The three-station work cell illustrated in the figure below has a product that must go through one of the two machines at station 1 (they are parallel) before proceeding to station 2. a) The bottleneck time of the system is minutes per unit (enter your response as a whole number). b) is the bottleneck station. c) The throughput time is minutes (enter your response as a whole number). d) If the firm operates 9 hours per day, 5 days per week, the weekly capacity of this work cell is units (enter your response as a whole number).
The three-station work cell illustrated in the figure below has a product that must go through one of the two machines at station 1 (they are parallel) before proceeding to station 2. a) The bottleneck time of the system is minutes per unit (enter your response as a whole number). b) is the bottleneck station. c) The throughput time is minutes (enter your response as a whole number). d) If the firm operates 9 hours per day, 5 days per week, the weekly capacity of this work cell is units (enter your response as a whole number).
Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter2: Introduction To Spreadsheet Modeling
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The three-station work cell illustrated in the figure below has a product that must go through one of the two machines at station 1 (they are parallel) before proceeding to station 2.
a) The bottleneck time of the system is
minutes per unit (enter your response as a whole number).
minutes per unit (enter your response as a whole number).
b) is the bottleneck station.
c) The throughput time is
minutes (enter your response as a whole number).
minutes (enter your response as a whole number).
d) If the firm operates
9 hours per day, 5 days per week, the weekly capacity of this work cell is
units (enter your response as a whole number).
Transcribed Image Text:Capacity: 30 units/hr
Station 1
Machine A
Station 1
Machine B
Capacity: 30 units/hr
Station 2
Capacity:
6 units/hr
Station 3
Capacity:
2 units/hr
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