Homework#2 Refer to the figure below; answer the followings: P MTU=900 MTU=500 1420 Network#1 Network#2 0 128 0 0 200 6 12.20.16.9 16.64.12.18 Data 1. The number of fragments that will be resulted at Network#1 is 2. The number of fragments that will be resulted at Network#2 is 3. The value in fragment offset field of the last fragment at Network#1 will be 4. The number of routers that each fragment at Network #2 is allowed to pass is 5. The size of data encapsulated in the last fragment at Network#1 is 6. Layer4 protocol that receives the decapsulated data in the destination host is 7. Header checksum field in the last fragment at Netwotk#2 carries the value

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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Homework#2
Refer to the figure below; answer the followings:
P
MTU=900
MTU=500
1420
Network#1
Network#2
0
128 0
0
200 6
12.20.16.9
16.64.12.18
Data
1. The number of fragments that will be resulted at Network#1 is
2. The number of fragments that will be resulted at Network#2 is
3. The value in fragment offset field of the last fragment at Network#1 will be
4. The number of routers that each fragment at Network #2 is allowed to pass is
5. The size of data encapsulated in the last fragment at Network#1 is
6. Layer4 protocol that receives the decapsulated data in the destination host is
7. Header checksum field in the last fragment at Netwotk#2 carries the value
Transcribed Image Text:Homework#2 Refer to the figure below; answer the followings: P MTU=900 MTU=500 1420 Network#1 Network#2 0 128 0 0 200 6 12.20.16.9 16.64.12.18 Data 1. The number of fragments that will be resulted at Network#1 is 2. The number of fragments that will be resulted at Network#2 is 3. The value in fragment offset field of the last fragment at Network#1 will be 4. The number of routers that each fragment at Network #2 is allowed to pass is 5. The size of data encapsulated in the last fragment at Network#1 is 6. Layer4 protocol that receives the decapsulated data in the destination host is 7. Header checksum field in the last fragment at Netwotk#2 carries the value
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