Refer to the exhibit. Design an addressing scheme for this network (initially without VLSM). The scheme will supply the "minimum number of subnets", and will allow enough extra "subnets" and "hosts" for 310% growth in all areas. After carefullv desionina thie natwal. Note: Show ALL the steps of your calculations in the next page 1. (1 point) What is the total number of subnets needed "after growth"? 2. (1 point) What is the custom subnet mask for all subnets? 3. (1point) What is the "total number" of host addresses in the "largest" subnet "after growth"? 4. (1 point) what is the "host IP address" range for the largest subnet (assuming it's the first subnet)? from to 5. (1 point) what is the "IP address" range for the second largest subnet? from to 6. (2 points) Assume as a further subnetting step, we use VLSM to design subnet addresses for the WAN serial connections with "minimum number of hosts per subnet" by using the " 20th " subnet address, answer the following: a. What is the new subnet address of the first 2 subnets assigned to 2 WAN connections? Subnet 0 7. (1 point) How many subnets in total after the two design steps above? 8. (1 point) How many IP addresses have been released from the W AN subnets due to VLSM