Intro Math How to Think Like a Mathematician by Houston

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"How to Think Like a Mathematician" by Kevin Houston serves as a comprehensive guide for undergraduate students, emphasizing essential study skills and logical reasoning in mathematics. The book covers foundational topics such as sets, functions, and problem-solving techniques, alongside detailed discussions on reading and writing mathematical content. It introduces various proof techniques, including direct methods, contradiction, and induction, while also addressing common mistakes. The text aims to enhance understanding of key mathematical concepts like divisors and equivalence relations. Overall, it provides a structured approach to developing a mathematical mindset and problem-solving abilities.

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Table of Contents:
Code:
[LIST]
[*] Preface
[*] Study skills for mathematicians
[LIST]
[*] Sets and functions
[*] Reading mathematics
[*] Writing mathematics I
[*] Writing mathematics II
[*] How to solve problems
[/LIST]
[*] How to think logically
[LIST]
[*] Making a statement
[*] Implications
[*] Finer points concerning implications
[*] Converse and equivalence
[*] Quantifiers - For all and There exists
[*] Complexity and negation of quantifiers
[*] Examples and counterexamples
[*] Summary of logic
[/LIST]
[*] Definition, theorems and proofs
[LIST]
[*] Definitions, theorems and proofs
[*] How to read a definition
[*] How to read a theorem
[*] Proof
[*] How to read a proof
[*] A study of Pythagoras' Theorem
[/LIST]
[*] Techniques of proof
[LIST]
[*] Techniques of proof I: Direct method
[*] Some common mistakes
[*] Techniques of proof II: Proof by cases
[*] Techniques of proof III: Contradiction
[*] Techniques of proof IV: Induction
[*] More sophisticated induction techniques
[*] Techniques of proof V: Contrapositive method
[/LIST]
[*] Mathematics that all good mathematicians need
[LIST]
[*] Divisors
[*] The Euclidean Algorithm
[*] Modular arithmetic
[*] Injective, surjective, bijective - and a bit about infinity
[*] Equivalence relations
[/LIST]
[*] Closing remarks
[LIST]
[*] Putting it all together
[*] Generalization and specialization
[*] True understanding
[*] The biggest secret
[/LIST]
[*] Appendices
[LIST]
[*] Greek alphabet
[*] Commonly used symbols and notation
[*] How to prove that ...
[/LIST]
[*] Index
[/LIST]
 
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