Lecture Description
This lesson first starts with how to test for symmetry in a polar graph. Symmetry to the Polar Axis at 1:34 Symmetry to the line Theta=pi/2 at 8:13 Symmetry to the Pole at 10:38 Special Types of Graphs Circles at 13:13 Limacons at 16:16 I explain how to recognize the 4 subcategories of Limacons which are Inner Loop, Cartiod, Dimpled, and Convex. EXAMPLE of graphing a Limacon with an inner loop at 20:29 Rose Curve introduced at 34:10 EXAMPLE with even number of petals at 38:01 EXAMPLE with odd number of petals at 49:36 Lemniscates introduced at 54:03 LAST EXAMPLE at 55:14Graphing Calculator Example at 26:50My introductory video of Understanding Polar Coordinates www.youtube.com/watch?v=tKi05dfUhAA
Course Index
- Standard Position Angles & Radians Part 1
 - Standard Position Angles & Radians Part 2
 - Angle Measures in Degrees Minutes & Seconds DMS
 - Setting up the Unit Circle Part 1 and Reference Angle
 - Setting Up the Unit Circle Part 2
 - Linear & Angular Speed Part 1
 - Linear & Angular Speed Part 2
 - Evaluating Trig Functions w/ Unit Circle Degrees & Radians
 - Fundamental Trigonometric Identities Intro & Proofs
 - Trig Expressions & Finding Trig Functions Given another Trig Ratio
 - Right Triangle Trigonometry Part 1
 - Right Triangle Trigonometry Part 2
 - Trigonometric Cofunctions
 - Trigonometric Functions of Any Angle
 - Understanding Basic Sine & Cosine Graphs
 - Graphing Sine & Cosine w/out a Calculator Pt1
 - Graphing Sine & Cosine w/out a Calculator Pt 2
 - Equation of Sine and Cosine from a Graph
 - Water Depth Word Problem Modeled with Cosine Sine Function
 - Intro Tangent & Cotangent Graphs
 - Tangent & Cotangent Graphs w/ Transformations
 - Graphing Secant & Cosecant w/ t-table
 - Evaluating Inverse Trigonometric Functions
 - Verifying Trigonometric Identities Pt 1
 - Verifying Trigonometric Identities - Part I
 - Verifying Trigonometric Identities - Part II
 - Verifying Trigonometric Identities - Part III
 - Sum and Difference Trigonometric Identities
 - Verifying Trigonometric Identities Involving Sum & Difference
 - Evaluating Trigonometry Expressions with Half and Double Angles Pt1
 - Evaluating Trigonometry Expressions with Half and Double Angles Pt2
 - Trigonometry Proofs Involving Half and Double Angles
 - Trigonometric Equations Single Angle 0 to 2π Restriction
 - Single Angle Trigonometric Equations All Solutions
 - Trigonometric Equations Multiple Angles 0 to 2π Restriction
 - Trigonometric Equations Multiple Angles All Solutions
 - Oblique Triangles Law of Sines
 - Ambiguous Case for Law of Sines
 - Law of Cosines
 - Area of oblique triangles SAS SSS Heron's Formula
 - Applications of Law of Sines and Cosines
 - Understanding Polar Coordinates
 - Converting Coordinates between Polar and Rectangular Form
 - Converting Equations Between Polar & Rectangular Form
 - Graphing Polar Equations, Test for Symmetry & 4 Examples Corrected
 - Complex Numbers in Polar Form
 - Product & Quotient of Polar Complex Numbers
 - De Moivre's Theorem powers of Polar Complex Numbers
 - De Moivre's Theorem Roots of Polar Complex Numbers
 - Introduction to Vectors
 - Writing Vector in terms of Magnitude & Direction Example
 - Vector Application Examples
 - Dot Product & Angle Between Vectors
 - Projection of a Vector onto another Vector
 - Trigonometry Bearing Problems - 4 Examples
 
Course Description
In this series, the very helpful and fun math teacher Mr. Tarrou teaches students an entire course on trigonometry from start to finish, and on top of that, provides a comprehensive and easy to understand introduction to polar coordinates, vectors, and complex numbers. His videos are friendly, easy to understand, entertaining, and very well organized, all thanks to Mr. Tarrou great dedication to teaching and enthusiasm for mathematics.
	
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