PPT-Graphing and Describing “Rotations” Transformations Day 5

Graphing and Describing Rotations Transformations Day 5 we spent a day focusing on Translations A translation is a slide that moves a figure to a different position left right up or down. 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 a 12 22 a a mn is an arbitrary matrix Rescaling The simplest types of linear transformations are rescaling maps Consider the map on corresponding to the matrix 2 0 0 3 That is 7 2 0 0 3 00 brPage 2br Shears The next simplest type of linear transfo 1 miles Ch. 2 Lesson 3. Pg. 123. What will you will learn?. Enlarge Photographs. Make something from a pattern. Identify Similarity. Two figures are . similar. if the second can be obtained from the first by a sequence of transformations and dilations. . November 5, 2012. . Ms. Smith. Mrs. Malone. DO NOW. :. Date. : . November 5, 2012. 6.9C . demonstrate . energy transformations such as how energy in a flashlight battery changes from chemical energy to electrical energy to light energy.. Maurice J. . Chacron. and Kathleen E. Cullen. Outline. Lecture 1: . - Introduction to sensorimotor . . transformations. - . The case of “linear” sensorimotor . transformations: . AP Physics. Chapter 2. Describing Motion: Kinematics in One Dimension. AP Physics. Section 2-1 Reference Frames and Displacement. Describing Motion: Kinematics in One Dimension. IA1a - . . Students should understand the general relationships among position, velocity, and acceleration for the motion of a particle along a straight line . Learning Targets: 8.G.2,8.G.3, 8.G.4. Follow the slides to learn more about transformations. Students should have paper and a pencil for notes at their desk while going through this presentation.. Transformation: a transformation is a change in position, shape or size.. What is a Parent Function. A parent function is the most basic version of an algebraic function.. Types of Parent Functions. Linear f(x) = mx b. Quadratic f(x) = x. 2. Square Root f(x) = √x. Exponential f(x) = . 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. Module 4. Module 4. Describing Corporate Bodies. 1. RDA Chapters 8 . and 11. 2. Module 4. Describing Corporate Bodies. Definition of Corporate Body. (RDA 8.1.2). The term . corporate body. refers to an organization or group of persons and/or organizations that is identified by a particular name and that acts, or may act, as a unit.. Module 3. Describing Families. 1. RDA Chapters 8 . and 10. Module 3. Describing Families. 2. Families as creators. Families create records (archives). Families create serials (e.g. newsletters). Families create monographs (e.g. a family cookbook). Scientist interpret tables, graphs, and diagrams to locate data, examine relationships in the data, and extend those relationships beyond the data.. Reading graphs can be like reading a foreign language though. It come easy to some and very difficult to others..