$1)22811$ routers with serial interfaces$2)22960$ switches$3)13560$ multilayer switch $($this is the routing device$)4)4$ end devices $(2$ connected to each $2960$ switch$)5)1$ end device connected to each router$6)$ IP addressing; on Switch $1(2960)172\mathrm{.}16\mathrm{.}34\mathrm{.}0/25($devices for each VLAN derived from the $172$ address scheme$)$ configure VLAN $100$ Name Students and VLAN $200$ Name Library$7)$ IP addressing; on Switch $2(2960)172\mathrm{.}16\mathrm{.}34\mathrm{.}0/26$; VLAN $300$ Name District and VLAN $400$ Name Faculty$8)$Configure DHCP for servers on both switches $($each subnet on the VLAN will have a DHCP pool$)9)$ Router $1$ addressing to server is $209\mathrm{.}165\mathrm{.}200\mathrm{.}0/2810)$ Router $3$ addressing server is $192\mathrm{.}168\mathrm{.}100\mathrm{.}0/24(50$ devices$)11)$ use OSPF protocol to communicate from Server $5$ to mulitlayer switch and VLANs$\mathrm{.}12)3560$ switch is the routing switch for the layer $2$ switches $(2960).$ Configure VLAN routing for the VLAN on layer $3$ switch$\mathrm{.}13)$ Configure management VLAN $99$ on each switch. $172\mathrm{.}16\mathrm{.}99\mathrm{.}014)$ Configure an ACL to prevent Students server $($VLAN $100)$ from accessing District server $($VLAN $300)15)$ Configure NAT translation from $3560$ on R$1$ to WEB Server $($server $4)$ using $130\mathrm{.}52\mathrm{.}100\mathrm{.}0$ as the translated address$\mathrm{.}16)$ Configure EIGRP from Server $4$ to multilayer switch$\mathrm{.}17)$ Configure redistribution on multilayer switch to handle EIGRP and OSPF$\mathrm{.}18)$ Ping across from Server $4$ to Server $5,$ from Server $5$ to VLANS, from Server $4$ to VLANs, from VLANs to Server $4$ and Server $5.$ Please make sure to include the commands i will need to put in and where