'Interior angle measure' presentation slideshows

Splash Screen

Splash Screen. Five-Minute Check (over Chapter 5) NGSSS Then/Now New Vocabulary Theorem 6.1: Polygon Interior Angles Sum Example 1: Find the Interior Angles Sum of a Polygon Example 2: Real-World Example: Interior Angle Measure of Regular Polygon

396 views • 33 slides

Splash Screen

Splash Screen. Five-Minute Check (over Chapter 5) CCSS Then/Now New Vocabulary Theorem 6.1: Polygon Interior Angles Sum Example 1: Find the Interior Angles Sum of a Polygon Example 2: Real-World Example: Interior Angle Measure of Regular Polygon

346 views • 33 slides

Splash Screen

Splash Screen. Five-Minute Check (over Chapter 5) Then/Now New Vocabulary Theorem 6.1: Polygon Interior Angles Sum Example 1: Find the Interior Angles Sum of a Polygon Example 2: Real-World Example: Interior Angle Measure of Regular Polygon

324 views • 32 slides

12-6

623 views • 29 slides

12-6

485 views • 29 slides

Splash Screen

Splash Screen. Five-Minute Check (over Chapter 5) Then/Now New Vocabulary Theorem 6.1: Polygon Interior Angles Sum Example 1: Find the Interior Angles Sum of a Polygon Example 2: Real-World Example: Interior Angle Measure of Regular Polygon

439 views • 28 slides

Triangle Sum Theorem

624 views • 28 slides

Objectives: Develop and use formulas for the sums of the

3.6 Angles in Polygons. Objectives: Develop and use formulas for the sums of the measures of interior and exterior angles of polygons. Warm-Up:.

306 views • 23 slides

Warm Up- JUSTIFY WHAT THEOREM OR POSTULATE YOU ARE USING!

214 views • 14 slides

WARM UP

287 views • 13 slides

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.

793 views • 10 slides

Geometry Mini-Lesson

Geometry Mini-Lesson. Louis wants to create a figure that has line symmetry. He draws the figure along the line y = x , as shown below. What are the coordinates in the image of the point (5, 3) when his figure is reflected over the line y = x ?. (5, 3) (5, ?3) (3, ?5) (3, 5).

247 views • 10 slides