NW Q3) IP addressing operates at the network layer (Layer 3) of OSI, IP addresses must be able to identify individual hosts (sUch as a computer, printer, router, etc.) and individual networks. This...


NW Q3) IP addressing operates at the network layer (Layer 3) of OSI, IP addresses<br>must be able to identify individual hosts (sUch as a computer, printer, router, etc.)<br>and individual networks. This can be achieved by dividing the 32-bit IP addresses<br>into two parts: an initial network ID portion that identifies individual networks,<br>followed by a host ID portion that identifies individual hosts on a given network.<br>An organization has a class C network 196.10.10 and wants to form subnets for five<br>departments, which host as follows:<br>1.55 hosts<br>2.50 hosts<br>3.45 hosts<br>4. 25 hosts<br>5.20 hosts<br>There are 195 hosts in Design a poss. arrangement of subnets to make each<br>department in a different subnet. For each subnet, give subnet mask and range of IP<br>addresses?<br>

Extracted text: NW Q3) IP addressing operates at the network layer (Layer 3) of OSI, IP addresses must be able to identify individual hosts (sUch as a computer, printer, router, etc.) and individual networks. This can be achieved by dividing the 32-bit IP addresses into two parts: an initial network ID portion that identifies individual networks, followed by a host ID portion that identifies individual hosts on a given network. An organization has a class C network 196.10.10 and wants to form subnets for five departments, which host as follows: 1.55 hosts 2.50 hosts 3.45 hosts 4. 25 hosts 5.20 hosts There are 195 hosts in Design a poss. arrangement of subnets to make each department in a different subnet. For each subnet, give subnet mask and range of IP addresses?

Jun 03, 2022
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