PC4 192.168.B.120/24 PC3 192.168.B.125/24 PC1 192.168.A.5/24 PC2 192.168 A 10/24 Switch 1 D1 192.168 A. 1/24 Switch 2 E1

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answerhappygod
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PC4 192.168.B.120/24 PC3 192.168.B.125/24 PC1 192.168.A.5/24 PC2 192.168 A 10/24 Switch 1 D1 192.168 A. 1/24 Switch 2 E1

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Pc4 192 168 B 120 24 Pc3 192 168 B 125 24 Pc1 192 168 A 5 24 Pc2 192 168 A 10 24 Switch 1 D1 192 168 A 1 24 Switch 2 E1 1
Pc4 192 168 B 120 24 Pc3 192 168 B 125 24 Pc1 192 168 A 5 24 Pc2 192 168 A 10 24 Switch 1 D1 192 168 A 1 24 Switch 2 E1 1 (121.62 KiB) Viewed 11 times
Picture 1. Picture of LAN Network Topology
1)Use figure 1 as a reference, if the values ​​A, B, C and D (onthe 3rd octet) with the following conditions:
Value A = sum of your 10 digit NIMValue B = A+3 Value C = A+4Value D = A+5D1, E1, F1 are the interfaces for the gateway router, while D2, D3,E2, E3, F2, F3 is the interface for between routers
a. How many networks (LAN) are there in the picture?
b. and Network Address and subnet mask for each appropriatenetwork with the amount you mentioned in point 1a!
c. Determine Number of Directly Connected and Remote Networksfor each Router (R1, R2, R3)
d. Determine the Routing Table for R1, R2, and R3 using thefollowing table!
Pc4 192 168 B 120 24 Pc3 192 168 B 125 24 Pc1 192 168 A 5 24 Pc2 192 168 A 10 24 Switch 1 D1 192 168 A 1 24 Switch 2 E1 2
Pc4 192 168 B 120 24 Pc3 192 168 B 125 24 Pc1 192 168 A 5 24 Pc2 192 168 A 10 24 Switch 1 D1 192 168 A 1 24 Switch 2 E1 2 (4.06 KiB) Viewed 11 times
PC4 192.168.B.120/24 PC3 192.168.B.125/24 PC1 192.168.A.5/24 PC2 192.168 A 10/24 Switch 1 D1 192.168 A. 1/24 Switch 2 E1 192.168.B.1/24 R1 E2 10.200.B.5/28 D2 10.200.B.10/28 D3 10.10.B.193/28 R2 E3 10.21.B.5/30 F2 10.21.B.6/30 F3 10.10.B.200/28 R3 F1 192.168.C.1/24 Switch PCB 192.168.C.16/24 PC5 192.168.C.18/24
Network Address Destination Next hop Interface
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