Question 1

If the right-hand side of Resource C changes to 140,then the objective function value:

Accepted Answer

A) will increase by $137.50. 
B) will increase by $57.50. 
C) will increase by $80. 
D) will remain the same. 
E) can only be discovered by resolving the problem. 
A) will increase by $137.50. 
B) will increase by $57.50. 
C) will increase by $80. 
D) will remain the same. 
E) can only be discovered by resolving the problem.

Question 2

If the coefficient for Activity 1 in the objective function changes to $50,then the objective function value:

Accepted Answer

A) will decrease by $450. 
B) is $0. 
C) will decrease by $2750. 
D) will remain the same. 
E) can only be discovered by resolving the problem. 
A) will decrease by $450. 
B) is $0. 
C) will decrease by $2750. 
D) will remain the same. 
E) can only be discovered by resolving the problem.

Question 3

If the objective coefficients of Activity 2 and Activity 3 are both decreased by $100,then:

Accepted Answer

A) the optimal solution remains the same. 
B) the optimal solution may or may not remain the same. 
C) the optimal solution will change. 
D) the shadow prices are valid. 
E) None of the above. 
A) the optimal solution remains the same. 
B) the optimal solution may or may not remain the same. 
C) the optimal solution will change. 
D) the shadow prices are valid. 
E) None of the above.

If the right-hand side of Resource C changes to 140,then the objective function value:

If the coefficient for Activity 1 in the objective function changes to $50,then the objective function value:

If the objective coefficients of Activity 2 and Activity 3 are both decreased by $100,then:

Introduction

Linear Programming: Basic Concepts

Linear Programming: Formulation and Applications

The Art of Modeling With Spreadsheets

Network Optimization Problems

Using Binary Integer Programming to Deal With Yes-Or-No Decisions

Nonlinear Programming

Decision Analysis

Cd Supplement - Decision Analysis

Forecasting

Queueing Models

CD Supplement - Additional Queueing Models

Computer Simulation: Basic Concepts

CD Supplement - the Inverse Transformation Method for Generating Random Observations

Computer Simulation With Crystal Ball

CD - Solution Concepts for Linear Programming

CD - Transportation and Assignment Problems

CD - Pertcpm Models for Project Management

CD - Goal Programming

CD - Inventory Management With Known Demand

CD - Inventory Management With Uncertain Demand

Filters

Exam 5: What-If Analysis for Linear Programming

If the right-hand side of Resource C changes to 140,then the objective function value:

If the coefficient for Activity 1 in the objective function changes to $50,then the objective function value:

If the objective coefficients of Activity 2 and Activity 3 are both decreased by $100,then:

Introduction

Linear Programming: Basic Concepts

Linear Programming: Formulation and Applications

The Art of Modeling With Spreadsheets

Network Optimization Problems

Using Binary Integer Programming to Deal With Yes-Or-No Decisions

Nonlinear Programming

Decision Analysis

Cd Supplement - Decision Analysis

Forecasting

Queueing Models

CD Supplement - Additional Queueing Models

Computer Simulation: Basic Concepts

CD Supplement - the Inverse Transformation Method for Generating Random Observations

Computer Simulation With Crystal Ball

CD - Solution Concepts for Linear Programming

CD - Transportation and Assignment Problems

CD - Pertcpm Models for Project Management

CD - Goal Programming

CD - Inventory Management With Known Demand

CD - Inventory Management With Uncertain Demand

Filters