Problem 8.4 (Video 6.3) Under hypothesis is the waiting time X to have your call to Verinon Wireless help line answered is an exponential random vaurinble with average 10 minutes. Under lypebetis Ho, the waiting time X in exponentially distributed with average 5 minuten. Assume that the a priori probabilities PH - P(1) -0.5. ($) Compite the likelihood ratio and the logiolihood ratio for this problem, (6) Compute the max-likelihood decision rule. e) Compute the probability of Pale Alarmy and the Probability of missed detection PX (d) Amethat the cost of an alarm in the cost of midtection 10. Find the decline ile that minime the expected Bayvink (the minimum rected cost c) For the wilayer in decision, find the probability of free and the probability Problem 8.4 (Video 6.3) Under hypothesis is the waiting time X to have your call to Verinon Wireless help line answered is an exponential random vaurinble with average 10 minutes. Under lypebetis Ho, the waiting time X in exponentially distributed with average 5 minuten. Assume that the a priori probabilities PH - P(1) -0.5. ($) Compite the likelihood ratio and the logiolihood ratio for this problem, (6) Compute the max-likelihood decision rule. e) Compute the probability of Pale Alarmy and the Probability of missed detection PX (d) Amethat the cost of an alarm in the cost of midtection 10. Find the decline ile that minime the expected Bayvink (the minimum rected cost c) For the wilayer in decision, find the probability of free and the probability