Exam 22: Linear Programming: The Simplex Method
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Exam 22: Linear Programming: The Simplex Method98 Questions
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If, at an optimal solution, the Cj - Zj value for a real variable that is not in the solution mix has a value of one, there are multiple optimal solutions.
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Correct Answer:
False
What are the five steps of the simplex method for maximization problems?
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Correct Answer:
1.Determine which variable to enter into the solution mix next. 2.Determine which variable to replace. 3.Compute new values for the pivot row. 4.Compute the new values for each remaining row. 5.Compute the Zj and Cj - Zj rows.Iterate to step 1 as required.
Sensitivity analyses are used to examine the effects of changes in
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Correct Answer:
B
Which of the following is true about surplus variables in a simplex tableau?
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Nonbasic variables in the simplex method of linear programming are
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The dual of a maximization problem with three decision variables and two constraints will be a maximization problem with only two decision variables in the objective function.
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A surplus variable is added to a constraint in order to create an equality, and represents a quantity of unused resource.
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Basic variables may be in the solution mix or out of the solution mix, just not at the same time.
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In any linear programming problem, if a variable is to enter the solution, it must have a positive coefficient in the Cj - Zj row.
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Write the dual of the following linear program.
Minimize Z = 12 X1 + 30 X2
Subject to: 32 X1 + 18 X2 ≥ 600
24 X1 + 48 X2 ≥ 800
X1, X2 ≥ 0
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Which of the following is not true of artificial variables?
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A basic feasible solution is a solution to a linear programming problem that corresponds to a corner point of the feasible region.
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Table M7-1
-According to Table M7-1, all of the resources are being used.If the amount of resource B were changed from 96 to 97, then the maximum possible total profit would be

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If all the numbers in the pivot column are negative, this implies that the solution is unbounded.
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A surplus variable is added to an = constraint in order to utilize the simplex algorithm.
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The dual of a primal minimization problem with two decision variables and three constraints will be a maximization problem with three decision variables in the objective function.
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The following is a partial simplex tableau for a maximization problem after one iteration.Fill out the rest of this tableau, and then develop the next simplex tableau. 

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