#8.3.1.2 PACKET TRACER WALK THROUGH FULL#

After you review all questions, You should practice with our online test system by go to 'Online Test' link below. Each version have 1 to 10 different questions or more. While you take online test with, You may get random questions from all version. We recommend you to go thought all version if you are not clear. What is your version? It depends on your instructor creating your class. The latest version is version 6.0 in 2018. Record your observations.From year to year, Cisco has updated many versions with difference questions. Compare the tracert results to the simulation results for the HTTP packets. Click Capture / Forward to load the web page.Р”Р‡. Open the web browser on PC1 and enter as the URL. The second line of IPv4 address of 209.165.202.132 displays the public IPv4 address of the web server.Р”В. In the tracert result, the first line of IPv4 address of 209.165.202.132 is for the G0/1 interface of East. Network address translation (NAT) is used to translate the private IP address of 192.168.2.254 to a routable IPv4 address of 209.165.202.132. Now enter the command show ip interface brief to getting a listing of the interfaces and IP addresses. If the popup does not stay active long enough, you can access router IP addresses in the following manner: Click the router > CLI > press Enter. Hover over the routers in the topology to view the IP addresses of the interfaces on the routers. Match the IP addresses in the tracert results to the devices in the topology.

Click PC1 > Desktop and open a command prompt.Р”В«. With a broken link in the WAN, how would the path change? Record your observation. Open a web browser in Tablet0 and navigate to e. The routers are using Enhanced Interior Gateway Routing Protocol (EIGRP) to dynamically adjust routing tables to account for the deleted link.Р”В. Remove the link between Router4 and Router2 from the topology to simulate an inaccessible path.

#8.3.1.2 PACKET TRACER WALK THROUGH FULL#

Click View Previous Events when prompted by the Buffer Full dialog box.Р”В¬. Click Capture / Forward until the webpage is displayed on PC0 to view the packet flow. Remaining in Simulation mode, open a web browser on PC0. _ Part 3: WAN Network Topology Step 1: PC0 to websites.Р”Р„. With a broken link in the LAN, how did the path change? Record your observation. You can also move the Play Slider to the right to speed up the packet forwarding. Open a web browser in Tablet0 and navigate to You can click Auto Capture/Play to have Packet Tracer forward the packets without your interaction. Select the Arrow tool above the Delete tool to de-select Delete. You can click Fast Forward to speed up the process.Р”Р‡. After 30 seconds, the network will learn of the broken link. Remove the link between Switch0 and Switch 1 from the Public Network to simulate a broken link. Click the X icon in the right tool panel to select the Delete tool. Click View Previous Events when prompted by the Buffer Full dialog box.Р”Р„fter the IP address has been resolved, which path did HTTP packets travel to display the webpage? Predict the packet path to resolve to an IP address. Select DNS under the IPv4 tab and HTTP under Misc tab.Р”В¬.

Click Show All/None to clear all the selected event list filters.Р”В«. In this part, you will use the simulation mode in Packet Tracer to observe how packets flow through a remote LAN network.Р”Р„. Repeat this for It should be successful.Р”В. You can click Fast Forward Time to speed up the process.Р”В¬. Select the Desktop tab and open the Web Browser.Р”В«. In this part, you will verify that you can access the other networks from devices on the Home Network.Р”Р„.

Latest version of Packet Tracer installed.

You will also observe the changes in packet flow when there is a change in the network topology. You will explore how packets travel through the network using the simulation mode in Packet Tracer. In this activity, you are presented with a simplified topology to observe packet flow. Packet Tracer allows the design and creation of a simulated networking topology. You will also observe how the packet flow path may change when there is a change in the network topology. In this activity, you will observe packet flow in a LAN and WAN topology.

8.3.1.2 packet tracer walk through