Your organization has simply bought a lease on the 205.three.three.zero Class C public IP address vary, which implies that your organization can assign the IP addresses from 205.three.three.zero to 205.three.three.255.You might want to subnet this Class C address vary to supply separate VLAN subnets for each of the following departments:I.T. Department wants 28 addressesAccounting Department wants 23 addressesExecutive Workplace wants 5 addressesSales Department wants 90 addressesMarketing Department wants 26 addressesSerial hyperlink A wants 2 addressesSerial hyperlink B wants 2 addresses Utilizing VLSM (Variable Size Subnet Masking), partition your out there Class C address area to accommodate the above necessities. Reply the beneath questions to elucidate your resolution:1. Checklist your requirementsfrom giant to small, and designate what block measurement might be wanted to accommodate each department’s necessities:Department NameRequirementsBlock measurement needed2. Utilizing these required block sizes, checklist the IP address subnet names for each department. Keep in mind in each desk, use the similar department itemizing of huge to small as you probably did above in Question Assignment (1).(Trace: First subnet identify is 205.three.three.zero)Department NameI.P. Address Subnet Name3. Checklist the broadcast addresses for each subnet:Department NameI.P. Address Subnet NameBroadcast Address four. Checklist the out there host addresses for each department’s subnet:Department NameI.P. Address Subnet NameAvailable Host AddressesBroadcast Address 5. Given the block sizes used, checklist the Subnet Masks wanted for each system on each subnet:Department NameI.P. Address Subnet NameBlock measurement neededSubnet Masks wanted 6. Further Credit score: a. What’s the remaining block measurement (i.e., what number of IP addresses are left in spite of everything of the above blocks are assigned)? b. What subnet masks could possibly be used for the the rest block?

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