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Part2: Rip Convergence In this activity, this scenario show how RIP advertisements propagate, and how routers learn new routes from their neighbors. 1. Open "Lab7-Part2" using the Packet Tracer. 2. Let the network converge before switching to the simulation mode. Convergence occurs when all the interface lights are green on all network devices; this indicates that the spanning tree protocol in the switches has converged. 3. In simulation mode, use the "auto capture /play" button to allow the simulation to proceed. You can push the same button again to pause the simulation. 4. Observe the RIP updates moving between the routers (especially the hop count). Make sure to open the RIP PDUs and closely view the contents of the RIP messages. 5. Use the "Previous layer/Next layer buttons and read the information presented regarding the operations taking place. 6. What routes are present in the routing table of the Router2? 7. What networks, including the metric, are present in the RIP updates sent from the RouterO? 6. What routes are present in the routing table of the Route 2 7. What networks, including the metric, are present in the Ru updates from the Router? 8. If static routing were used instead of Ricerone low mary until states would be needed for hosts on the Router3 LAN te cununicate with all of the networks in the Topology Diagram? 9. Record your observations. 10. Show your work to the lab supervisor to discuss your observations with the