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Outline
Geometry Spring Semester
Visual Proof That The Square Root Of 2 Is Irrational By Infinite Descent
Intro To Trig Less Special Right Triangles
Archimedes Pi
Area Of Regular Polygon
Chords And Distance From Center
Chords, Central Angles, and Arcs
Thales Theorem
Inscribed Angle Theorem
Two Inscribed Angles
Tangent Perpendicular To Radius
Angle Formed By Tangent And Chord
Angle Formed By Two Chords
Angle Formed By Two Secants
Angle Formed By A Secant And A Tangent
Angle Formed By Two Tangents
Tangent Tangent Segments
Chord Chord Segment
Tangent Secant Segments
Secant Secant Segments
Construct Perpendicular Bisector
Construct Perpendicular From Point On Line
Construct Perpendicular From Point Not On Line
Construct Circle Through Three Points
Copy Segment
Construct Triangle With Three Given Sides
Construct Angle Bisector
Construct An Angle Congruent To A Given Angle
Construct A Line Parallel To A Given Line Through A Given Point
Combining Two Squares
Divide Line Segment
Squaring The Rectangle
Centroid
Construct Pentagon
Slope Intercept Form
Line Reflection
Translation
Rotation
Dilation
Euclid 12.7
Volume of Sphere Proof
Volume of a Sphere via Cavalieri's Principle
Archimedes Volume of a Sphere
Cone Unrolled
Surface Of Revolution
Geometry Spring Semester
Author:
Gary Rubinstein
Topic:
Geometry
Visual Proof That The Square Root Of 2 Is Irrational By Infinite Descent
Intro To Trig Less Special Right Triangles
Archimedes Pi
Area Of Regular Polygon
Chords And Distance From Center
Chords, Central Angles, and Arcs
Thales Theorem
Inscribed Angle Theorem
Two Inscribed Angles
Tangent Perpendicular To Radius
Angle Formed By Tangent And Chord
Angle Formed By Two Chords
Angle Formed By Two Secants
Angle Formed By A Secant And A Tangent
Angle Formed By Two Tangents
Tangent Tangent Segments
Chord Chord Segment
Tangent Secant Segments
Secant Secant Segments
Construct Perpendicular Bisector
Construct Perpendicular From Point On Line
Construct Perpendicular From Point Not On Line
Construct Circle Through Three Points
Copy Segment
Construct Triangle With Three Given Sides
Construct Angle Bisector
Construct An Angle Congruent To A Given Angle
Construct A Line Parallel To A Given Line Through A Given Point
Combining Two Squares
Divide Line Segment
Squaring The Rectangle
Centroid
Construct Pentagon
Slope Intercept Form
Line Reflection
Translation
Rotation
Dilation
Euclid 12.7
Volume of Sphere Proof
Volume of a Sphere via Cavalieri's Principle
Archimedes Volume of a Sphere
Cone Unrolled
Surface Of Revolution
Next
Visual Proof That The Square Root Of 2 Is Irrational By Infinite Descent
New Resources
z`]]
Limits in 3D
fita tórica
Introduction to Similar Triangles
Simple pendulum and SHM
Discover Resources
end of sequences
Quadratic-Level 1
Základní krychlice
Bragg Reflection Demonstration
Hình 2.21 trang 50
Discover Topics
Square
Secant Line or Secant
Differential Calculus
Random Experiments
Right Triangles
