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Calculus 2 Simplified: Integration and Infinite Series

Calculus 2 Simplified: Integration and Infinite Series (Paperback)

오스카 E. 페르난데스 (지은이)
Princeton University Press
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Calculus 2 Simplified: Integration and Infinite Series
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책 정보

· 제목 : Calculus 2 Simplified: Integration and Infinite Series (Paperback) 
· 분류 : 외국도서 > 과학/수학/생태 > 수학 > 미적분학
· ISBN : 9780691263755
· 쪽수 : 256쪽
· 출판일 : 2025-04-01

목차

  • Preface
  • Before You Begin
  • To the Student
  • To the Instructor


  • 1 The Fast-Track Introduction to Calculus 2

  • 1.1 First Things First: What Is Calculus?
  • 1.2 Limits: (Still) The Foundation of Calculus
  • 1.3 The Three Di?cult Questions That Drove the Development of Calculus 2

      • 2 Integration Techniques and Approximations

    • 2.1 Integrating, Leibniz’s Way
    • 2.2 Approximating Integrals, Riemann’s Way
    • 2.3 The Trapezoidal Rule
    • 2.4 How to Approximate Integrals to Any Desired Accuracy
    • 2.5 Integration by Parts
    • 2.6 Trigonometric Integrals
    • 2.7 Trigonometric Substitution
    • 2.8 Partial Fraction Decomposition
    • 2.9 Parting Thoughts

      • Chapter 2 Exercises


    • Chapter 2 Appendix
    • A2.1 Evaluating Riemann Sums Using Summation Formulas
    • A2.2 Additional Error Theorems for Riemann Sums and the Trapezoidal Rule
    • A2.3 The Tabular Method for Integration by Parts
    • A2.4 Integrands That Are Products of Powers of Sine and Cosine
    • A2.5 Integrands That Are Sine-Cosine Products with Di?erent Arguments
    • A2.6 A Brief Review of Long Division and Its Uses in Partial Fraction Decomposition

        • 3 Applications of Integration

      • 3.1 A Quick Preview of What’s to Come
      • 3.2 Area between Curves
      • 3.3 Volumes by Cross Sections
      • 3.4 Volumes of Revolution: The Disk Method
      • 3.5 Volumes of Revolution: The Washer Method
      • 3.6 Volumes of Revolution: The Shell Method
      • 3.7 Calculating the Length of a Curve
      • 3.8 Calculating the (Lateral) Area of a Surface
      • 3.9 Parting Thoughts

        • Chapter 3 Exercises


      • Chapter 3 Appendix
      • A3.1 Area between Two Curves: The Riemann Sums Approach
      • A3.2 Riemann Sums Approach to Volumes by Cross Sections
      • A3.3 Riemann Sums Approach to the Disk Method
      • A3.4 Riemann Sums Approach to the Washer Method
      • A3.5 Riemann Sums Approach to the Shell Method
      • A3.6 Volumes of Revolution: Noncoordinate Axes of Revolution

          • 4 Sequences and Series

        • 4.1 Introduction to Sequences
        • 4.2 Convergence of Sequences
        • 4.3 In?nite Series
        • 4.4 Special Series and the Series Laws
        • 4.5 The Limit and Direct Comparison Tests
        • 4.6 Alternating Series
        • 4.7 The Ratio Test
        • 4.8 Approximating the Sum of an Alternating Series
        • 4.9 Taylor Polynomials
        • 4.10 Taylor’s Theorem
        • 4.11 Power Series and Their Convergence
        • 4.12 Power Series as Functions
        • 4.13 Taylor Series
        • 4.14 Convergence of Taylor Series
        • 4.15 Applications of Taylor Series
        • 4.16 Parting Thoughts

          • Chapter 4 Exercises


            • 5 Connections between Integration and Series

          • 5.1 Partial Fractions and Telescoping Series
          • 5.2 Power/Taylor Series and Integration
          • 5.3 Improper Integrals
          • 5.4 The Integral Test for Series
          • 5.5 Parting Thoughts

            • Chapter 5 Exercises


              • Epilogue
              • Acknowledgments


              • Appendixes A--D: Precalculus and Calculus Review

            • A Algebra and Geometry Review
            • B Precalculus (Functions) Review
            • C Calculus Review I—Through Di?erentiation
            • D Calculus Review II—Integration

                • Appendix E: Integration Basics

              • E.1 The Fundamental Theorem of Calculus
              • E.2 Antiderivatives and the Evaluation Theorem
              • E.3 Properties of Integrals
              • E.4Net Signed Area
              • E.5 Integrating Transcendental Functions
              • E.6 The Substitution Rule

                  • Appendix F: L’Hopital’s Rule


                  • Appendix F Exercises


                  • Answers to Exercises
                  • Bibliography
                  • Index of Applications
                  • Subject Index

                  저자소개

                  오스카 E. 페르난데스 (지은이)    정보 더보기
                  웰즐리 대학 수학과 조교수이다. 아내와 딸과 함께 매사추세츠 주 뉴턴 시에 살고 있다. 트위터 계정 @EverydayCalc에서 저자의 수학적 사고를 엿볼 수 있으며, surroundedbymath.com에서 저자의 작업에 대해 자세히 살펴볼 수 있다. 저서로 《미적분으로 바라본 하루》, 《수학의 참견》(이상 프리렉)이 있다.
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