Lectures in COMPLEX NUMBERS & Functions
- Lecture 1: What Is A Complex Number?
- Lecture 2: What Is A Complex Number? Another Look
- Lecture 3: Adding And Subtracting Complex Numbers
- Lecture 4: Multiplying And Dividing Complex Numbers
- Lecture 5: Multiplying And Dividing Complex Numbers: Ex.
- Lecture 6: Geometric Representation
- Lecture 7: Geometric Representation Of Addition & Subtraction
- Lecture 8: Conjugate Rules 1 And 2
- Lecture 9: Conjugate Rules 3 And 4
- Lecture 10: Polar Form
- Lecture 11: Convert To Polar Form
- Lecture 12: Multiply In Polar Form
- Lecture 13: Multiply In Polar Form: Example
- Lecture 14: Divide In Polar Form
- Lecture 15: Divide In Polar Form: Example
- Lecture 16: Taking The Inverse Polar Form
- Lecture 17: Taking The Inverse Polar Form: Example
- Lecture 18: De Moivre'S Theorem
- Lecture 19: De Moivre'S Theorem: Example
- Lecture 20: Finding The Nth Root
- Lecture 21: Finding The Nth Root: Example
- Lecture 22: What Are Complex Exponentials? 1
- Lecture 23: What Are Complex Exponentials? 2
- Lecture 24: Complex Exponentials: 3 Examples
- Lecture 25: Complex Exponentials And Trig Functions
- Lecture 26: The Derivative Complex Function: Ex. 1
- Lecture 27: The Derivative Complex Function: Ex. 2
- Lecture 28: The Integral Complex Function