Assignment For this lab, the student will use Fixed/Constant-Length Subnet Masking for the following network diagram....

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Assignment For this lab, the student will use Fixed/Constant-Length Subnet Masking for the following network diagram. I suggest having a pencil and paper handy to work out the Subnet calculations. Server2 S1 PCO RA RC RB PC1 PC2 PC3 PC4 RD S2 PC5 PC6 1. The main network number for this scenario is 101.0.0.0/8 a. How many subnets do you need? Hint: Count the number of links coming out of the routers. Routers that are connected together count as one subnet, such as RA-RB, RB-RC, RC-RD and RD-RB. b. How many Bits need to be borrowed to accommodate this new subnet scheme? S6 c. What is the new Custom Subnet Mask after borrowing the subnet bits? d. How many Total Subnets will be available after borrowing the subnet bits? e. How many Usable Hosts are available after borrowing the subnet bits? f. What is the Block Size/Network Increment of all of the new subnets? Server1 PC7 Assignment For this lab, the student will use Fixed/Constant-Length Subnet Masking for the following network diagram. I suggest having a pencil and paper handy to work out the Subnet calculations. Server2 S1 PCO RA RC RB PC1 PC2 PC3 PC4 RD S2 PC5 PC6 1. The main network number for this scenario is 101.0.0.0/8 a. How many subnets do you need? Hint: Count the number of links coming out of the routers. Routers that are connected together count as one subnet, such as RA-RB, RB-RC, RC-RD and RD-RB. b. How many Bits need to be borrowed to accommodate this new subnet scheme? S6 c. What is the new Custom Subnet Mask after borrowing the subnet bits? d. How many Total Subnets will be available after borrowing the subnet bits? e. How many Usable Hosts are available after borrowing the subnet bits? f. What is the Block Size/Network Increment of all of the new subnets? Server1 PC7