(Solved): Lab 2: Identifying IPv4 Addresses Objectives Part 1: Identify IPv4 Addresses Part 2: Classify IPv4 ...

Lab 2: Identifying IPv4 Addresses Objectives Part 1: Identify IPv4 Addresses Part 2: Classify IPv4 Addresses Background / Scenario In this lab, you will examine the structure of Internet Protocol version \( 4(\mathrm{IPv} 4) \) addresses. You will identify the various types of \( \mathrm{IPv} 4 \) addresses and the components that help comprise the address, such as network portion, host portion, and subnet mask. Types of addresses covered include public, private, unicast, and multicast. Required Resources - Device with Internet access - Optional: IPv4 address calculator Part 1: Identify IPv4 Addresses Step 1: Analyze the table shown below and identify the network portion and host portion of the given IPv4 addresses. Sep 2: Analyze the table below and list the range of host and broadeast addresses given a network/prefix mask pair. Part 2: Classify IPv4 Addresses Sep 1: Analyze the table shown below and identify the type of address (network, host, multicast, or broadcast address). Step 2: Analyze the table shown below and identify the address as public or private. Step 3: Analyze the table shown below and identify whether the address/prefix pair is a valid host address. Step 4: Use the ANDing operation to determine the network address. sup s: Determine whether IP addresses are en same netwerk. . You are configuring two PCs for your network. PC-A is given an IP address of \( 192.168 .1 .18 \), and \( P C \) - \( B \) is given an IP address of \( 192.168 .5 .33 \). Both PCs receive a subnet mask of \( 255.255 .255 .0 \). What is the network address for \( \mathrm{PC}-\mathrm{A} \) ? What is the network address for \( \mathrm{PC}-\mathrm{B} \) ? Will these PCs be able to communicate directly with each other? Explain. - You are configuring two \( \mathrm{PC} \) s for your network. \( \mathrm{PC} \) - \( \mathrm{A} \) is given an IP address of \( 10.22 .33 .16 \), and \( P C-B \) is given an IP address of 10.44.14.68. Both \( \mathrm{PCs} \) receive a subnet mask of \( 255.0 .0 .0 \) What is the network address for \( \mathrm{PC}-\mathrm{A} \) ? What is the network address for \( \mathrm{PC}-\mathrm{B} \) ? Will these PCs be able to communicate directly with each other? Explain. What is the highest address that can be given to \( \mathrm{PC} \) - \( \mathrm{B} \) that allows it to be on the same network as PC-A? Septe Identify the default gateway address. * Your company has a policy to use the first IP address in a network as the default gateway address. \( A \) host on the local-area network (LAN) has an IP address of 172.16.140.24 and a subnet mask of \( 255.255 .0 .0 \). What is the network address for this network? What is the default gateway address for this host? Your company has a policy to use the first IP address in a network as the default gateway address. You have been instructed to configure a new server with an IP address of \( 192.168 .184 .227 \) and a subnet mask of \( 255.255 .255 .0 \). What is the default gateway for this server? Conclusions: (write a summary about what you leamed from