Consider the minimum time for P2P file distribution, as shown in the figure. File: F Server Internet Suppose the upload rate of the server is 10 Mbps, the upload rates of all peers is 1 Mbps, and the download rates of all peers is 10 Mbps. Further suppose that there are 100 peers and the file is 100 million bits. The minimum distribution time is is approximately 5 seconds approximately 10 seconds approximately 100 seconds approximately 1000 seconds QUESTION 5 For the above problem, what is the minimum distribution time for a client-server architecture, i.e., server needs to transmit the file individually to each peer. approximately 5 seconds approximately 10 seconds approximately 100 seconds approximately 1000 seconds Consider the minimum time for P2P file distribution, as shown in the figure. File: F Server Internet Suppose the upload rate of the server is 10 Mbps, the upload rates of all peers is 1 Mbps, and the download rates of all peers is 10 Mbps. Further suppose that there are 100 peers and the file is 100 million bits. The minimum distribution time is is approximately 5 seconds approximately 10 seconds approximately 100 seconds approximately 1000 seconds QUESTION 5 For the above problem, what is the minimum distribution time for a client-server architecture, i.e., server needs to transmit the file individually to each peer. approximately 5 seconds approximately 10 seconds approximately 100 seconds approximately 1000 seconds