Problem 5 (1 router): In the Cisco Packet Tracer network shown below, the router R_OAK, has three interfaces connected to three individual LANs. Given an IP class C address of 198.1.30.0, create a subnet addressing scheme with proper BLOCK SIZE that will allow each network segment to have 62 hosts. Update (annotate) the diagram with IP addresses for each router interface, and subnet addresses for each LAN. Validate and reproduce the following Cisco Packet Tracer network design and simulate your network. Perform an IPCONFIG and PING test on the different router interfaces. .2 198.1.30.0/26 2970-24TT Switch0 PC-PT PC-PT PC-PT PCO PC1 PC2 .3 " .4 .1 198.1.30.0/24 .129 2911 R_OAI .65 2960-24TT Switch1 198.1.30.64/26 2970-24TT Switch2 PC-FT PC3.66 PC-PT PC4 .67 198.1.30.128/26 PC-PT PC6 .131 PC-PT PC5 .130 Consider the following ipconfig and ping commands from the R_OAK router (Oakville Router): C:\>ipconfig FastEthernet0 Connection: (default port) Connection-specific DNS Suffix.. : Link-local IPv6 Address. IPv6 Address. == IPv4 Address. Subnet Mask. Default Gateway. Bluetooth Connection: Connection-specific DNS Suffix..: Link-local IPv6 Address. IPv6 Address.. IPv4 Address. Subnet Mask. Default Gateway. FE80::201:43FF:FEBB:55C2 198.1.30.2 255.255.255.192 == 198.1.30.1 == == 0.0.0.0 0.0.0.0 == 0.0.0.0 C:\>ping 198.1.30.131 Pinging 198.1.30.131 with 32 bytes of data: Reply from 198.1.30.131 bytes=32 time Answer the following questions about the network: Total number of collision domains: Total number of broadcast domains: New Subnet Mask for each LAN: Subnetting Scheme: CIDR Notation: Subnet Subnet Address Broadcast address IP Address Range # 2 3 5 6 7 Subnet Allocation in LANs LAN LAN1 LAN2 LAN3 Subnet address Valid host address range Default GW