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A computer printer in a large administrative office has a printer buffer (memory to store printing jobs) capacity for 3 jobs. If the buffer is full when a user wants to print a file, the user is told that the job cannot be printed and to try again later. There are so many users in this office that it can be assumed that there is an infinite calling population. Jobs arrive at the printer at a Poisson rate of 55 jobs per hour and take an average of 1 minute to print. Printing times are exponentially distributed. What is the probability that a computer user will be told to resubmit a print job at a later time? Group of answer choices 0.0232 0.0399 0.1668 0.2362 0.7638 a number different from all the above How long does a computer user have to wait for their job to be completed? Keep two decimals after rounding for your answer Group of answer choices 1.39 minutes 2.39 minutes 6.72 minutes 8.32 minutes 10.00 minutes 14.17 minutes a number (in minutes) different from all the above Suppose the secretary of the administrative office would like to know how much the arrival rate could be if the number of jobs in the waiting line is 0.4. Which of the following statements is true? Hint: use Goal Seek tool to answer this question. Keep one decimal after rounding for your answer. Group of answer choices arrival rate = 26.7 jobs per hour arrival rate = 31.8 jobs per hour arrival rate = 42.3 jobs per hour arrival rate = 54.6 jobs per hour arrival rate = 61.2 jobs per hour arrival rate = a number (in jobs per hour) different from all the above

A computer printer in a large administrative office has a printer buffer (memory to store printing jobs) capacity for 3 jobs. If the buffer is full when a user wants to print a file, the user is told that the job cannot be printed and to try again later. There are so many users in this office that it can be assumed that there is an infinite calling population. Jobs arrive at the printer at a Poisson rate of 55 jobs per hour and take an average of 1 minute to print. Printing times are exponentially distributed. What is the probability that a computer user will be told to resubmit a print job at a later time? Group of answer choices 0.0232 0.0399 0.1668 0.2362 0.7638 a number different from all the above How long does a computer user have to wait for their job to be completed? Keep two decimals after rounding for your answer Group of answer choices 1.39 minutes 2.39 minutes 6.72 minutes 8.32 minutes 10.00 minutes 14.17 minutes a number (in minutes) different from all the above Suppose the secretary of the administrative office would like to know how much the arrival rate could be if the number of jobs in the waiting line is 0.4. Which of the following statements is true? Hint: use Goal Seek tool to answer this question. Keep one decimal after rounding for your answer. Group of answer choices arrival rate = 26.7 jobs per hour arrival rate = 31.8 jobs per hour arrival rate = 42.3 jobs per hour arrival rate = 54.6 jobs per hour arrival rate = 61.2 jobs per hour arrival rate = a number (in jobs per hour) different from all the above

Cornerstones of Cost Management (Cornerstones Series)
Cornerstones of Cost Management (Cornerstones Series)
4th Edition
ISBN:9781305970663
Author:Don R. Hansen, Maryanne M. Mowen
Publisher:Don R. Hansen, Maryanne M. Mowen
Chapter13: The Balanced Scorecard: Strategic-based Control
Section: Chapter Questions
Problem 9E: Computador has a manufacturing plant in Des Moines that has the theoretical capability to produce...
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A computer printer in a large administrative office has a printer buffer (memory to store printing jobs) capacity for 3 jobs. If the buffer is full when a user wants to print a file, the user is told that the job cannot be printed and to try again later. There are so many users in this office that it can be assumed that there is an infinite calling population. Jobs arrive at the printer at a Poisson rate of 55 jobs per hour and take an average of 1 minute to print. Printing times are exponentially distributed. What is the probability that a computer user will be told to resubmit a print job at a later time? Group of answer choices 0.0232 0.0399 0.1668 0.2362 0.7638 a number different from all the above How long does a computer user have to wait for their job to be completed? Keep two decimals after rounding for your answer Group of answer choices 1.39 minutes 2.39 minutes 6.72 minutes 8.32 minutes 10.00 minutes 14.17 minutes a number (in minutes) different from all the above Suppose the secretary of the administrative office would like to know how much the arrival rate could be if the number of jobs in the waiting line is 0.4. Which of the following statements is true? Hint: use Goal Seek tool to answer this question. Keep one decimal after rounding for your answer. Group of answer choices arrival rate = 26.7 jobs per hour arrival rate = 31.8 jobs per hour arrival rate = 42.3 jobs per hour arrival rate = 54.6 jobs per hour arrival rate = 61.2 jobs per hour arrival rate = a number (in jobs per hour) different from all the above
Transcribed Image Text:A computer printer in a large administrative office has a printer buffer (memory to store printing jobs) capacity for 3 jobs. If the buffer is full when a user wants to print a file, the user is told that the job cannot be printed and to try again later. There are so many users in this office that it can be assumed that there is an infinite calling population. Jobs arrive at the printer at a Poisson rate of 55 jobs per hour and take an average of 1 minute to print. Printing times are exponentially distributed. What is the probability that a computer user will be told to resubmit a print job at a later time? Group of answer choices 0.0232 0.0399 0.1668 0.2362 0.7638 a number different from all the above How long does a computer user have to wait for their job to be completed? Keep two decimals after rounding for your answer Group of answer choices 1.39 minutes 2.39 minutes 6.72 minutes 8.32 minutes 10.00 minutes 14.17 minutes a number (in minutes) different from all the above Suppose the secretary of the administrative office would like to know how much the arrival rate could be if the number of jobs in the waiting line is 0.4. Which of the following statements is true? Hint: use Goal Seek tool to answer this question. Keep one decimal after rounding for your answer. Group of answer choices arrival rate = 26.7 jobs per hour arrival rate = 31.8 jobs per hour arrival rate = 42.3 jobs per hour arrival rate = 54.6 jobs per hour arrival rate = 61.2 jobs per hour arrival rate = a number (in jobs per hour) different from all the above
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