PPT-Coordinate Rules for Rotations

4 3 2 1 0 In addition to 3 I am able to go above and beyond by applying what I know about coordinate rules for performing transformations and could teach someone else Use coordinates to write directions for drawing figures specify the coordinates of the original and new image under a transformation and specify the coordinate rules for those transformations. Baldwin armers in ancient cultures as diverse as those of China Greece and Rome shared a common understanding about crop rotations They learned from experience that growing the same crop year after year on the same piece of land resulted in low yiel Key Idea. A point or a shape can be rotated about a fixed point.. Examples. The shape can also be located on the point. Checking for Understanding. Describe the following as: translation, reflection, or rotation.. Learning goals. LG:. Perform a combination of . rotations . on a single 2-D shape, with and without technology, and draw and describe the . image. Kid Friendly:. . Rotate shapes around a certain point. Euler Theorem + Quaternions . Representing a Point 3D. A three-dimensional point. . A. is a reference coordinate system here. Rotation along the . Z axis. In general:. Using Rotation Matrices. Learning goals. LG:. Perform a combination of . rotations . on a single 2-D shape, with and without technology, and draw and describe the . image. Kid Friendly:. . Rotate shapes around a certain point. Lecture 5: Introduction to 3D. Recap. 2D Transformation. Generalized Transformation. Composite Transformation. OpenGL routines for 2D transformation. Objective. After completing this lecture the students will be able to. 3 weeks. Unit Planning Team:. Stacy Dustman (ET), Pam Keith (ET), Kendra . Bookout. (ES),. Paige Brown (NS), Traci Rhoades (RG). 5. th. Grade Unit 5. Essential Questions. How can I use the coordinate plane to solve real-world and mathematical problems?. transformations (rotations). . .. Why: . To perform rotations of figures on the coordinate plane. .. Translation Review:. Remember, a translation is a ______________ . . MEMORIZE: “RIGHT or LEFT changes _____!! UP or DOWN changes _____!!! . on and off the coordinate plane.. Relevance:. Rotations describe movement.. Rotations. Turn to page 383-384 in your core book and highlight:. A rotation. . turns . all . points . about a point . called the . Overview. Two Types of Turns. Calculating Rotations for Pivot Turns. Equation for Calculating Pivot Turns. Calculating Rotations for Point Turns. Equation for Calculating Point Turns. Relationships Between the Two Types of Turns. Objectives: to represent translations and dilations w/ matrices. : to represent reflections and rotations with matrices. Objectives. Translations & Dilations w/ Matrices. Reflections & Rotations w/ Matrices. 19]. , . Lecture . 4: Transformations . 2. Ravi Ramamoorthi. http:/. /viscomp.ucsd.edu/classes/cse167/. wi19. To Do. Start . doing HW 1. Time is short, but needs only little code [. Due . Jan 23]. Ask questions or clear misunderstandings by next lecture. Lecture . 4: . Transformations . 2. Ravi Ramamoorthi. http:/. /viscomp.ucsd.edu/classes/cse167/wi17. To Do. Start . doing HW 1. Time is short, but needs only little code [. Due Mon Jan 30]. Ask questions or clear misunderstandings by next lecture. . RECTANGULAR or Cartesian. . CYLINDRICAL. SPHERICAL. Choice is based on symmetry of problem. Examples:. Sheets - RECTANGULAR. Wires/Cables - CYLINDRICAL. Spheres - SPHERICAL. To understand the Electromagnetics, we must know basic vector algebra and coordinate systems. So let us start the coordinate systems..