Question 1 25 pts Numerical answer Consider a switch that contains (among other packets) segments with sequence numbers 15, 25, 35. 45,55, 65, and 75 of a given TCP connection. Segments #75 and #15 are at the tail and front of the queue, respectively. Segment #5 was received correctly by the receiver If the switch drops a packet using the drop front buffer management policy and the remaining segments inside the switch are received in order, these segments may generate up to duplicate acknowledgement(s). Answer 99 is the number is undetermined based on the provided information *The 10 byte segment is encapsulated in a packet. D Question 2 25 pts Numerical answer. Consider a switch that contains (among other packets) segments with sequence numbers 15,25,35, 45,55, and 65 of a given TCP connection. Segments #65 and #15 are at the tail and front of the queue, respectively. Segment #5 was received correctly by the receiver. If the switch drops a packet using the drop front buffer management policy and the remaining segments inside the switch are received in order, these segments may generate up to duplicate acknowledgement(s). Answer 99 is the number is undetermined based on the provided Information *The 10 byte segment is encapsulated in a packet. Next > Previous Question 3 25 pts Numerical answer. Consider a switch that contains (among other packets) segments with sequence numbers 15, 25, 35, 45,55, and 65 of a given TCP connection. Segments #65 and #15 are at the tail and front of the queue, respectively. Segment #5 was received correctly by the receiver. If the switch drops a packet using the RED buffer management policy and the remaining segments inside the switch are received in order, these segments may generate up to duplicate acknowledgement(s). Answer 99 is the number is undetermined based on the provided information. "The 10 byte segment is encapsulated in a packet. Next > Previous Question 1 25 pts Numerical answer Consider a switch that contains (among other packets) segments with sequence numbers 15, 25, 35. 45,55, 65, and 75 of a given TCP connection. Segments #75 and #15 are at the tail and front of the queue, respectively. Segment #5 was received correctly by the receiver If the switch drops a packet using the drop front buffer management policy and the remaining segments inside the switch are received in order, these segments may generate up to duplicate acknowledgement(s). Answer 99 is the number is undetermined based on the provided information *The 10 byte segment is encapsulated in a packet. D Question 2 25 pts Numerical answer. Consider a switch that contains (among other packets) segments with sequence numbers 15,25,35, 45,55, and 65 of a given TCP connection. Segments #65 and #15 are at the tail and front of the queue, respectively. Segment #5 was received correctly by the receiver. If the switch drops a packet using the drop front buffer management policy and the remaining segments inside the switch are received in order, these segments may generate up to duplicate acknowledgement(s). Answer 99 is the number is undetermined based on the provided Information *The 10 byte segment is encapsulated in a packet. Next > Previous Question 3 25 pts Numerical answer. Consider a switch that contains (among other packets) segments with sequence numbers 15, 25, 35, 45,55, and 65 of a given TCP connection. Segments #65 and #15 are at the tail and front of the queue, respectively. Segment #5 was received correctly by the receiver. If the switch drops a packet using the RED buffer management policy and the remaining segments inside the switch are received in order, these segments may generate up to duplicate acknowledgement(s). Answer 99 is the number is undetermined based on the provided information. "The 10 byte segment is encapsulated in a packet. Next > Previous