PGP+for+Clickers

PGP for Clickers This page is for Review Powerpoints that can be imported into software for Student Response Systems (Qwizdom, Clickers, Activote, etc)

Rounding Sig Figs, Relationships, Accuracy/Precision Uses font BADA BOOM available free at: http://www.boardoo.com/free-fonts/Free-Fonts-B/Bada-Boom-free-font-474.html || Lisa Tarman || Position Time Graphs || Lisa Tarman || Velocity Time Graphs || Lisa Tarman || This might not be as useful to others Espcially #12 -- I lashed my photogates & auxilary photogates together with an eraser in between --- the beams are 2.6 cm apart. || Lisa Tarman || media type="file" key="skateboard.mp4" width="51" height="51" media type="file" key="Military_Tanks_in_Action.mp4" width="47" height="47" media type="file" key="motorcycle.mov" width="48" height="48" media type="file" key="tank.mov" width="43" height="43" ||  || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley ||
 * FILE || DESCRIPTION || Author ||
 * [[file:Quiz2Rev.ppt]] || 12 Multiple Choice Questions
 * [[file:DTReview.pptx]] || 10 Multiple Choice Questions (uses BADA BOOM font)
 * [[file:VT Rev for Qwzdm.pptx]] || 10 Multiple Choice Questions (uses BADA BOOM font)
 * [[file:CH2Review.ppt]] || 10 Multiple Choice Questions (uses BADA BOOM font)
 * [[file:Dynamics think then MC.ppt]] || Clicker questions on Dynamics. Students think first, then view mc answers. ThenIt is the standard Peer Instruction Method. || Rutgers ||
 * [[file:Electrical Circuits Think then MC.ppt]] || Electrical Circuits: Students think first, then view mc answers. ThenIt is the standard Peer Instruction Method. || Rutgers ||
 * [[file:Electro-Statics Think then MC.ppt]] || Electrostatics: Students think first, then view mc answers. ThenIt is the standard Peer Instruction Method. || Rutgers ||
 * [[file:Energy Think then MC.ppt]] || Energy: Students think first, then view mc answers. ThenIt is the standard Peer Instruction Method. || Rutgers ||
 * [[file:Kinematics think then MC.ppt]] || Kinematics: Students think first, then view mc answers. ThenIt is the standard Peer Instruction Method. || Rutgers ||
 * [[file:Magnetism Think then MC.ppt]] || Magnetism: Students think first, then view mc answers. ThenIt is the standard Peer Instruction Method. || Rutgers ||
 * [[file:Momentum Think then MC.ppt]] || Momentum: Students think first, then view mc answers. ThenIt is the standard Peer Instruction Method. || Rutgers ||
 * [[file:Statics Think then MC.ppt]] || Statics: Students think first, then view mc answers. ThenIt is the standard Peer Instruction Method. || Rutgers ||
 * [[file:Elastic-Collisions.ppt]] || For use with an airtrack to demonstrate the elastic and inelastic collisions || Dan Burns ||
 * [[file:Rolling.ppt]] || PowerPoint for introducing rolling with clicker questions. Insert the following 5 videos for the complete slideshow. || Dan Burns ||
 * || media type="file" key="WagonWheel.mp4" width="51" height="51"
 * [[file:1-D Motion.pptx]] || 180 questions: displacement, velocity, and acceleration, motion graphs, kinematic equations, and free fall.
 * [[file:Vector Addition.pptx]] || 30 questions: resultant of vectors graphically by head-to-tail method, and components.
 * [[file:Projectile Motion.ppt]] || 17 questionsThis project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley ||
 * [[file:Force.pptx]] || 123 questions: 1st & 2nd Newton's Laws, FBD, friction, Atwood Machine, tension, Newton's 3rd Law, multiple objects, air resistance, springs
 * [[file:Circular Motion.pptx]] || 32 questions: Uniform Circular Motion, Vertical Circles, other Non-uniform Circular Motion
 * [[file:Work & Energy.pptx]] || 45 questions: Work, Kinetic Energy, Power, Potential Energy, Conservation of Mechanical Energy
 * [[file:Momentum.pptx]] || 38 questions: Momentum, Impulse, Conservation of Momentum

This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#1460899 || Craig Smiley || This project was sponsored by the NSF's RET program at Purdue University. Grant#<span style="background-color: #ffffff; color: #222222; font-family: arial,sans-serif; font-size: 12.8px;">1460899 || Craig Smiley ||
 * [[file:Rotation.pptx]] || 76 questions: Kinematics, Motion Graphs, Rotation to Translation, Moment of Inertia, Torque, Rolling, Angular Momentum
 * [[file:Gravitation.pptx]] || 25 questions: Gravitational Force, Circular Orbits, Gravitational Potential Energy
 * [[file:Applied Calculus.pptx]] || 36 questions: 1-D motion, critical points, definite integrals
 * [[file:Static Electricity.pptx]] || 50 questions: Charging, Coulomb's Law, Electric Field, 1-D superposition, Electric Potential (unconventional approach)
 * [[file:Circuits.pptx]] || 55 questions: Electric Potential Difference, Current, Resistance, Power, Series, Parallel, Combination Circuits
 * [[file:Magnetism&Electromagnetism.pptx]] || 51 questions: Magnets, Magnetic Field, Magnetic Force, Right-hand Rules, Electromagnetic Induction (without Flux)
 * [[file:Waves & Sound.pptx]] || 38 questions: Characteristics of a Wave, Interference, Standing Waves, Decibels, Doppler Effect
 * [[file:Light.pptx]] || 44 questions: Color, E/M Waves, Reflection, Refraction
 * [[file:Thermodynamics.pptx]] || 68 questions: Thermal Expansion, Heat Transfer, 1st Law of Thermo, 2nd Law of Themo applied to Heat Engines