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    Linear programming

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    For all linear programming problems, the implied non-negativity constraint is assumed. Don't forget to include this constraint if you are using Excel to solve any of these problems.

    1. Linear Programming Properties
    Which of the following statements is not true?

    a) An infeasible solution violates all constraints.
    b) A feasible solution point does not have to lie on the boundary of the feasible solution.
    c) A feasible solution satisfies all constraints.
    d) An optimal solution satisfies all constraints.

    Answer: _____

    2. Minimization Graphical Solution
    Solve the following linear model graphically and select the set of extreme points that make up the possible feasible solutions.

    a) (x1=12, x2=0, z=120), (x1=6, x2=5, x3=160), (x1=0, x2=8, z=160)

    b) (x1=0, x2=12, z=240), (x1=6, x2=5, x3=160), (x1=20, x2=0, z=200)

    c) (x1=0, x2=12, z=240), (x1=20/3, x2=16/3, x3=520/3), (x1=20, x2=0, z=200)

    d) (x1=12, x2=0, z=120), (x1=20/3, x2=16/3, x3=520/3), (x1=0, x2=8, z=160)

    © BrainMass Inc. brainmass.com October 9, 2019, 10:54 pm ad1c9bdddf
    https://brainmass.com/math/linear-programming/linear-programming-236683

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    Solution Summary

    This provides a variety of examples of working with solving linear programming problems.

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