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One company produces two models of calculators on two different floors. In one day, plant A can produce 140 of model 1 and 35 of model 2. In one day, plant B can produce 60 of model 1 and 90 of model 2. Suppose the company needs to produce at least 460 of model1 and 340 of model 2 and that it costs $1200 per day to operate Plant A and $900 per day Plant B. Use linear programming principles to find the minimum cost.

One company produces two models of calculators on two different floors. In one day, plant A can produce 140 of model 1 and 35 of model 2. In one day, plant B can produce 60 of model 1 and 90 of model 2. Suppose the company needs to produce at least 460 of model1 and 340 of model 2 and that it costs $1200 per day to operate Plant A and $900 per day Plant B. Use linear programming principles to find the minimum cost.

Practical Management Science
Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter2: Introduction To Spreadsheet Modeling
Section: Chapter Questions
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One company produces two models of calculators on two different floors. In one day, plant A can produce 140 of model 1 and 35 of model 2. In one day, plant B can produce 60 of model 1 and 90 of model 2. Suppose the company needs to produce at least 460 of model1 and 340 of model 2 and that it costs $1200 per day to operate Plant A and $900 per day Plant B. Use linear programming principles to find the minimum cost.
Transcribed Image Text:One company produces two models of calculators on two different floors. In one day, plant A can produce 140 of model 1 and 35 of model 2. In one day, plant B can produce 60 of model 1 and 90 of model 2. Suppose the company needs to produce at least 460 of model1 and 340 of model 2 and that it costs $1200 per day to operate Plant A and $900 per day Plant B. Use linear programming principles to find the minimum cost.
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