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Please write the final answer in the following answer table and the in-progress work if there is after the question. fragment no. fragment ID fragment length value of the M bit fragment offset When a 6000B IP datagram (ID:0a12H) is transmitted through a network with an MTU of 3000B, it will be fragmented. The size of the head of any data packet is 20B. Calculate the number n of the resulting IP fragments, based on the value of n, add n rows to the table above and fill out all the rows added with the right answer.

Please write the final answer in the following answer table and the in-progress work if there is after the question. fragment no. fragment ID fragment length value of the M bit fragment offset When a 6000B IP datagram (ID:0a12H) is transmitted through a network with an MTU of 3000B, it will be fragmented. The size of the head of any data packet is 20B. Calculate the number n of the resulting IP fragments, based on the value of n, add n rows to the table above and fill out all the rows added with the right answer.

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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**Exercise: IP Fragmentation Calculation** Please write the final answer in the following answer table and the in-progress work if there is after the question. | **fragment no.** | **fragment ID** | **fragment length** | **value of the M bit** | **fragment offset** | |------------------|-----------------|---------------------|------------------------|---------------------| --- When a 6000B IP datagram (ID: 0a12H) is transmitted through a network with an MTU of 3000B, it will be fragmented. The size of the head of any data packet is 20B. Calculate the number \( n \) of the resulting IP fragments, based on the value of \( n \), add \( n \) rows to the table above and fill out all the rows added with the right answer.
Transcribed Image Text:**Exercise: IP Fragmentation Calculation** Please write the final answer in the following answer table and the in-progress work if there is after the question. | **fragment no.** | **fragment ID** | **fragment length** | **value of the M bit** | **fragment offset** | |------------------|-----------------|---------------------|------------------------|---------------------| --- When a 6000B IP datagram (ID: 0a12H) is transmitted through a network with an MTU of 3000B, it will be fragmented. The size of the head of any data packet is 20B. Calculate the number \( n \) of the resulting IP fragments, based on the value of \( n \), add \( n \) rows to the table above and fill out all the rows added with the right answer.
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