Please, I want a complete answer to this question, with a correct and clear solution to all paragraphs. The question is one question, but it has multiple paragraphs. Please solve it completely. And correctly. 1. Given the following values:Compute the following values:i) Average waiting timeii) Probability(wait)iii) Probability of Idle Serveriv) Average service time(minutes)Customer1. Fill in the following simulation table:1234560TimeCustomerWaits inArrivalQueueTime (Minutes) Begins (Minutes)715161825123456ServiceTime1434Number of customers who wait = 11Total service time = 68Total time customer wait in the queue = 3041Total Number of customers = 20Total Idle time of server = 14Total run time of simulation = 862. Given below Simulation table emphasizing clock times :Customer Arrival TimeNumber (Clock)Time ServiceBegins(Clock)0137915TimeServiceTimeServiceEndsService Time(Duration)243214TimeCustomerSpends inSystem(Minutes)TimeServiceEnds(Clock) Q. Answer the following questions.Q.1 Complete the Simulation table for a single channel by computing Time service begins, TimeCustomer Waits in Queue, Time Service Ends, Time Customer Spends in System and Idle Time ofServer:AArrivalCustomer Time107234567891011121314B1514162330333739424749515966сTimeServiceTime(Minutes) BeginsService12433234433143D4EFTimeCustomerWaits inQueue(Minutes) EndsTimeServiceGTimeCustomerSpends inSystem(Minutes)Answer the following questions:a. What is the average waiting time for a customer?b. What is the probability that a customer has to wait in the queue?c. What is the Probability of idle time of the server?d. What is the average service time?e. What is the average time between arrivals?f. What is the average waiting time of those who wait?g. What is the average time a customer spends in the system?HIdle Timeof Server(Minutes)

"Since the solutions to multiple questions with multiple sub-parts have been asked the solution will…

1. Given the following values: Compute the following values: i) Average waiting time ii) Probability (wait) iii) Probability of Idle Server iv) Average service time(minutes) Total Number of customers = 20 Total Idle time of server = 14 Total run time of simulation = 86 Number of customers who wait = 11 Total service time=68 Total time customer wait in the queue = 30

1. Given the following values: Compute the following values: i) Average waiting time ii) Probability (wait) iii) Probability of Idle Server iv) Average service time(minutes) Total Number of customers = 20 Total Idle time of server = 14 Total run time of simulation = 86 Number of customers who wait = 11 Total service time=68 Total time customer wait in the queue = 30

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter12: Queueing Models

Section12.4: Important Queueing Relationships

Problem 6P

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