1 / 11

Understanding Transformations in Geometry: Key Concepts and Definitions

This resource covers essential transformations in geometry, including dilation, translation, and isometry. It introduces concepts like tessellation, reflection, and rotational symmetry, explaining how figures change in position, shape, or size. Additionally, it provides practical examples, such as translating coordinates and reflecting figures across axes. The document also contains exercises like finding translation rules and determining equations of lines, making it a useful tool for students seeking to grasp these fundamental concepts in geometry.

zeno
Download Presentation

Understanding Transformations in Geometry: Key Concepts and Definitions

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Transformation Unit 6

  2. 1. A (n) __________________is a change in position, shape or size of a figure. • Dilation • Transformation • Translation

  3. 2. A (n) _________________ is a repeating pattern of figures that completely covers a plane, without gaps or overlaps. • Tessellation • Reflection • Rotation

  4. 3. A (n) __________________ is a transformation whose preimage and image are congruent. • Isometry • Rotational symmetry • Dilation

  5. 4. Name the Transformation • Dilation • Reflection • Isometry • Transformation • Translation • Rotation

  6. 5. Name the Transformation • Dilation • Reflection • Isometry • Transformation • Translation • Rotation

  7. 6. Name the Transformation • Dilation • Reflection • Isometry • Transformation • Translation • Rotation

  8. 7. Name the Transformation • Dilation • Reflection • Isometry • Transformation • Translation • Rotation

  9. 8. Describe the equation of the red line. • X=-4 • X=-5 • X=6 • Y=3

  10. 9. Find the rule that describes the given translation. • (x,y)→(x-1, y-4) • (x,y)→(x-2, y-4) • (x,y)→(x-2, y-3)

  11. 10. Reflect the figure WXYZ across the X-axis. Find the point for each vertices. • W’(-2,-3) X’(2,-2) Y’(1,1) Z’(-1,1) • W’(-2,-1) X’(2,-3) Y’(1,1) Z’(-1,2) • W’(-2,-2) X’(2,-2) Y’(1,1) Z’(-1,1)

More Related