The last question is paste a screenshot of the packet tracer activity results: 7.3.3 packet tracer. Packet

The last question is paste a screenshot of the packet tracer activity results: 7.3.3 packet tracer.

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Packet Tracer - Observe Data Flow in a LAN Objectives Develop an understanding of the basic functions of Packet Tracer. Create model a simple Ethemet network using 3 hosts and a switch. Observe traffic behavior on the network. Observer data few of ARP broadcasts and pings. Instructions Part 1: Create a logical network diagram with 3 PCs and a switch. During an activity, to ensure that the instructions always remain visible, click the "top" check box in the Instruction box window. The bottom left hand corner of the Packet tracer screen displays the icons that represent device categories or groups, such as Routers, Switches, or End Devices. Moving the cursor over the device categories will show the name of the category in the box. To select a device, first select the device category. When the device category is selected, the options within that category appear in the box next to the category listings. Select the device option that is required. 8. Select End Devices from the options in the bottom left-hand comer. Drag and drop 3 generic PCs onto your design area. b. Select Switch from the options in the bottom lel-hand comer. Add a 2960 switch to your prototype network by dragging it onto your design area. c. Select Connections from the bottom left hand comer. Choose a copper straight-through cable type. Click the first host (PCD) and assign the cable to the FastEthernet connector. Click the switch (Switch) and select a connection FastEthernet0/1 for PCD. d. Repeat step c for PC1 and PC2. Select FastEthemet2 on the Switch for PC1 and FastEthernet0/3 for PC2 There should be green dots at both ends of each cable connection after the network has converged. If not, double check the cable type selected. rt 2: Configure host names and IP addresses on the PCs. a. Click PCO. Select the Config tab. Change the PC Display Name to PC-A. Select FastEthernet tab on the left and add 192.168.1.1 as the IP address and 255.255.255.0 as the subnet mask. Close PC-A when done. 2016-2022 Cisco and/or its affiliates. A rights reserved. Cisco Public b. Click PC1. Select the Config tab. Change the PC Display Name to PC-B. Select FastEthernet tab on the left and add 192.168.1.2 as the IP address and 255.255.255.0 as the subnet mask. Close PC-B when done. Packet Tracer- Observe Data Flow in a LAN c. Click PC2. Select the Config tab. Change the PC Display Name to PC-C. Select FastEthernet tab on the left and add 192.168.1.3 as the IP address and 255.255.255.0 as the subnet mask. Close PC-C when done. 888 MacBook Air Page 1 of 3 tv (C C Dil Aa www.netocad.com #tv A DD Aa Packet Tracer-Observe Data Flow in a LAN Part 3: Observe the flow of data from PC-A to PC-C by creating network traffic. a. Switch to Simulation Mode in the bottom right-hand comer. b. Click Edit Filter in the Edt List Fiber area. In the event ist filler, dick All None to deselect every filer. Click Edit Filter. Select ARP and ICMP ibers under IPv4 tab. c. Select a Simple PDU by clicking the closed envelope in the upper toolbar With the envelop icon, dick PC-A to establish the source. Click PC-C to establish the destination. Note: Nodce that two envelopes are now pesit enec beside PC-A. One envelop is ICMP, while the other is ARP. The Event List in the Simulation Parel wiliderlily exactly which anvelop represents ICMP and which represents ARP d. Seket Play from the Play Controls in the Smulation Panel. You can speed up the simulation using the Play Speed Slider. The Play Speed Slider is kccated bekce Play inside the Simulation Panel Cragging the button to the right will speed up the simulation, while dragging is to the left will slow down the simulation a. Observe the path ICMP and ARP amekcpa Click View Previous Event to continue when the butter is 1.L f. Click Reat Simulation in the Simulation Pand. Notice that the ARP awalop is no longer prosent. This here the simulation but he nel cleared any conig.nation changes or dynamic table entries, such as ARP table entries. The ARP request is not necessary to complete the ping because PC-A slready has the MAC address in the ARP table. a. Click Capture then Forward inside the Smuladon Pane. The ICMP envelop will moved from the source to the switch and stop. The Capture then Forward slows you to move the simulation une step at a me Continue selecting the Capture then Forward unil you complete the event. h. Click the Power Cycle Device on the bulem lel, he devicH K i An error message will appear asking you to confirm reset Click Yes. Now both the ICMP and ARP aplin. The power tycker any configuration changes not eved and will clear all dynamic table entries, such as the ARP and MAC sable entries. j. Exit the simulation made by clicking Realtime a allow the network to converge. k. After the network has converge, he heam.dedica al C:\>arp -a Internet Addr 192.168.1.3 art 4: View ARP Tables on each PC. a. Click Play to repopulate the ARP table on the PCs. Click View Previous Event when the buffer is full. b. Click Inspect (magnifying glass) in the upper tool bar. c. With the magnifying glass, click PC-A. Select ARP Table in the pop-up menu. Notice that PC-A has an ARP entry for PC-C. View the ARP tables for PC-8 and PC-C as well. Clase all ARP table windows. d. Click Select in the upper toal bar. e. Click PC-A and select the Desktop lab. f. Select the Command Prompt and enter the command arp-ato view the ARP table from the desktop view. Close the PC-A configuration window. 2016-2022 Cisco under ita halua. All righda reared. Puck: tv Physical Address 2003.406.430 nyan g. Examine the ARP tables for PC-B and PC-C. Close the Command Prompt window when finished. MacBook Alt Page 2 of 3 Aa www.natacad. com tv A A Packet Tracer - Observe Data Flow in a LAN Objectives Develop an understanding of the basic functions of Packet Tracer. Create model a simple Ethemet network using 3 hosts and a switch. Observe traffic behavior on the network. Observer data few of ARP broadcasts and pings. Instructions Part 1: Create a logical network diagram with 3 PCs and a switch. During an activity, to ensure that the instructions always remain visible, click the "top" check box in the Instruction box window. The bottom left hand corner of the Packet tracer screen displays the icons that represent device categories or groups, such as Routers, Switches, or End Devices. Moving the cursor over the device categories will show the name of the category in the box. To select a device, first select the device category. When the device category is selected, the options within that category appear in the box next to the category listings. Select the device option that is required. 8. Select End Devices from the options in the bottom left-hand comer. Drag and drop 3 generic PCs onto your design area. b. Select Switch from the options in the bottom lel-hand comer. Add a 2960 switch to your prototype network by dragging it onto your design area. c. Select Connections from the bottom left hand comer. Choose a copper straight-through cable type. Click the first host (PCD) and assign the cable to the FastEthernet connector. Click the switch (Switch) and select a connection FastEthernet0/1 for PCD. d. Repeat step c for PC1 and PC2. Select FastEthemet2 on the Switch for PC1 and FastEthernet0/3 for PC2 There should be green dots at both ends of each cable connection after the network has converged. If not, double check the cable type selected. rt 2: Configure host names and IP addresses on the PCs. a. Click PCO. Select the Config tab. Change the PC Display Name to PC-A. Select FastEthernet tab on the left and add 192.168.1.1 as the IP address and 255.255.255.0 as the subnet mask. Close PC-A when done. 2016-2022 Cisco and/or its affiliates. A rights reserved. Cisco Public b. Click PC1. Select the Config tab. Change the PC Display Name to PC-B. Select FastEthernet tab on the left and add 192.168.1.2 as the IP address and 255.255.255.0 as the subnet mask. Close PC-B when done. Packet Tracer- Observe Data Flow in a LAN c. Click PC2. Select the Config tab. Change the PC Display Name to PC-C. Select FastEthernet tab on the left and add 192.168.1.3 as the IP address and 255.255.255.0 as the subnet mask. Close PC-C when done. 888 MacBook Air Page 1 of 3 tv (C C Dil Aa www.netocad.com #tv A DD Aa Packet Tracer-Observe Data Flow in a LAN Part 3: Observe the flow of data from PC-A to PC-C by creating network traffic. a. Switch to Simulation Mode in the bottom right-hand comer. b. Click Edit Filter in the Edt List Fiber area. In the event ist filler, dick All None to deselect every filer. Click Edit Filter. Select ARP and ICMP ibers under IPv4 tab. c. Select a Simple PDU by clicking the closed envelope in the upper toolbar With the envelop icon, dick PC-A to establish the source. Click PC-C to establish the destination. Note: Nodce that two envelopes are now pesit enec beside PC-A. One envelop is ICMP, while the other is ARP. The Event List in the Simulation Parel wiliderlily exactly which anvelop represents ICMP and which represents ARP d. Seket Play from the Play Controls in the Smulation Panel. You can speed up the simulation using the Play Speed Slider. The Play Speed Slider is kccated bekce Play inside the Simulation Panel Cragging the button to the right will speed up the simulation, while dragging is to the left will slow down the simulation a. Observe the path ICMP and ARP amekcpa Click View Previous Event to continue when the butter is 1.L f. Click Reat Simulation in the Simulation Pand. Notice that the ARP awalop is no longer prosent. This here the simulation but he nel cleared any conig.nation changes or dynamic table entries, such as ARP table entries. The ARP request is not necessary to complete the ping because PC-A slready has the MAC address in the ARP table. a. Click Capture then Forward inside the Smuladon Pane. The ICMP envelop will moved from the source to the switch and stop. The Capture then Forward slows you to move the simulation une step at a me Continue selecting the Capture then Forward unil you complete the event. h. Click the Power Cycle Device on the bulem lel, he devicH K i An error message will appear asking you to confirm reset Click Yes. Now both the ICMP and ARP aplin. The power tycker any configuration changes not eved and will clear all dynamic table entries, such as the ARP and MAC sable entries. j. Exit the simulation made by clicking Realtime a allow the network to converge. k. After the network has converge, he heam.dedica al C:\>arp -a Internet Addr 192.168.1.3 art 4: View ARP Tables on each PC. a. Click Play to repopulate the ARP table on the PCs. Click View Previous Event when the buffer is full. b. Click Inspect (magnifying glass) in the upper tool bar. c. With the magnifying glass, click PC-A. Select ARP Table in the pop-up menu. Notice that PC-A has an ARP entry for PC-C. View the ARP tables for PC-8 and PC-C as well. Clase all ARP table windows. d. Click Select in the upper toal bar. e. Click PC-A and select the Desktop lab. f. Select the Command Prompt and enter the command arp-ato view the ARP table from the desktop view. Close the PC-A configuration window. 2016-2022 Cisco under ita halua. All righda reared. Puck: tv Physical Address 2003.406.430 nyan g. Examine the ARP tables for PC-B and PC-C. Close the Command Prompt window when finished. MacBook Alt Page 2 of 3 Aa www.natacad. com tv A A