Chapter 4. Motion An objects change in position relative to a reference point When an object changes position with respect to a frame of reference,
Chapter 1. Bell Work Draw pictures to represent the motion described in these two scenarios. 1. An ant crawls across the top of your shoe, from left to.
Distance: describes how far an object has moved, regardless of its direction ex: 40km east + 25km west = 65 total km traveled Displacement: describes.
Unit 2 Linear Motion. I. Outline A. A. Motion defined 1. 1. Position vs. Time B. B. Linear Motion C. C. Graphing Linear Motion D. D. Speed E. E. Distance.
Motion Mass Second Law of Motion Mass and Weight Third Law of Motion Circular Motion Newton's Law of Gravity Artificial Satellites Speed Vectors Acceleration.
Warm-up: Anticipation Guide Directions: Carefully read the statements on your anticipation guide. Think about the statement and determine if you generally.
Forces & Motion Review. Describe Acceleration A change in velocity – which may be: –A change in speed Starting Stopping Speeding up Slowing down –A change.
A change in position relative to some reference point during a period of time. Motion.
Energy is used everyday… Can you think of any examples?
Key Questions 2.1 : Modeling cars speed How do we measure and describe the world around us? What is speed and how do we measure it? Can you predict.
Physics Intro & Kinematics Quantities Units Vectors Displacement Velocity Acceleration Kinematics Graphing Motion in 1-D.
Chapter 2 Motion 2-8. Mass 2-9. Second Law of Motion 2-10. Mass and Weight 2-11. Third Law of Motion 2-12. Circular Motion 2-13. Newton's Law of Gravity.