Consider a process consisting of five resources that are operated 8 hours per day. The process works on three different products, A, B, and C: Demand for the three different products is as follows: product A, 40 units per day; product B, 50 units per day; and product C, 60 units per day. • What is the bottleneck? • What is the flow rate for each flow unit, assuming that demand must be served in the mix described above (i.e., for every four units of A, there are ve units of B and six units of C)?

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter2: Introduction To Spreadsheet Modeling
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Number of
Processing Time for A Processing Time for B Processing Time for C
(minutes)
Resource Workers
(minutes)
(minutes)
1
2
2
2
4
4
5
1
15
3
2
6.
4
Transcribed Image Text:Number of Processing Time for A Processing Time for B Processing Time for C (minutes) Resource Workers (minutes) (minutes) 1 2 2 2 4 4 5 1 15 3 2 6. 4
Consider a process consisting of five resources that are operated 8 hours per day. The process
works on three different products, A, B, and C: Demand for the three different products is as
follows: product A, 40 units per day; product B, 50 units per day; and product C, 60 units per
day.
• What is the bottleneck?
• What is the flow rate for each flow unit, assuming that demand must be served in the mix
described above (i.e., for every four units of A, there are ve units of B and six units of C)?
Transcribed Image Text:Consider a process consisting of five resources that are operated 8 hours per day. The process works on three different products, A, B, and C: Demand for the three different products is as follows: product A, 40 units per day; product B, 50 units per day; and product C, 60 units per day. • What is the bottleneck? • What is the flow rate for each flow unit, assuming that demand must be served in the mix described above (i.e., for every four units of A, there are ve units of B and six units of C)?
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