Don't copy and paste from other questions. The numbers aren't the same.

You are a network engineer at an organization, and you are provided with the network design described in Figure 1. You are allocated the following address space "10.0.0.0/25" and you are tasked as a network engineer to subnet the allocated address space into the following requirements: (a) (5 points) subnet A should accommodate at least 50 assignable IP addresses. (b) (5 points) subnet B should accommodate at least 15 assignable IP addresses. (c) (5 points) subnet C should accommodate at least 5 assignable IP addresses. (d) (5 points) subnet D should accommodate at least 4 assignable IP addresses. (e) (5 points) router subnets ( E,F,G, and H ) should accommodate at least 2 assignable IP addresses (an IP for each router interfacing the subnet). For each subnet, provide the following: - subnet network IP address. - subnet broadcast IP address. - subnet mask. - the maximum number of assignable IP addresses this subnet can support. Figure 1: computer network design You are a network engineer at an organization, and you are provided with the network design described in Figure 1. You are allocated the following address space "10.0.0.0/25" and you are tasked as a network engineer to subnet the allocated address space into the following requirements: (a) (5 points) subnet A should accommodate at least 50 assignable IP addresses. (b) (5 points) subnet B should accommodate at least 15 assignable IP addresses. (c) (5 points) subnet C should accommodate at least 5 assignable IP addresses. (d) (5 points) subnet D should accommodate at least 4 assignable IP addresses. (e) (5 points) router subnets ( E,F,G, and H ) should accommodate at least 2 assignable IP addresses (an IP for each router interfacing the subnet). For each subnet, provide the following: - subnet network IP address. - subnet broadcast IP address. - subnet mask. - the maximum number of assignable IP addresses this subnet can support. Figure 1: computer network design