Plesase use Single Server Model and Multiple Server Model  to solve this question. Drivers working for a large transportation company must get their vehicles checked from the company’s workshop after every 3,000 km. For this service, the average vehicle arrival rate at the workshop is 3.5 vehicles per hour (Poisson distributed). Currently there is only one mechanic serving a vehicle in 15 minutes on average and being paid $30 per hour. For every hour a vehicle is not working, the company loses $35. The company has an option to hire more mechanics. What is the most cost-efficient workshop staffing for this service? (Please also give the details for L and M.)

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter12: Queueing Models
Section12.5: Analytic Steady-state Queueing Models
Problem 9P
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Plesase use Single Server Model and Multiple Server Model  to solve this question.

Drivers working for a large transportation company must get their vehicles checked from the company’s workshop after every 3,000 km. For this service, the average vehicle arrival rate at the workshop is 3.5 vehicles per hour (Poisson distributed). Currently there is only one mechanic serving a vehicle in 15 minutes on average and being paid $30 per hour. For every hour a vehicle is not working, the company loses $35. The company has an option to hire more mechanics.

What is the most cost-efficient workshop staffing for this service? (Please also give the details for L and M.)

Class Task
Drivers working for a large transportation company must get their vehicles
checked from the company's workshop after every 3,000 km. For this service,
the average vehicle arrival rate at the workshop is 3.5 vehicles per hour
(Poisson distributed). Currently there is only one mechanic serving a vehicle in
15 minutes on average and being paid $30 per hour. For every hour a vehicle is
not working, the company loses $35. The company has an option to hire more
mechanics.
What is the most cost-efficient workshop staffing for this service?
Average Arrival rate: 2
Expected service time =
Average service rate: µ =
L = Expected number of vehicles at the workshop = ?
Number of mechanics: M = ?
%3D
18
Transcribed Image Text:Class Task Drivers working for a large transportation company must get their vehicles checked from the company's workshop after every 3,000 km. For this service, the average vehicle arrival rate at the workshop is 3.5 vehicles per hour (Poisson distributed). Currently there is only one mechanic serving a vehicle in 15 minutes on average and being paid $30 per hour. For every hour a vehicle is not working, the company loses $35. The company has an option to hire more mechanics. What is the most cost-efficient workshop staffing for this service? Average Arrival rate: 2 Expected service time = Average service rate: µ = L = Expected number of vehicles at the workshop = ? Number of mechanics: M = ? %3D 18
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