Problem 5 (24 points) In this problem, you'll compare the time needed to distribute a file that is initially located at a server to clients via either client-server download or peer-to-peer download. The task is to distribute a file of size F 6 Gbits to each of 5 peers. Suppose the server has an upload rate of u 77 Mbps, and that the 5 peers have upload rates of u1 29 Mbps, u2 30 Mbps, us 30 Mbps, us 27 Mbps, us 30 Mbps, and download rates of di 21 Mbps, d2 15 Mbps, ds 14 Mbps, da 34 Mbps, ds- 21 Mbps, Answer the following questions: a) What is the minimum time needed to distribute this file from the central server to the 5 peers b) For question 1, what is the root cause of this specific minimum time: the sorver upload rate, or a c) What is the minimum time needed to distribute this file using peer-to-peer download? using the client-server model? specific client's download rate (and if so, which client?)? Explain your answer For question 3, what is the root cause of this specific minimum time: the server upload rate, a specific client's download rate (and if so, which client?), or the sum of the server and peer d) upload rates? Explain your