Network Number of Hosts Starting IP Address Ending IP Address Subnet Mask or CIDR Gateway IP Address 2 Router to Router

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Network Number Of Hosts Starting Ip Address Ending Ip Address Subnet Mask Or Cidr Gateway Ip Address 2 Router To Router 1 (173.43 KiB) Viewed 63 times

Network Number of Hosts Starting IP Address Ending IP Address Subnet Mask or CIDR Gateway IP Address 2 Router to Router interconnect Servers Science Bldg Library Admin Bldg Wireless Network VoIP Network 35 100 200 40 2000 350 The Science Academy has just completed construction of their new campus. You have been hired as a network architect to design their TCP/IP network. Shown in the diagram below are the maximum number of hosts that can be accommodated in each building. As the network engineer, you have been given the following requirements. Use the following Class B address space to create your building subnets from 10.100.0.0/16 • Create the smallest subnet for each location that will accommodate the identified hosts for that location o For example, if you used 10.100.0.0/24 for the administration building, that would give you 254 hosts. This is not the "smallest" subnet - you'd need to use a different subnet mask than /24 to create a smaller subnet. O IP addresses are binary and use the power of 2, so your subnet sizes are 4-8-16-32-64-128-256 in a class C subnet. Also, remember that the 1st and last address can't be used for hosts. Border router Core router LLLLLL L LLL LLLLL Router to Router (2 hosts) Administration Building (40 computers) M LLLLLL Central Servers (35 computers) Arts Building (60 computers) Library (200 computers) Science Building (100 computers)