Discrete Mathematics an Introduction to Proofs and Combinatorics
Download Discrete Mathematics an Introduction to Proofs and Combinatorics by Kevin Ferland Book Discrete Mathematics combines a balance of theory and applications with mathematical rigor and an accessible writing style. The author uses a range of examples to teach core concepts, while corresponding exercises allow students to apply what they learn. Throughout the text, engaging anecdotes and topics of interest inform as well as motivate learners. The text is ideal for one- or two-semester courses and for students who are typically mathematics, mathematics education, or computer science majors. Part I teaches student how to write proofs; Part II focuses on computation and problem solving. The second half of the book may also be suitable for introductory courses in combinatorics and graph theory.
Discrete Mathematics an Introduction to Proofs and Combinatorics by Kevin Ferland Book Free Download
Book Details:
| Title Of The Book | Discrete Mathematics an Introduction to Proofs and Combinatorics |
| Author’s Name | Kevin Ferland |
| Publishers | Kevin Ferland |
| File Size | 8.5 MB |
| File Type |
Table Of Content:
I Proofs
Logic and Sets
Statement Forms and Logical Equivalences
Set Notation
Quantifiers
Set Operations and Identities
Valid Arguments
Basic Proof Writing
Direct Demonstration
General Demonstration (Part 1)
General Demonstration (Part 2)
Indirect Arguments
Splitting into Cases
Elementary Number Theory
Divisors
Well-Ordering, Division, and Codes
Euclid’s Algorithm and Lemma
Rational and Irrational Numbers
Modular Arithmetic and Encryption
Indexed by Integers
Sequences, Indexing, and Recursion
Sigma Notation
Mathematical Induction, An Introduction
Induction and Summations
Strong Induction
The Binomial Theorem
Relations
General Relations
Special Relations on Sets
Basics of Functions
Special Functions
General Set Constructions
Cardinality
II Combinatorics
Basic Counting
The Multiplication Principle
Permutations and Combinations
Addition and Subtraction
Probability
Applications of Combinations
Correcting for Overcounting
More Counting
Inclusion-Exclusion
Multinomial Coe□cients
Generating Functions
Counting Orbits
Combinatorial Arguments
Basic Graph Theory
Motivation and Introduction
Special Graphs
Matrices
Isomorphisms
Invariants
Directed Graphs and Markov Chains
Graph Properties
Connectivity
Euler Circuits
Hamiltonian Cycles
Planar Graphs
Chromatic Number
Trees and Algorithms
Trees
Search Trees
Weighted Trees
Analysis of Algorithms (Part 1)
Analysis of Algorithms (Part 2)
A Assumed Properties of Z and R
B Pseudocode
C Answers to Selected Exercises
“Discrete Mathematics an Introduction to Proofs and Combinatorics by Kevin Ferland PDF File”
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