Question

Subnet 150.66.30.0/24 10 Mbps Ethernet R1 100 Mbps Ethernet R2 Serial 2 Mbps R3 7. (8 points) Consider the 3-router network above. Assume routers R1, R2 and R3 run EIGRP and are synchronized. Assume both R2 and R3 have set the Bandwidth on their serial link interfaces to 2 Mbps (bandwidth 2000). Assuming default EIGRP metric calculation and delay values, fill in the table below with the minimum bandwidth (in Kbps), total delay (in microseconds), and EIGRP metric for the path from each router to destination subnet 150.66.30.0/24. Also, show the calculation made to compute each EIGRP Metric value. Router Destination Min. Bandwidth Total Delay EIGRP Metric R1 150.66.30.0/24 R2 150.66.30.0/24 R3 150.66.30.0/24 8. (6 points) Using the same 3-router network, now assume that routers R1, R2 and R3 are running OSPF with default metric calculation. Fill in the table below with the OSPF metric (total path cost) to destination 150.66.30.0/24 for each router. Router Destination OSPF Metric (Path Cost) R1 150.66.30.0/24 R2 150.66.30.0/24 R3 150.66.30.0/24

          Subnet 150.66.30.0/24
10 Mbps Ethernet
R1
100 Mbps
Ethernet
R2
Serial
2 Mbps
R3
7. (8 points) Consider the 3-router network above. Assume routers R1, R2 and R3 run EIGRP
and are synchronized. Assume both R2 and R3 have set the Bandwidth on their serial link
interfaces to 2 Mbps (bandwidth 2000). Assuming default EIGRP metric calculation and
delay values, fill in the table below with the minimum bandwidth (in Kbps), total delay (in
microseconds), and EIGRP metric for the path from each router to destination subnet
150.66.30.0/24. Also, show the calculation made to compute each EIGRP Metric value.
Router
Destination
Min. Bandwidth
Total Delay
EIGRP Metric
R1
150.66.30.0/24
R2
150.66.30.0/24
R3
150.66.30.0/24
8. (6 points) Using the same 3-router network, now assume that routers R1, R2 and R3 are
running OSPF with default metric calculation. Fill in the table below with the OSPF metric
(total path cost) to destination 150.66.30.0/24 for each router.
Router
Destination OSPF Metric (Path Cost)
R1
150.66.30.0/24
R2
150.66.30.0/24
R3
150.66.30.0/24

Subnet 150.66.30.0/24
10 Mbps Ethernet
R1
100 Mbps
Ethernet
R2
Serial
2 Mbps
R3
7. (8 points) Consider the 3-router network above. Assume routers R1, R2 and R3 run EIGRP
and are synchronized. Assume both R2 and R3 have set the Bandwidth on their serial link
interfaces to 2 Mbps (bandwidth 2000). Assuming default EIGRP metric calculation and
delay values, fill in the table below with the minimum bandwidth (in Kbps), total delay (in
microseconds), and EIGRP metric for the path from each router to destination subnet
150.66.30.0/24. Also, show the calculation made to compute each EIGRP Metric value.
Router
Destination
Min. Bandwidth
Total Delay
EIGRP Metric
R1
150.66.30.0/24
R2
150.66.30.0/24
R3
150.66.30.0/24
8. (6 points) Using the same 3-router network, now assume that routers R1, R2 and R3 are
running OSPF with default metric calculation. Fill in the table below with the OSPF metric
(total path cost) to destination 150.66.30.0/24 for each router.
Router
Destination OSPF Metric (Path Cost)
R1
150.66.30.0/24
R2
150.66.30.0/24
R3
150.66.30.0/24

Added by Carrie F.

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