The Flame Tracker @ SDSU. Flame Controller Layout Thermocouple Stepper Motor Moving Apparatus.
Mathematical Model of Motion Chapter 5. Velocity Equations Average velocity: v = d/ t To find the distance traveled with constant or average velocity.
D AY 41/42 I N AP P HYSICS … WHAT A TIME! 1) Turn in STAIRCLIMBER to me 2) Our plan till Quarter 3 3) Next year plans ( does not apply to Julia, Emma,
More on Newton’s Law A car on a local street (i.e. air drag is negligible)
Chapter 2: Kinematics 2.1 Uniform Motion 2.2 Instantaneous Velocity 2.3 Finding Position from Velocity 2.4 Motion with Constant Acceleration 2.5 Free Fall.
CHAPTER 3 DERIVATIVES. Aim #3.4 How do we apply the first and second derivative? Applications of the derivative Physician may want to know how a change.
Kinematics Graphs One-Dimensional Motion Graphs provide an easy tool for understanding and communicating how objects move. Objectives to learn how to interpret.
Acceleration Physics Mrs. Coyle. Part I Average Acceleration Instantaneous Acceleration Deceleration Uniform Accelerated Motion.
Moving Experiences: A Graphical Approach to Position, Velocity and Acceleration.
Vector: a measurement that includes both magnitude and direction Scalar: a measurement that has only a magnitude (amount)
Graphing Motion
Physics 151 Week 5 Day 3 Topics –Motion with constant acceleration –Constant acceleration equations –Picture diagrams –Solving problems with constant acceleration.