R-107-2-0291004-Calculus (Ⅱ)
Course Period：Now ~ Any Time
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Course Introduction

Course Plan

  • Course description, requirements and last semester course review
  • Derivative, Derivative Function and Differentiation
  • Derivative Function and Derivative Rule of Common Elementary Function
  • Differential Technique 1 - Logarithmic Derivative Method, Composition Function (Chain Law)
  • Differential Technique 2 - Inverse Function and Implicit Function
  • Differential Technique 3 - Higher Derivative and Differential Mean-Valued Theorem
  • Properties of Differentials and Applications 1 - Seeking for Indefinite Limits (Law of Robusta)
  • Properties of Differentials and Applications 2 - The Existence and Uniqueness of Differential Equations and the Inequality
  • Midterm
  • Properties of Differentials and Applications 3 - Extrema and Drawing for Functions
  • Anti - derivative and Indefinite Integral - Indefinite Integral of Common Elementary Function
  • Integration techniques 1 - variable transformation (integration by substation) method - irrational function integration
  • Integration techniques 2-triangle substitution method and more than two types of elementary functions of the integration (integration by parts)
  • Integration techniques 3 - rational function integration (integration by fractional)
  • Fundamental Theorem of Calculus and Its Calculating Integral Rule and Integral Mean-Valued Theorem
  • The Property of Integrals and Applications 1 - Calculate the Limit of Accumulation and Multiplication and Find the Area of ​​Plane Function
  • The Property of Integrals and Applications 2 - Volume of the solid-revolution of the region enclosed by the plane functions - disk and cylindrical shell methods
  • Final
  • Course description, requirements and last semester course review
  • Derivative, Derivative Function and Differentiation
  • Derivative Function and Derivative Rule of Common Elementary Function
  • Differential Technique 1 - Logarithmic Derivative Method, Composition Function (Chain Law)
  • Differential Technique 2 - Inverse Function and Implicit Function
  • Differential Technique 3 - Higher Derivative and Differential Mean-Valued Theorem
  • Properties of Differentials and Applications 1 - Seeking for Indefinite Limits (Law of Robusta)
  • Properties of Differentials and Applications 2 - The Existence and Uniqueness of Differential Equations and the Inequality
  • Midterm
  • Properties of Differentials and Applications 3 - Extrema and Drawing for Functions
  • Anti - derivative and Indefinite Integral - Indefinite Integral of Common Elementary Function
  • Integration techniques 1 - variable transformation (integration by substation) method - irrational function integration
  • Integration techniques 2-triangle substitution method and more than two types of elementary functions of the integration (integration by parts)
  • Integration techniques 3 - rational function integration (integration by fractional)
  • Fundamental Theorem of Calculus and Its Calculating Integral Rule and Integral Mean-Valued Theorem
  • The Property of Integrals and Applications 1 - Calculate the Limit of Accumulation and Multiplication and Find the Area of ​​Plane Function
  • The Property of Integrals and Applications 2 - Volume of the solid-revolution of the region enclosed by the plane functions - disk and cylindrical shell methods
  • Final
Teacher / 鮑永誠
LINE sharing feature only supports mobile devices