animation of phy

PHYSICS ANIMATIONS
Disc "Physics animations"    Buy BD, DVD and CD   Fiber-optic sensors   Ballistic simulator "Orbit"   Diffraction optics   Artifacts (photo)   Download demo-version   Graph On-Line   Top-10 experiments	Waves Optics Mechanics Thermodynamics Electricity
	Artifacts Orbit Graph Diffr.optics Sensors
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home - about - terms - credits - feedback Multimedia Studios 1-D Kinematics Newton's Laws Vectors and Projectiles Momentum and Collisions Work and Energy Circular, Satellite and Rotational Motion Special Relativity Static Electricity Waves, Sound and Light Ray Optics Quicktime Movies Physics Tutorial Minds on Physics The Calculator Pad Shockwave Studios The Review Session Physics Help Curriculum Corner The Laboratory The Photo Gallery ACT Test Center Reasoning Center Question Bank CD Custom Search Multimedia Physics Studio 1-Dimensional Kinematics Average vs. Instantaneous Speed Hot Wheels Track Acceleration vs. Constant Velocity Constant Rightward Velocity Constant Leftward Velocity Rightward Velocity with a Rightward Acceleration Rightward Velocity with a Leftward Acceleration Leftward Velocity with a Leftward Acceleration Leftward Velocity with a Rightward Acceleration Passing Lane - Position vs. Time Graph Passing Lane - Velocity vs. Time Graph The Stoplight Motion of a Two-Stage Rocket Back to Top Newton's Laws Newton's Law of Inertia The Car and The Wall The Motorcyclist The Truck and Ladder The Elephant and The Feather - Free Fall The Elephant and The Feather - with Air Resistance Skydiving Back to Top Vectors and Projectiles Vector Direction Vector Addition: 6 + 8 = ??? Vector Addition: The Order Does NOT Matter The Plane and The Wind The River Boat Parabolic Motion of Projectiles The Monkey and The Zookeeper Throw at the Monkey in a Gravity Free Environment Throw above the Monkey with Gravity On Throw at the Monkey at a Fast Speed with Gravity On Throw at the Monkey at a Slow Speed with Gravity On Horizontally Launched Projectiles Non-Horizontally Launched Projectiles Maximum Range The Plane and The Package The Truck and The Ball A Satellite as a Projectile Back to Top Momentum and Collisions The Astronaut Catch The Diesel Engine and Flatcar Collision The Cart and The Brick Part A - 2-kg Brick dropped on a 3-kg Cart Part B - 2-kg Brick dropped on a 1-kg Cart The Fish Catch Big Fish in Motion Catches Little Fish Little Fish in Motion is Caught by Big Fish Car-Truck Collisions (collisions between objects of unequal mass) Car "Rear-Ends" Truck - Inelastic Truck "Rear-Ends" Car - Inelastic Car "Rear-Ends" Truck - Elastic Truck "Rear-Ends" Car - Elastic Head-On Collision Between Car and Truck - Inelastic Head-On Collision Between Car and Truck - Elastic Two Dimensional Collision Between Two Cars Back to Top Work and Energy Which Path Requires the Most Energy? Energy Transformation for Downhill Skiing Energy Transformation on a Roller Coaster Energy Transformation for a Dart Energy Transformation for a Pendulum Energy Conservation on an Incline Stopping Distance of a Hot Wheels Car How Far Will It Skid? How High Will It Go? Back to Top Circular, Satellite, and Rotational Motion Uniform Circular Motion Inertia and The Right Hand Turn The Centripetal Force Requirement Roller Coaster G-Forces Orbiting Satellites Kepler's Second Law - The Law of Equal Areas Back to Top Einstein's Theory of Special Relativity Length Contraction Back to Top Static Electricity Charging a Single Sphere by Induction Using a Negatively-Charged Object Charging a Two-Sphere System by Induction Using a Negatively-Charged Object Charging an Electrophorus Plate by InductionUsing a Negatively-Charged Object Charging an Electroscope by InductionUsing a Negatively-Charged Object Grounding a Positively-Charged Electroscope Grounding a Negatively-Charged Electroscope Back to Top Waves, Sound and Light Longitudinal Pulse Tuning Forks and Longitudinal Waves Guitar Strings and Longitudinal Waves Sound Waves and the Eardrum Propagation of an Electromagnetic Waves Standing Waves on a String 1st Harmonic 2nd Harmonic 3rd Harmonic 4th Harmonic 5th Harmonic Reflection of a Pulse at a Fixed End Reflection of a Pulse at a Free End Reflection: Echo vs. Reverberation Transmission of a Pulse from a Less Dense to a More Dense Medium Standing Wave Formation on a String 2-Point Source Interference Patterns Changing Separation Distance Changing Wavelength Back to Top Ray Optics The Law of Reflection Image Formation for Plane Mirrors Ray Diagrams for Concave Mirrors Object Located Beyond the Center of Curvature Object Located at the Center of Curvature Object Located Between Center of Curvature and the Focal Point Object Located In Front of Focal Point Image Formation for Concave Mirrors Object located Beyond the Center of Curvature Object located Between Center of Curvature and the Focal Point The Broken Pencil Back to Top QuickTime Movies Vectors and Projectiles Horizontally Launched Projectile Non-Horizontally Launched Projectile Momentum and Collisions Car-Truck Collisions (collisions between objects of unequal mass) Car "Rear-Ends" Truck - Inelastic Truck "Rear-Ends" Car - Inelastic Head-On Collision Between Car and Truck - Inelastic Work and Energy Roller Coaster Back to Top Return to List of Animations   Motion with Constant Acceleration This Java applet shows a car moving with constant acceleration. The green control panel contains text fields where you can vary the values of initial position, initital velocity and acceleration (don't forget to press the "Enter" key!). By using the buttons at the top right you can bring back the car to its initial position or stop and resume the simulation. If you choose the option "Slow motion", the movement will be ten times slower. Three digital clocks indicate the time elapsed since the start. As soon as the car has reached the green respectively red light barrier with its front bumper, the corresponding clock will stop. Both light barriers are adjustable by dragging the mouse with pressed mouse button. Three diagrams illustrate the motion of the vehicle: Position x versus time t Velocity v versus time t Acceleration a versus time t     Physics Applets URL: http://www.walter-fendt.de/ph14e/acceleration.htm © Walter Fendt, November 2, 2000 Last modification: Febr Animations for Physics and Astronomy These animations are available for use under a Creative Commons License. by Dr. Michael R. Gallis Penn State Schuylkill mrg3@psu.edu  Do not try to download the entire collection, it will lock up the server. A compressed 1.2 GB snapshot of all project files can be downloaded via Physics Animation Project Snapshot . Select a category from the menu at left to browse the catalogue of animations by category. Most animations are 512 by 384 pixel avi files and are generally several megabytes long. Small screenshots are provided, and the user may view the animation in three ways: direct link to the media file, and two versions of a link to a page with the animation embeded in a web page with a brief comment on the animation. There are two methods used to embed the animation because not all work equally well with any one method. You can right-click on the media file link to save an animation to your own computer. Project Page The animations project has its very own YouTube Channel.  CWIS Portal to the Animations. The portal allows searching as well as browsing of animation topics.  A blog has been created to discuss the creation of the animations.  -=Papers and Presentations=- Artificial Video for Video Analysis, MichaelR. Gallis to be submitted to The Physics Teacher: draft paper and zipped files: 1D activities files, 2D activities files, Millikan virtual lab files (large file), all activities files, (large file). 3-D Animations for Introductory Electromagnetism, MichaelR. Gallis presented at CPS-AAPT 2005 Spring Meeting   -Presentation Elementary Animated Illustrations of Geodesics using POV-Ray , Michael R. Gallis (unpublished) Animations for Introductory Courses, Dr. Michael R. Gallis and Dr. Ping Wang presented at the 2004 ASEE Annual Conference and Exposition:   -Presentation  -Paper See also Visual Mathematics by Dr. Michael R. Gallis and Dr. Ping Wang The Animations Project is on Facebook  These works are licensed under a Creative Commons License.  Categories Astronomy Mechanics Vectors Elec & Mag Waves Optics Mod Phys Thermo Misc Student HOME HELP © 1996-2013 The Physics Classroom, All rights reserved.