The one-man barber shop has a total of 10 seats. Inter-arrival times are exponentially distributed and an
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The one-man barber shop has a total of 10 seats. Inter-arrival times are exponentially distributed and an average of 20 prospective customers arrive each hour at the shop. Those customers who find the shop full do not enter. The barber takes an average of 12 minutes to cut each customer’s hair. Haircut times are exponentially distributed.
a) On average, how many haircuts per hour will the barber complete?
b) On average, how much time will be spent in the shop by a customer who enters?
c) On the average, how many customers will “enter” the shop?
Related Book For
Introduction to Management Science A Modeling and Cases Studies Approach with Spreadsheets
ISBN: 978-0078024061
5th edition
Authors: Frederick S. Hillier, Mark S. Hillier
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