# Introduction to Management Science

**Topics:**Linear programming, Optimization, Constraint

**Pages:**26 (5523 words)

**Published:**April 19, 2013

Chapter 4 Linear Programming: Modeling Examples

1) When formulating a linear programming problem constraint, strict inequality signs (i.e., less than < or, greater than >) are not allowed.

Answer: TRUE

Diff: 2Page Ref: Ch 2 review

Main Heading: Formulation and Computer Solution

Key words: formulation

2) When formulating a linear programming model on a spreadsheet, the measure of performance is located in the target cell.

Answer: TRUE

Diff: 2Page Ref: Ch 2 review

Main Heading: Formulation and Computer Solution

Key words: spreadsheet solution

3) The standard form for the computer solution of a linear programming problem requires all variables to be to the right and all numerical values to be to the left of the inequality or equality sign

Answer: FALSE

Diff: 2Page Ref: Ch 2 review

Main Heading: Formulation and Computer Solution

Key words: formulation, standard form

4) The standard form for the computer solution of a linear programming problem requires all variables to be on the left side, and all numerical values to be on the right side of the inequality or equality sign.

Answer: TRUE

Diff: 2Page Ref: Ch 2 review

Main Heading: Formulation and Computer Solution

Key words: formulation, standard form

5) Fractional relationships between variables are not permitted in the standard form of a linear program.

Answer: TRUE

Diff: 2Page Ref: Ch 2 review

Main Heading: Formulation and Computer Solution

Key words: formulation, standard form

6) A constraint for a linear programming problem can never have a zero as its right-hand-side value.

Answer: FALSE

Diff: 2Page Ref: Ch 2 review

Main Heading: Formulation and Computer Solution

Key words: formulation, standard form

7) The right hand side of constraints cannot be negative.

Answer: FALSE

Diff: 2Page Ref: Ch 2 review

Main Heading: Formulation and Computer Solution

Key words: formulation

8) A systematic approach to model formulation is to first define decision variables.

Answer: TRUE

Diff: 1Page Ref: Ch 2 review

Main Heading: Formulation and Computer Solution

Key words: formulation

9) A systematic approach to model formulation is to first construct the objective function before determining the decision variables.

Answer: FALSE

Diff: 1Page Ref: Ch 2 review

Main Heading: Formulation and Computer Solution

Key words: formulation

10) In a linear programming model, a resource constraint is a problem constraint with a greater-than-or-equal-to (≥) sign.

Answer: FALSE

Diff: 1Page Ref: Ch 2 review

Main Heading: Formulation and Computer Solution

Key words: formulation

11) Determining the production quantities of different products manufactured by a company based on resource constraints is a product mix linear programming problem.

Answer: TRUE

Diff: 2Page Ref: 111-116

Main Heading: A Product Mix Example

Key words: formulation, product mix problem

12) Product mix problems cannot have "greater than or equal to" (≥) constraints.

Answer: FALSE

Diff: 2Page Ref: 111-116

Main Heading: A Product Mix Example

Key words: product mix

13) When using a linear programming model to solve the "diet" problem, the objective is generally to maximize profit.

Answer: FALSE

Diff: 2Page Ref: 116-119

Main Heading: A Diet Example

Key words: objective function

14) When using a linear programming model to solve the "diet" problem, the objective is generally to maximize nutritional content.

Answer: FALSE

Diff: 2Page Ref: 116-119

Main Heading: A Diet Example

Key words: objective function

15) In formulating a typical diet problem using a linear programming model, we would expect most of the constraints to be related to calories.

Answer: FALSE

Diff: 2Page Ref: 116-119

Main Heading: A Diet Example

Key words: formulation,...

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