27) If there are 496 machine-hours available per week, how many rockers of each model should...

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27) If there are 496 machine-hours available per week, how many rockers of each model should be produced to maximize profits? 28) If there are 600 machine-hours available per week, how many rockers of each model should be produced to maximize profits? 29) A segment has the following data: Sales $630,000 Variable costs 336,000 Fixed costs 325,500 What will be the incremental effect on net income if this segment is eliminated, assuming the fixed costs will be allocated to profitable segments? 27) If there are 496 machine-hours available per week, how many rockers of each model should be produced to maximize profits? 28) If there are 600 machine-hours available per week, how many rockers of each model should be produced to maximize profits? 29) A segment has the following data: Sales $630,000 Variable costs 336,000 Fixed costs 325,500 What will be the incremental effect on net income if this segment is eliminated, assuming the fixed costs will be allocated to profitable segments?

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To solve these problems we need to use the concept of linear programming and the objective of maximi... View the full answer