Reference no: EM132258463
1. A change in the value of an objective function coefficient does not change the optimal solution.
True/False
2. A linear programming problem can have multiple optimal solutions.
True/False
3. A maximization problem is limited by all greater than or equal to constraints.
True/ False
4. A shadow price indicates how much a one-unit decrease/increase in the right-hand-side value of a constraint will decrease/increase the optimal value of the objective function.
True/False
5. An objective function represents a family of parallel lines.
True/False
6. Constraints limit the alternatives available to a decision maker.
True/False
7. Every change in the value of an objective function coefficient will lead to changes in the optimal solution.
True/False
8. Graphical linear programming can handle problems that involve any number of decision variables.
True/False
9. If a single optimal solution exists to a graphical LP problem, it will exist at a corner point.
True/False
10. In the range of feasibility, the value of the shadow price remains constant.
True/False
11. LP problems must have a single goal or objective specified.
True/False
12. Linear programming techniques will always produce an optimal solution to an LP problem.
True/False
13. Nonbinding constraints are not associated with the feasible solution space; i.e., they are redundant and can be eliminated from the matrix.
True/False
14. Nonzero slack or surplus is associated with a binding constraint.
True/False
15. Profit maximization could be an objective of an LP problem; but cost minimization cannot be the objective of an LP problem.
True/False
16. The equation 3xy = 9 is linear.
True/False
17. The equation 5x + 7y = 10 is linear.
True/False
18. The feasible solution space is the set of all feasible combinations of decision variables as defined by only binding constraints.
True/False
19. The feasible solution space only contains points that satisfy all constraints.
True/False
20. The simplex method is a general-purpose LP algorithm that can be used for solving only problems with more than six variables.
True/False