Discrete Mathematics5th EditionJohn A. Dossey Publisher: Addison WesleyISBN: 9780321305152
Discrete Mathematics
Solutions for Discrete Mathematics
Problem 9E:
In Exercises 9–16, a table is given telling the time needed for each of a number of tasks and which...Problem 10E:
In Exercises 9–16, a table is given telling the time needed for each of a number of tasks and which...Problem 11E:
In Exercises 9–16, a table is given telling the time needed for each of a number of tasks and which...Problem 12E:
In Exercises 9–16, a table is given telling the time needed for each of a number of tasks and which...Problem 13E:
In Exercises 9–16, a table is given telling the time needed for each of a number of tasks and which...Problem 14E:
In Exercises 9–16, a table is given telling the time needed for each of a number of tasks and which...Problem 15E:
In Exercises 9–16, a table is given telling the time needed for each of a number of tasks and which...Problem 16E:
In Exercises 9–16, a table is given telling the time needed for each of a number of tasks and which...Problem 17E:
A small purse manufacturer has a single machine that makes the metal parts of a purse. This takes 2...Browse All Chapters of This Textbook
Chapter 1 - An Introduction To Combinatorial Problems And TechniquesChapter 1.1 - The Time To Complete A ProjectChapter 1.2 - A Matching ProblemChapter 1.3 - A Knapsack ProblemChapter 1.4 - Algorithms And Their EfficiencyChapter 2 - Sets, Relations, And FunctionsChapter 2.1 - Set OperationsChapter 2.2 - Equivalence RelationsChapter 2.3 - Partial Ordering RelationsChapter 2.4 - Functions
Chapter 2.5 - Mathematical InductionChapter 2.6 - ApplicationsChapter 3 - Coding TheoryChapter 3.1 - CongruenceChapter 3.2 - The Euclidean AlgorithmChapter 3.3 - The Rsa MethodChapter 3.4 - Error-detecting And Error-correcting CodesChapter 3.5 - Matrix CodesChapter 3.6 - Matrix Codes That Correct All Single-digit ErrorsChapter 4 - GraphsChapter 4.1 - Graphs And Their RepresentationChapter 4.2 - Paths And CircuitsChapter 4.3 - Shortest Paths And DistanceChapter 4.4 - Coloring A GraphChapter 4.5 - Directed Graphs And MultigraphsChapter 5 - TreesChapter 5.1 - Properties Of TreesChapter 5.2 - Spanning TreesChapter 5.3 - Depth-first SearchChapter 5.4 - Rooted TreesChapter 5.5 - Binary Trees And TraversalsChapter 5.6 - Optimal Binary Trees And Binary Search TreesChapter 6 - MatchingChapter 6.1 - Systems Of Distinct RepresentativesChapter 6.2 - Matching In GraphsChapter 6.3 - A Matching AlgorithmChapter 6.4 - Applications Of The AlgorithmChapter 6.5 - The Hungarian MethodChapter 7 - Network FlowsChapter 7.1 - Flows And CutsChapter 7.2 - A Flow Augmentation AlgorithmChapter 7.3 - The Max-flow Min-cut TheoremChapter 7.4 - Flows And MatchingsChapter 8 - Counting TechniquesChapter 8.1 - Pascal's Triangle And The Binomial TheoremChapter 8.2 - Three Fundamental PrinciplesChapter 8.3 - Permutations And CombinationsChapter 8.4 - Arrangements And Selections With RepetitionsChapter 8.5 - ProbabilityChapter 8.6 - The Principle Of Inclusion-exclusionChapter 8.7 - Generating Permutations And R-combinationsChapter 9 - Recurrence Relations And Generating FunctionsChapter 9.1 - Recurrence RelationsChapter 9.2 - The Method Of IterationChapter 9.3 - Linear Difference Equations With Constant CoefficientsChapter 9.4 - Analyzing The Efficiency Of Algorithms With Recurrence RelationsChapter 9.5 - Counting With Generating FunctionsChapter 9.6 - The Algebra Of Generating FunctionsChapter 10 - Combinatorial Circuits And Finite State MachinesChapter 10.1 - Logical GatesChapter 10.2 - Creating Combinatorial CircuitsChapter 10.3 - Karnaugh MapsChapter 10.4 - Finite State MachinesChapter A - An Introduction To Logic And ProofChapter A.1 - Statements And ConnectivesChapter A.2 - Logical EquivalenceChapter A.3 - Methods Of ProofsChapter B - Matrices
Book Details
An ever-increasing percentage of mathematic applications involve discrete rather than continuous models. Driving this trend is the integration of the computer into virtually every aspect of modern society. Intended for a one-semester introductory course, the strong algorithmic emphasis of Discrete Mathematics is independent of a specific programming language, allowing students to concentrate on foundational problem-solving and analytical skills. Instructors get the topical breadth and organizational flexibility to tailor the course to the level and interests of their students.
Sample Solutions for this Textbook
We offer sample solutions for Discrete Mathematics homework problems. See examples below:
The given network diagram does not have any arrows. Thus, by default consider all the edges are...The universal set is U={1,2,3,4,5,6}. The given sets are A={1,2,3,4} and C={3,5,6}. The intersection...Procedure used: Procedure to check the divisibility. 1 Consider the syntax congruence provided. 2...Let G be a given graph. Label the vertices of the given graph as follows. The complement of the...Theorem used: The minimum number of edges for n vertices. e=n−1 Here, e represents the edge....Given: The sequence of set is {1,2,3,4,5},{1,2,3,4,5},{1,2,3,4,5}. Concept used: If the finite...Given: The network is shown in Figure 1. Concept used: Flow Augmentation Algorithm For a...Formula used: Number of different r-combination: The number of different r-combinations of a set of...The given Sequence is sn=3sn−1+n2 for n≥1. Obtain the fifth sequence as follows. Compute the first...
More Editions of This Book
Corresponding editions of this textbook are also available below:
Discrete Mathematics
5th Edition
ISBN: 9780134689562
Discrete Mathematics - Student Solutions Manual - Dossey - Paperback
5th Edition
ISBN: 9780321305176
Discrete Mathematics
5th Edition
ISBN: 9788131766262
Instructors Solutions Manual To Discrete Mathematics 3e
3rd Edition
ISBN: 9780673977953
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