Build the network according to the following requirements Tasks to complete: IPV4 Addressing: Use the table bellow for help 1. Divide the 192.168. X .0 /24 network into 2 equal sized subnets that supports a maximum 126 valid hosts each. 2. Use the first subnet for the SALES department network. 3. Split the second network to 2 equal subnets that each of them can support maximum of 62 valid hosts. 4. Use the second subnet for MANAGEMENT department network. 5. The router interfaces get the first usable address in each subnet. 6. The PCs get the 10th and 11th usable addresses in the SALES, and MANAGEMENT network. 7. The switches get the LAST usable address in the subnet. 8. The server gets the second address in the subnet. 2|Page IPv6 Addressing SALES: netwok ID : 2001:DB8:CCCC:1::/64 RT Gig 0/0 IPv6 address: 2001:DB8:CCCC:1::1/64 PC1-SALES IPv6 address: 2001:DB8:CCCC:1::A/64 PC2 -SALES IPv6 address: 2001:DB8:CCCC:1::B/64 MANAGEMENT network ID: 2001:DB8: CCCC:2: :/64 RT Gig 0/1 PC1-MANAGEMENT PC2 - MANAGEMENT IPv6 address: 2001:DB8:CCCC:2::1/64 IPv6 address: 2001:DB8:CCCC:2::A/64 IPv6 address: 2001:DB8:CCCC:2::B/64 IPv6 Link-local (optional) R1 -- FE80::1 on Gig 0/0 and Gig 0/1 Configuration Tasks: 1. hostnames: a. router - RT b. Switches : SALES and MANAGEMENT 2. confirure en router RT security option "minimum password length is 8 characters" 3. secure console line: password: cisco12345 4. secure privilege mode enable password: class12345 5. enable service password encryption on all lines 6. banner message of the day: No unauthorized access allowed! 7. Configure telnet access on virtual lines from 0-15 10. enable ipv6 routing on R1 (ipv6 unicast-rounting) 11. configure PCs with IPv4 and IPv6 addresses, network prefix or subnet mask, and default gateway 12. RT interfaces with IPv4 and IPv6 addressing 13. configure VLAN1 with IPv4 address and subnet mask on each switch 14. configure default-gateway on each switch 16. Copy running-config to startup-config Tests: Ping should work from any host to any other host with IPV4 and IPV6 addresses. 3|Page Fill the following IPv4 table Interface RT G 0/0 RT G 0/0 PC1-SALES PC2-SALES PC1-MANAGEMENT PC2-MANAGEMENT SALES SWITCH VLAN1 MANAGEMENT SWITCH VLAN 1 IPv4 address with subnet mask