Calculus I - NCSU
1.1 Four ways to represent a function (Symmetry, Increasing - Decreasing) 1.2 Mathematical Models (polynomials, asymptotes, intercepts, power, log, transcendental) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
1.1 Four ways to represent a function 1.2 Mathematical Models 1.3 New Functions from Old (graph shifts, composite functions) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
1.2 Mathematical Models (Inverse) Appendix B Coordinate Geometry (Lines, Circles) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
1.5 Exponential Functions cont. (e, hyperbolic) 1.6 Inverse Functions and Logs (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
2.2 The limit of a function (cont) 2.3 Calculating the limits using the limit laws (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
2.3 Calculating the limits using the limit laws cont. (Squeeze Theorem) 2.4 Continuity (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
2.4 Continuity cont. (Intermediate Value Theorem) 2.5 Limits Involving Infinity (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
2.5 Limits Involving Infinity (cont.) 2.6 Tangents, Velocities and Other Rates of Change (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
2.6 Tangents, Velocities and Other Rates of Change cont (Estimates) Instantaneous Rate of Change 2.7 Derivatives (Definition of derivative) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
2.7 Derivatives cont (Higher Order Derivatives) Review for Test #1 (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
2.8 Derivative as a Function (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
2.8 Derivative as a Function cont 2.9 What does f' say about f (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
2.9 What does f' say about f cont 3.1 Derivatives of Polynomials and Exponential Functions (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
3.2 Product and Quotient Rules (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
3.4 Derivatives of Trigonometric Functions (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
3.4 Derivatives of Trigonometric Functions cont (Examples) 3.5 Chain Rule (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
3.5 Chain Rule cont (Examples) 3.6 Implicit Differentiation (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
3.5 Chain Rule cont (Examples, Parametric Equations) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
3.6 Implicit Differentiation cont (Examples, Derivative of Inverse Trigonometric Functions) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
3.6 Implicit Differentiation cont (Orthogonal Trajectories) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
3.7 Derivatives of Logarithmic Functions (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
3.8 Linear Approximation and Derivatives (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.1 Related Rates (Example) 4.2 Maximum and Minimum Values (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.1 Related Rates (Examples) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.1 Related Rates (Method , Examples) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.2 Maximum and Minimum Values cont 4.3 Derivative and the Shapes of Curves (f', Mean Value Theorem) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.2 Maximum and Minimum Values cont 4.3 Derivative and the Shapes of Curves (Mean Value Theorem) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.3 Derivative and the Shapes of Curves cont (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.3 Derivative and the Shapes of Curves cont (examples) 4.5 Intermediate Forms and L'Hopitals Rule (0/0, Infinity/Infinity) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.5 Intermediate Forms and L'Hopitals Rule cont (0/0, Infinity/Infinity, other forms) Intro to Optimization Problems (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.6 Optimization Problems (Example) 4.8 Newton's Method (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.6 Optimization Problems (Examples) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.6 Optimization Problems (Examples) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.6 Optimization Problems (Method, Examples) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.8 Newton's Method cont (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.9 Antiderivatives (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
4.9 Antiderivatives (Problems) Appendix F Sigma Notation (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.2 Definite Integral (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.2 Definite Integral (Reimann Sum) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.3 Evaluating Definite Integrals (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.5 The substitution Rule (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.5 The substitution Rule (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.6 Integration by Parts (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.6 Integration by Parts cont. 5.7 and Appendix G Partial Fractions Case #1 Linear Factors in Denominator (none are repeated) Case #2 Linear Factors in Denominator (some are repeated - squared, cubed, etc.) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.7 and Appendix G Partial Fractions cont. Case #2 Liner Factors in Denominator (some are repeated - squared, cubed, etc.) Case #3 and 4 Irreducible Quadratic Factor in Denominator 5.7 Partial Fractions when Numerator is greater than Denominator (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.7 Trigonometric Integrals Cos and Sin with One or more as Odd Powers Cos and Sin with all Even Powers Intro to Sec and Tan (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.7 Trigonometric Integrals Sec and Tan Review for Test 4 (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.7 Trigonometric Substitution (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.8 Table of Integrals (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
5.8 Table of Integrals cont. (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Appendix B Coordinate Geometry (Conic Sections) cont. 1.5 Exponential Functions (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Appendix F Sigma Notation (Problem) 5.1 Areas and Distance (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Course Introduction 1.1 Four ways to represent a function 1.2 Mathematical Models 1.3 New Functions from Old (graph shifts, composite functions) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Final Exam Review (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Question on Inverse Problem 1.7 Parametric Curves (plotting, eliminating t, cycloid) 2.1 Tangent and Velocity problems (Secant and Tangent slopes) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Question on Inverse Problem 1.7 Parametric Curves (plotting, eliminating t, cycloid) 2.1 Tangent and Velocity problems (Secant and Tangent slopes) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Questions Covering 1.1 through 1.5 Appendix B Coordinate Geometry (Conic Sections) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Review for Test #2 (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Review for Test #3 (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Review of several questions that were on Test 1 (Fall 2008) 3.1 Derivatives of Polynomials and Exponential Functions cont (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Review of several questions that were on Test 3 (Fall 2008) 5.3 Evaluating Definite Integrals 5.4 Fundamental Theorem of Calculus (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
Review of several questions that were on Test 4 (Fall 2008) (John Griggs / North Carolina State University.)  의 1 번째 Windows Media 동영상입니다.
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