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Math9_Q2_C1-a_Determine Conditions that Guarantee Parallelism and Perpendicularity of LineLC1a: Conditions that guarantee parallelism
LC1a: Conditions that guarantee parallelism
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Math9_Q2_C1-b_Determine Conditions that Guarantee Parallelism and Perpendicularity of Line.pdfLC1b: Conditions that guarantee perpendicularity
LC1b: Conditions that guarantee perpendicularity
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Math9_Q2_C2_Classify Quadrilaterals Based on Formal Definitions.pdfLC2: Classifying quadrilaterals
LC2: Classifying quadrilaterals
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Math9_Q2_C3.1.Use Properties of Parallelograms to Find Measures of Angles, Sides, Perpendicular Height, and Diagonals.pdfLC3a:Using properties of parallelograms to find measures of angles and sides
LC3a:Using properties of parallelograms to find measures of angles and sides
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Math9_Q2_C3.2.Use Properties of Parallelograms to Find Measures of Angles, Sides, Perpendicular Height, and Diagonals.pdfLC3b: Using properties of parallelograms to find measures of perpendicular heights and diagonals
LC3b: Using properties of parallelograms to find measures of perpendicular heights and diagonals
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Math 9_Q2_LC4 Solve problems involving parallelograms, rectangles, squares, or rhombuses, by applying their different properties.pdfLC4: Problems involving parallelograms, rectangles, squares, or rhombuses, by applying their different properties
LC4: Problems involving parallelograms, rectangles, squares, or rhombuses, by applying their different properties
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Math 9_Q2_LC5.1 Prove properties of parallelograms by applying the relevant theorems.pdfLC5a: Proving properties of parallelograms by applying the relevant theorems
LC5a: Proving properties of parallelograms by applying the relevant theorems
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Math 9_Q2_LC5.2 Prove properties of parallelograms by applying the relevant theorems.pdfLC5b: Proving properties of parallelograms by applying the relevant theorems
LC5b: Proving properties of parallelograms by applying the relevant theorems
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Math 9_Q2_LC5.3 Prove properties of parallelograms by applying the relevant theorems.pdfLC5c: Proving properties of parallelograms by applying the relevant theorems
LC5c: Proving properties of parallelograms by applying the relevant theorems
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Math 9_Q2_LC6.1 Derive the properties of trapezoids and kites by exploring the relationship between their parts and secondary parts.pdfLC6a: Deriving the properties of trapezoids by exploring the relationships between their parts and secondary parts
LC6a: Deriving the properties of trapezoids by exploring the relationships between their parts and secondary parts
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Math 9_Q2_LC6.2 Derive the properties of trapezoids and kites by exploring the relationship between their parts and secondary parts.pdfLC6b: Deriving the properties of kites by exploring the relationships between their parts and secondary parts
LC6b: Deriving the properties of kites by exploring the relationships between their parts and secondary parts
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Math9_Q2_C7.1.Solve Problems on Trapezoids and KItes by Applying Their Properties.pdfLC7a: Problem solving on trapezoids
LC7a: Problem solving on trapezoids
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Math9_Q2_C7-b_Solve Problems on Trapezoids and KItes by Applying Their Properties.pdfLC7b: Problem solving on kites
LC7b: Problem solving on kites
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Math9_Q2_C8_Distinguish Inductive and Deductive Reasoning for Establishing Proofs.pdfLC8: Distinguishing inductive and deductive reasoning for establishing proofs
LC8: Distinguishing inductive and deductive reasoning for establishing proofs
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Math9_Q2_C9_Theorems about defined and undefined terms.pdfLC9: State postulates and theorems about defined and undefined terms in geometry, and formulates proofs involving them
LC9: State postulates and theorems about defined and undefined terms in geometry, and formulates proofs involving them
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Math9_Q2_C10_Use the triangle congruence postulates and theorems to illustrate congruence of triangles, including CPCTC (definition of congruent triangles)docx.pdfLC10: Use the triangle congruence postulates and theorems to illustrate congruence of triangles, including CPCTC (definition of congruent triangles)
LC10: Use the triangle congruence postulates and theorems to illustrate congruence of triangles, including CPCTC (definition of congruent triangles)
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Math 9_Q2_C11_Solving Problems Involving Right Triangle Congruence Theorems.pdfLC11: Solve problems involving right triangle congruence theorems, isosceles triangle theorem, perpendicular bisector theorem, and midline theorem
LC11: Solve problems involving right triangle congruence theorems, isosceles triangle theorem, perpendicular bisector theorem, and midline theorem
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Math9_Q2_C12_Constructing a Bisector of a Line Segment.pdfLC12: Construct and justify the construction of segments, angles and triangles, including the triangle’s secondary parts and centers, using the triangle congruence postulates and theorems
LC12: Construct and justify the construction of segments, angles and triangles, including the triangle’s secondary parts and centers, using the triangle congruence postulates and theorems
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Math9_Q2_C13_Construct Congruence Proofs Involving Triangles or Corresponding Parts of Triangles Using a Two-Column Proof.pdfLC13: Construct congruence proofs involving triangles or corresponding parts of triangles using a two-column proof
LC13: Construct congruence proofs involving triangles or corresponding parts of triangles using a two-column proof
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