Multiple Choice
Use the following scenario to answer the question(s) below.
Solomon operates a drive-in restaurant and is in charge of marketing and analysis; his son is in charge of delivery.The restaurant works as a single queue FCFS system.During the "lunch hour," which Solomon defines as the period from 12.30 p.m.to 2.30 p.m.,customers arrive randomly at an average of 30 customers per hour (or one customer every two minutes) .A customer takes an average of three minutes to receive his order (or 20 customers per hour) ,but this fluctuates quite a bit due to variations in customer preferences.Solomon doesn't understand how a line could possibly pile up when his son can work faster than the rate at which customers arrive.Although customers complain a bit,they do not leave even if they have to wait.Solomon is particularly interested in understanding the waiting time,the number waiting,and how long his son is actually busy before considering improving his facility.
(Hint: Use SimQuick)
-The percentage of customers entering the process divided by the total number that tried to enter is ________.
A) 21.53
B) 18.02
C) 1.00
D) 0.95
Correct Answer:
Verified
Correct Answer:
Verified
Q66: In queuing systems with multiple queues,customers switch
Q67: Use the data given below to answer
Q68: Which of the following is an example
Q69: If the average arrival rate falls to
Q70: Use the data below to answer the
Q72: Use the following scenario to answer the
Q73: Discrete variables are often called state variables.
Q74: Which of the following is an assumption
Q75: In queuing theory,what is the calling population?<br>A)It
Q76: Use the data given below to answer