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Classify Arrivals Departures Link S4 Arrivals Time Packet in service Time IN 10 12 E 14 NO Departures Assume Weighed Fair Queuing scheduling is used. In the above scenario, which packet is the third to depart? Assume that w 23, wx+2, and w -1, where the weights indicato an upper bound on the number of packets scheduled from each queue. 5 3 Question 10 1 pts Consider a scenario where a 2400-byte datagram is to be forwarded over a link with an MTU of 844 bytes. Assume a header length of 20 bytes Which of the following is/are not a fragment(s) of this datagram? Length Frag flag Offset A 844 1 0 IB 844 1 103 c 844 1 105 D 752 0 206 E 752 0 194 DA D DE