Instructions There is only one copying machine in the student lounge of the business school. Students arrive at the rate of = 40 per hour (according to a Poison distribution). Copying takes an average of 40 seconds, or u = 90 per hour (according to a negative exponential distribution). Compute the following: a. The percentage of time that the machine is used. b. The average length of the queue. c. The average number of students in the system. d. The average time spent waiting in the queue. e. The average time in the system.

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There is only one copying machine in the student lounge of the business school. Instructions Students arrive at the rate of =40 per hour (according to a Poison distribution). Copying takes an average of 40 seconds, or =90 per hour (according to a negative exponential distribution). Compute the following: a. The percentage of time that the machine is used. b. The average length of the queue. c. The average number of students in the system. d. The average time spent waiting in the queue. e. The average time in the system. There is only one copying machine in the student lounge of the business school. Instructions Students arrive at the rate of =40 per hour (according to a Poison distribution). Copying takes an average of 40 seconds, or =90 per hour (according to a negative exponential distribution). Compute the following: a. The percentage of time that the machine is used. b. The average length of the queue. c. The average number of students in the system. d. The average time spent waiting in the queue. e. The average time in the system