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Provide an appropriate A company has two different locations to assemble three different models of PCs. The table below summarizes the daily production capacity, the minimum number of each type needed, and the weekly operating costs for each location. Use linear inequalities to find the number of weeks that each location needs to operate in order to fill the orders at minimum cost. Minimum Numbe: 2400 Location 1 Location 2 Model 1 60/dav 40/day 60/day $16,000 60/day 8o/day 40/dav $12,000 2000 Model 2 Model 3 1800 Weekly Cost Location 1 weeks weeks Location 2

Provide an appropriate A company has two different locations to assemble three different models of PCs. The table below summarizes the daily production capacity, the minimum number of each type needed, and the weekly operating costs for each location. Use linear inequalities to find the number of weeks that each location needs to operate in order to fill the orders at minimum cost. Minimum Numbe: 2400 Location 1 Location 2 Model 1 60/dav 40/day 60/day $16,000 60/day 8o/day 40/dav $12,000 2000 Model 2 Model 3 1800 Weekly Cost Location 1 weeks weeks Location 2

College Algebra (MindTap Course List)
College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter6: Linear Systems
Section6.8: Linear Programming
Problem 33E
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Provide an appropriate response. A company has two different locations to assemble three different models of PCs. The table below summarizes the daily production capacity, the minimum number of each type needed, and the weekly operating costs for each location. Use linear inequalities to find the number of weeks that each location needs to operate in order to fill the orders at minimum cost. Location 1 Location 2 Minimum Numbe: Model 1 60/day 40/day 60/day $16,000 2400 60/day So/day 40/day $12,000 2000 Model 2 1800 Model 3 Week ly Cost Location 1 weeks weeks Location 2 5 p
Transcribed Image Text:Provide an appropriate response. A company has two different locations to assemble three different models of PCs. The table below summarizes the daily production capacity, the minimum number of each type needed, and the weekly operating costs for each location. Use linear inequalities to find the number of weeks that each location needs to operate in order to fill the orders at minimum cost. Location 1 Location 2 Minimum Numbe: Model 1 60/day 40/day 60/day $16,000 2400 60/day So/day 40/day $12,000 2000 Model 2 1800 Model 3 Week ly Cost Location 1 weeks weeks Location 2 5 p
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