Suppose we have a circuit-switching scenario in which N users, each requiring a bandwidth of 10 Mbps, must share a link of capacity 200 Mbps and a packet-switching scenario with N users sharing a 200 Mbps link, where each user again requires 10 Mbps when transmitting, but only needs to transmit 10 percent of the time; each illustrated to the right. circuit- sitched 200 Mbps link users packet-switched 200 Mbps link 4) When circuit switching is used, what is the maximum number users of circuit-switched users that can be supported and why? 39). Can this many users be supported under 5) Suppose there are 39 packet-switching users (i.e., N circuit-switching (why or why not)? 6) In the packet switching scenario, with N-39, what is the probability that more than 20 users are Suppose we have a circuit-switching scenario in which N users, each requiring a bandwidth of 10 Mbps, must share a link of capacity 200 Mbps and a packet-switching scenario with N users sharing a 200 Mbps link, where each user again requires 10 Mbps when transmitting, but only needs to transmit 10 percent of the time; each illustrated to the right. circuit- sitched 200 Mbps link users packet-switched 200 Mbps link 4) When circuit switching is used, what is the maximum number users of circuit-switched users that can be supported and why? 39). Can this many users be supported under 5) Suppose there are 39 packet-switching users (i.e., N circuit-switching (why or why not)? 6) In the packet switching scenario, with N-39, what is the probability that more than 20 users are