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Flipped Mastery Geometry
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PQ-Polygon and Quadrilaterals
PQ 1 & 2-Polygon Basics and Interior and Exterior Angles
PQ 3-Proprieties of Parallelograms
PQ 4-Proofing Parallelograms
PQ 5-Properties of Rhombus, Rectangles & Squares
PQ 6-Proving Rhombus, Rectangles & Squares
PQ7- Properties of Kites and Trapezoids
PQ Unit Review
SF-Similar Figures
SF-1 Similar Figures
SF-2 Prove Triangles Similar
SF-3 Side Splitter Theorem
SF Unit Review
RT - Right Triangles
RT - 1: Pythagorean and Its Converse
RT-2: Special Right Triangles 30-60-90
RT-3: Special Right Triangles 45-45-90
RT-4: Trig Rratios
RT-5: Inverse Trig Functions
RT Unit Review
Pacing Guide
Reources
Flipped Mastery Geometry
Home
PQ-Polygon and Quadrilaterals
PQ 1 & 2-Polygon Basics and Interior and Exterior Angles
PQ 3-Proprieties of Parallelograms
PQ 4-Proofing Parallelograms
PQ 5-Properties of Rhombus, Rectangles & Squares
PQ 6-Proving Rhombus, Rectangles & Squares
PQ7- Properties of Kites and Trapezoids
PQ Unit Review
SF-Similar Figures
SF-1 Similar Figures
SF-2 Prove Triangles Similar
SF-3 Side Splitter Theorem
SF Unit Review
RT - Right Triangles
RT - 1: Pythagorean and Its Converse
RT-2: Special Right Triangles 30-60-90
RT-3: Special Right Triangles 45-45-90
RT-4: Trig Rratios
RT-5: Inverse Trig Functions
RT Unit Review
Pacing Guide
Reources
More
Home
PQ-Polygon and Quadrilaterals
PQ 1 & 2-Polygon Basics and Interior and Exterior Angles
PQ 3-Proprieties of Parallelograms
PQ 4-Proofing Parallelograms
PQ 5-Properties of Rhombus, Rectangles & Squares
PQ 6-Proving Rhombus, Rectangles & Squares
PQ7- Properties of Kites and Trapezoids
PQ Unit Review
SF-Similar Figures
SF-1 Similar Figures
SF-2 Prove Triangles Similar
SF-3 Side Splitter Theorem
SF Unit Review
RT - Right Triangles
RT - 1: Pythagorean and Its Converse
RT-2: Special Right Triangles 30-60-90
RT-3: Special Right Triangles 45-45-90
RT-4: Trig Rratios
RT-5: Inverse Trig Functions
RT Unit Review
Pacing Guide
Reources
Flipped Mastery Geometry
A Standards based approach to the flipped mastery model
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