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LAB 9.1 CLASSLESS IP ADDRESS SRV1 PCS Switch 2 Router 1 Router 2 PC1 el e2 el e3 Switch 1 e3 Router 3 e3 PC2 PC7 el PC3 Switch 3 PC6 PC4 PCS How many Broadcast domains are in this network diagram? Remember that each broadcast domain is a LAN. The purpose of the lab is to assign correct IP addresses for each PC and each router interface You will be given a network address and you will have to do the following: 1. Determine the subnet mask that will make it possible to have the required number of subnets. 2. Assign a subnet address to each subnet. 3. Assign IP addresses to each device in the subnet. Assign the lowest IP address to the router interface 4. Fill in the tables below: Device IP address Subnet Default gateway Mask Router 1 e0 х Router 1 e1 Router 1 e2 Router 2 e0 Router 2 el Router 2 e3 Router 3 e0 х Router 3 el Router 3 e2 SRV1 PC1 PC2 РСЗ PC4 PC5 PC6 PC7 PC8

LAB 9.1 CLASSLESS IP ADDRESS SRV1 PCS Switch 2 Router 1 Router 2 PC1 el e2 el e3 Switch 1 e3 Router 3 e3 PC2 PC7 el PC3 Switch 3 PC6 PC4 PCS How many Broadcast domains are in this network diagram? Remember that each broadcast domain is a LAN. The purpose of the lab is to assign correct IP addresses for each PC and each router interface You will be given a network address and you will have to do the following: 1. Determine the subnet mask that will make it possible to have the required number of subnets. 2. Assign a subnet address to each subnet. 3. Assign IP addresses to each device in the subnet. Assign the lowest IP address to the router interface 4. Fill in the tables below: Device IP address Subnet Default gateway Mask Router 1 e0 х Router 1 e1 Router 1 e2 Router 2 e0 Router 2 el Router 2 e3 Router 3 e0 х Router 3 el Router 3 e2 SRV1 PC1 PC2 РСЗ PC4 PC5 PC6 PC7 PC8

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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172.32.0.0

LAB 9.1 CLASSLESS IP ADDRESS SRV1 PCS Switch 2 Router 1 Router 2 PC1 el e2 el e3 Switch 1 e3 Router 3 e3 PC2 PC7 el PC3 Switch 3 PC6 PC4 PCS How many Broadcast domains are in this network diagram? Remember that each broadcast domain is a LAN.
Transcribed Image Text:LAB 9.1 CLASSLESS IP ADDRESS SRV1 PCS Switch 2 Router 1 Router 2 PC1 el e2 el e3 Switch 1 e3 Router 3 e3 PC2 PC7 el PC3 Switch 3 PC6 PC4 PCS How many Broadcast domains are in this network diagram? Remember that each broadcast domain is a LAN.
The purpose of the lab is to assign correct IP addresses for each PC and each router interface You will be given a network address and you will have to do the following: 1. Determine the subnet mask that will make it possible to have the required number of subnets. 2. Assign a subnet address to each subnet. 3. Assign IP addresses to each device in the subnet. Assign the lowest IP address to the router interface 4. Fill in the tables below: Device IP address Subnet Default gateway Mask Router 1 e0 х Router 1 e1 Router 1 e2 Router 2 e0 Router 2 el Router 2 e3 Router 3 e0 х Router 3 el Router 3 e2 SRV1 PC1 PC2 РСЗ PC4 PC5 PC6 PC7 PC8
Transcribed Image Text:The purpose of the lab is to assign correct IP addresses for each PC and each router interface You will be given a network address and you will have to do the following: 1. Determine the subnet mask that will make it possible to have the required number of subnets. 2. Assign a subnet address to each subnet. 3. Assign IP addresses to each device in the subnet. Assign the lowest IP address to the router interface 4. Fill in the tables below: Device IP address Subnet Default gateway Mask Router 1 e0 х Router 1 e1 Router 1 e2 Router 2 e0 Router 2 el Router 2 e3 Router 3 e0 х Router 3 el Router 3 e2 SRV1 PC1 PC2 РСЗ PC4 PC5 PC6 PC7 PC8
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