- Question 3 (6 points) Consider an Internet application running on two Internet hosts, Host1 and Host2, which are communicating using a path through router R. Assume that the average service time at R is 10 ms, packets are 2,000 bits long, and the propagation delay between Host1 and Host2 is 150ms. (a) Based on the latency expression we covered in class, how is service time defined? Write the mathematical expression for it explaining its terms. (2 points) (b) If the application running on Host1 and Host2 cannot tolerate latencies over 200ms, what is the minimum capacity of the link connecting the two hosts? Show your work. (4 points) - Question 3 (6 points) Consider an Internet application running on two Internet hosts, Host1 and Host2, which are communicating using a path through router R. Assume that the average service time at R is 10 ms, packets are 2,000 bits long, and the propagation delay between Host1 and Host2 is 150ms. (a) Based on the latency expression we covered in class, how is service time defined? Write the mathematical expression for it explaining its terms. (2 points) (b) If the application running on Host1 and Host2 cannot tolerate latencies over 200ms, what is the minimum capacity of the link connecting the two hosts? Show your work. (4 points)