![]() Thirty two subnets (2^5) and 8 hosts (2^3) – 2 = 6 hosts per subnet Sixteen subnets (2^4) and 16 hosts (2^4) – 2 = 14 hosts per subnet Two subnets (2^1) and 128 hosts (2^7) – 2 = 126 hosts per subnet The /24 is the prefix notation and corresponds to a dotted decimal mask of 255.255.255.0. The subnet bits (shown in bold) are the bits that have been borrowed beyond the original network mask of /24. Hint: Remember that the number of host bits (to the power of 2) defines the number of hosts per subnet (minus 2), and the number of subnet bits (to the power of two) defines the number of subnets. Given each of the possible subnet masks depicted in the following binary format, how many subnets and how many hosts are created in each example? The number of subnet bits defines the number of subnets. To subnet a network, bits from the host portion of the original network mask are changed into subnet bits.In the network mask, what do the zeros represent? In the network mask, what do the ones represent? This is represented in the binary by the ones and the zeros in the subnet mask. The subnet mask is made up of two portions, the network portion, and the host portion.The network that you are tasked to subnet is 192.168.0.0/24. So, the answer is a minimum of four networks. The requirements stated above specify two company networks plus two additional networks for future expansion. What is the minimum number of subnets required? How many host addresses are needed in the largest required subnet? Answer the following questions to help create a subnetting scheme that meets the stated network requirements:.All of the device subnet masks should be the same length. Note: Variable length subnet masks will not be used. You also need at least two additional unused subnets for future network expansion.You need a minimum of 40 host IP addresses. The second subnet is the LAN-B network.You need a minimum of 50 host IP addresses. The first subnet is the LAN-A network. ![]() ![]() ![]() You must create multiple subnets out of the 192.168.0.0/24 network address space to meet the following requirements: In this scenario, you are a network technician assigned to install a new network for a customer.Instructions Part 1: Subnet the Assigned Network Step 1: Create a subnetting scheme that meets the required number of subnets and required number of host addresses. After the network devices and host PCs have been configured, you will use the ping command to test for network connectivity.After you have created a subnetting scheme and completed the table by filling in the missing host and interface IP addresses, you will configure the host PCs, switches and router interfaces.The subnet scheme should be based on the number of host computers required in each subnet, as well as other network considerations, like future network host expansion. In this activity, you will subnet the Customer network into multiple subnets.Part 3: Test and Troubleshoot the Network.Part 1: Design an IPv4 Network Subnetting Scheme.
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