An IP packet that is 25,000 Bytes long sent from a host on campus is routed to an edge router (ER) and then sent to the

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An Ip Packet That Is 25 000 Bytes Long Sent From A Host On Campus Is Routed To An Edge Router Er And Then Sent To The 1 (59.39 KiB) Viewed 46 times

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An IP packet that is 25,000 Bytes long sent from a host on campus is routed to an edge router (ER) and then sent to the first router (FR) of UTD's Internet service provider. Assuming the distance between ER and FR is 1.5Km, the propagation speed in the medium of the transmission link between these two routers is 2.0 * 108 meters per second, and the speed of this link is 1 Gbps (gigabit per second). The edge router needs 1.2 mSec to process the information in the IP header and assuming there is no buffering (queing) of IP packets was needed. What is the nodal delay, which is the sum of the four types of delay, of this IP packet at the ER in microSec (microseconds)? Selected Answer: Correct Answer: Answer range +/- 0.005 (1407.495 - 1407.505) [None Given] 1,407.5