CMIT 265 Name:__________________________________ Packet Tracer Duplicate the Esim internetwork: esim.png Make it something similar to the esimPT.png diagram. Edit this file so you can paste into it. Use "Generic Router-PT" for the five routers. Put a "Generic Switch-PT" in each LAN (replacing the hubs of the Esim networks). The switches don't need any configuration. Put two PC-PTs in each network. Use copper straight-thru cables for all connections to the switches. Use serial DCE for the clocking end of the serial connections. Either end of the serial links can be the DCE clocking end. Clock rate can be 1000000. Configure the routers and PCs: IP addresses and class C mask for the interfaces. Make up suitable IP address for each PC (i.e. valid for its network). PC needs its Default Gateway set too. Router can be configured at IOS CLI or at Config menus. Router links Port Status need to be set On (or "no shutdown" in CLI). I suggest testing as you go along by pinging the interfaces from/to PC and its router. Activate RIP routing in each router. Either in the IOS CLI or the Config menu: add the networks that the router is connected to. The routing tables of the routers should then learn routes to all the networks. Paste the routing table of Router_E: (just the lines from the table itself, not the codes key/legend) (in the CLI select with left mouse drag, right click to copy selected text) Paste the traceroute from Router_E to a PC in the 192.5.5.0 network: Paste the tracert from that PC in the 192.5.5.0 network back to Router_E: (in the PC Command Prompt select with left mouse drag, right click to copy selected text) Does tracerouting report the incoming/inbound/nearside interface or the outgoing/outbound/farside interface?___________ Save your internetwork simulation. Print your internet diagram to a PNG file. change size to 1000x1000 is better. Include the PNG file as part of this homework submission.