Problem 5 (24 points) broblem, you'll compare the time needed to distribute a fle that is initially located at a server to as 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, u4 27 Mbps, us-30 Mbps, and download rates of: d1 21 Mbps, d2- 15 Mbps, ds-14 Mbps, ds-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 server 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 specific client's download rate (and if so, which client?), or the sum of the server and upload rates? Explain your answer. server upload rate, a d) peer