Consider a packet-switching scenario with N_ps = 13 users sharing an R = 150 Mbps link, where each user requires 10 Mbps when transmitting, but only needs to transmit 30 percent of the time.

question: Suppose packet switching is used. What is the probability that any 9 users are transmitting and the remaining users are NOT transmitting?

Round your answer to two decimals after leading zeros (i.e. two significant digits)

Question 3 Considet a packetwiliching scenario with Nps=13 users sharing an R=150 Mops link, where each user requires 10 Mbps when transmitting. but only needs to transmit 30 percent of the timi Sucpose packi silthing is used. What is the probabily folat any overs are tranamiting and the temaining ubers are Not transmitting? Rourd your andwer to two decimas aher leading zeros 0. e. two signifount digts)