Mathematical Methods: Linear Algebra, Normed Spaces, Distributions, Integration

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Author: Jacob Korevaar

ISBN-10: 0486466213

ISBN-13: 9780486466217

Category: Algebra

Rigorous but not abstract, this intensive introductory treatment provides many of the advanced mathematical tools used in applications. It also supplies the theoretical background that makes most other parts of modern mathematical analysis accessible. Geared toward advanced undergraduates and graduate students in the physical sciences and applied mathematics. 1968 edition.

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Rigorous but not abstract, this intensive introductory treatment provides many advanced mathematical tools used in applications, plus theoretical background that makes most other parts of modern mathematical analysis accessible. 1968 edition.

Preface     vAlgebraic Theory of Vector Spaces     1Vector Spaces     3Generating Sets, Linearly Independent Sets, and Bases     12Dimension of a Vector Space     21Linear Transformations     30Linear Functionals     39Rectangular Matrices     50Square Matrices     64Determinants     73Systems of Linear Equations     81Eigenvalue Problems     94Use of Eigenvectors and Generalized Eigenvectors in the Representation of Linear Operators     108Further Representation Theorems for Linear Operators and Applications     121Algebraic Theory of Tensors     144Bibliography     157Introduction to Functional Analysis. Distributions     160Various Kinds of Convergence     162Metric Spaces     177Normed Vector Spaces     190Completeness and Completion     206The Banach Spaces L, L[superscript p], and C     226Continuous Linear Functionals     249Distributions or Generalized Functions (Part 1)     263Distributions or Generalized Functions (Part 2)     288Delta Sequences and Convergence andApproximation     318Spanning Sets and Schauder Bases     344Bibliography     353The Lebesgue Integral and Related Topics     356Definition of the Lebesgue Integral     359Approximation of Integrable Functions and Applications     373Integration of Sequences and Series     381Lebesgue Measure     395Functions of Bounded Variation and the Stieltjes Integral     400Rules Based on the Use of Indefinite Integrals     413Multiple Integrals     426Curves and Line Integrals     450Holomorphic Functions and Integrals in the Complex Plane     465Bibliography     486Subject and Author Index     489Index of Notation     503