Asked by Michelle Chrisette on May 26, 2024
Verified
Which of the following describes, most accurately, what the area of feasible solutions on the linear programming graph represents?
A) The area bordered by the intersection of the two constraint lines.
B) The area bordered by the intersection of all constraint lines.
C) The area on the graph that contains all possible combinations of products, including the optimal combination.
D) The area bordered by the intersection of all constraint lines AND the area on the graph that contains all possible combinations of products, including the optimal combination.
Feasible Solutions
Solutions that meet all the constraints of a particular problem, considered acceptable and implementable.
Constraint Lines
Lines in a graph of a linear programming model representing limitations or restrictions on the resources available.
- Understand the basic concept of linear programming and the significance of the feasible solution area.
Verified Answer
JM
Jessica McIntoshMay 30, 2024
Final Answer :
D
Explanation :
The area of feasible solutions in a linear programming graph is defined by the intersection of all constraint lines, encompassing all possible combinations of variables that satisfy the constraints, including the point that represents the optimal solution.
Learning Objectives
- Understand the basic concept of linear programming and the significance of the feasible solution area.
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