The aim of <b>Problems and Solutions for Undergraduate Real Analysis I</b>, as the name reveals, is to assist undergraduate students or first-year students who study mathematics in learning their first rigorous real analysis course. The wide variety of problems, which are of varying difficulty, incl
Problems and Solutions for Undergraduate Real Analysis I
β Scribed by Kit-Wing Yu
- Publisher
- 978-988-78797-5-6
- Year
- 2018
- Tongue
- English
- Leaves
- 211
- Category
- Library
No coin nor oath required. For personal study only.
β¦ Synopsis
The aim of Problems and Solutions for Undergraduate Real Analysis I, as the name reveals, is to assist undergraduate students or first-year students who study mathematics in learning their first rigorous real analysis course. The wide variety of problems, which are of varying difficulty, include the following topics:
Furthermore, the main features of this book are listed as follows:
β¦ Table of Contents
Preface
List of Tables
Elementary Set Algebra
Fundamental Concepts
Sets, Functions and Relations
Mathematical Induction
The Real Number System
Fundamental Concepts
Rational and Irrational Numbers
Absolute Values
The Completeness Axiom
Countable and Uncountable Sets
Fundamental Concepts
Problems on Countable and Uncountable Sets
Elementary Topology on Metric Spaces
Fundamental Concepts
Open Sets and Closed Sets
Compact Sets
The Heine-Borel Theorem
Connected Sets
Sequences in Metric Spaces
Fundamental Concepts
Convergence of Sequences
Upper and Lower Limits
Cauchy Sequences and Complete Metric Spaces
Recurrence Relations
Series of Numbers
Fundamental Concepts
Convergence of Series of Nonnegative Terms
Alternating Series and Absolute Convergence
The Series n=1anbn and Multiplication of Series
Power Series
Limits and Continuity of Functions
Fundamental Concepts
Limits of Functions
Continuity and Uniform Continuity of Functions
The Extreme Value Theorem and the Intermediate Value Theorem
Discontinuity of Functions
Monotonic Functions
Differentiation
Fundamental Concepts
Properties of Derivatives
The Mean Value Theorem for Derivatives
L'HΓ΄spital's Rule
Higher Order Derivatives and Taylor's Theorem
Convexity and Derivatives
The Riemann-Stieltjes Integral
Fundamental Concepts
Integrability of Real Functions
Applications of Integration Theorems
The Mean Value Theorems for Integrals
Appendix
Language of Mathematics
Fundamental Concepts
Statements and Logical Connectives
Quantifiers and their Basic Properties
Necessity and Sufficiency
Techniques of Proofs
Index
Bibliography
π SIMILAR VOLUMES
The present book <b>Problems and Solutions for Undergraduate Real Analysis</b> is the combined volume of authorβs two books <b>Problems and Solutions for Undergraduate Real Analysis I</b> and <b>Problems and Solutions for Undergraduate Real Analysis II</b>. By offering 456 exercises with different l
<span>This book <b>Problems and Solutions for Undergraduate Real Analysis II</b> is the continuum of the first book <b>Problems and Solutions for Undergraduate Real Analysis I</b>. Its aim is the same as its first book: We want to assist undergraduate students or first-year students who study mathem
<span>This book </span><span>Problems and Solutions for Undergraduate Real Analysis II</span><span> is the continuum of the first book </span><span>Problems and Solutions for Undergraduate Real Analysis I</span><span>. Its aim is the same as its first book: We want to assist undergraduate students o
<span>The aim of <b>Problems and Solutions for Undergraduate Complex Analysis I</b>, as the name reveals, is to assist undergraduate students in studying essential theories and techniques of complex analysis. The wide variety of problems, which are of varying difficulty, includes the following topic
<span>The aim of <b>Problems and Solutions for Undergraduate Complex Analysis I</b>, as the name reveals, is to assist undergraduate students in studying essential theories and techniques of complex analysis. The wide variety of problems, which are of varying difficulty, includes the following topic