1.) Using the following model, answer the questions below. Max 5A + 10B 2A + 4B s 39 s. t. 2A + Bs 33 A 2 12 A,B 2 0 a) Is A = 12, B = 4 a feasible solution? You must show your work to support your assertion. b) If the optimal solution is A = 15.5 and B = 2, what is the value of the objective function? c) Using the optimal solution given in part (b), which of the three constraints are binding? How much slack or surplus do the non-binding ones have?

1.) Using the following model, answer the questions below. Max 5A + 10B 2A + 4B s 39 s. t. 2A + Bs 33 A 2 12 A,B 2 0 a) Is A = 12, B = 4 a feasible solution? You must show your work to support your assertion. b) If the optimal solution is A = 15.5 and B = 2, what is the value of the objective function? c) Using the optimal solution given in part (b), which of the three constraints are binding? How much slack or surplus do the non-binding ones have?

Name: 1.) Using the following model, answer the questions below.Мах 5A + 10
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Description: 1.) Using the following model, answer the questions below.Мах 5A + 10Bs. t.2A + 4B < 392A + B< 33A 2 12А, В 2 0a) Is A = 12, B = 4 a feasible solution? You must show your work to support your assertion.b) If the optimal solution is A = 15.5 and B =

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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