• Replace all occurrences of xx with 14 number.

Configure IP address using the following requirements to produce the most efficient VLSM masks:

• Los Angeles LAN = 120 hosts
• New York LAN = 40 hosts
• Miami LAN = 20 hosts
• Use the IP address space 172.29.xx.0 /24 for all IP networks needed.
• Configure Routing as follows:
  • Los Angeles
    • hostname LA-RTR
    • router eigrp xx
    • network
    • network
    • no auto-summary
    • mark the LAN conx as passive-interface
  • New York
    • hostname NY-RTR
    • router eigrp xx
    • network
    • network
    • network
    • no auto-summary
    • mark the LAN conx as passive-interface
  • Miami
    • hostname MIA-RTR
    • router eigrp xx
    • network
    • network
    • no auto-summary
    • mark the LAN conx as passive-interface
• Deliverables:
  • show running-config output from all 3 routers collected in a file named ROUTERS.txt
  • show running-config output from all 3 switches collected in a file named SWITCHES.txt
  • The two student PCs should have the output of the following commands in 2 files named LA-PC.txt, and MIA-PC.txt):
  • Give the following commands (in this example your laptop role is LA-PC):
    • date - to set a BEGIN timestamp for the output
    • ipconfig /all (or ifconfig on Mac and Linux)
    • ping each of the following targets
      • SVI on vlan1 of the LA-SW
      • default gateway of the LA-RTR
      • LA-RTR WAN interface connected to NY-RTR
      • all [up/up] interfaces on the next hop router (the NY-RTR should have 3 connections total)
      • SVI on vlan1 of the NY-SW
      • NY-PC (this can be the lab PC)
      • MIA-RTR WAN interface connected from NY-RTR
      • default gateway on the MIA-RTR
      • SVI on vlan1 of the MIA-SW
      • MIA-PC
      • date (to provide an END timestamp)

Need 4 files to be completed

• ROUTERS.txt
• SWITCHES.txt
• LA-PC.txt (example above)
• MIA-PC.txt (mirror the instructions above but positioned from the MIA-PC)

*Show step by step on how you arived to your answer