LAN 1 PC1 HQ_Switch FA0/0 LAN 2 50/0/0 S0/0/1 HQ LAN 4 LAN2_S LAN4_S PC2 PC4 FAO/O s0/0/0 50/0/1 FAO/O FAO/1 Branch 1 Branch2 FAO/1 LAN3_S PC3 LAN 3 LAN5_S PC5 LAN 5 You have been given 192.168.5.0 to subnet and provide IP addressing for the network shown above. Subnet the given network using /27 and configure devices in LAN1, LAN2, LAN3 and the WAN link between HQ and Branch 1 as follows (DO NOT USE VLSM): 1st subnet: LAN 1 2nd subnet LAN 2 For each LAN: Assign the first usable IP to the Router interface Assign the second usable IP to the Switch SVI Assign the last usable IP to the client PC in the LAN For the WAN link: Assign the first usable IP to HQ 3rd subnet: LAN 3 4th subnet: WAN link from HQ to Branch1 Assign the second usable IP to Branch1 Use this table for planning your IP addressing scheme, you are not required to turn it in: Device HQ Interface FAO/O S0/0/0 FAO/O Branch1 FAQ/1 S0/0/0 HQ_Switch VLAN1 LAN2_S VLAN1 LAN3_S VLAN1 PC1 NIC PC2 NIC PC3 NIC IP Address Subnet Mask Default Gateway N/A N/A N/A N/A N/A Using the available IP address space left from Part 1 (start with the 5th subnet from Part 1) use VLSM to assign subnets to the rest of the topology according to the following requirements: LAN 4 requires 10 host IP addresses LAN 5 requires 4 host IP addresses WAN link from HQ to Branch2 requires an IP address for each end of the link For each LAN: Assign the first usable IP to the Router interface Assign the second usable IP to the Switch SVI Assign the last usable IP to the client PC in the LAN For the WAN link: Assign the first usable IP to HQ Assign the second usable IP to Branch2 Use this table for planning your IP addressing scheme, you are not required to turn it in: Device IP Address Subnet Mask Interface HQ S0/0/1 FAO/O Branch2 FAQ/1 S0/0/1 LAN4_S VLAN1 LAN5_S VLAN1 PC4 NIC PC5 NIC Default Gateway N/A N/A N/A N/A