Please need fill data directly of Q 3 no details.. what is subnet mask with VLSM ?! All IP addresses with VLSM ?! Q1: Based on the information in the graphic shown, design a network addressingscheme that will supply the minimum number of hosts per subnet, and allowenough extra subnets and hosts for 70% growth in all areas without using VLSM.Circle each subnet on the graphic and answer the questions below.Ft. Worth1000 Hosts3RouterS 0/0/1FO/0FRouterAddress classCustom subnet maskMinimum number of subnets neededExtra subnets required for 70 % growth +(Round up to the next whole number)Total number of subnets needed =IP address 112.0.0.0S 0/0/0S 0/0/1F 0/0S 0/0/0S 0/0/1Total number of address needed for the largest subnet =Start with the first subnet and arrange yoursub-networks from the largest group to the smallest :Subnet 1: IP address range for DallasSubnet 2: IP address range for Ft. WorthRouterNumber of host addresses in the largest subnet groupNumber of addresses needed for 70% growth in the largest subnet +(Round up to the next whole number)F 0/1Subnet 3: IP address range for Router A to Router B serial connectionSubnet 4: IP address range for Router A to Router C serial connectionSubnet 5: IP address range for Router C to Router D serial connectionDallas1500 HostsClass A-255.255.248.05 Subnets.118.00540234010.0.0.1-10.0.7254.……...1 0.0.8.1–1 0.0.1 5.254-1.0.0.16.110.0.1 6.510.0.16.9 Q3: Repeat Question 1 while using VLSM on the subnet between Router C- RouterD in order to provide IP addresses for the 3 WAN connections between routers.Then, calculate the amount of IP addresses that were freed by this operation.TTFt. Worth1000 HostsRouterS 0/0/1FO/0S 0/0/0KIP address 112.0.0.0RouterDS 0/0/1S 0/0/0FO/0 RouerRouterS 0/0/1Subnet mask with VLSMIP address range for Router A to Router B serial connection withVLSMIP address range for Router A to Router C serial connection withVLSMIP address range for Router C to Router D serial connection withVLSMNumber of IP addresses released from initial Router A-B Subnet inQ1 due to using VLSMNumber of IP addresses released from initial Router A-C Subnet inQ1 due to using VLSMNumber of IP addresses released from initial Router C-D Subnet inQ1 due to using VLSMTotal number of IP addresses released from the WAN subnets due tousing VLSM:F 0/1Dallas1500 Hosts

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Subnet mask with VLSM
IP address for router A to B
IP address for router A to c
IP address for…