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2/8/14

Introduction to Management Science Bernard W. Taylor 11th solutions manual and test bank

Introduction to Management Science, 11/E solutions manual and test bank Bernard W. Taylor

ISBN-10: 0132751917 • ISBN-13: 9780132751919
©2013 • Prentice Hall • Cloth, 840 pp


http://www.mediafire.com/view/d1c56ar2e1rmqvx/taylor_ims11_tif_ch02.doc


http://www.mediafire.com/view/fpp2j3vfdlxs0er/taylor_ims11_ism_ch02.doc



Book cover








Downloadable Instructor Resources


Help downloading instructor resources
  1. Instructor's Solutions Manual (Download only) for Introduction to Management Science, 11/E
    Taylor
    ISBN-10: 0132751976 • ISBN-13: 9780132751971
    ©2013 • Online • Live
     
    1. Instructor's Solutions Manual - PDF Version (ZIP) (12.1MB)
      PDF Version of the Solutions
    2. Instructor's Solutions Manual - Word Version (ZIP) (85.5MB)
      Microsoft Word Version of the Solutions

    3. Instructor Data Files (ZIP) (9.8MB)
      The files include exhibit files, homework solutions, and chapter weblinks
  2. PowerPoint Presentation (Download only) for Introduction to Management Science, 11/E
    Taylor
    ISBN-10: 0132751941 • ISBN-13: 9780132751940
    ©2013 • Online • Live
    More info
    1. PowerPoint Presentation (ZIP) (53.6MB)
      Available for Download
  3. Test Item File (Download only) for Introduction to Management Science, 11/E
    Taylor
    ISBN-10: 013275195X • ISBN-13: 9780132751957
    ©2013 • Online • Live
    More info
    1. Test Item File (ZIP) (5.8MB)
      Available for Download



Introduction to Management Science, 11e (Taylor)
Chapter 2  Linear Programming: Model Formulation and Graphical Solution

1) Linear programming is a model consisting of linear relationships representing a firm's decisions given an objective and resource constraints.
Answer:  TRUE
Diff: 2     Page Ref: 31
Section Heading:  Model Formulation
Keywords:  model formulation
AACSB:  Analytic skills

2) The objective function always consists of either maximizing or minimizing some value.
Answer:  TRUE
Diff: 2     Page Ref: 31
Section Heading:  Model Formulation
Keywords:  objective function
AACSB:  Analytic skills

3) The objective function is a linear relationship reflecting the objective of an operation.
Answer:  TRUE
Diff: 1     Page Ref: 31
Section Heading:  Model Formulation
Keywords:  model formulation
AACSB:  Analytic skills

4) A constraint is a linear relationship representing a restriction on decision making.
Answer:  TRUE
Diff: 1     Page Ref: 31
Section Heading:  Model Formulation
Keywords:  model formulation
AACSB:  Analytic skills

5) A linear programming model consists of only decision variables and constraints.
Answer:  FALSE
Diff: 1     Page Ref: 56
Section Heading:  Characteristics of Linear Programming Problems
Keywords:  model formulation
AACSB:  Analytic skills

6) A parameter is a numerical value in the objective function and constraints.
Answer:  TRUE
Diff: 1     Page Ref: 31
Section Heading:  Model Formulation
Keywords:  parameter
AACSB:  Analytic skills


7) A feasible solution violates at least one of the constraints.
Answer:  FALSE
Diff: 2     Page Ref: 34
Section Heading:  Model Formulation
Keywords:  model formulation
AACSB:  Analytic skills

8) Proportionality means the slope of a constraint is proportional to the slope of the objective function.
Answer:  FALSE
Diff: 2     Page Ref: 56
Section Heading:  Characteristics of Linear Programming Problems
Keywords:  properties of linear programming models, proportionality
AACSB:  Analytic skills

9) The terms in the objective function or constraints are additive.
Answer:  TRUE
Diff: 2     Page Ref: 56
Section Heading:  Characteristics of Linear Programming Problems
Keywords:  properties of linear programming models, additive
AACSB:  Analytic skills

10) The terms in the objective function or constraints are multiplicative.
Answer:  FALSE
Diff: 2     Page Ref: 56
Section Heading:  Characteristics of Linear Programming Problems
Keywords:  properties of linear programming models, additive
AACSB:  Analytic skills

11) The values of decision variables are continuous or divisible.
Answer:  TRUE
Diff: 2     Page Ref: 56
Section Heading:  Characteristics of Linear Programming Problems
Keywords:  properties of linear programming models, divisible
AACSB:  Analytic skills

12) All model parameters are assumed to be known with certainty.
Answer:  TRUE
Diff: 2     Page Ref: 56
Section Heading:  Characteristics of Linear Programming Problems
Keywords:  properties of linear programming models
AACSB:  Analytic skills
13) In linear programming models , objective functions can only be maximized.
Answer:  FALSE
Diff: 1     Page Ref: 31
Section Heading:  Model Formulation
Keywords:  properties of linear programming models, objective function
AACSB:  Analytic skills

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