Given (192.168.0.0/21), use the VLSM Subnetting technique to find suitable Subnets for the topology shown in figure 1. Use table 1 to generate the Subnetting table. Assume; 1000 Hosts for Muharraq Network, 200 Hosts for Hamad Town Network, 100 Hosts for Budaiya Network and 16 hosts for Saar Network. N.B: All links between Routers require 2 IPs. Specification Number of bits in the subnet (/n) New IP subnet mask (in dotted decimal) Number of usable hosts per subnet IP Subnet First IP Host address Last IP Host address Broadcast IP Subnet 0 Subnet 1 D Subnet 2 Table 1 Classless Subnetting for subnets. Subnet 3 Acti Go to Specification Number of bits in the subnet (/n) New IP subnet mask (in dotted decimal) Number of usable hosts per subnet IP Subnet First IP Host address Last IP Host address Broadcast IP WAN 1 WAN 2 WAN 3 WAN 4 (Link between R0-R1) (Link between R0-R2) (Link between R0-R3) (Link between R0-R4) Table 2 Classless Subnetting for WAN networks. 2 PC2 Fa0 POT Fao Muharrag 1000 Hosts Fa0/2 R1 Fabr S wechs Gigort Gigon Seo/so R4 S60/ S60/0/1 Gigo Gigort Selvo S400/1 940/1/1 Gigor R2 Fabr Fao Gigort Fad Hamad Town 200 Hosts Figure 1 Smoll network configuration Fad Sed/0/1 R3 Faon Des F02 Budaya 100 hosts Gago/1 Saar 16 hosts Gigor Far Fad Switch2 Fao Sever Fab2 Fac