Chapters Dimensional Analysis Scientific Notation Significant Figures Vectors Kinematics Conceptually Kinematics by Graphs Kinematics by Algebra Newton's Laws of Motion Free Body Diagrams Torque Circular Motion Projectile Motion Kepler's Laws Universal Gravity Gravity & Beyond Energy Momentum Electrostatics Coulomb's Law Electricity Basics d.c. Circuit Analysis ElectroMagnetism Light Introduction Unit Questions

Page 0 This text is meant to accompany class discussions. It is not everything there is to know about uniform circular motion. It is meant as a  prep for class. More detailed notes and examples are given in the class notes, presentations, and demonstrations (click here.) Click for the questions that go with this reading Table of Contents Page Description 1 Horizontal Motion 2 Vertical Motion 3 Motion in a Plane (Position) 4 Motion in a Plane (Organization and Direction) 5 Projectile Motion 6 Projectile Motion Givens with Trigonometry 7 Steps to Solving Projectile Motion Problems 8 Implied Givens and Other Short Cuts 9 Calculating Impact Velocity's Magnitude and Direction Handouts/Worlksheets are in the workbook under the projectile motion section. ANSWERS to workbook problems Lecture Notes L Projectile Motion Invevestigator Activity Mastery assignment L Projectile Lab - Activity Review Quiz Test Review Questions and Answers in One Document (293 kb) Help Videos on YouTube ...by me Idenitifying the givens and breaking up the initial velocity into vertical and horizontal pieces. Doing calculations with apogee Determining the signs of the variables How to organize your givens in a table One method for find the time in flight Calculating an impact velocities magnitude and direction (honors only) Lab - activity set up video Lab - collecting data using a photogate, LabPro2, and the TI-84 Calculator

by Tony Wayne ...(If you are a teacher, please feel free to use these resources in your teaching.)