Question: A network with 3 routers connected as a triangle. Each router links with a number of hosts and forms a subnet. The subnets with

A network with 3 routers connected as a triangle. Each router links with a number of hosts and forms a

A network with 3 routers connected as a triangle. Each router links with a number of hosts and forms a subnet. The subnets with hosts are A, B, and C. The subnets without hosts are D, E, and F. (a) (b) Assign network addresses to each of these 6 subnets with the following constraints: all addresses must be allocated from 214.97.254/23 32-9 9 bits of subnetID subnet A should have enough addresses to support 250 interfaces nearest number 256 subnet B should have enough addresses to support 120 interfaces only 120 change to 128 - 8 for representation subnet C should have enough addresses to support 120 interfaces subnets D, E, and F should each be able to support 2 interfaces 2,2,4 number of usable ip 512 8 for all three Using your answer in part (a), provide the forwarding tables for each of the 3 routers. 40070777 (1366x795) - Google A: 214.97.254/24 B: 214.97.255.0/25 - 214.97.255.0/29 C: 214.97.255.128/25 D: 214.997.255. Activate Window Go to Settings to acti

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