'Congruent polygons' presentation slideshows

Bell Ringer

Bell Ringer. Get out your notebook and prepare to take notes on Chapter 7 List five shapes you see in the classroom. Chapter 7. 7.1 - Pairs of Angles (Page 303). Essential Questions: How do we identify types of angles?

938 views • 78 slides

Chapter 4

875 views • 65 slides

Exercise

Exercise. Compare by using >, <, or =. 9 12. 11 16. >. Exercise. Compare by using >, <, or =. 12 18. 8 12. =. Exercise. Compare by using >, <, or =. 1628. 13 21. <. Exercise. Solve the proportion. x 15. 16 12. =. x = 20. 14 5. 4 5. d = = 2 = 2.8. Exercise.

483 views • 39 slides

Chapter 10

Chapter 10. Polygons and Area. Section 10-1. Naming Polygons. Regular polygon. A polygon that is both equilateral and equiangular. Convex Polygon. If all of the diagonals lie in the interior of the figure, then the polygon is convex. Concave Polygon.

424 views • 28 slides

Section 9.4 Volume and Surface Area

Section 9.4 Volume and Surface Area. Volume. Volume is a measure of the capacity of a three-dimensional figure . It is the amount of space inside a three-dimensional figure. Surface area is the sum of the areas of the surfaces of a three-dimensional figure . Volume.

391 views • 21 slides

Congruent Polygons 4.1

Congruent Polygons 4.1. Objectives. Define congruent polygons . Solve problems by using congruent polygons. homework. Glossary Terms. homework. corresponding angles corresponding sides congruent polygons. Theorems, Postulates, & Definitions. homework. Polygon Congruence Postulate:

1.11k views • 17 slides

Chapter 4 Triangle Congruence

Chapter 4 Triangle Congruence. By: Emily Gorges, Janie Eyerman , Andie Jamison, and Maria Ong. 4-1 Congruence and Transformations. Vocab: dilation -changes size, not shape of a coordinate figure reflection - a figure reflected over a line

285 views • 14 slides

Congruent Figures

Congruent Figures. GEOMETRY LESSON 4-1. (For help, go to Algebra Review, page 30.). Solve each equation. 1. x + 6 = 25 2. x + 7 + 13 = 33 3. 5 x = 540 4. x + 10 = 2 x 5. For the triangle at the right, use the Triangle Angle-Sum Theorem to find the value of y. x = 19. x = 13.

217 views • 10 slides

4-1 Congruent Figures

324 views • 9 slides

283 views • 9 slides

Congruent Polygons

Congruent Polygons. Similar Polygons. Congruent polygons are polygons that are the same size and same shape. They arise from isometric transformations otherwise known as isometries. These transformations preserve length and angular measurement. There are 3 types of isometries:. ROTATIONS.

307 views • 8 slides

1.4 Polygons

1.4 Polygons. Objective: I CAN define and classify polygons. shape with 3+ sides connecting at vertices; no curves. Polygon:. Convex:. no poking out or in. not convex. Concave:. Serra - Discovering Geometry Chapter 1: Introducing Geometry. Example #1.

290 views • 7 slides

Congruent Triangles

251 views • 7 slides

4.1: CONGRUENT FIGURES

4.1: CONGRUENT FIGURES. Objectives: To recognize congruent figures and their corresponding parts. Congruent figures: Same size, same shape Congruent Polygons: , corresponding parts If polygons are slid, flipped or turned, corresponding parts are still

227 views • 7 slides

Polygons

Polygons. A polygon is a closed figure in a plane formed by connecting line segments endpoint to endpoint, with each segment intersecting exactly two others Each segment is called a side of the polygon Each point where two segments meet is called a vertex of the polygon. Polygons.

365 views • 5 slides

3.1: What are congruent figures?

I can understand the concept of congruent figures. I can accurately identify the corresponding parts of figures. Day 2. 3.1: What are congruent figures?. Find the number of triangles in each diagram. 3.1 Part 1: What are congruent figures?.

448 views • 5 slides

Daily Math Review

371 views • 5 slides

4-1: Congruent Figures

270 views • 5 slides

Apply Congruence and Triangles

Apply Congruence and Triangles. Tina Collins Roscommon High School Roscommon, Michigan. Basic Information.

189 views • 5 slides

Congruent Polygons

Q E A ngle. SQ VT S ide. Q T A ngle. QP EY S ide. QR TU S ide. P Y A ngle. QPR EYT by ASA. SQR VTU by SAS. COURSE 3 LESSON 8-3. Congruent Polygons. Explain why each pair of triangles is congruent. a. b. 8-3. B. COURSE 3 LESSON 8-3.

837 views • 2 slides