Assume we want to divide the network 192.168 10.0/24 into 8 subnets The binary format of...

Transcribed Image Text:

Assume we want to divide the network 192.168 10.0/24 into 8 subnets The binary format of this address is 11000000 1010000000001010 000 00000 We need to borrow 3 bits after the 24th bit of the mask (the in-bold bits). . Start a binary counter from 000 to 111 for the borrowed bits Subnets addresses in order are Subnett 192. 168 10 Subnet2= 192 168 10 Subnet3 = 192 168 10 Subnet4 192 168. 10. * Subnet5 = 192 168. 10. Subnet6 192. 168. 10. + Subnet? 192 168.10. Subnet 192 168. 10: The subnet mask for all subnets is/ QUESTION 28 CL02.1 Consider the forwarding table for a router with 5 output ports numbered from 0 to 1 Forwarding Table Destination Address Ranga Output Link Interface 11100000 00 0 1 2 3 1110 111001 11111000 00 11111 Otherwise Determine the appropriate output link intorface for each of the following packets: forward via port number. Destination IP address in incoming packet 11100111 11110000 10101010 01010101 11100000 10101010 11110000 01010101 11111001 11111000 00110011 00000011 00111000 00111000 00110000 00000011 4 (3 Assume we want to divide the network 192.168 10.0/24 into 8 subnets The binary format of this address is 11000000 1010000000001010 000 00000 We need to borrow 3 bits after the 24th bit of the mask (the in-bold bits). . Start a binary counter from 000 to 111 for the borrowed bits Subnets addresses in order are Subnett 192. 168 10 Subnet2= 192 168 10 Subnet3 = 192 168 10 Subnet4 192 168. 10. * Subnet5 = 192 168. 10. Subnet6 192. 168. 10. + Subnet? 192 168.10. Subnet 192 168. 10: The subnet mask for all subnets is/ QUESTION 28 CL02.1 Consider the forwarding table for a router with 5 output ports numbered from 0 to 1 Forwarding Table Destination Address Ranga Output Link Interface 11100000 00 0 1 2 3 1110 111001 11111000 00 11111 Otherwise Determine the appropriate output link intorface for each of the following packets: forward via port number. Destination IP address in incoming packet 11100111 11110000 10101010 01010101 11100000 10101010 11110000 01010101 11111001 11111000 00110011 00000011 00111000 00111000 00110000 00000011 4 (3

Answer rating: 100% (QA)

The image contains instructions on how to divide a network into 8 subnets and a table that appears to be a routers forwarding table with output port n... View the full answer