Quantitative Analysis Problem Solvig

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Faulkner University *

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6340

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Industrial Engineering

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Jan 9, 2024

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docx

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Question 2 / 2 pts If the addition of a constraint to this linear programming problem does not change the solution, the constraint is said to be unbounded non-negative redundant infeasible Incorrect Question 0 / 2 pts The optimal solution for the objective function is $1,250 $1,125 $1,465 $1,459 Question 2 / 2 pts In the problem above, which of the following is NOT a constraint? 200x + 200y >=15,000 100x + 200y >=10,000 1x >= 110 1x <= 110

Incorrect Question 0 / 2 pts In the problem above, the optimal solution is x = 8.33 y = 66.67 x = 50 y = 25 x = 25 y = 50 x = 15 y = 20 Incorrect Question 0 / 2 pts The optimal solution for the objective function is $1,250 $1,465 $1,459 $1,125 Question 2 / 2 pts Which of the following is not one of the steps in formulating this linear programming problem? Define the decision variables Specify the objective function and constraints Always calculate the alternative optimal solution Determine the optimal solution

Question 2 / 2 pts In the problem above, the number of constraints (not including the non-negativity constraint) is: Three (3) Six (6) Five (5) Four (4) Quiz Score: 6 out of 10

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Quantitative Analysis Problem Solvig

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