Видео ютуба по тегу Geometry With Eddie Woo

Geometry with Eddie Woo | Maths of the Sydney Opera House | Episode 2
Geometry with Eddie Woo | Maths of the Sydney Opera House | Episode 2
Geometry with Polynomial Techniques (1 of 3: Introducing the question)
Geometry with Polynomial Techniques (1 of 3: Introducing the question)
The Magical Disappearing Square
The Magical Disappearing Square
Beautiful Visual Explanation of Completing the Square
Beautiful Visual Explanation of Completing the Square
Max/Min in Geometry (1 of 3: General principles)
Max/Min in Geometry (1 of 3: General principles)
Geometry of the Earth (1 of 3: Basic shapes & ideas)
Geometry of the Earth (1 of 3: Basic shapes & ideas)
Intro to Geometric Progressions (1 of 2)
Intro to Geometric Progressions (1 of 2)
The Global/Historical Geometry Project (1 of 2: Euclid to Lobachevsky)
The Global/Historical Geometry Project (1 of 2: Euclid to Lobachevsky)
Intro to Geometric Progressions (1 of 3: Definitions)
Intro to Geometric Progressions (1 of 3: Definitions)
Shapes are simple... but mysterious!
Shapes are simple... but mysterious!
Geometry of the Earth (3 of 3: Measuring latitude & longitude)
Geometry of the Earth (3 of 3: Measuring latitude & longitude)
Tough Circle Geometry Question (1 of 2: Set up & initial arguments)
Tough Circle Geometry Question (1 of 2: Set up & initial arguments)
Understanding a triangle through Coordinate Geometry
Understanding a triangle through Coordinate Geometry
6÷2(1+2)=???
6÷2(1+2)=???
Why and how to make notes for studying maths
Why and how to make notes for studying maths
Mathematics is the sense you never knew you had | Eddie Woo | TEDxSydney
Mathematics is the sense you never knew you had | Eddie Woo | TEDxSydney
Patterns & Rules (1 of 2: Building geometric shapes)
Patterns & Rules (1 of 2: Building geometric shapes)
Geometric Progression: Glass & Light Intensity
Geometric Progression: Glass & Light Intensity
Introduction to Locus (1 of 3: Exploring shapes through geometric rules)
Introduction to Locus (1 of 3: Exploring shapes through geometric rules)