provide the correct answers

Check all that apply. This question is about the Conservation Law that states that if a scheduler is work- conserving (e. the resource is not used only if the queue is empty). 139 = constant where X is the mean arrival rate, is the mean service time, and Gi is mean queueing time. Consider two flows with arrival rate 10 Mbps and 25 Mbps that share an OC3 150 Mbps output link. With FCFS, both mean queueing delays are 0.5 ms. With a new packet scheduling policy, A's mean delay is reduced to 0.4 ms. The B's new mean queueing delay CANNOT be larger than 0.5 ms less than 0.5 ms Numerical answer This question uses the Conservation Law that states that if a scheduler is work conserving (ie, the resource is not used only if the queue is empty). A constant where time. is the mean arrival rate, is the mean service time, and is mean queueing Consider two flows with arrival rate 10 Mbps and 25 Mbps that share an OC3 150 Mbps output link. With FCFS, both mean queueing delays are 0.5 ms. With a new packet scheduling policy, A's mean delay is increased to 0.6 ms. The B's new mean queueing delay is_ _ms. Packet size is P, Numerical answer This question uses the Conservation Law that states that if a scheduler is work conservingle, the resource is not used only of the queue is emptyl A constant where X is the mean arrival rate, I is the mean service time, and Gi is mean queueing time Consider two flows with arrival rate 10 Mbps and 25 Mbps that share an Oc3 150 Mbps output link. With FCFS, both mean queueing delays are 0.5 ms. With a new packet scheduling policy. As mean delay is increased to 1.5 ms. The B's new mean queueing delay is m . Packet size is P