'Regular polygons' presentation slideshows

Polygons

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9-2

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Tessellations

Tessellations. Group #7:. Christi Kimball Stacy Clarke Lisa Booze Nancy Lilly Melissa Mueller. What is it?. Tessellation * : A pattern made up of one or more shapes, completely covering the surface without any gaps or overlaps.

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Chapter 3

Chapter 3. Polygons. 3.1 Basic Polygons. I. Properties of a Polygon. A plane figure formed by three or more consecutive segments (sides or laterals) Each side intersects exactly two other sides at its endpoints. These intersections are called vertices.

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TESSELLATIONS

TESSELLATIONS. Oleh : Sulistyana SMP N 1 Wonosari. What kind of a geometrical shape forms this design?. INDICATORS:. Creating tessellations using equilateral triangle, regular hexagon, rhombus, and trapezoid.

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SYMMETRY

SYMMETRY. SYMMETRY. REGULAR. IRREGULAR. Lines of Symmetry. TRUE?. FALSE?. Q. The number of lines of symmetry of a regular polygon is always the same as the number of edges. TRUE?. FALSE?. Q. Irregular polygons have no lines of symmetry. Lines of Symmetry. Regular or Irregular?.

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10-3 Areas of Regular Polygons

10-3 Areas of Regular Polygons. Parts of a Regular Polygon. center. radius. apothem. Theorem 10-6 Area of a Regular Polygon. Theorem 10-6 Area of a Regular Polygon. Theorem 10-6 Area of a Regular Polygon. Theorem 10-6 Area of a Regular Polygon. Theorem 10-6 Area of a Regular Polygon.

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Tessellations and Art

Tessellations and Art . Student Support Services. What is a Tessellation?. It is a tiling of the plane is a collection of plane figures that fills the plane with no overlaps and no gaps. Types of Tessellations. Regular Tessellations Semi-regular Tessellations. Regular Tessellations.

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Polygons

Polygons. By Beth Roberts. Polygons. A polygon is a figure that is made up of only line segments. It is a closed figure and its sides intersect in exactly two places.

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5-Minute Check on Lesson 11-2

Transparency 11-3. 5-Minute Check on Lesson 11-2. Find the area of each figure. Round to the nearest tenth if necessary. 2. 3. 4.

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What is a polygon?

a closed figure made by joining line segments Each line segment intersects exactly two others. line segments do not intersect. What is a polygon?. *All images are either original artwork or are used with permission from Microsoft Word and Microsoft Online Design Gallery.

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Classifying Polygons

Classifying Polygons. Section 9.3. Learning Targets. I can classify triangles. I can classify quadrilaterals. Homework Review. Homework Review. Homework Review. Polygon. A polygon is a closed plane figure with at least three sides . The sides meet only at their endpoints.

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Please work on the pink warm up

Please work on the pink warm up. 5.5 Special Triangles & Areas of Regular Polygons. 2x. x ?3. x ?2 . x. x. FIND THE SHORT LEG FIRST!!!. x. There are 2 special right triangles 45-45-90 30-60-90.

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Lesson 9-R

Lesson 9-R. Chapter 9 Review. Objectives. Review chapter 9 material. Vocabulary. None new. Reflections - Flips. Equal distance from line of reflection. Origin ( x,y ) ? (-x, -y) Multiply both by -1 (origin is midpoint of all points and their primes) Lines

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1.6 CLASSIFY POLYGONS

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Tessellations

Tessellations. Lesson 10-4. Tessellations. A tessellation is a design or pattern in which a shape is use repeatedly to cover a plane with no gaps, overlaps, or empty spaces. . 1. A regular tessellation is a pattern made with only one type of regular polygon.

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Geometry warm up

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Tessellations

Tessellations. A Tessellation is a collection of figures that cover a plane with no gaps or overlaps. You can use transformations to create them. On the left is a true tessellation; on the right is not a tessellation but a pattern.

379 views • 9 slides

Section 8.4 Polyhedrons & Spheres

Section 8.4 Polyhedrons & Spheres. Polyhedron. Plural: polyhedrons or polyhedra A solid bounded by plane regions. The faces of the polyhedrons are polygons The edges are the line segments common to these polygons Vertices are the endpoints of the edges

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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.

367 views • 5 slides