f. A drapper is required to supply two types of shirts type A and type B. The total number of shirts mustnot be more than 400. He has to supply more of type A than type B. However, the number of type Amust not be more than 300 and the number of type B shirts must not be less than 80. Let x be thenumber of type A shirts and y be the number of type B shirts. If the profits were as follows:Type A Ksh 600 per shirtType B Ksh 400 per shirt.Formulate a Linear Optimization Model, hence use the graphical method to determine the number of shirtsof each type that should be made to maximize the profit.

Answered: Image /qna-images/answer/e2d2a647-44e7-451d-b3b0-f25ad6cc2cb1.jpg

Answered: f. A drapper is required to supply two…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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UB is hosting a charity event and makes a profit of $14 on each faculty in attendance and $6 on each student in attendance. The number of faculty attending must be between 25 and 65, and the number of students should be between 20 and 35. The total number of attendees should not exceed 80. How many faculty should attend to maximize profit?
Suppose that a small company produces two different models of kayaks. A larger model and smaller model. The larger model requires 2 hours of manufacturing, 2 hours for assembly and 3 hours for packaging. The smaller model requires 2 hours for manufacturing, 1 hour for assembly and 2 hours for packaging. Each week the company has 120 hours available for manufacturing, 80 hours available for assembly and 132 hours available for packaging. If the company makes a profit of $75 for each of the larger model manufactured and profit of $60 for each smaller model manufactured, how many of each model should the company produce in order to maximize profit ?
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