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suppose that a 2200-byte datagram (identification #40) must transit a network which has a 660-byte MTU. Assume the minimum IP and TCP header sizes, i.e.,
suppose that a 2200-byte datagram (identification #40) must transit a network which has a 660-byte MTU. Assume the minimum IP and TCP header sizes, i.e., the IP header is 20 bytes and the TCP header is 20 bytes. 1. How many fragments are created?[Select] 2. How many bytes of application data are carried in the first fragment? [Select ] 3. How many bytes of application data are carried in the second fragment?Select] 4. How many bytes of application data are carried in the last fragment? [Select ] 5. what is the identification number of the second fragment? # [ Select ] . What is the fragment offset in the last fragment? [Select] fragments bytes bytes bytes
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