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Module 1 - Complex Numbers and Transformations.
Module 1---Assessments
Topic A---Lesson 1: Wishful Thinking?Does Linearity Hold?
Topic A---Lesson 2: Which Real Number Functions Define a Linear Transformation?
Topic A---Lesson 3: Which Real Number Functions Define a Linear Transformation?
Topic A---Lesson 4: An Appearance of Complex Numbers
Topic A---Lesson 5: An Appearance of Complex Numbers
Topic A---Lesson 6: Complex Numbers as Vectors
Topic A---Lesson 7: Complex Number Division
Topic A---Lesson 8: Complex Number Division
Topic B---Lesson 9: The Geometric Effect of Some Complex Arithmetic
Topic B---Lesson 10: The Geometric Effect of Some Complex Arithmetic
Topic B---Lesson 11: Distance and Complex Numbers
Topic B---Lesson 12: Distance and Complex Numbers
Topic B---Lesson 13: Trigonometry and Complex Numbers
Topic B---Lesson 14: Discovering the Geometric Effect of Complex Multiplication
Topic B---Lesson 15: Justifying the Geometric Effect of Complex Multiplication
Topic B---Lesson 16: Representing Reflections with Transformations
Topic B---Lesson 17: The Geometric Effect of Multiplying by a Reciprocal
Topic C---Lesson 18: Exploiting the Connection to Trigonometry
Topic C---Lesson 19: Exploiting the Connection to Trigonometry
Topic C---Lesson 20: Exploiting the Connection to Cartesian Coordinates
Topic C---Lesson 21: The Hunt for Better Notation
Topic C---Lesson 22: Modeling Video Game Motion with Matrices
Topic C---Lesson 23: Modeling Video Game Motion with Matrices
Topic C---Lesson 24: Matrix Notation Encompasses New Transformations!
Topic C---Lesson 25: Matrix Multiplication and Addition
Topic C---Lesson 26: Getting a Handle on New Transformations
Topic C---Lesson 27: Getting a Handle on New Transformations
Topic C---Lesson 28: When Can We Reverse a Transformation?
Topic C---Lesson 29: When Can We Reverse a Transformation?
Topic C---Lesson 30: When Can We Reverse a Transformation?