Module 3.0: Kinetic Energy in Lacrosse Grades 6-8 Welcome to your Module 3.0: Kinetic Energy in Lacrosse Grades 6-8 Teacher Email Is this your pre or post assessment? (Pre-Assessment = 1, Post-Assessment = 2) Student ID Grade 1. Which statement is true about kinetic energy and velocity? As velocity increases, so does kinetic energy. As kinetic energy increases, so does velocity. As kinetic energy increases, velocity decreases. As kinetic energy decreases, velocity increases. 2. If I threw a softball, golf ball, lacrosse ball, and ping pong ball with a lacrosse stick at the same velocity, which would have the most kinetic energy? Softball Golf ball Lacrosse ball Ping pong ball Time's up
