'Side interior angles' presentation slideshows

Chapter 3

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$1 Million

50:50. 15. $1 Million. 14. $500,000. Welcome to Who Wants to be a Millionaire. 13. $250,000. 12. $125,000. 11. $64,000. 10. $32,000. 9. $16,000. 8. $8,000. 7. $4,000. 6. $2,000. 5. $1,000. 4. $500. 3. $300. 2. $200. 1. $100. 15. $1 Million. 14. $500,000. 13.

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3.3 - Angles Formed By Transversals

3.3 - Angles Formed By Transversals. Objective: #5 HW #4. Defining Transversals. A transversal is a line that intersects two or more coplanar lines at different points. In the diagram below, t is the transversal. Special Angles.

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3-3

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Properties of Parallel Lines and Transversals

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Parallel Lines & Transversals

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Do Now

Do Now. Name the type(s) of angles pairs in each diagram. 2. 2. 3. Properties of Parallel Lines and Transversals. Parallel Lines. Recall: Parallel lines are coplanar lines that DO NOT intersect. Think Pair Share.

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Geometry

Geometry. 3.1 Lines and Transversals. Parallel Lines // Lines. Coplanar lines that do not intersect j // k. k. j. Skew Lines. Noncoplanar lines that do not intersect line g is skew to line h g and h are skew lines. h. g. // and Skew Lines.

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Chapter 3 Section 3-1: Properties of Parallel Lines

Chapter 3 Section 3-1: Properties of Parallel Lines. Goal 2.02: Apply properties, definitions, and theorems of angles and lines to solve problems and write problems and write proofs. Turn in Cumulative Review Check Skills: p 115 (1-6). Essential Questions.

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6.2: Properties of Parallelograms

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SECTION 3-1 DEFINITIONS: PARALLEL LINES AND ANGLES

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Geometry Mr. Rasiej

Geometry Mr. Rasiej. Feb. 2011 Final Review. Points, Lines, Planes, Angles. Line, segment, ray Complementary, supplementary Collinear, coplanar Acute, right, obtuse Angle bisector, perpendicular bisector Vertical angles, skew lines Midpoint of a segment. Congruent Triangles.

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6.2: Properties of Parallelograms

6.2: Properties of Parallelograms. Objectives: To use relationships among sides and among angles of parallelograms To use relationships involving diagonals of parallelograms or transversals. THEOREM:. Opposite sides of a parallelogram ( ) are congruent. Example: Given EFGH.

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Adjacent

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PROPERTIES OF

P. A. R. A. L. L. E. L. P. L. A. N. E. S. I. L. N. E. S. A. N. D. PROPERTIES OF. PARALLEL LINES. Objectives:. 1. State and apply the postulates and theorems involving the properties of parallel lines; and.

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Objectives: Use a transversal in proving lines parallel

Section 3-2 Proving Lines Parallel TPI 32C: use inductive and deductive reasoning to make conjectures, draw conclusions, and solve problems TPI 32E: write and defend indirect and direct proofs. Objectives: Use a transversal in proving lines parallel

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Informal Geometry

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3-1 Lines and Angles

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Geometry/Trig 2 Name: __________________________

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Geometry/Trig 2 Name: __________________________

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