ail store stocks two types of shirts A and B. These are packed in attractive cardboard boxes. During a week the store can sell a maximum of 400 shirts of type A and a maximum of 300 shirts of type B. The storage capacity, however, is limited to a maximum of 600 of both types combined. Type A shirt fetches a profit of $20.00 per unit and type B a profit of $50.00 per unit. How many of each type the store should stock per week to maximize the total profit? Formulate a mathematical model of the problem.

College Algebra (MindTap Course List)
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ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
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A retail store stocks two types of shirts A and B. These are packed in attractive cardboard boxes. During a week the store can sell a maximum of 400 shirts of type A and a maximum of 300 shirts of type B. The storage capacity, however, is limited to a maximum of 600 of both types combined. Type A shirt fetches a profit of $20.00 per unit and type B a profit of $50.00 per unit. How many of each type the store should stock per week to maximize the total profit? Formulate a mathematical model of the problem.

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