Part 1: 17 Given Number of needed usable hosts: Network Address: 126 200.0.0.0 Find Address class Default subnet mask Custom subnet mask Total number of subnets Total number of IP addresses per subnet Number of host addresses per subnet Number of bits borrowed 1. The following is a screenshot of ipconfig/all from my computer: C. Command Prompt Physical Address. : 8E-70-5A-E9-97-24 DHCP Enabled.. Autoconfiguration Enabled . : Yes Wireless LAN adapter Wireless Network connection: : Yes . Connection-specific ONS Suffix Description.. Physical Address. DHCP Enabled.. Autoconfiguration Enabled Link-local IPv6 Address IPv4 Address Subnet Mask. Lease Obtained. Lease Expires Default Gateway DHCP Server. DHCPV6 IAID DHCPv6 Client DUID. : home : Intel(R) Centrino(R) Advanced-N 6205 : 86-70-5A-E9-97-24 . Yes : Yes : fe80::3877:72a4:26b9:e6dd%8(Preferred) : 192.168.2.14(Preferred) : 255.255.255.2 : Monday, December 31, 2018 3:10:38 PM : Friday, January 24, 2019 11:54:45 AM : 192.168.2.1 : 192.168.2.1 : 302518678 : 08-01-28-01-10-6F-C3-93-88-21-CC-CA-50-60 : 192.168.2.1 : Enabled DNS Servers. NetBros over Tcpip. What is my Ipv4 address? What is the subnet mask? 2. Based on my wireless IPv4 address, and the subnet mask used, determine the following: . . The network address of the network (or subnet) I am connected to The broadcast address of the network I am connected to The range of host IP addresses that can be assigned to this network (or subnet) Part 3: In the network below the routers, R_OAK and R_BRA connect 4 LANs in two sites. Given a class C address block of 215.1.1.0, create an addressing scheme that will allow each network segment to have 25 hosts. /5 Network: 215.1.1.0/24 R_OAK R_BRA SW1 SW3 LAN1 LAN3 SW2 SW4 LAN4 LAN2 Total number of collision domains: Total number of broadcast domains: New Subnet Mask for each LAN: CIDR Notation: Subnetting Scheme: Subnet # Subnet Address Broadcast Address IP Address Range Part 4 (7 Marks) In the following network, the private network 200.200.0.0 is being subnetted with Variable Length Subnet Masking. Your task is to subnet the network EFFICIENTLY, in other words use as few IP addresses as possible. R1 SUBNET 3 R2 SUBNET 5 R3 50/1 SUBNET 1 s0/0 $2/0 SUBNET 2 s0/0 f1/0 s0/0 SUBNET 6 swy f2/0 SUBNET 7 f1/0 f1/0 SUBNET 4 sw3 SW1 SW2 SW5 PC7 PC3 PCI PC6 'fo/o fo/o PCS PC4 fo/ oo/ PC2 f0/0 fo/o fo/o Subnet 1 must support 6 hosts. Subnet 2 must support 80 hosts. Subnet 4 must support 14 hosts. Subnet 6 must support 22 hosts. Subnet 7 must support 8 hosts. In addition to these hosts, each of these subnets must also allocate one ip address for its default gateway. Subnets 3 and 5 are WAN links./ Based on this, please complete the following table for all 7 subnets: NOTE THAT SUBNET NUMBER IS THE APPROPRIATE NUMBER FROM THE ABOVE PICTURE. Subnet Number Network Address Broadcast Address Range of Hosts
