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    Quantitative Analysis: Maximize Profits

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    Graph the answer and shade or show if it has a feasible solution, is unbounded, has no solution, has multiple solutions or is redundant.
    A. Max profit = 6x + 4y
    Subject to:
    3x + 2y <= 12
    x >= 2
    y <= 3
    x, y >= 0

    B. max profit = 10x + 5y
    Subject to:
    2x + 2y <= 10
    x >= 4
    y >= 4
    x,y > = 0

    C. Max profit = 2x + 1y
    Subject to:
    x >= 4
    y <= 5
    x,y >= 0

    D. Max profit = 6x + 6y
    Subject to:
    2x + 4y <= 12
    6x + 4y <= 24
    Y <= 10
    x,y <= 0

    © BrainMass Inc. brainmass.com October 10, 2019, 5:39 am ad1c9bdddf
    https://brainmass.com/economics/macroeconomics/quantitative-analysis-maximize-profits-513090

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    QUANTITATIVE ANALYSIS

    Graph the answer and shade or show if it has feasible solution, unbounded, has no solution, has multiple solution or redundant.

    A. Max ...

    Solution Summary

    The expert examines quantitative analysis to maximize profits.

    $2.19