Marko Shioda, master scheduler at Randall Manufacturing Company, prepared the following MPS for one of the firm's major end products, the Genuine Whatcha Macallit. Week # MPS 2 150 120 50 Mariko is concerned about this schedule's impact on Widgets. It takes 3 Widgets to make each Whatcha Macalit. The two bottleneck work centers for producing Widgets are the "paint" work center and also the "final test" work center. The production manager has indicated that testing each Widget requires 0.3 hours and painting each Widget requires .5 hours. Calculate the labor hours needed (rough-cut capacity analysis) for the "paint" work center. Week # 11 2 3 Widget paint

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter2: Introduction To Spreadsheet Modeling
Section: Chapter Questions
Problem 20P: Julie James is opening a lemonade stand. She believes the fixed cost per week of running the stand...
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Marko Shioda, master scheduler at Randall Manufacturing Company, prepared the
following MPS for one of the firm's major end products, the Genuine Whatcha
Macallit.
Week #
MPS
2
150
120
50
Mariko is concerned about this schedule's impact on Widgets. It takes 3 Widgets to
make each Whatcha Macalit. The two bottleneck work centers for producing Widgets
are the "paint" work center and also the "final test" work center. The production
manager has indicated that testing each Widget requires 0.3 hours and painting each
Widget requires .5 hours. Calculate the labor hours needed (rough-cut capacity
analysis) for the "paint" work center.
Week #
11
2
3
Widget paint
Transcribed Image Text:Marko Shioda, master scheduler at Randall Manufacturing Company, prepared the following MPS for one of the firm's major end products, the Genuine Whatcha Macallit. Week # MPS 2 150 120 50 Mariko is concerned about this schedule's impact on Widgets. It takes 3 Widgets to make each Whatcha Macalit. The two bottleneck work centers for producing Widgets are the "paint" work center and also the "final test" work center. The production manager has indicated that testing each Widget requires 0.3 hours and painting each Widget requires .5 hours. Calculate the labor hours needed (rough-cut capacity analysis) for the "paint" work center. Week # 11 2 3 Widget paint
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