Question: Answer the questions based on the data given in the table TUU USL CILCI you Dlake ID TILSL LU LUMPIELE LIIS UUSLIUI a. what is

Answer the questions based on the data given in the table

Answer the questions based on the data given in

TUU USL CILCI you Dlake ID TILSL LU LUMPIELE LIIS UUSLIUI a. what is the average number of customers waiting in line? b. what is the average number of customers who are not in the system? (not waiting, not being served) c. how often will there be more than 3 customers in the system? d. suppose the cost for a server was $16 per hour and the cost of customer waiting was $40 per customer per hour, what is the total cost of this system? Limited Population Model Waiting Lines M/M/s with a finite population The arrival rate is for each member of the population. If they go for service every 20 minutes then enter 3 (per hour). 16 Data Results 45 Arrival rate (2) 17 per customer 18 Service rate (1) 19 Number of serve 20 Population size 430 Average server utilization(p) Average number of customers in the queue(L.) Average number of customers in the system(L) Average waiting time in the queue(W) Average time in the system(W) Probability (% of time) system is empty (P.) Effective arrival rate 0.452642681 0.222105039 0.67474772 0.001141128 0.00346671 0.547357319 194.6363526 26 Probabilities 27 Number, Probability, P(n) Cumulative Probability 0 0.547357319 0.547357 0.2864079 0.833765 0.119891679 0.953657 0.037640411 0.991297 0.007878226 0.999176 0.000824465 1 TUU USL CILCI you Dlake ID TILSL LU LUMPIELE LIIS UUSLIUI a. what is the average number of customers waiting in line? b. what is the average number of customers who are not in the system? (not waiting, not being served) c. how often will there be more than 3 customers in the system? d. suppose the cost for a server was $16 per hour and the cost of customer waiting was $40 per customer per hour, what is the total cost of this system? Limited Population Model Waiting Lines M/M/s with a finite population The arrival rate is for each member of the population. If they go for service every 20 minutes then enter 3 (per hour). 16 Data Results 45 Arrival rate (2) 17 per customer 18 Service rate (1) 19 Number of serve 20 Population size 430 Average server utilization(p) Average number of customers in the queue(L.) Average number of customers in the system(L) Average waiting time in the queue(W) Average time in the system(W) Probability (% of time) system is empty (P.) Effective arrival rate 0.452642681 0.222105039 0.67474772 0.001141128 0.00346671 0.547357319 194.6363526 26 Probabilities 27 Number, Probability, P(n) Cumulative Probability 0 0.547357319 0.547357 0.2864079 0.833765 0.119891679 0.953657 0.037640411 0.991297 0.007878226 0.999176 0.000824465 1

Step by Step Solution

There are 3 Steps involved in it

1 Expert Approved Answer
Step: 1 Unlock blur-text-image
Question Has Been Solved by an Expert!

Get step-by-step solutions from verified subject matter experts

Step: 2 Unlock
Step: 3 Unlock

Students Have Also Explored These Related General Management Questions!