8. Which of the following statements about linear programming is FALSE? Select one: a. If the change of the objective coefficient is out of the range of optimality, the optimal solution in terms of decision variables will usually change. b. A redundant constraint is also a non-binding constraint. c. In sensitivity analysis of LP problem, if the resource has been used up, the shadow price would be non-zero. d. A difference between minimization and maximization problems is that minimization problems often have unbounded regions. e. If the RHS of a constraint changes in a profit maximization problem, the iso-profit line will change as well
8. Which of the following statements about linear programming is FALSE? Select one: a. If the change of the objective coefficient is out of the range of optimality, the optimal solution in terms of decision variables will usually change. b. A redundant constraint is also a non-binding constraint. c. In sensitivity analysis of LP problem, if the resource has been used up, the shadow price would be non-zero. d. A difference between minimization and maximization problems is that minimization problems often have unbounded regions. e. If the RHS of a constraint changes in a profit maximization problem, the iso-profit line will change as well
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question
8.
Which of the following statements about linear
Select one:
a.
If the change of the objective coefficient is out of the range of optimality, the optimal solution in terms of decision variables will usually change.
b.
A redundant constraint is also a non-binding constraint.
c.
In sensitivity analysis of LP problem, if the resource has been used up, the shadow price would be non-zero.
d.
A difference between minimization and maximization problems is that minimization problems often have unbounded regions.
e.
If the RHS of a constraint changes in a profit maximization problem, the iso-profit line will change as well.
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