Will someone please walk me through what this professor is asking for? I am using the GNS3 network simulator. I've identified a mask of 255.255.255.224 and eight total nets from 192.168.1.0 to 192.168.1.224.

I was told to ignore the hosts and their interfaces, which, in my interpretation, tells me I need to ignore nets 1 - 4, making bullet 1, in my opinion, completely bogus.

Working with nets 5-8, I have successfully established static routes to all router to router networks, but I have no clue how to respond to bullet 2, except to configure each router terminal with the command router# ip host router ip address subnet mask. This allows me to ping each router without an error, but due to the lack of interfaces, I get UUUUU as a response to my ping.

Will someone please tell me... 1. what is bullet two asking for exactly? 2. Am I on the right track to a solution? 3. If I'm on the right track, how do I get a successfull ping on each router using the instructions given?

Net2 IP: 192.168.1.64/27 Host3 Host4 Host9 Hostl2 Host10 Host5 Host11 Host2 Netl IP: 192.168.1.32/27 Host8 Host13 Net3 IP: 192.168.1.96/27 Hostb Net4 IP: 192.681.128/27 Figure 1. Network topology Configure each router in the above network with the following configuration parameters. Your submission should include a copy of the executable file and a hard copy for the lst of commands that are used to configure each of the routers (R1, R2, R3, and R4). All executable files must be loaded into D2L Router R1 Assign IP addresses for R1 interfaces using the above IP address for Netl Using the IP address to name resolution table to gain remote access to R1. Add an entry to your R1 hosts file for name resolution Assign static routes to R1 Router R2: Assign IP addresses for R2 interfaces using the above IP address for Net2 Using the IP address to name resolution table to gain remote access to R2. Add an entry to your R2 hosts file for name resolution Assign static routes to R2 Router R3: Assign IP addresses for R3 interfaces using the above IP address for Net3 Using the IP address to name resolution table to gain remote access to R3. Add an entry to your R3 hosts file for name resolution Assign static routes to R3 Router R4: Assign IP addresses for R4 interfaces using the above IP address for Net4 Using the IP address to name resolution table to gain remote access to R4. Add an entry to your R4 hosts file for name resolution. Assign static routes to R4 Net2 IP: 192.168.1.64/27 Host3 Host4 Host9 Hostl2 Host10 Host5 Host11 Host2 Netl IP: 192.168.1.32/27 Host8 Host13 Net3 IP: 192.168.1.96/27 Hostb Net4 IP: 192.681.128/27 Figure 1. Network topology Configure each router in the above network with the following configuration parameters. Your submission should include a copy of the executable file and a hard copy for the lst of commands that are used to configure each of the routers (R1, R2, R3, and R4). All executable files must be loaded into D2L Router R1 Assign IP addresses for R1 interfaces using the above IP address for Netl Using the IP address to name resolution table to gain remote access to R1. Add an entry to your R1 hosts file for name resolution Assign static routes to R1 Router R2: Assign IP addresses for R2 interfaces using the above IP address for Net2 Using the IP address to name resolution table to gain remote access to R2. Add an entry to your R2 hosts file for name resolution Assign static routes to R2 Router R3: Assign IP addresses for R3 interfaces using the above IP address for Net3 Using the IP address to name resolution table to gain remote access to R3. Add an entry to your R3 hosts file for name resolution Assign static routes to R3 Router R4: Assign IP addresses for R4 interfaces using the above IP address for Net4 Using the IP address to name resolution table to gain remote access to R4. Add an entry to your R4 hosts file for name resolution. Assign static routes to R4