36 you have a small network with three subnets as shown in the diagram below

Collision Domain : As routers and switches has per-port collision domain. so there are total 5 collision . D is the right answer. Router : has Per-port broadcast domain & per-port collision domain. Switch : has Single broadcast domain (by def) & per-port collision domain. So, There are 2 broadcast domains & 5 Collision domains. Designing Subnets • The number of subnets N must be a power of 2. 1. Find the Subnet Mask • 1-Bits: 1’s from default mask + Log2 N • 0-Bits: The remaining bits (of the 32-bit IP address) 2. Number of Addresses in Each Subnet = 2 #of 0-Bits. 3. Range of Addresses in ach Subnet.

You have a small network with three subnets as shown in the graphic. Addresses for each router interface are also indicated. You need to connect Wrk_1 to SubnetA and Wrk5_C to SubnetC. Which IP addresses should you use? (Select 2) • Wrk1_A = 192.168.111.32 • Wrk1_A = 192.168.111.62

You have a small network with three subnets as shown in the diagram below

You manage a small private network with three subnets, as shown in the image. The App1 server on SubnetC runs only IPv4-only router connects SubnetA with SubnetB, while a Windows Server server running Routing and Remote Access (Rtr1) connects SubnetB with SubnetC. 3.1.7 You have a small network with three subnets, as shown in the diagram below. Ip addresses for each router interface are also indicated. You need to connect Wrk1 to subnet A and Wrk5 to subnet C. Each workstation needs a static Ip address that will allow it to communicate on the connected subnet. Drag You have a small network with three subnets, as shown in the diagram below. IP addresses for each router interface are also indicated. You need to connect Wrk1 to Subnet A, and you need to connect Wrk5 to Subnet C. Each workstation needs a static IP address that allows it to communicate on the connected subnet.

You have a small network with three subnets as shown in the diagram below. You manage the network that is shown in the graphic. You have just added Host B to the network. All hosts use manually-configured IP addresses, and Srv1 is the DNS server for the entire network. Both subnets use a 27-bit subnet mask. Which TCP/IP configuration values should you choose for Host B? To answer, drag a value to each TCP/Ip parameter ... You have a small network with three subnets, as shown in the diagram below. IP addresses for each router interface are also indicated. You need to connect Wrk1 to subnet A and Wrk5 to subnet C. Each workstation needs a static IP address that will allow it to communicate on the connected subnet. Unformatted text preview: Chapter 3 3.1.7 Practice Questions 1. You have a small network with three subnets, as shown in the diagram below. IP addresses for each router interface are also indicated. You need to connect Wrk1 to Subnet A and Wrk5 to subnet C. 300, 360. Each of the first 6 fragments will have flag=1; the last fragment will have flag=0. 10) Consider the network shown below. (a) Show the operation of Dijkstra’s (Link State) algorithm for computing the least cost path from F (the rightmost node in the figure below) to all destinations.

Part 3: Cable and Configure the IPv4 Network. In Part 3, you will cable the network to match the topology and configure the three routers using the VLSM address scheme that you developed in Part 2. Step 1: Cable the network as shown in the topology. Step 2: Configure basic settings on each router. a. Assign the device name to the routers. You have a small network with three subnets, as shown in the diagram below. IP addresses for each router interface are also indicated. You need to connect Wrk1 to Subnet A, and you need to connect Wrk5 to Subnet C. Each workstation needs a static IP address that allows it to communicate on the connected subnet. 3.1.7 You have a small network with three subnets, as shown in the diagram below. Ip addresses for each router interface are also indicated. You need to connect Wrk1 to subnet A and Wrk5 to subnet C. Each workstation needs a static Ip address that will allow it to communicate on the connected subnet. Drag You manage a small private network with three subnets, as shown in the image. The App1 server on SubnetC runs only IPv4-only router connects SubnetA with SubnetB, while a Windows Server server running Routing and Remote Access (Rtr1) connects SubnetB with SubnetC.