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دسته بندی: تحلیل و بررسی ویرایش: 3rd ed نویسندگان: Angus E. Taylor, W. Robert Mann سری: ISBN (شابک) : 9780471025665, 0471025666 ناشر: Wiley سال نشر: 1983 تعداد صفحات: 749 زبان: English فرمت فایل : DJVU (درصورت درخواست کاربر به PDF، EPUB یا AZW3 تبدیل می شود) حجم فایل: 6 مگابایت
در صورت تبدیل فایل کتاب Advanced calculus به فرمت های PDF، EPUB، AZW3، MOBI و یا DJVU می توانید به پشتیبان اطلاع دهید تا فایل مورد نظر را تبدیل نمایند.
توجه داشته باشید کتاب حساب پیشرفته نسخه زبان اصلی می باشد و کتاب ترجمه شده به فارسی نمی باشد. وبسایت اینترنشنال لایبرری ارائه دهنده کتاب های زبان اصلی می باشد و هیچ گونه کتاب ترجمه شده یا نوشته شده به فارسی را ارائه نمی دهد.
تئوری و تکنیک های حساب دیفرانسیل و انتگرال را با تأکید بر درک قوی مفاهیم و اصول اساسی تجزیه و تحلیل تشریح می کند. محاسبات ابتدایی و متوسط را مرور میکند و بحثهایی درباره نظریه مجموعههای نقطه ابتدایی و ویژگیهای توابع پیوسته را بررسی میکند.
Outlines theory and techniques of calculus, emphasizing strong understanding of concepts, and the basic principles of analysis. Reviews elementary and intermediate calculus and features discussions of elementary-point set theory, and properties of continuous functions.
PREFACE CONTENTS 1 / Fundamentals of Elementary Calculus 1. Introduction 1.1 Functions Exercises 1.11 Derivatives Exercises 1.12 Maxima ana Minima Exercises 1.2 The Law of the Mean (The Mean-Value Theorem for Derivatives) Exercises 1.3 Differentials Exercises 1.4 The Inverse of Differentiation Exercises 1.5 Definite Integrals Exercises 1.51 The Mean Value Theorem for Integrals 1.52 Variable Limits of Integration 1.53 The Integral of a Derivative Exercises 1.6 Limits 1.61 Limits of Functions of a Continuous Variable Exercises 1.62 Limits of Sequences Exercises 1.63 The Limit Defining a Definite Integral 1.64 The Theorem on Limits of Sums, Products, and Quotients Exercises Miscellaneous Exercises 2 / The Real Number System 2. Numbers 2.1 The Field of Real Numbers 2.2 Inequalities. Absolute Value Exercises 2.3 The Principle of Mathematical Induction Exercises 2.4 The Axiom of Continuity 2.5 Rational and Irrational Numbers Exercises 2.6 The Axis of Reals 2.7 Least Upper Bounds Exercises 2.8 Nested Intervals Miscellaneous Exercises 3 / Continuous Functions 3. Continuity Exercises 3.1 Bounded Functions Exercises 3.2 The Attainment of Extreme Values Exercises 3.3 The Intermediate-Value Theorem Exercises Miscellaneous Exercises 4 / Extensions of the Law of the Mean 4. Introduction 4.1 Cauchy\'s Generalized Law of the Mean Exercises 4.2 Taylor\'s Formula with Integral Remainder 4.3 Other Forms of the Remainder Exercises 4.4 An Extension of the Mean-Value Theorem for Integrals 4.5 L\'Hospital\'s Rule Exercises Miscellaneous Exercises 5 / Functions of Several Variables 5. Functions and Their Regions of Definition 5.1 Point Sets Exercises 5.2 Limits Exercises 5.3 Continuity Exercises 5.4 Modes of Representing a Function 6 / The Elements of Partial Differentiation 6. Partial Derivatives 6.1 Implicit Functions Exercises 6.2 Geometrical Significance of Partial Derivatives Exercises 6.3 Maxima and Minima Exercises 6.4 Differentials Exercises 6.5 Composite Functions and the Chain Rule Exercises 6.51 An Application in Fluid Mechanics Exercises 6.52 Second Derivatives by the Chain Rule Exercises 6.53 Homogeneous Functions. Euler\'s Theorem Exercises 6.6 Derivatives of Implicit Functions Exercises 6.7 Extremal Problems with Constraints 6.8 Lagrange\'s Method Exercises 6.9 Quadratic Forms Exercises Miscellaneous Exercises 7 / General Theorems of Partial Differentiation 7. Preliminary Remarks 7.1 Sufficient Conditions for Differentiability Exercises 7.2 Changing the Order of Differentiation Exercises 7.3 Differentials of Composite Functions 7.4 The Law of the Mean Exercises 7.5 Taylor\'s Formula and Series Exercises 7.6 Sufficient Conditions for a Relative Extreme Exercises Miscellaneous Exercises 8 / Implicit-Function Theorems 8. The Nature of the Problem of Implicit Functions 8.1 The Fundamental Theorem 8.2 Generalization of the Fundamental Theorem Exercises 8.3 Simultaneous Equations Exercises 9 / The Inverse Function Theorem with Applications 9. Introduction 9.1 The Inverse Function Theorem in Two Dimensions Exercise 9.2 Mappings Exercises 9.3 Successive Mappings Exercises 9.4 Transformations of Co-ordinates 9.5 Curvilinear Co-ordinates Exercises 9.6 Identical Vanishing of the Jacobian. Functional Dependence Exercises Miscellaneous Exercises 10 / Vectors and Vector Fields 10. Purpose of the Chapter 10.1 Vectors in Euclidean Space 10.11 Orthogonal Unit Vectors in ℝ³ Exercises 10.12 The Vector Space ℝⁿ Exercises 10.2 Cross Products in ℝ³ Exercises 10.3 Rigid Motions of the Axes Exercises 10.4 Invariants Exercises 10.5 Scalar Point Functions 10.51 Vector Point Functions 10.6 The Gradient of a Scalar Field Exercises 10.7 The Divergence of a Vector Field Exercises 10.8 The Curl of a Vector Field Exercises Miscellaneous Exercises 11 / Linear Transformations 11. Introduction 11.1 Linear Transformations 11.2 The Vector Space ℒ(ℝⁿ, ℝᵐ) 11.3 Matrices and Linear Transformations 11.4 Some Special Cases 11.5 Norms 11.6 Metrics 11.7 Open Sets and Continuity 11.8 A Norm on ℒ(ℝⁿ, ℝᵐ) 11.9 ℒ(ℝⁿ) 11.10 The Set of Invertible Operators Exercises 12 / Differential Calculus of Functions from ℝⁿ to ℝᵐ 12. Introduction 12.1 The Differential and the Derivative 12.2 The Component Functions and Differentiability 12.21 Directional Derivatives and the Method of Steepest Descent 12.3 Newton\'s Method 12.4 A Form of the Law of the Mean for Vector Functions 12.41 The Hessian and Extreme Values 12.5 Continuously Differentiable Functions 12.6 The Fundamental Inversion Theorem 12.7 The Implicit Function Theorem 12.8 Differentiation of Scalar Products of Vector Valued Functions of a Vector Variable Exercises 13 / Double and Triple Integrals 13. Preliminary Remarks 13.1 Motivations 13.2 Definition of a Double Integral 13.21 Some Properties of the Double Integral 13.22 Inequalities. The Mean-Value Theorem 13.23 A Fundamental Theorem 13.3 Iterated Integrals. Centroids Exercises 13.4 Use of Polar Co-ordinates Exercises 13.5 Applications of Double Integrals Exercises 13.51 Potentials and Force Fields Exercises 13.6 Triple Integrals 13.7 Applications of Triple Integrals Exercises 13.8 Cylindrical Co-ordinates Exercises 13.9 Spherical Co-ordinates Exercises 14 / Curves and Surfaces 14. Introduction 14.1 Representations of Curves 14.2 Arc Length Exercises 14.3 The Tangent Vector Exercises 14.31 Principal normal. Curvature 14.32 Binormal. Torsion Exercises 14.4 Surfaces Exercises 14.5 Curves on a Surface Exercises 14.6 Surface Area Exercises 15 / Line and Surface Integrals 15. Introduction 15.1 Point Functions on Curves and Surfaces 15.12 Line Integrals Exercises 15.13 Vector Functions and Line Integrals. Work Exercises 15.2 Partial Derivatives at the Boundary of a Region 15.3 Green\'s Theorem in the Plane Exercises 15.31 Comments on the Proof of Green\'s Theorem 15.32 Transformations of Double Integrals Exercises 15.4 Exact Differentials 15.41 Line Integrals Independent of the Path Exercises 15.5 Further Discussion of Surface Area 15.51 Surface Integrals Exercises 15.6 The Divergence Theorem Exercises 15.61 Green\'s Identities Exercises 15.62 Transformation of Triple Integrals Exercises 15.7 Stokes\'s Theorem Exercises 15.8 Exact Differentials in Three V ariables Exercises Miscellaneous Exercises 16 / Point-Set Theory 16. Preliminary Remarks 16.1 Finite and Infinite Sets 16.2 Point Sets on a Line Exercises 16.3 The Bolzano-Weierstrass Theorem Exercises 16.31 Convergent Sequences on a Line Exercises 16.4 Point Sets in Higher Dimensions 16.41 Convergent Sequences in Higher Dimensions Exercises 16.5 Cauchy\'s Convergence Condition 16.6 The Heine-Borel Theorem Exercises 17 / Fundamental Theorems on Continious Functions 17. Purpose of the Chapter 17.1 Continuity and Sequential Limits 17.2 The Boundedness Theorem 17.3 The Extreme-Value Theorem 17.4 Uniform Continuity 17.5 Continuity of Sums, Products, and Quotients Exercises 17.6 Persistence of Sign 17.7 The Intermediate-Value Theorem 18 / The Theory of Integration 18. The Nature of the Chapter 18.1 The Definition of Integrability Exercises 18.11 The Integrability of Continuous Functions Exercise 18.12 Integrable Functions with Discontinuities 18.2 The Integral as a Limit of Sums Exercises 18.21 Duhamel\'s Principle Exercises 18.3 Further Discussion of Integrals 18.4 The Integral as a Function of the U pper Limit Exercises 18.41 The Integral of a Derivative 18.5 Integrals Depending on a Parameter Exercises 18.6 Riemann Double Integrals Exercises 18.61 Double Integrals and Iterated Integrals 18.7 Triple Integrals 18.8 Improper Integrals 18.9 Stieltjes Integrals Exercises 19 / Infinite Series 19. Definitions and Notation Exercises 19.1 Taylor\'s Series Exercises 19.11 A Series for the Inverse Tangent Exercises 19.2 Series of Nonnegative Terms Exercises 19.21 The Integral Test Exercises 19.22 Ratio Tests Exercises 19.3 Absolute and Conditional Convergence Exercises 19.31 Rearrangement of Terms Exercises 19.32 Alternating Series Exercises 19.4 Tests for Absolute Convergence Exercises 19.5 The Binomial Series Exercises 19.6 Multiplication of Series Exercises 19.7 Dirichlet\'s Test Exercises Miscellaneous Exercises 20 / Uniform Convergence 20. Functions Defined by Convergent Sequences 20.1 The Concept of Uniform Convergence Exercises 20.2 A Comparison Test for Uniform Convergence Exercises 20.3 Continuity of the Limit Function Exercises 20.4 Integration of Sequences and Series Exercises 20.5 Differentiation of Sequences and Series Exercises 21 / Power Series 21. General Remarks 21.1 The Interval of Convergence Exercises 21.2 Differentiation of Power Series Exercises 21.3 Division of Power Series Exercises 21.4 Abel\'s Theorem Exercises 21.5 Inferior and Superior Limits Exercises 21.6 Real Analytic Functions Exercises Miscellaneous Exercises 22 / Improper Integrals 22. Preliminary Remarks 22.1 Positive Integrands. Integrals of the First Kind Exercises 22.11 Integrals of the Second Kind Exercises 22.12 Integrals of Mixed Type Exercises 22.2 The Gamma Function Exercises 22.3 Absolute Convergence Exercises 22.4 Improper Multiple Integrals. Finite Regions Exercises 22.41 Improper Multiple Integrals. Infinite Regions Exercises 22.5 Functions Defined by Improper Integrals Exercises 22.51 Laplace Transforms Exercises 22.6 Repeated Improper Integrals Exercises 22.7 The Beta Function Exercises 22.8 Stirling\'s Formula Miscellaneous Exercises Answers to Selected Exercises Answers 1.1-1.2 Answers 1.3-2.7 Answers 2.Mis.-3.Mis Answers 4.3-5.3 Answers 6.1-6.8 Answers 6.9-7.6 Answers 7.Mis-9.5 Answers 9.6-10.8 Answers 10.Mis-13.5 Answers 13.5-14.32 Answers 14.32-15.13. Answers 15.3-15.8 Answers 15.Mis-18.6 Answers 18.9-19.4 Answers 19.4-21.2 Answers 21.2-22.2 Answers 22.3-END Index abc def ghij lmno pqrs tuvwx