router C Reported Distance EIGRP Metric 4112883 4399311 4172310 4345730 4387723 4426630 a) (6 points) Which of these three routes will become the successor route and be placed into the routing table? Why? You should assume there is no unequal-cost load balancing, so only one route is placed into the routing table. b) (6 points) Given your answer to (a), which of the other 2 routes are feasible successor routes? In other words, which routes meet the feasibility condition? Show how you determine this. 4. Router X is running EIGRP and is connected to Router A out port S0/2/0, Router B out port S0/2/1 and Router C out port S0/2/2. Through EIGRP update messages, router X learns about three possible routes to destination 192.168.3.0/24. Destination 192.168.3.0/24 192.168.3.0/24 192.168.3.0/24 Out Interface SO/2/0 SO/2/1 SO/2/2 Neighbor Router A Router B Router C Reported Distance EIGRP Metric 4112883 4399311 4172310 4345730 4387723 4426630 a) (6 points) Which of these three routes will become the successor route and be placed into the routing table? Why? You should assume there is no unequal-cost load balancing, so only one route is placed into the routing table. b) (6 points) Given your answer to (a), which of the other 2 routes are feasible successor routes? In other words, which routes meet the feasibility condition? Show how you determine this.