255.255.255.25 S0/1/1 R1 10. _.10.2 2 -R3 GO/0/0.1 255.255.255.## www Sw3 10. .3.1 0 # 60 60 GO/0/0.2 10. .3.## 255.255.255.## Sw3 60 0 # # GO/0/0.3 10. .3.## 255.255.255.## Sw3 60 0 # # 60 G0/0/0.4 10. .3.## 255.255.255.## Sw3 0 # # 60 60 255.255.255.25 S0/1/0 R1 10. .10.9 500000 2 255.255.255.25 S0/1/1 R2 10. .10.6 2 Connect Clock System Port IP address Subnet Mask Users To Rate -R1 GO/0/1 CSU-DSU 11.0.0. 255.255.255.0 255.255.255.25 S0/1/0 R2 10. .10.1 500000 2 10. .10.1 255.255.255.25 S0/1/1 R3 0 2 GO/0/0.1 255.255.255.12 Sw5 10. .1.1 100 0 8 GO/0/0.2 10. .1.## 255.255.255.## Sw5 50 0 # # GO/0/0.3 10. .1.## 255.255.255.## Sw5 25 0 # # GO/0/0.4 10. .1.22 255.255.255.24 Sw5 10 0 5 0 -R2 GO/0/0.1 255.255.255.12 Sw1 10. .2.1 100 0 8 GO/0/0.2 10. .2.## 255.255.255.## Swl 50 0 # # GO/0/0.3 10. 2.## 255.255.255.## Swl 25 0 # # GO/0/0.4 10. .2.22 255.255.255.24 Swl 10 0 5 0 255.255.255.25 S0/1/0 R3 10. .10.5 500000 2

Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
icon
Related questions
Question

Configure the network based on the table below.  Notice we are using different subnet masks on the routers- we will be using VLSM (Variable Length Subnet Mask), a technique that allows network administrators to divide an IP address space into subnets of different sizes, rather than dividing it into subnets of the same size.

Once you configure all the interfaces in the table above, run a show ip interface brief on each router to show each interface configured.  Take a screenshot of each.

Next add VLANs and trunks to the switches.   Make sure each of the four devices that connect back to each router is in its own VLAN.  For example, for the R2 router- PC1 in VLAN 10, Server1 in VLAN 20, PC2 in VLAN 30 and Server2 in VLAN 40.   

Verify the switches are configured with the VLANs and trunks on each switch in the running-configuration with a show running-config command.  Scroll down to the bottom to show the trunks configured.  Take a screenshot of the S1 and S6 switches. 

Configure your network to use EIGRP.  Once configured on the R1, R2 and R3 routers, run a show ip route on each router and take a screenshot.

Configure DCHP pools on the R1 router for the PCs and Servers.  Make sure to add the ip-helper to the R2 and R3 routers.  Take a screenshot of the DHCP pools on the R1 router.

Verify DCHP is working on the PCs and Servers.  Take a screenshot of PC2 and PC5 with successful and valid IP addresses using DCHP. 

255.255.255.25
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<studentID>-R3
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#
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0
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#
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R1
10. .10.9
500000
2
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R2
10. .10.6
2
Transcribed Image Text:255.255.255.25 S0/1/1 R1 10. _.10.2 2 <studentID>-R3 GO/0/0.1 255.255.255.## www Sw3 10. .3.1 0 # 60 60 GO/0/0.2 10. .3.## 255.255.255.## Sw3 60 0 # # GO/0/0.3 10. .3.## 255.255.255.## Sw3 60 0 # # 60 G0/0/0.4 10. .3.## 255.255.255.## Sw3 0 # # 60 60 255.255.255.25 S0/1/0 R1 10. .10.9 500000 2 255.255.255.25 S0/1/1 R2 10. .10.6 2
Connect
Clock
System
Port
IP address
Subnet Mask
Users
To
Rate
<studentID>-R1
GO/0/1
CSU-DSU 11.0.0.
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255.255.255.25
S0/1/0
R2
10. .10.1
500000
2
10. .10.1
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2
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255.255.255.12
Sw5
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0
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Sw5
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0
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#
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Sw5
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2
Transcribed Image Text:Connect Clock System Port IP address Subnet Mask Users To Rate <studentID>-R1 GO/0/1 CSU-DSU 11.0.0. 255.255.255.0 255.255.255.25 S0/1/0 R2 10. .10.1 500000 2 10. .10.1 255.255.255.25 S0/1/1 R3 0 2 GO/0/0.1 255.255.255.12 Sw5 10. .1.1 100 0 8 GO/0/0.2 10. .1.## 255.255.255.## Sw5 50 0 # # GO/0/0.3 10. .1.## 255.255.255.## Sw5 25 0 # # GO/0/0.4 10. .1.22 255.255.255.24 Sw5 10 0 5 0 <studentID>-R2 GO/0/0.1 255.255.255.12 Sw1 10. .2.1 100 0 8 GO/0/0.2 10. .2.## 255.255.255.## Swl 50 0 # # GO/0/0.3 10. 2.## 255.255.255.## Swl 25 0 # # GO/0/0.4 10. .2.22 255.255.255.24 Swl 10 0 5 0 255.255.255.25 S0/1/0 R3 10. .10.5 500000 2
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