1. (15%) Consider the following problem. Z Let x4 be the artificial variable for the first...

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1. (15%) Consider the following problem. Z Let x4 be the artificial variable for the first constraint. Let x5 and 6 be the surplus variable, respectively, for the second constraint. You are now given the information that a portion of the final simplex tableau is as follows: X1 X5 X1₁ max Z = 2x, +4x₂ + 3x3 s.t. x₁ +3x₂+2x₂ = 20 x₂ *+5r, 20 XJ X ₂ X z 20 X3 X4 M+2 1 1 X5 0 0 1 X6 M 0 -1 RHS Use the revised simplex method to find the missing numbers in the final simplex tableau. Show your calculations for full credit. 1. (15%) Consider the following problem. Z Let x4 be the artificial variable for the first constraint. Let x5 and 6 be the surplus variable, respectively, for the second constraint. You are now given the information that a portion of the final simplex tableau is as follows: X1 X5 X1₁ max Z = 2x, +4x₂ + 3x3 s.t. x₁ +3x₂+2x₂ = 20 x₂ *+5r, 20 XJ X ₂ X z 20 X3 X4 M+2 1 1 X5 0 0 1 X6 M 0 -1 RHS Use the revised simplex method to find the missing numbers in the final simplex tableau. Show your calculations for full credit.

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The question requires filling in the missing numbers in the final simplex tableau for the given linear programming problem using the revised simplex method The linear programming problem is as follows ... View the full answer