Difference between revisions of "Book:Edmund Taylor Whittaker/A course of modern analysis/Third edition"
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[https://archive.org/stream/courseofmodernan00whit#page/n7/mode/2up hosted by archive.org]<br /> | [https://archive.org/stream/courseofmodernan00whit#page/n7/mode/2up hosted by archive.org]<br /> | ||
+ | |||
+ | ===Contents=== | ||
+ | :PART I. THE PROCESSES OF ANALYSIS | ||
+ | ::Chapter I Complex Numbers | ||
+ | ::Chapter II The Theory of Convergence | ||
+ | ::Chapter III Continuous Functions and Uniform Convergence | ||
+ | ::Chapter IV The Theory of Riemann Integration | ||
+ | ::Chapter V The fundamental properties of Analytic Functions; Taylor's, Laurent's, and Liouville's Theorems | ||
+ | ::Chapter VI The Theory of Residues; application to the evaluation of Definite Integrals | ||
+ | ::Chapter VII The expansion of functions in Infinite Series | ||
+ | ::Chapter VIII Asymptotic Expansions and Summable Series | ||
+ | ::Chapter IX Fourier Series and Trigonometrical Series | ||
+ | ::Chapter X Linear Differential Equations | ||
+ | ::Chapter XI Integral Equations | ||
+ | :PART II. THE TRANSCENDENTAL FUNCTIONS | ||
+ | ::Chapter XII The Gamma Function | ||
+ | ::Chapter XIII The Zeta Function of Riemann | ||
+ | ::Chapter XIV The Hypergeometric Function | ||
+ | ::Chapter XV Legendre Functions | ||
+ | ::Chapter XVI The Confluent Hypergeometric Function | ||
+ | ::Chapter XVII Bessel Functions | ||
+ | ::Chapter XVIII The Equations of Mathematical Physics | ||
+ | ::Chapter XIX Mathieu Functions | ||
+ | ::Chapter XX Elliptic Functions, General theorems of the Weierstrassian Functions | ||
+ | ::Chapter XXI The Theta Functions | ||
+ | ::Chapter XXII The Jacobian Elliptic Functions | ||
+ | ::Chapter XXIII Ellipsoidal Harmonics and Lamé's Equation | ||
+ | :APPENDIX | ||
+ | :LIST OF AUTHORS QUOTED | ||
+ | :GENERAL INDEX | ||
+ | |||
+ | [[Category:Books]] |
Revision as of 22:14, 11 June 2016
Edmund Taylor Whittaker and George Neville Watson: A course of modern analysis
Published $1920$, Cambridge University Press.
Online versions
Contents
- PART I. THE PROCESSES OF ANALYSIS
- Chapter I Complex Numbers
- Chapter II The Theory of Convergence
- Chapter III Continuous Functions and Uniform Convergence
- Chapter IV The Theory of Riemann Integration
- Chapter V The fundamental properties of Analytic Functions; Taylor's, Laurent's, and Liouville's Theorems
- Chapter VI The Theory of Residues; application to the evaluation of Definite Integrals
- Chapter VII The expansion of functions in Infinite Series
- Chapter VIII Asymptotic Expansions and Summable Series
- Chapter IX Fourier Series and Trigonometrical Series
- Chapter X Linear Differential Equations
- Chapter XI Integral Equations
- PART II. THE TRANSCENDENTAL FUNCTIONS
- Chapter XII The Gamma Function
- Chapter XIII The Zeta Function of Riemann
- Chapter XIV The Hypergeometric Function
- Chapter XV Legendre Functions
- Chapter XVI The Confluent Hypergeometric Function
- Chapter XVII Bessel Functions
- Chapter XVIII The Equations of Mathematical Physics
- Chapter XIX Mathieu Functions
- Chapter XX Elliptic Functions, General theorems of the Weierstrassian Functions
- Chapter XXI The Theta Functions
- Chapter XXII The Jacobian Elliptic Functions
- Chapter XXIII Ellipsoidal Harmonics and Lamé's Equation
- APPENDIX
- LIST OF AUTHORS QUOTED
- GENERAL INDEX