'Find yz' presentation slideshows

6-2

6-2. Properties of Parallelograms. Warm Up. Lesson Presentation. Lesson Quiz. Holt Geometry. Are you ready? Find the value of each variable. 1. x 2. y 3. z. Objectives. TSW prove and apply properties of parallelograms. TSW use properties of parallelograms to solve problems.

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Warm Up Find the value of each variable. 1. x 2. y 3. z

Warm Up Find the value of each variable. 1. x 2. y 3. z. 2. 18. 4. Objectives. Prove and apply properties of parallelograms. Use properties of parallelograms to solve problems. Vocabulary. parallelogram.

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Geometry Chapter 6

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Chapter 6

Chapter 6. 6-2 properties of parallelograms. Objectives. Prove and apply properties of parallelograms. Use properties of parallelograms to solve problems. Parallelograms.

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Warm Up Find the value of each variable. 1. x 2. y 3. z

Warm Up Find the value of each variable. 1. x 2. y 3. z. 2. 18. 4. Objectives. Prove and apply properties of parallelograms. Use properties of parallelograms to solve problems. Vocabulary. parallelogram. Helpful Hint.

430 views • 23 slides

Warm Up Find the value of each variable. 1. x 2. y 3. z

Warm Up Find the value of each variable. 1. x 2. y 3. z. 2. 18. 4. 6-2. Properties of Parallelograms. Holt Geometry. Any polygon with four sides is a quadrilateral. However, some quadrilaterals have special properties. These special quadrilaterals are given their own names.

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Warm Up Find the value of each variable. 1. x 2. y 3. z

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Warm Up Find the value of each variable. 1. x 2. y 3. z

Warm Up Find the value of each variable. 1. x 2. y 3. z. A quadrilateral with two pairs of parallel sides is a parallelogram . To write the name of a parallelogram, you use the symbol. Parallelogram Properties. Opposite sides are congruent. Opposite angles are congruent.

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Holt Geometry

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Warm Up Find the value of each variable. 1. x 2. y 3. z

Warm Up Find the value of each variable. 1. x 2. y 3. z. 2. 18. 4. Sections 8-2 & 8-3. Parallelograms. What is a Parallelogram?. A quadrilateral with two pairs of parallel sides is a parallelogram . To write the name of a parallelogram, you use the symbol.

199 views • 19 slides

Monday, August 26th

Monday, August 26th. Warm Up. 2. Solve for Z. Solve for x and Y. Homework Answers. Any polygon with four sides is a quadrilateral. However, some quadrilaterals have special properties. These special quadrilaterals are given their own names. Helpful Hint.

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Find the value of each variable. 1. x 2. y 3. z

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The Midsegment Theorem

The Midsegment Theorem. Goal 1 Using Midsegments of Triangles. Goal 2 Using Properties of Midsegments. Using Midsegments of a Triangle. A midsegment of a triangle is a segment connecting the midpoints of two sides of a triangle This is the defn of midsegment.

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Geometry

Geometry. 5.3 Theorems Involving Parallel Lines. 4 UsefulTheorems. Today you will learn 4 useful theorems about parallel lines. These will help you solve problems and write proofs. Theorem. If 2 lines are parallel, then all points on one line are equidistant from the other line. A. B.

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parallelogram

Vocabulary. parallelogram. DEFINITION: A quadrilateral with two pairs of parallel sides is a parallelogram . To write the name of a parallelogram, you use the symbol or ll gram. Properties OF Parallelogram. Properties OF Parallelogram. PROPERTIES OF PARALLELOGRAMS.

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Math 1 Warm-ups 1-15-09

Math 1 Warm-ups 1-15-09. Copy and Find the value of each angle. Parallelogram Rhombus. Kite. Parallelogram Rectangle. Parallelogram Rectangle Rhombus Square. Parallelogram. Trapezoid. Objectives. Prove and apply properties of parallelograms.

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Warm Up Find the value of each variable.

Warm Up Find the value of each variable. A quadrilateral with two pairs of parallel sides is a parallelogram . To write the name of a parallelogram, you use the symbol. In CDEF , DE = 74 mm, DG = 31 mm, and m  FCD = 42° . Find CF. Example 1A: Properties of Parallelograms.

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Warm Up Find the value of each variable.

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Objectives: Use properties of midsegment to solve problems

Section 5-1 Triangle Midsegments SPI 32J: identify the appropriate segment of a triangle given a diagram and vs (median, altitude, angle and perpendicular bisector). Objectives: Use properties of midsegment to solve problems.

141 views • 5 slides