Consider the below image EIGRP topology and answer the following questions accordingly.   1. Calculate the EIGRP metric using the composite metric formula to reach the internet from R2 to THE INTERNET trough R1 :   2. Calculate the EIGRP metric using the composite metric formula to reach the internet from R2 to THE INTERNET trough R4:   3. Calculate the EIGRP metric using the composite metric formula to reach the internet from R2 to THE INTERNET trough R5:

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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Consider the below image EIGRP topology and answer the following questions accordingly.

 

1. Calculate the EIGRP metric using the composite metric formula to reach the internet from R2 to THE INTERNET trough R1 :

 

2. Calculate the EIGRP metric using the composite metric formula to reach the internet from R2 to THE INTERNET trough R4:

 

3. Calculate the EIGRP metric using the composite metric formula to reach the internet from R2 to THE INTERNET trough R5:

 

4. Which router is considered a feasible successor to reach THE INTERNET from R2? *

R1

R3

R4

R5

 

5. Calculate the reported distance from the other 2 routers to reach THE INTERNET:

 

6. Is there a feasible successor of R2 to reach the Internet? *

R1

R3

R4

R5

None of the above

BW: 1010 Kbps a 00
Se 01
R1
BW: 2030 Kbps
R2
Se o1
R3
Se 0/0
Ports
Delays
Se 0/0
10,000 psec
Se 0/0
Se 0/2
Se o/1
Se 0/1
10,000 µsec
BW: 1340 Kbps
Se 0/2
2,000 psec
BW: 154 Kbps
BW: 1544 Kbps
Fa 0/0
400 µsec
Se o1
Se 02 Se 00
BW: 20100 Kbps
Se 010-
Se 0/1
Fa 00
THE INTERNET
BW: 2000 Kbps
R4
R5
Transcribed Image Text:BW: 1010 Kbps a 00 Se 01 R1 BW: 2030 Kbps R2 Se o1 R3 Se 0/0 Ports Delays Se 0/0 10,000 psec Se 0/0 Se 0/2 Se o/1 Se 0/1 10,000 µsec BW: 1340 Kbps Se 0/2 2,000 psec BW: 154 Kbps BW: 1544 Kbps Fa 0/0 400 µsec Se o1 Se 02 Se 00 BW: 20100 Kbps Se 010- Se 0/1 Fa 00 THE INTERNET BW: 2000 Kbps R4 R5
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