Dr Andrew French P5/6 Winchester College

Slides:

Advertisements

Similar presentations

Do Now: Choose One 1) List the three major kinematic equations 2) Define displacement, velocity and acceleration using complete sentences.

Advertisements

Section 3-5: Projectile Motion

7-2 Projectile Motion. Independence of Motion in 2-D Projectile is an object that has been given an intial thrust (ignore air resistance)  Football,

Chapter 3 Vectors and Two-Dimensional Motion Vectors and Scalars

Chap 3 :Kinematics in 2D, 3D and Projectile Motion HW4: Chap.3:Pb.14,Pb.57, Pb.87 Chap 4:Pb.3, Pb.4, Pb.12, Pb.27, Pb. 37 Due Friday 26.

1 UCT PHY1025F: Mechanics Physics 1025F Mechanics Dr. Steve Peterson KINEMATICS.

Copyright © 2009 Pearson Education, Inc. PHY093 – Lecture 2b Motion with Constant Acceleration 2 Dimensions 1.

Analysis of Motion An Introductory Tutorial using VideoPoint in the WINDOWS platform By David G. Iadevaia, Ph.D. June 2000 TYC Physics Workshops for the.

Motion capturing Exporting MAT files September 2014.

Introduction to Motion Video Analysis LEE Kai-chiu Seconded Teacher PE SECTION, CDI Jan 2009.

Digital Portfolio for Your Name Honors Physics School Year Put a Picture Here Note: This file is a template. You will make changes to the file.

Creating Digital Video using a Digital Camcorder & The Web ETEC-562 Spring 2004 Kai A. Dupé.

Physics Activity #4 9/30/14. Objective:  To measure the acceleration of gravity in the lab, by using two different methods.

Describing Motion I love physics, but I hate moving. Kinematics.

The Biomechanical Wizard By Gideon Ariel, Ph.D. Guangdong Provincial Institute of Sport Science February 22nd 2005.

Graphs - Excellence Mahobe. Beatrice is entered in the discus throwing event. One day at training she has a warm-up throw in which her coach videos her.

9.1.1State the independence of the vertical and the horizontal components of velocity for a projectile in a uniform field Describe and sketch the.

Chapter-3 Falling Objects and Projectile Motion

Projectiles Horizontal Projection Horizontally: Vertically: Vertical acceleration g  9.8 To investigate the motion of a projectile, its horizontal and.

Do Now A motorbike accelerates at 2.6 ms -2 for 4 seconds until it reaches the new speed of 25 ms -1. a)What distance is covered along the course of acceleration?

Stop Motion Production. Objective Able to make a simple stop motion video Able to rotate a picture in VideoStudio Understand the meaning of frame in animation.

Chapter-3 Falling Objects and Projectile Motion

Chapter-3 Falling Objects and Projectile Motion Outline: Acceleration due to gravity Falling object Projectile motion Overview: Explore how objects move.

CHAPTER 6 MOTION IN 2 DIMENSIONS.

Video Analysis using understanding of motion to support conceptual understanding in maths and physics.

To Graph a Quadratic Equation of a ball toss: 1.Send Video Clip to 2.Save Video on Computer 1.Open Computer Cart 1.Turn on Computers 2.Open “Logger.

by Richard J. Terwilliger Arrrgh Mate! That Pirate Ship won’t get my booty.

Freefall Did you watch the video?

Logger Pro Video Analysis: Integrating Technology into Science and Math Curricula Monday, January 4, 2016 Kathy Goepfert: Physics Teacher ORHS

The Force is with You TAKS Objective Four TAKS Objective 4 – The student will demonstrate an understanding of motion, forces, and energy.

What is Windows Movie Maker? Windows Movie Maker is an easy to use video editing software that allows you to make home movies, automated photo albums,

1 Vector Decomposition y x 0 y x 0 y x 0. 2 Unit vector in 3D Cartesian coordinates.

Physics Support Materials Higher Mechanics and Properties of Matter b Solutions to Problems - Equations of Motion 27,27, 28, 33, 34, 35,28,33,34,35, Click.

How to Engage Students in a Physics Course through Capture and Analysis of Their Own Video Clips Dr. Zenobia Lojewska Mathematics, Physics, Computer Science.

Optimizing Athletic Performance Through High-Technology Utilizing the APAS/Wizard System By Gideon Ariel, Ph.D. Athens Olympics, 2004.

Mechanics in 2 dimensions

Dr Andrew French P5/6 Winchester College

Dr Andrew French P5/6 Winchester College

Dr Andrew French P5/6 Winchester College

Introduction to Video Measurement

Dr Andrew French P5/6 Winchester College

Pretest 1. What is relative motion?

Dr Andrew French P5/6 Winchester College

Dr Andrew French P5/6 Winchester College

Chapter 4:Dynamics: Newton’s Law of Motion

Dr Andrew French P5/6 Winchester College

Datalogging with video

KINEMATICS: LESSON 2.

9.8: Modeling Motion Using Parametric Equations

Dr Andrew French P5/6 Winchester College

Displacement vs. Time Graphs

“Measuring Speed Using Movie Maker and Image J”

Friction (Static and Kinetic)

Chapter 4 Motion in Two Dimensions:

Devil physics The baddest class on campus Pre-DP Physics

Step by step guide to: Smart Search

Mechanics The study of Physics begins with mechanics.

Graphs of Motion G10 Review.

Projectile Motion Chapter 3.3.

Question 1 FIT100 is a class in which

Defining Motion Terms for analyzing motion

“Accelerated Motion & Apparent Weight” Data Analysis Task

Projectile Motion with air drag

10.7 Parametric Equations parametric equations: a pair of equations, one for x and one for y, relating both to a third variable t.

Physics 20 Kinematics Review.

Projectile Motion and Relative Velocity

Motion Linear motion and Relative Velocities

Presentation transcript:

Dr Andrew French P5/6 Winchester College Post-IGCSE Physics Course: Experimental Physics using Data Loggers and Computers 11 Video motion capture (Kinematics) Dr Andrew French P5/6 Winchester College Last updated April/May 2017

Experimental setup and analysis Ball Metre rule Throw a ball over a 5m distance, with a metre rule clearly visible. Video using a digital camera at 30 frames per second. Open the resulting movie file in Quicktime and manually skip through the frames. Use a ruler to record the ball position relative to the computer screen and then calibrate to metres using the metre stick. Analyse in Excel, and overlay a screenshot with the x vs y parabola as shown above.

30FPS video recording 1 click = 1/30 s

Displacement vs time equations (ignore drag, only include weight) Find x velocity using a line of best fit to x vs t data. Perform a similar process using vs time to find the initial y component (vertical) velocity.