An IP datagram traverses an Ethernet network (assume all IP packet headers have 6 bytes of options): NOTE: Marks are giv

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An IP datagram traverses an Ethernet network (assume all IP packet headers have 6 bytes of options): NOTE: Marks are giv

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An Ip Datagram Traverses An Ethernet Network Assume All Ip Packet Headers Have 6 Bytes Of Options Note Marks Are Giv 1
An Ip Datagram Traverses An Ethernet Network Assume All Ip Packet Headers Have 6 Bytes Of Options Note Marks Are Giv 1 (52.65 KiB) Viewed 37 times
An IP datagram traverses an Ethernet network (assume all IP packet headers have 6 bytes of options): NOTE: Marks are given for the correct answers AS WELL AS for the workings/calculations. Illustrate in detail how you obtain the answers. (i) Calculate the largest possible size (in bytes) of the IP data in this network. (ii) Using the IP datagram calculated in Q4.b(i), determine the number of fragments that would be created if the packet is forwarded to another network with MTU of 576 bytes. (111) Continue from Q4.b(ii), calculate the total length for each of the fragments. (iv) Continue from Q4.b(iii), determine the fragment offset for each of the fragments.
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