IP Addressing Worksheet Instructions: Complete each of the subnetting problems below. Show the process you used to solve each of these problems. 1. IP addressing a. Write the IP address 110.17.66.64 in its binary form. b. Consider an IP subnet with prefix 110.17.66.64/26. Provide the range of IP addresses (of form xxx.xxx.xxx.xxx to yyy.yyy.yyy.yyy) that can be assigned to this subnet. (hint: all host bits 1s is max) c. Suppose an organization owns the block of addresses of the form 110.17.66.64/26. Suppose it wants to create four IP subnets from this block, with each block having the same number of IP addresses. What are the prefixes (of form xxx.xxx.xxx/y) for the four IP subnets? How many hosts can each contain? 2. Use the address and prefix 201.17.66.0/24. Suppose an organization wants to create six IP subnets from this block, with each block having the same number of IP addresses. What are the prefixes (of form xxx.xxx.xxx/y) for the six IP subnets? How many hosts can each contain? The 193.118.56.0- 4. (IP Supernet and Subnet) Consider an organization that needs 350 IP addresses. organization has been assigned two blocks Class C addresses. 193.118.56.255/24, and 193.118.57.0-193.118.57.255/24. a. Determine the network address for this organization. Hint: Supernet Network address: b. Given a 32-bit IP address 193.118.57.100 belonging to this organization, how many bits represent the netID and how many bits represent the hostID? Hint: supernet netID: hostID: c. Determine the broadcast address for this organization. Hint: this organization's Supernet Broadcast address: d. Determine the subnet mask to be used on routers outside this organization for the supernet. Subnet Mask in/notation: Subnet Mask in dotted decimal notation: Having obtained these 512 addresses, the organization decided to subnet its address space with 3 bit subnetID. e. Determine the number of subnets possible in this organization. The organization plans to use zero and all-ones subnets. Number of subnets possible: f. Determine the number of hosts possible in each subnet. Number of assignable hosts possible in each subnet: g. For a subnet numbered 5, determine its network address. Network address for subnet 5: h. For a subnet numbered 5, determine its broadcast address. Broadcast address for subnet 5: i. Consider a host numbered 19 in a subnet numbered 5. Determine its IP address. IP address: