Homework Solution: Lab 8 Configuring RIP V2 Routing…

    Lab 8 Configuring RIP V2 Routing Overview The overall objective of this lab is to configure RIP routing between two routers so that there is a routed network connection between computers in the two LANs.   You will have to configure the computer’s IP address, the gateway address, and the IP addresses for the appropriate router interfaces Topology Router Model: 2811 - Switch Model: Generic(1st Generic) - PC Model: Generic
    Copper Crossover
    Figure 1 The Network Topology for This Lab. Key Concepts The following concepts, terms, commands, and steps should have been mastered in this laboratory exercise. How to set the clock rate for the router. Which router controls the clock rate, DCE, DTE? How to you configure the IP address, subnet mask, and default gateway for the computers in your LAN. How is the gateway address for your LAN router configured? The steps for configuring the hostname for your router The steps for configuring the router interface’s IP addresses and subnet masks. The commands for configuring RIP routing from LAN-A to LAN-B. Two commands that can be used to verify that the routes are configured on the router. The steps to use the computers in your LAN to ping the computers in the adjacent LAN. Use the proper command to trace the route from a PC in LAN-A to the host in the connected LAN-B. Use the proper command to trace the route from your router in LAN-A to the host computer in LAN-B. Use the command to make a telnet connection to your router. The steps to enable a telnet connection to the router? Use the router command that displays the network routes stored in your router’s routing table. Use the command to save your router configuration to NVRAM. Reference Tables For convenience, Table 1 provides the IP address and mask of all necessary interfaces used to complete the lab. Table 1 The Computer IP Addresses, subnet masks and gateway address for lab 3.
    Computer/Interface - R1 IP Address Subnet Mask Gateway Address
       PC1 10.10.12.1 255.255.255.0 10.10.12.250
    R1-Fa0/1 10.10.12.250 255.255.255.0      ------------------
    R1-Fa0/0 10.20.200.1 255.255.255.0      ------------------
    Computer/Interface – R2 IP Address Subnet Mask Gateway Address
       PC2 10.10.30.65 255.255.255.0 10.10.30.250
    R2-Fa0/1 10.10.30.250 255.255.255.0      ------------------
    R2-Fa0/0 10.20.200.2 255.255.255.0      ------------------
    Detailed Lab Steps Task # 1 In this lab, you will configure a RIP V2 route to the adjacent LANs, LAN-A to LAN-B based on the network topology provided in Figure 1.   You are to use the IP addresses provided in Table 1. You will be asked to verify that computers in your LAN can ping the neighbor LAN. You are configuring routing for both a 10.10.12.0 and 10.10.30.0 networks. A subnet mask of 255.255.255.0 is being used. Configure the gateway address for your LAN routers according to the addresses listed in Table 1. List the prompt and the command used to configure the gateway address and subnet mask on each of the routers. Configure the hostname for your routers; R1 should be renamed the CLIDLANA and R2 should be renamed CLIDLANB. Screenshot the router prompt and command used to configure the router’s hostname.     Configure all interfaces for LAN R1 and LAN R2 according to the addresses provided in Table 1. You will also need to enable the interfaces. Provide screenshots of the commands used to configure the IP addresses, the subnet mask for your gateway, and the command used to enable the interface.   Configure a RIP V2 route for both the LAN-A and LAN-B routers. Use two commands to verify that the routes are configured. Screenshot the router prompt and command used to accomplish this. Use the computers in each LAN to ping the computers in the adjacent LAN, PC1-PC2, PC2-PC1. Screenshot the router prompt and command used to accomplish this. Use the proper command to trace the route from a PC in LAN-A to a host in the LAN-B. Your trace should pass through two routers. Screenshot the router prompt, command used and record the trace information. How may hops did you record? Use the router command that lists the network routes stored in the LAN-A router’s routing table. List the prompt, the command used, and the available routes. Are all of the routes defined for your network? What does it mean to say that the “Gateway of last resort is not set?” Use the command to save your router configuration to the startup configuration on the LAN-A router. What command did you use? Use the proper command to verify the configuration has been saved to NVRAM. What command did you use?   Task #2   Configuration List The following is a partial list of the items displayed when you issue the command show running-configuration [sh run] on a router. Your task is to define each item and its purpose. You may need to go to the Cisco website (www.cisco.com) and look up what each of these commands mean Interface FastEthernet 0/0 What does 0/0 indicate? ip address 10.10.20.0   255.255.255.224 How many host IP addresses are available in each subnet using this subnet mask? Shutdown What is the purpose of this command when it is applied to an interface? router rip What is the purpose of this command and from what prompt is this command issued? version 2 What is the purpose of using this command and from what prompt is this command issued? network 10.0.0.0 What is the purpose of this command and from what prompt is this command issued?

    Expert Answer

     
    Task 1: Question 1 : Configure the gateway address for your LAN routers ac

    Lab 8 Configuring RIP V2 Routing

    Overview

    The overwhole extrinsic of this lab is to shape RIP routing betwixt couple directionrs so that there is a directiond network union betwixt computers in the couple LANs.   You gain enjoy to shape the computer’s IP oration, the entrance oration, and the IP orationes control the mismisappropriate directionr interfaces

    Topology Router Instructl: 2811 – Switch Instructl: Generic(1st Generic) – PC Instructl: Generic

    Copper Crossover

    Figure 1 The Network Topology control This Lab.

    Key Concepts

    The aftercited concepts, stipulations, bids, and steps should enjoy been mastered in this laboratory exertion.

    How to regular the clock reprove control the directionr.

    Which directionr controls the clock reprove, DCE, DTE?

    How to you shape the IP oration, subnet hide, and defect entrance control the computers in your LAN.

    How is the entrance oration control your LAN directionr shaped?

    The steps control configuring the assemblagename control your directionr

    The steps control configuring the directionr interface’s IP orationes and subnet hides.

    The bids control configuring RIP routing from LAN-A to LAN-B.

    Couple bids that can be verificationd to demonstrate that the directions are shaped on the directionr.

    The steps to verification the computers in your LAN to ping the computers in the neighboring LAN.

    Verification the adapted bid to pursue the direction from a PC in LAN-A to the assemblage in the united LAN-B.

    Verification the adapted bid to pursue the direction from your directionr in LAN-A to the assemblage computer in LAN-B.

    Verification the bid to mould a telnet union to your directionr. The steps to empower a telnet union to the directionr?

    Verification the directionr bid that displays the network directions stored in your directionr’s routing consideration.

    Verification the bid to hinder your directionr delineation to NVRAM.

    Reference Considerations

    Control unoccupied-time, Consideration 1 provides the IP oration and hide of whole expedient interfaces verificationd to perfect the lab.

    Consideration 1 The Computer IP Orationes, subnet hides and entrance oration control lab 3.

    Computer/Interface – R1 IP Oration Subnet Hide Entrance Oration    PC1 10.10.12.1 255.255.255.0 10.10.12.250 R1-Fa0/1 10.10.12.250 255.255.255.0      —————— R1-Fa0/0 10.20.200.1 255.255.255.0      —————— Computer/Interface – R2 IP Oration Subnet Hide Entrance Oration    PC2 10.10.30.65 255.255.255.0 10.10.30.250 R2-Fa0/1 10.10.30.250 255.255.255.0      —————— R2-Fa0/0 10.20.200.2 255.255.255.0      ——————

    Detailed Lab Steps

    Work # 1

    In this lab, you gain shape a RIP V2 direction to the neighboring LANs, LAN-A to LAN-B domiciled on the network topology granted in Figure 1.   You are to verification the IP orationes granted in Consideration 1. You gain be asked to demonstrate that computers in your LAN can ping the neighbor LAN. You are configuring routing control twain a 10.10.12.0 and 10.10.30.0 networks. A subnet hide of 255.255.255.0 is nature verificationd. Shape the entrance oration control your LAN directionrs according to the orationes inventoryed in Consideration 1. Inventory the quick and the bid verificationd to shape the entrance oration and subnet hide on each of the directionrs.

    Shape the assemblagename control your directionrs; R1 should be renamed the CLIDLANA and R2 should be renamed CLIDLANB. Screenshot the directionr quick and bid verificationd to shape the directionr’s assemblagename.

     

     

    Shape whole interfaces control LAN R1 and LAN R2 according to the orationes granted in Consideration 1. You gain so insufficiency to empower the interfaces. Provide screenshots of the bids verificationd to shape the IP orationes, the subnet hide control your entrance, and the bid verificationd to empower the interface.

     

    Shape a RIP V2 direction control twain the LAN-A and LAN-B directionrs. Verification couple bids to demonstrate that the directions are shaped. Screenshot the directionr quick and bid verificationd to complete this.

    Verification the computers in each LAN to ping the computers in the neighboring LAN, PC1-PC2, PC2-PC1. Screenshot the directionr quick and bid verificationd to complete this.

    Verification the adapted bid to pursue the direction from a PC in LAN-A to a assemblage in the LAN-B. Your pursue should by through couple directionrs. Screenshot the directionr quick, bid verificationd and chronicles the pursue not attributable attributable attributable attributable attributable attributable attribuconsultation attributableice. How may hops did you chronicles?

    Verification the directionr bid that inventorys the network directions stored in the LAN-A directionr’s routing consideration. Inventory the quick, the bid verificationd, and the serviceable directions. Are whole of the directions mark-outd control your network? What does it average to tell that the “Entrance of definite haunt is not attributable attributable attributable attributable attributable attributable attribuconsultation attribuconsultation attribuconsultation regular?”

    Verification the bid to hinder your directionr delineation to the startup delineation on the LAN-A directionr. What bid did you verification? Verification the adapted bid to demonstrate the delineation has been hinderd to NVRAM. What bid did you verification?

     

    Work #2   Delineation Inventory

    The aftercited is a specific inventory of the parts displayed when you manifestation the bid parade traversening-delineation [sh traverse] on a directionr. Your work is to mark-out each part and its mind. You may insufficiency to go to the Cisco website (www.cisco.com) and behold up what each of these bids average

    Interface FastEthernet 0/0

    What does 0/0 designate?

    ip oration 10.10.20.0   255.255.255.224

    How sundry assemblage IP orationes are serviceable in each subnet using this subnet hide?

    Shutdown

    What is the mind of this bid when it is applied to an interface?

    router rip

    What is the mind of this bid and from what quick is this bid manifestationd?

    account 2

    What is the mind of using this bid and from what quick is this bid manifestationd?

    network 10.0.0.0

    What is the mind of this bid and from what quick is this bid manifestationd?

    Expert Reply

     

    Work 1:

    Question 1 : Shape the entrance oration control your LAN directionrs according to the orationes inventoryed in Consideration 1. Inventory the quick and the bid verificationd to shape the entrance oration and subnet hide on each of the directionrs.

    Solution :

    Router 1 :

    config t

    interface gig 0/0

    ip oration 10.10.20.250 255.255.255.0

    no shutdown

    Router 2 :

    Router 1 :

    config t

    interface gig 0/0

    ip oration 10.10.30.250 255.255.255.0

    no shutdown

    Question 2: Shape the assemblagename control your directionrs; R1 should be renamed the CLIDLANA and R2 should be renamed CLIDLANB.

    Solution :

    Router(config)#hostname CLIDLANA

    Router(config)#hostname CLIDLANB

    Question 3: Shape whole interfaces control LAN R1 and LAN R2 according to the orationes granted in Consideration 1. You gain so insufficiency to empower the interfaces. Provide screenshots of the bids verificationd to shape the IP orationes, the subnet hide control your entrance, and the bid verificationd to empower the interface.

    Solution :

    Config t

    Interface s 0/0/1

    Ip oration 10.10.100.1 255.255.255.0

    No shut

    Clockreprove 5600

    Encapsulation ppp

    Question 4 : Shape a RIP V2 direction control twain the LAN-A and LAN-B directionrs. Verification couple bids to demonstrate that the directions are shaped. Screenshot the directionr quick and bid verificationd to complete this

    Solution :

    R(config)# directionr rip

    R(config-router)# account 2

    R(config-router)# network 10.10.30.0

    R(config-router)# network 10.20.200.0

    R# parade ip direction

    Question 5 : Verification the computers in each LAN to ping the computers in the neighboring LAN, PC1-PC2, PC2-PC1. Screenshot the directionr quick and bid verificationd to complete this

    Solution : Ping 10.10.12.1

    Question 6: Verification the adapted bid to pursue the direction from a PC in LAN-A to a assemblage in the LAN-B. Your pursue should by through couple directionrs. Screenshot the directionr quick, bid verificationd and chronicles the pursue not attributable attributable attributable attributable attributable attributable attribuconsultation attributableice. How may hops did you chronicles?

    Solution : Pursuert 10.10.12.1

    Question 7: Verification the directionr bid that inventorys the network directions stored in the LAN-A directionr’s routing consideration. Inventory the quick, the bid verificationd, and the serviceable directions. Are whole of the directions mark-outd control your network? What does it average to tell that the “Entrance of definite haunt is not attributable attributable attributable attributable attributable attributable attribuconsultation attribuconsultation attribuconsultation regular?

    Solution :

    Parade ip direction

    Parade ip protocol

    It averages that you enjoy not attributable attributable attributable attributable attributable attributable attribuconsultation attribuconsultation attribuconsultation regular a defect direction

    Question 8: Verification the bid to hinder your directionr delineation to the startup delineation on the LAN-A directionr. What bid did you verification? Verification the adapted bid to demonstrate the delineation has been hinderd to NVRAM. What bid did you verification?

    Solution :

    LAN-A# representation traversening-config startup-config

    LAN-B# representation traversening-config startup-config

    TASK 2

    Question 1 :

    Interface FastEthernet 0/0

    What does 0/0 designate?

    Solution : It designates the slot and the port

    Question 2 :

    ip oration 10.10.20.0   255.255.255.224

    How sundry assemblage IP orationes are serviceable in each subnet using this subnet hide?

    Solution : 30

    Question 3 :

    Shutdown

    What is the mind of this bid when it is applied to an interface?

    Solution : Theshutdowninterface delineation bid is verificationd to disentitle an interface. Thisbid so marks the interface as determined. It is applied when the interface is nolonger in verification.

    Question 4 :

    router rip

    What is the mind of this bid and from what quick is this bid manifestationd?

    Solution : Empowers a RIP routing course, which places you in directionr delineation instruct. It isissued in global delineation instruct.

    Question 5 :

    account 2

    What is the mind of using this bid and from what quick is this bid manifestationd?

    Solution : Selects RIP v2 as the routing protocol. It is manifestationd in global delineation instruct

    Question 6 :

    network 10.0.0.0

    What is the mind of this bid and from what quick is this bid manifestationd?

    Solution : Specifies a briskly united network. It is manifestations from the global config quick control therouter