In this question we consider a router that has to fragment an IP datagram to make it fit into a link with an MTU smaller than the datagram's original size. Assume the MTU for an outgoing link is 1,740 bytes and the datagram we want to transmit has a total length of 4,500 bytes (including 20 bytes of IP header!). What is the offset value for the second datagram sent by the router? Vour Answer:
In this question we consider a router that has to fragment an IP datagram to make it fit into a link with an MTU smaller than the datagram's original size. Assume the MTU for an outgoing link is 1,740 bytes and the datagram we want to transmit has a total length of 4,500 bytes (including 20 bytes of IP header!). What is the offset value for the second datagram sent by the router? Vour Answer:
A+ Guide To It Technical Support
10th Edition
ISBN:9780357108291
Author:ANDREWS, Jean.
Publisher:ANDREWS, Jean.
Chapter8: Network Infrastructure And Troubleshooting
Section: Chapter Questions
Problem 8TC
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![In this question we consider a router that has to fragment an IP datagram to make it
fit into a link with an MTU smaller than the datagram's original size.
Assume the MTU for an outgoing link is 1,740 bytes and the datagram we want to
transmit has a total length of 4,500 bytes (including 20 bytes of IP header!). What is
the offset value for the second datagram sent by the router?
Your Answer:](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fc7289bb2-34de-4b7e-a86c-31e14a651d58%2F7b18d458-d1a9-408b-aced-55c6eb7233d8%2F3f7j0i5_processed.png&w=3840&q=75)
Transcribed Image Text:In this question we consider a router that has to fragment an IP datagram to make it
fit into a link with an MTU smaller than the datagram's original size.
Assume the MTU for an outgoing link is 1,740 bytes and the datagram we want to
transmit has a total length of 4,500 bytes (including 20 bytes of IP header!). What is
the offset value for the second datagram sent by the router?
Your Answer:
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