Chrome File Edit View History Bookmarks People Tab Window Help Q P A * 93% O Mon 15:37 a E Files BIX M 484 G Goog B Group Gram #Diet R Shoul || At W Searc w Trans w Choic W For T W Prepa w Writin w Applic Cours G Lab 1 + ORO C File /Users/Devoted/Downloads/BIT%20102%20Lab%2010%20Subnetting%20Part%202.pdf | TROUBLESHOOTING PRACTICE AND MAY EVEN HAVE TO "WING IT Lab 10 Objective: Subnetting Basics (40 Points) This lab will help you to demonstrate subnetting techniques by implementing IP address schemes. 30 Hosts 30 Hosts F0/0 F0/0 SO/O SO/1 Router Router 2 SO/1 SO/O S0/0 S0/1 Router 3 F0/0 30 Hosts You are setting up a network and it is your responsibility to design an efficient IP address scheme with the following information: You will need to determine the subnet mask, multiplier, network ID, broadcast, interface, and host addresses. All interfaces must be configured with or without hosts on the connections. Each router interface is considered a subnet. Be sure to provide an IP address for all six interfaces (the three Fast Ethernet and the three Serial cable connections). Use network 192.129.1.0 for your address scheme. SO/O and S0/1 represents the three Serial links. F0/0 represents the three Fast Ethernet links. Page 1 of 3 Chrome File Edit View History Bookmarks People Tab Window Help Q P A * 93% O Mon 15:38 Q E Files BIX M 484 G Goog B Group Gram #Diet R Shoul || At W Searc w Trans w Choic W For T W Prepa w Writin w Applic Cours G Lab 1 + ORO E C File /Users/Devoted/Downloads/BIT%20102%20Lab%2010%20Subnetting%20Part%202.pdf BIT102 Lab Name 1. Determine the class of the network by examining the first octet of the network address given. What is the network class? 2. Determine the number of subnets needed. 3. Determine how many bits must be borrowed in order to accommodate the number calculated in Step 2. How many bits were borrowed? How many subnets are available? 4. Determine if borrowing the number of bits calculated in Step 3 leaves enough bits to accommodate the number of hosts per subnet, as indicated in the diagram. How many usable hosts per subnetwork are available? 5. Determine the new subnet mask in dotted decimal with the CIDR notation and in binary notation. CIDR Binary 6. Determine the new subnet numbers of the six existing subnets. Subnet 1 Subnet 2 Subnet 3 Subnet 4 Subnet 5 Subnet 6 Chrome File Edit View History Bookmarks People Tab Window Help Q P A * 93% O Mon 15:39 a : Files BIX M 484 G Goog B Group Gram #Diet R Shoul || At W Searc w Trans w Choic W For T W Prepa w Writin w Applic Cours G Lab 1 + ORO C File /Users/Devoted/Downloads/BIT%20102%20Lab%2010%20Subnetting%20Part%202.pdf 7. Determine the broadcast addresses on each of the six existing subnets. Broadcast 1 Broadcast 2 Broadcast 3 Broadcast 4 Broadcast 5 Broadcast 6 Page 2 of 3 BIT102 Lab Name 8. Determine the usable range of host addresses on each of the six existing subnets. Host Range 1 Host Range 2 Host Range 3 Host Range 4 Host Range 5 Host Range 6 9. Assign IP addresses to the following router interfaces: Router 1 FO/O SO/0 SO/1 Router 2 FO/O s0/0 9 10 This Chrome File Edit View History Bookmarks People Tab Window Help Q P A * 93% O Mon 15:39 a : Files BIX M 484 G Goog B Group Gram #Diet R Shoul || At W Searc w Trans w Choic W For T W Prepa w Writin w Applic Cours G Lab 1 + ORO = c File /Users/Devoted/Downloads/BIT%20102%20Lab%2010%20Subnetting%20Part%202.pdf BIT102 Lab Name 8. Determine the usable range of host addresses on each of the six existing subnets. Host Range 1 Host Range 2 Host Range 3 Host Range 4 Host Range 5 Host Range 6 9. Assign IP addresses to the following router interfaces: Router 1 FO/O so/O SO/1 Router 2 FO/O SO/0 SO/1 Router 2 FO/O SO/O 50/1 10. Prove that 192.129.1.0 is a subnetwork number by using binary notation. Explain your