4) A manufacturer produces three models, I,II, and III, of a certain product using raw materials A andB. The following table gives data for the problem:Requirements per unitRaw MaterialIIIIIIAvailabilityА2354000B4276000Minimum200200150demandPrice per unit ($)302050The labor time per unit of model I is twice that of II and three times of that of III. The entire labor force ofthe factory can produce the equivalent of 1500 units of model I. Develop a linear program to determine theoptimum plan for the project.A manufacturer produces three models, I,II, and III, of a certain product using raw materials A and B. Thefollowing table gives data for the problem:Requirements per unitRaw MaterialIIIIIIAvailabilityA234000B476000Minimum200200150demandPrice per unit ($)302050The labor time per unit of model I is twice that of II and three times of that of III. The entire labor force ofthe factory can produce the equivalent of 1500 unıts of model I. Develop a linear program to determine theoptimum plan for the project.

Name: 4) A manufacturer produces three models, I,II, and III, of a certain
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Description: 4) A manufacturer produces three models, I,II, and III, of a certain product using raw materials A andB. The following table gives data for the problem:Requirements per unitRaw MaterialIIIIIIAvailabilityА2354000B4276000Minimum200200150demandPrice pe

Given: To do: Formulate a linear programming model for this problem.

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4) A manufacturer produces three models, I,II, and III, of a certain product using raw materials A and B. The following table gives data for the problem: Requirements per unit Raw Material I II III Availability A 3 5 4000 4 2 7 6000 в Minimum 200 200 150 demand Price per unit ($) 30 20 50 The labor time per unit of model I is twice that of II and three times of that of III. The entire labor force of the factory can produce the equivalent of 1500 units of model I. Develop a linear program to determine the optimum plan for the project.

4) A manufacturer produces three models, I,II, and III, of a certain product using raw materials A and B. The following table gives data for the problem: Requirements per unit Raw Material I II III Availability A 3 5 4000 4 2 7 6000 в Minimum 200 200 150 demand Price per unit ($) 30 20 50 The labor time per unit of model I is twice that of II and three times of that of III. The entire labor force of the factory can produce the equivalent of 1500 units of model I. Develop a linear program to determine the optimum plan for the project.

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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