Subject is linear programming using geometric approach I have to find where the objective function that achieves the maximum: objective function: x+2y subject to: y<(And equal to) -x+100 y>(and equal to) 1/3x+20 y<(And equal to) x
Subject is linear programming using geometric approach I have to find where the objective function that achieves the maximum: objective function: x+2y subject to: y<(And equal to) -x+100 y>(and equal to) 1/3x+20 y<(And equal to) x
Chapter6: Systems Of Equations And Inequalities
Section6.6: Linear Programming
Problem 6E
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Subject is linear programming using geometric approach
I have to find where the objective function that achieves the maximum:
objective function: x+2y
subject to:
y<(And equal to) -x+100
y>(and equal to) 1/3x+20
y<(And equal to) x
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