[Solved]Please Upload Screenshot Network Diagram Answer Steps Ve Completed Packet Tracer File Incl Q37125027

PLEASE UPLOAD A SCREENSHOT OF YOUR NETWORKDIAGRAM TO YOUR ANSWER WITH STEPS ON HOW YOU’VE COMPLETEDTHIS

1. A packet tracer file that includes the following:
   1. Network Diagram that should have the following:
      • Several computers per network. For example, you do not need toput 60 computers /network. Adding 2-3 computers per network shouldbe fine due to the limited space in packet Tracer.
      • A Wireless Access Points per network. (You do not need toconfigure the AP for this course. This is done in Cisco II)
   2. Configurations:
      • Configure IP addresses on computers & routers’ interfacesused in the diagram/internetwork. Do not forget to enable therouters’ interfaces after you configure them with IP addresses
      • Configure the appropriate routing protocol on each router inthe interwork. Keep in mind when choosing the routingprotocol that the network in Figure 4-15 uses VLSM.
      • After you are all done with configuration, make sure thatcomputers in one network can communicate (ping) with each other inthe same network as well as with computers on the othernetworks.

Your table for the cisco packet tracer diagram should look like the following Subnet 192.168.59 192.168.59.64/26 192.168.59.96/27 192.168.59.128/30 192.168.59.132/30 Range of host IP Broadcast IP 192.168.59.63 192.168.59.95 192.168.59.127 192.168.59.131 192.168.59.135 192.168.59.1 192.168.59.62 192.168.59.65 192.168.59.94 192.168.59.67 192.168.59.126 192.168.59.129 192.168.59.130 Neti net2 net3 net4 net5 192.168.59.133 192.168.59.134 Fgresamele, If I want to start with assigning addresses to network 1, I could do the following: Router B 1) The interface that is connected to the switch: a. This interface many be called g0/0 or g0/1 depending on your diagram in packet tracer. b. could assign this interface any address in the range of 192.168.59.1-192.168.59.62. So, I could pick 192.168.59.1 2) The computers connected to the switch in network 1 I could assign these computers any address in the range of 192.168.59.1 -192.168.59.62 Except 192.168.59.1 because this address is already taken by the interface in step 1 above. 3) The interface that is connected to router A: This interface is part of network4. According to the table above, I could assign addresses in the range of 192.168.59.129- 192.168.59.130. Therefore, I could choose 192.168.59.129 Router A: 1) The interface that is connected to router B: This interface is part of network4. According to the table above, I could assign addresses in the range of 192.168.59.129- 192.168.59.130. Since I gave 192.168.59.129 to router b interface as in step 3 above under router B, then the only one left for me to use is 192.168.59.130 192.168.59.0/24 192.168.59.0 /26 Net 1 Net 2 Net 3 Net 4 Net 5 Reserved 192.168.59.64 /26 192.168.59.64 /27 192.168.59.96 /27 192.168.59.128 /30 192.168.59.132 /30 192.168.59.136 through 192.168.59.128 /26 192.168.59.188 192.168.59.192 /26 Reserved Table 4-8 VLSM IP scheme for 192.168.59.0 Net 2 28 hosts Router A Net 4 2 hosts Net 5 2 hosts Router C Router B Net 1 60 hosts Net 3 10 hosts igure 4-15 Example internetwork for VISM Show transcribed image text Your table for the cisco packet tracer diagram should look like the following Subnet 192.168.59 192.168.59.64/26 192.168.59.96/27 192.168.59.128/30 192.168.59.132/30 Range of host IP Broadcast IP 192.168.59.63 192.168.59.95 192.168.59.127 192.168.59.131 192.168.59.135 192.168.59.1 192.168.59.62 192.168.59.65 192.168.59.94 192.168.59.67 192.168.59.126 192.168.59.129 192.168.59.130 Neti net2 net3 net4 net5 192.168.59.133 192.168.59.134 Fgresamele, If I want to start with assigning addresses to network 1, I could do the following: Router B 1) The interface that is connected to the switch: a. This interface many be called g0/0 or g0/1 depending on your diagram in packet tracer. b. could assign this interface any address in the range of 192.168.59.1-192.168.59.62. So, I could pick 192.168.59.1 2) The computers connected to the switch in network 1 I could assign these computers any address in the range of 192.168.59.1 -192.168.59.62 Except 192.168.59.1 because this address is already taken by the interface in step 1 above. 3) The interface that is connected to router A: This interface is part of network4. According to the table above, I could assign addresses in the range of 192.168.59.129- 192.168.59.130. Therefore, I could choose 192.168.59.129 Router A: 1) The interface that is connected to router B: This interface is part of network4. According to the table above, I could assign addresses in the range of 192.168.59.129- 192.168.59.130. Since I gave 192.168.59.129 to router b interface as in step 3 above under router B, then the only one left for me to use is 192.168.59.130
192.168.59.0/24 192.168.59.0 /26 Net 1 Net 2 Net 3 Net 4 Net 5 Reserved 192.168.59.64 /26 192.168.59.64 /27 192.168.59.96 /27 192.168.59.128 /30 192.168.59.132 /30 192.168.59.136 through 192.168.59.128 /26 192.168.59.188 192.168.59.192 /26 Reserved Table 4-8 VLSM IP scheme for 192.168.59.0
Net 2 28 hosts Router A Net 4 2 hosts Net 5 2 hosts Router C Router B Net 1 60 hosts Net 3 10 hosts igure 4-15 Example internetwork for VISM

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Answer to PLEASE UPLOAD A SCREENSHOT OF YOUR NETWORK DIAGRAM TO YOUR ANSWER WITH STEPS ON HOW YOU’VE COMPLETED THIS A packet trace… . . .