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Jump to:Preliminary TopicsWhy We Fail VideoWhy everyone should take Physics:How to make a good physics video (Dr. Derek Muller, Veratasium) VideoCounting Significant Digits and Multiplying-Dividing with Sig Figs Video 0.1Addition and Subtraction with Significant Digits Video 0.2Adding Vectors Graphically Video 1.1Distance and Displacement Video 1.4Speed and Velocity Video 1.5Acceleration Video 1.6Equations of Motion Video 1.7Graphing Instantaneous Velocity Video 1.8Getting a velocity graph from a position graph Video 1.9Getting a position graph from a velocity graph Video 1.10Free Fall Video 1.11 Demo Video 1.12 (Misconceptions) Video 1.13 (How Fast) Video 1.14 (How Far) Video 1.15Directional Independence of 2-D Motion Video 2.1Projectiles Examples Horizontally Launched Video 2.4 Upwardly Launched Video 2.5Arc Length and Angular Speed Video 2.8Kinematics Equations Video 2.9Relationship Between Tangential and Angular Speeds Video 2.13 Video 2.14Derivation of Centripetal Acceleration Equation Direction Video 2.15 Equation Video 2.16Tangential and Total Accelerations Video 2.17Aristotle vs Galileo and Newton Video 3.1Mythbusters Bust Extreme Tablecloth Part 2 (Scrub to 2:00)Third Law Lecture (Scrub to 1:20 for demos)Universal Gravitation Video 3.6Sliding Friction Video 3.7Applications of Newton's Laws:2. Contact Forces Video 3.103. Objects on Inclines Video 3.11 (frictionless) Video 3.12 (with friction) Inclined Plane Simulator3. Unbanked Curves Video 3.134. Banked Curves Video 3.145. Coupled Masses Video 3.15 (2 masses on flat surface) Video 3.16 (Atwood's Machine) Video 3.17 (One hanging mass-one mass on horizontal surface)
Video 3.18 (One hanging mass-one mass on incline) Video 3.19 (2 masses on different inclined planes)6. Apparent Weight on a Ferris Wheel Video 3.20Keplers Laws Video 3.21 SimulatorWork Slideshow Assignment-HonorsForce of Springs (Hooke's Law) Video 4.4Spring potential energy Video 4.5Fast Food Nutrition:Kinetic Energy Video 4.6Work Energy Theorem Video 4.7Power Video 4.17Momentum and Impulse Video 4.18Conservation of Momentum Video 4.19Inelastic Collisions Video 4.20 Video 4.21Coefficient of Restitution Video 4.22a Video 4.22bElastic Collisions Video 4.23a Video 4.23bCenter of Mass Video 4.24Michaelson-Morley Experiment Video 4.25 Video 4.26Relativistic Momentum: Video 4.32Relativistic Energy: Video 4.33Relativisitc Addition of Velocities Video 4.34Circular DynamicsCross Product Video 5.1Torque Video 5.2Statics Problems Video 5.3-Hanging Sign 1 Video 5.4-Hanging Sign 2 Video 5.5-Diving Board Video 5.6-Biceps Video 5.7-LadderRotational Second Law Video 5.8Moment of Inertia Video 5.9Rotational Work and Energy Video 5.10Simple Harmonic MotionSHM Basics Video 5.12 Video 5.13SHM Examples Video 5.14 Vide 5.15Simple Pendulum Video 5.16What is Plasma? Video 6.0a Video 6.0bLiquid Pressure: Video 6.1a Video 6.1b-Worlds Longest StrawPressure gauges: Open Tube Manometer Video 6.2 Barometers Video 6.3Pascal's Principle: Lesson Video 6.4Pascal's Principle Demos: Bottle Jack Animation-Pascal's Principle and Mechanical Advantage Video 6.5 The Blob-Pascal's Principle Video 6.6 Smashing Bottles-Pascal's Principle Video 6.7Archimedes Principle: History Video 6.8 Demo Video 6.9 Lecture Video 6.10
Buoyant Force Example Problem Video 6.11 Cartoon Video 6.12a Buoyancy Quiz Video 6.12b
Laminar Flow: Video 6.13 Video 6.14Continuity Equation: Video 6.15Bernoulli Principle: Beach Ball in Fan Video 6.16Misconceptions about Temperature Video 6.21bConverting between temperature scales: Lecture 1 Video 6.22 Lecture 2 Video 6.23Linear Expansion Lecture 1 6.24 Lecture 2 (Bridge Expansion) Video 6.25Specific Heat Lecture Video 6.26Specific Heat and Calorimetry Lecture 6.27Heat of Fusion/Vaporization Lecture 1 Video 6.28 Lecture 2 Video 6.29Conduction Cartoon Video 6.32 Simple Problem Video 6.33 Medium Problem 1 Video 6.34 Medium Problem 2 Video 6.35 Hard Problem Video 6.36Convection Cartoon 6.37Radiation Cartoon 6.38Molar Mass Lecture Video 6.39Avagadro's Principle Lecture Video 6.40Internal energy and molar heat capacity of a gas Lecture 6.45Molar heat capacity of a gas-intro to thermal processes Lecture 6.46PV diagrams and work done on a gas Lecture 6.47
PV diagrams and first law of Thermodynamics Lecture 6.48First Law of Thermodynamics Lecture 1 Video 6.49 Lecture 2 Video 6.50Thermal Processes: Isobaric Video 6.51 Isochoric Video 6.52 Isothermic Video 6.53 Adiabatic Video 6.54 Adiabatic Demo (Fire Syringe) 6.54aThermodynamic Cycles: Rectangle Video 6.55 Triangle Video 6.56 Isothermic Video 6.57 Adiabatic Video 6.58Heat Engine Efficiency Lecture 1 Video 6.59 Lecture 2 Video 6.60Second Law of Thermodynamics Lecture Video 6.63Four Stroke Engine Animation Video 6.64 Comparison with Two-Stroke Video 6.65How Refrigeration Works Video 6.66 (This is a good review of all heat and thermo.)Electrostatics Basics Video 7.1Kelvin's Thunderstorm Video 7.2Superposition of Coulomb's Law Vidoe 7.6Methods of Charging Video 7.7Calculating Electric Fields Video 7.8Drawing Electric Fields Video 7.9Charge on a Surface Video 7.11Electric Flux Video 7.12aGauss' Law Video 7.12bElectric Potential Video 7.13Interactive Electric Potential Practice Test (Look at Objectives, Practice Questions, Study Guide, and Physlet Problems)Power Video 8.3Resistors in Series Video 8.4Resistors in Parallel Video 8.5Analyzing a Circuit with Series and Parallel Resistors Video 8.6Kirchhoff's Rules Video 8.9a Video 8.9bCapacitors in Series Video 8.10Capacitors in Parallel Video 8.11Analyzing a Circuit with Capacitors Video 8.12RC Circuits Video 8.13Magnetic Fields Video 9.1Motion of a Charged Particle in a Magnetic Field Video 9.5 (Worked Example) Video 9.6 (Mass Spectrometer)Torque on Current-Carrying Coil Video 9.9 (Theory) Video 9.10 (Worked Example)Magnetic Fields Produced by Currents Video 9.11 (Theory) Video 9.12(Coil Demos) Video 9.13 (Solenoid Demo)Ampere's Law Video 9.16 Video 9.17Magnetic Materials Video 9.18Motional EMF Video 9.19Basic Properties of Waves Video 10.1Period and Frequency Video 10.2Wavelength Video 10.3Wave Phase Video 10.6Phase Shift Relationship Between Sine and Cosine Reading 10.11Wave Intensity Video 10.12 Video 10.13Decibel Scale Video 10.14Reflection and Refraction Lesson 1Snell's Law Lesson 1Interference and Superposition Video 10.18Diffraction Video 10.19Standing Waves on a String Video 10.22 Video 10.23Standing Waves on a Plate Video 10.24Standing Waves in a Tube Video 10.25Reflection and Refraction Video 11.1Mirrors Video 11.2Image Creation with a Plane Mirror Video 11.3 Article-Simulator 11.4Ray diagrams for Curved Mirrors Video 11.5aSummary of Images Formed by Mirrors Video 11.5bConcave Mirror SimulatorConvex Mirror SimulatorMirror Equation Video 11.6Refraction Video 11.7Speed of light in glass Video 11.8Snell's Law Video 11.9Total Internal Reflection Video 11.10 Demo Video 11.11Dispersion of Light Video 11.12Lenses Video 11.13How to See Without Glasses Video 11.14Ray Diagrams for Lenses Video 11.15Lens Combinations 2 Converging Video 11.24 2 Converging Video 11.25 Converging-Diverging Video 11.26Converging Lens SimulatorDiverging Lens SimulatorVirtual Optics Bench (Mirrors and Lenses) [Works better in Internet Explorer]Polarization Demonstration 12A.1 Video 12A.2Interference of Light Video 12B.1Young's Double Slit Experiment Video 12B.2 Video 12B.3Thin Film Interference Video 12B.4 Video 12B.5Diffraction Video 12B.6Diffraction Grating Video 12B.8 Video 12B.9Article on Blackbodies and Photoelectric Effect 12C.1Blackbody Radiation Video 12C.3Planck's Constant Video 12C.6Compton Scattering Video 12C.8Weird Stuff from Quantum Mechanics Video 12C.12Line Spectra Video 12D.1Energy-Mass Equivalence Video 12E.1Mass Defect and Binding Energy Video 12E.2
Last Modified on April 8, 2019
