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The Physics Source Library Materials

Total Materials: 891

• "Static Electricity" Misconceptions
• 2-D Electrostatics Applet
• 2000 years of magnetism in 40 minutes
• 3-D Hydrogen Atom Probability Densitites
• A ball rolls up another object on a frictionless surface
• A Concave Mirror
• A Converging Lens
• A Frankenstein demonstration with the Van de Graaff generator
• A mechanics baseline test
• A Myriad of Demonstrations Using a Van de Graaff Generator
• A Physics Show Performed by Students for Kids: From Mechanics to Elementary Particle Physics
• A Practical Guide to the International System of Units
• A Sense of Scale
• A Special Relativity Simulator
• A unified treatment of eletrostatics and circuits
• ABC's of Nuclear Science
• About Foucault Pendulums
• Acoustics and Vibration Animations
• Activities in Meteorology
• Activity Based Physics Alternative Homework Assignment: Electrical Safety 1
• Activity Based Physics Alternative Homework Assignments
• Activity Based Physics Alternative Homework Assignments: Bicycle
• Activity Based Physics Alternative Homework Assignments: Rocket Motion
• Activity Based Physics Alternative Homework Assignments: Roller Coaster
• Adding Two Vectors
• Advanced Light Source Teacher Packet
• An Inquiry-based, Laboratory-based Curriculum Specifically for the Introductory Algebra-based Physics Course
• An Instructor's Guide to the Effective Use of Personal Response Systems (Clickers) in Teaching
• Angular momentum conservation demonstration
• Arkansas Conceptual Electricity and Magnetism: Conceptual Inventory Construction and Self-Testing Site
• Assessing-to-Learn Questions Database
• Assessment Examinations: Action Research Kit
• Assessment Instrument Information
• Assessment of Student Problem Solving Processes
• AtmosModeler Simulator
• Atom Builder
• Ballistics and Orbits Model
• Baseball - Animation of two-dimensional projectile motion
• Basic Function of an Oscilloscope
• Baton Throw Model
• Beats Model
• Blackbody Radiation Spectrum Model
• Blackbody Radiation: Frequency and Wavelength
• Blocking Light
• Body With Thruster Model
• Boston University Easy Java Simulations: A Charge in Electric and Magnetic Fields
• Boston University Physics Applets: A Moving Bar
• Boston University Physics Applets: A Resistor and a Capacitor
• Boston University Physics Applets: A Simple Pendulum
• Boston University Physics Applets: A Two-Car Race
• Boston University Physics Applets: AC Circuit
• Boston University Physics Applets: Adiabatic Processes
• Boston University Physics Applets: Alternating Current
• Boston University Physics Applets: An RC Circuit - Charging
• Boston University Physics Applets: Ball on a String
• Boston University Physics Applets: Changing Area in a Magnetic Field
• Boston University Physics Applets: Circular Motion-A Ball on a String
• Boston University Physics Applets: Cyclic Processes
• Boston University Physics Applets: Displacement and Pressure in a Sound Wave
• Boston University Physics Applets: Dissecting the SHM Equation
• Boston University Physics Applets: Driven Harmonic Motion
• Boston University Physics Applets: Field Vectors
• Boston University Physics Applets: Field-Line Patterns
• Boston University Physics Applets: First Semester
• Boston University Physics Applets: Free Fall Example
• Boston University Physics Applets: Magnetic Field Demonstration
• Boston University Physics Applets: Magnetic Field Demonstration 2
• Boston University Physics Applets: Masses on a Turntable
• Boston University Physics Applets: Measuring Coefficient of Static Friction
• Boston University Physics Applets: Orbits and Angular Momentum
• Boston University Physics Applets: Orbits and Energy
• Boston University Physics Applets: Orbits and Periods
• Boston University Physics Applets: P-V Diagram for a Refrigerator
• Boston University Physics Applets: Pendulum at Small and Large Amplitudes
• Boston University Physics Applets: Second Semester
• Boston University Physics Applets: Simple Harmonic Motion and Uniform Circular Motion
• Boston University Physics Applets: Simple Harmonic Motion Graphs
• Boston University Physics Applets: Solar System Simulator
• Boston University Physics Applets: Springs
• Boston University Physics Applets: Test Charge Questions
• Boston University Physics Applets: The Gravitron
• Boston University Physics Applets: The Ideal Gas Law
• Boston University Physics Applets: Using a Diffraction Grating for Spectroscopy
• Boston University Physics Applets: Vertical Circular Motion
• Boston University Physics Applets: What Happens as Time Goes By?
• Boston University Physics Applets: Work by Springs
• Boston University Physics Applets: Work Example 2
• Boston University Physics Easy Java Simulation: Block on a Spring
• Boston University Physics Easy Java Simulation: Collisions in One Dimension
• Boston University Physics Easy Java Simulation: Electric Field and Potential in One Dimension
• Boston University Physics Easy Java Simulation: Free Body Diagrams
• Boston University Physics Easy Java Simulation: Simple Pendulum
• Boston University Physics Easy Java Simulation: Uniform Circular Motion and Simple Harmonic Motion
• Boston University Physics Easy Java Simulation: Vector Addition
• Boston University Physics Easy Java Simulation: Vector Addition - Patterns
• Boston University Physics Easy Java Simulation: Vector Addition- Integer components
• Boston University Physics Easy Java Simulation: Vector Components
• Boston University Physics Easy Java Simulation: Velocity Selector
• Boston University Physics Labs: Graphical Analysis
• Boston University PhysLets: Coulomb's Law
• BQ Learning: Better Questioning for Learning
• Brown University Department of Physics Demos
• Building a Better Bed of Nails Demonstration
• Building a cheap simple generator
• C21: Physics Teaching for the 21st Century
• Calculus-Based Physics
• Car on an Inclined Plane Model
• Cat-Twist
• Changes in students’ problem-solving strategies in a course that includes context-rich, multifaceted problems
• Charge and Interactions
• Charge in Magnetic Field Model
• Charge motion in a hollow cylindrical conductor
• Charge motion in a hollow square conductor
• Circuit Simulator Applet
• Classroom demonstrations: Learning tools or entertainment?
• Colliding Galaxies
• Collision between two pendulums
• Colorado State University: Mathematical Modeling Applets
• Concept Simulations
• Concepts of Mass in Classical and Modern Physics
• Conceptual Physics
• Context Rich Problems
• Context Rich Problems Online Archives
• Context Rich Problems Online Archives: Circuits Problems
• Context Rich Problems Online Archives: Conservation of Energy and Conservation of Momentum
• Context Rich Problems Online Archives: Conservation of Energy and Heat Problems
• Context Rich Problems Online Archives: Electric Field and Electric Force
• Context Rich Problems Online Archives: Electric Potential Energy Problems
• Context Rich Problems Online Archives: Electric Power
• Context Rich Problems Online Archives: Force and Circular Motion at a Constant Speed
• Context Rich Problems Online Archives: Force and Linear Kinematics Problems
• Context Rich Problems Online Archives: Force Problems
• Context Rich Problems Online Archives: Linear Kinematiics
• Context Rich Problems Online Archives: Magnetic Force and Field Problems
• Context Rich Problems Online Archives: Oscillations and Waves
• Context Rich Problems Online Archives: Rotational Kinematics and Dynamics Problems
• Coulomb Plot
• Coulomb Superposition
• Coulomb's Law
• Coulomb's Law - Application
• Coulomb's Law - Summary
• Coulomb's Law - Synthesis
• Coulomb's Law and Electric Field Package
• Coulomb's Law in 1D: An Example in One Dimension
• Coulomb's Law in 1D: The magnitude of the force
• Coulomb's Law in 2D: Force is a Vector!
• Crystal Viewer
• CSERD: Computational Sciences Education Reference Desk
• CurveBall
• CurveBall - Expert Version
• CWSEI: Clicker Resources
• David Maloney's Physics Examples: Dynamics Example 1-Accelerating Boat
• David Maloney's Physics Examples: Dynamics Example 2-Acceleration in a Pulley System
• David Maloney's Physics Examples: Dynamics Example 3-Work Done By a Snowplow
• David Maloney's Physics Examples: Dynamics Example 4-Block Pushed Up Incline
• David Maloney's Physics Examples: Dynamics Example 5 - Friction on a Skier
• David Maloney's Physics Examples: Kinematics Example 1-Vectors On A Line
• David Maloney's Physics Examples: Kinematics Example 10-Projectile Thrown Off a Cliff
• David Maloney's Physics Examples: Kinematics Example 12-Working Backwards
• David Maloney's Physics Examples: Kinematics Example 2-Adding Perpendicular Vectors
• David Maloney's Physics Examples: Kinematics Example 3-Vector Components
• David Maloney's Physics Examples: Kinematics Example 4-Vector Addition
• David Maloney's Physics Examples: Kinematics Example 5-Cop Chasing a Speeding Car
• David Maloney's Physics Examples: Kinematics Example 6-Uniform Acceleration
• David Maloney's Physics Examples: Kinematics Example 7-Car Moving at Constant Acceleration
• David Maloney's Physics Examples: Kinematics Example 8-Projectile Aimed at Moving Target
• David Maloney's Physics Examples: Kinematics Example 9-Running After a Moving Bus
• David Maloney's Physics Examples: Thermo Example 1-Specific Heat
• David Maloney's Physics Examples: Thermo Example 3-Ideal Gas Behavior
• David Maloney's Physics Examples: Thermo Example 4-Work Done by Ideal Gas
• Demonstrate induction and repulsion with soap bubbles and the Van de Graaff generator
• Diagnostic/Remedial Tests in Introductory Physics
• Diffraction of water waves (corner)
• Diffraction of water waves (obstacle)
• Diffraction of water waves (opening)
• Digital Filters Applet
• Dimensional Analysis Tutorials
• Dipole Field Lines & Equipotentials & Superposition
• Displacement, velocity, and frames of reference: Students' understanding and some implications for teaching and assessment
• Do students use and understand free-body diagrams?
• Doane College: Physics Video Library
• E&M Tutorial I: Coulomb’s Law, Superposition Principle, and Symmetry
• E-Learning for Physical Science: Optical Bench Simulation
• EduMedia: Gradient
• Einstein Online
• Ejs Electromagnetic Wave Model
• Ejs Parallel Plate Capacitor Model
• EJS Simulations by High School Physics Teachers
• Ejs Spinning Dumbbell Model
• Ejs Three Current-Carrying Wires Model
• Ejs Two Falling Rods Model
• Electric Field: What is Wrong? Package
• Electric Multipole Field Model
• Electric Potential - Concepts and Principles (Algebra-based)
• Electric Potential - Concepts and Principles (Calculus-based)
• Electricity and Magnetism: Factors Affecting Capacitance
• Electronics Demonstrations - Examples Using the Circuit Simulator Applet
• Electrophoresis
• Electrostatic Repulsion in Van de Graaff Bubbles
• EngineerGuy.com
• Eratosthenes Model
• Examining the Effectiveness of Clickers on Promoting Learning by Tracking the Evolution of Student Responses
• Explore Learning: Doppler Effect
• Falling Cup with Ball Model
• Falling in Fluid Model
• Falling Loop Model
• Faraday Disk Dynamo Model
• Faraday's Magnetic Field Induction Experiment
• First Semester Introductory Physics Simulations
• Flash Animations for Physics
• Flash Simulations
• Flashlets: Carnot Cycle
• Flatland: A Romance of Many Dimensions, by a Square, with Illustration by the Author
• Fluorescent Nanoparticles
• FoilSim II - Elementary Version
• FoilSim II - Student Version
• FoilSim II - Undergraduate Version
• Force As A Vector I
• Fourier Series Applet
• Fowler's Physics Applets
• Free Fall
• Free Fall 3D Model
• Free Fall Air Resistance Model
• Free fall and projectile motion
• Free Fall Model
• Free Fall: Ball Dropped vs Ball Projected Up
• Free Physics Instructional Software
• Free Rotation Model
• Friction
• Frying Pan Electrophorus
• Function Visualizer Model
• Fundamental Physical Constants from NIST
• Galaxy Dynamics
• Galileo and Einstein
• Galileo and Einstein: Physics Flashlets
• Gauss' Law - Point Charge
• General Physics Java Applets: Collisions
• Graph Matching Motion Model
• Graphs and Tracks Model
• Guelph Physics Simulations: Refraction of Light Demonstration
• Guelph Physics Tutorials: Dimensional Analysis
• Guelph Physics Tutorials: Significant Digits
• Half Wave Plate Program
• Hands On Activities
• Harmonics
• Harmonics in musical tones
• Hoot Tubes
• Hot and Cold Ideal Gases
• How to make a simple Van de Graaff Generator
• How Van de Graaff Generators Work
• Hubble - 15 Years of Discovery
• HyperPhysics
• HyperPhysics: Coriolis Force
• Hyperphysics: Mechanics: Basic Vector Operations
• iCircuit
• Illinois PER Interactive Examples: 3-D Infinite Well
• Illinois PER Interactive Examples: A Tale of Two Particles
• Illinois PER Interactive Examples: Arrow
• Illinois PER Interactive Examples: Ballistic Pendulum
• Illinois PER Interactive Examples: Balloon
• Illinois PER Interactive Examples: Block on Cart
• Illinois PER Interactive Examples: Block on Incline
• Illinois PER Interactive Examples: Bobber
• Illinois PER Interactive Examples: Bobsled
• Illinois PER Interactive Examples: Box and Spring
• Illinois PER Interactive Examples: Bullet Penetrates Can
• Illinois PER Interactive Examples: Car Meets Train
• Illinois PER Interactive Examples: Car on an Icy Off-Ramp
• Illinois PER Interactive Examples: Catch the Ball
• Illinois PER Interactive Examples: Conveyor Belt
• Illinois PER Interactive Examples: Disk and String
• Illinois PER Interactive Examples: Floating Cylinders
• Illinois PER Interactive Examples: Forces
• Illinois PER Interactive Examples: Friction
• Illinois PER Interactive Examples: Ganymede
• Illinois PER Interactive Examples: Hanging Sign
• Illinois PER Interactive Examples: Magnetic Field from Current Loop
• Illinois PER Interactive Examples: Mass on Two Strings
• Illinois PER Interactive Examples: Nuclear Power Plant
• Illinois PER Interactive Examples: Particle Beam
• Illinois PER Interactive Examples: Pendulum
• Illinois PER Interactive Examples: Pendulum in Car
• Illinois PER Interactive Examples: Photoelectric Effect I
• Illinois PER Interactive Examples: Pulley and Two Masses
• Illinois PER Interactive Examples: Rotating Block and String
• Illinois PER Interactive Examples: Syringe
• Illinois PER Interactive Examples: Tension
• Illinois PER Interactive Examples: Tension
• Illinois PER Interactive Examples: Thermodynamics
• Illinois PER Interactive Examples: Three Charges
• Illinois PER Interactive Examples: Thrown Ball
• Illinois PER Interactive Examples: Time Dependence of LR Circuit
• Illinois PER Interactive Examples: Trigonometry
• Illinois PER Interactive Examples: Truck
• Illinois PER Interactive Examples: Two Blocks
• Illinois PER Interactive Examples: Two Blocks on an Incline
• Illinois PER Interactive Examples: Two Masses on a Table Edge
• Illinois PER Interactive Examples: Two Rocks on a String
• Illinois PER Interactive Examples: Uncertainty Principle I
• Illinois PER Interactive Examples: Vector Subtraction
• Illinois PER Interactive Examples: Vector Subtraction
• Illinois PER Interactive Examples: Waves on a Slinky
• Illinois PER: Interactive Examples
• Illinois PER: Materials Used in Our Introductory Courses
• Impedance of Series RLC Circuits
• Improving Student Understanding of Coulomb's Law and Gauss's Law
• In-class Polling for All Learners
• In-class Polling Methodology for Effective Education: The Voting Machines
• Indiana University Southeast Physics Applets: Blackbody Radiation Curve
• Indiana University Southeast Physics Applets: Brownian Motion Simulation
• Indiana University Southeast Physics Applets: Electrostatic Simulation C - Electrostatic Fields
• Indiana University Southeast Physics Applets: Electrostatics Main Page
• Indiana University Southeast Physics Applets: Electrostatics Simulation A - Like and Unlike Charges
• Indiana University Southeast Physics Applets: Electrostatics Simulation B - Five Unknown Charges
• Indiana University Southeast Physics Applets: Electrostatics Simulation D - Electric Potential Lines
• Indiana University Southeast Physics Applets: Electrostatics Simulation E - Electric Field and Potential Lines
• Indiana University Southeast Physics Applets: Electrostatics Simulation H - Test Charge in a Capacitor
• Indiana University Southeast Physics Applets: Electrostatics Simulation I - Moving Particle in a Capacitor
• Indiana University Southeast Physics Applets: Ideal Otto Engine Simulation
• Indiana University Southeast Physics Applets: Maxwell-Boltzmann Speed Distribution Simulation
• Indiana University Southeast Physics Applets: Piston Simulation
• Indiana University Southeast Physics Applets: Pressure Simulation
• Indiana University Southeast Physics Applets: Thermodynamic Simulations
• Indiana University Southeast Physics Applets: Two Dimensional Diatomic Model Simulation
• Inside the ALS
• Instruments for Natural Philosophy
• Insulating Sphere
• Interactive Physics and Math with Java
• Interactive Plasma Physics Education Experience
• Interference of Water Waves 1
• Interference of Water Waves 2
• International Physics Olympiads
• Introduction to Electrostatics Principles
• Introduction to Physics in Modern Medicine: Resource Website
• Introduction to Polarized Light
• Introductory Physics for the Life Sciences (IPLS) Wiki
• Intuitive Quantum Physics
• Investigative Science Learning Environment - A Science Process Approach to Learning Physics
• ISLE: Investigative Science Learning Environment
• Isotopes Project Nuclear Data Dissemination Page
• Java Applets for Physics Education
• JavaSound3D
• Jones Program
• Just-in-Time Teaching Digital Library
• Karruga Horn
• Kennesaw State: Laboratory Resources
• Kenyon College: Acoustics Instruments
• Kinematics Graph Interpretation Project
• Kinematics Tutorial
• Laboratory-tutorial activities for teaching probability
• Laptop Screens
• Learn Physics Using Java
• Lens (thick lens) and mirror
• Lens Effect Due to Ripples
• Lenses and Telescopes
• Liftoff to Learning: Toys in Space 2
• Light and Matter - Open Source Physics Textbooks
• Light Clock
• Lisa Meitner
• Lissajous figures
• LivePhoto Physics
• LivePhoto Physics: Bouncing Tennis Ball
• LivePhoto Physics: Colliding Carts
• Lorentz force on a current carrying wire java applet
• LTU Physlet: Constant Linear Velocity
• LTU Physlet: Optics Model for a Far-Sighted Eye (with corrective lenses)
• LTU Physlet: Optics Model for a Near-Sighted Eye (with corrective lenses)
• LTU Physlet: Presenting .. Your Equipotentials!
• LTU Physlet: Series AC RLC Circuit (Phasors and Evolution of Time Series)
• LTU Physlet: Vector Quantities in Simple Kinematics
• LTU Physlet: Velocities (and their components) during Projectile Motion
• LTU: PHYSics appLETS (PHYSLETS)
• MAC^3: Vectors
• Mag Lab U: Interactive Java Tutorials
• Mag Lab U: Interactive Tutorials - Current Flow
• Mag Lab U: Learning about Electricity and Magnetism
• Mag Lab U: Pioneers in Electricity and Magnetism
• Magnetic Force Three Wires Model
• Making Work Work
• Math, Physics, and Engineering Applets
• Matter & Interactions
• Matter & Interactions 3rd Ed. Practice Problems: The Energy Principle
• Matter & Interactions Practice Problems
• Matter & Interactions Practice Problems: Angular Momentum
• Matter & Interactions Practice Problems: Collisions
• Matter & Interactions Practice Problems: Contact Forces and the Momentum Principle
• Matter & Interactions Practice Problems: Energy in Macroscopic Systems
• Matter & Interactions Practice Problems: Energy Quantization
• Matter & Interactions Practice Problems: Interactions and Motion
• Matter & Interactions Practice Problems: Multiparticle Systems
• Matter & Interactions Practice Problems: The Momentum Principle: Impulse and Momentum Change
• Matter & Interactions Practice Problems: The Momentum Principle: Non-constant Forces
• Matter & Interactions: Textbook Web Site
• Matter and Interactions 3rd Ed. Practice Problems: Electric and Magnetic Interactions
• Michelson-Morley Experiment
• Michigan State Applet Collection: Atwood Machine
• Michigan State Applet Collection: Electrostatic Potential Applet
• Michigan State Applet Collection: Inclined Plane
• Michigan State University: The Applet Collection
• Micrometer Model
• Microscopy U - Fundamentals of Digital Imaging
• MicroWorlds
• Mississippi State Physics Labs
• Mississippi State Physics Labs: Circuits and Continuity
• Mississippi State Physics Labs: Electricity and Magnetism
• Mississippi State Physics Labs: Graphs
• Mississippi State Physics Labs: Kinematics
• Mississippi State Physics Labs: Light-Lenses
• Mississippi State Physics Labs: Motion
• Mississippi State Physics Labs: Nuclear Radiation
• Mississippi State Physics Labs: Ohm's Law, Resistance, and Resistivity
• Mississippi State Physics Labs: pH and pH Indicators
• Mississippi State Physics Labs: Scientific Inquiry
• Mississippi State Physics Labs: Simple Machines
• MIT Open Courseware 8.02: Electricity and Magnetism
• MIT Phyics 8.02: Vector Fields - Mapping Fields Applet
• MIT Physics 8.02 - Faraday's Law Visualizations
• MIT Physics 8.02 - Magnetostatics Visualizations
• MIT Physics 8.02 - Vector Fields Visualizations
• MIT Physics 8.02: Electrostatics - A van de Graaff Generator Attracting a Charge
• MIT Physics 8.02: Electrostatics - A van de Graaff Generator Repelling a Charge
• MIT Physics 8.02: Electrostatics - Charging by Induction
• MIT Physics 8.02: Electrostatics - Creating an Electric Field
• MIT Physics 8.02: Electrostatics - Creation of an Electric Dipole
• MIT Physics 8.02: Electrostatics - Destroying an Electric Field
• MIT Physics 8.02: Electrostatics - Electric Field of a Dipole
• MIT Physics 8.02: Electrostatics - Electric Field of a Moving Negative Charge
• MIT Physics 8.02: Electrostatics - Electric Field of a Moving Positive Charge
• MIT Physics 8.02: Electrostatics - The Capacitor
• MIT Physics 8.02: Electrostatics - Two Point Charges
• MIT Physics 8.02: Electrostatics Visualizations
• MIT Physics 8.02: Electrostatics Visualizations - The Electrostatic Video Game
• MIT Physics 8.02: Experiment - Electrostatic Force
• MIT Physics 8.02: Vector Fields Visualizations - Coordinate Systems
• MIT Physics 8.02: Vector Fields Visualizations - Cross Product of Two Vectors
• MIT Tech TV: Physics Demos
• MIT TechTV: Coupled Air Carts
• Modeling a Rocket Launch with Gravity and Air Resistance
• Modeling Physics.org
• Modern Miracle Medical Machines
• Modern Miracle Medical Machines: The Human Eye and Vision
• Modular Approach to Physics
• Modular Approach to Physics: Colliding Planets
• Modular Approach to Physics: Finding the Cross Product of Vectors
• Modular Approach to Physics: Physical Pendulum
• Modular Approach to Physics: Static and Kinetic Friction
• Modular Approach to Physics: Addition of Three Vectors - Tip-to-Tail Method
• Modular Approach to Physics: Angular Velocity
• Modular Approach to Physics: Average Speed versus Average Velocity
• Modular Approach to Physics: Block on Springs
• Modular Approach to Physics: Breaking a Vector into Components
• Modular Approach to Physics: Centripetal Motion Simulator
• Modular Approach to Physics: Charged Particle in Capacitor
• Modular Approach to Physics: Direction of the Acceleration in Uniform Circular Motion
• Modular Approach to Physics: Electric Potential in Uniform Field Simulation
• Modular Approach to Physics: Energy and Orbits
• Modular Approach to Physics: Fletcher's Trolley
• Modular Approach to Physics: Magnitude of the Radial Acceleration
• Modular Approach to Physics: Potential in a Non-Uniform Field
• Modular Approach to Physics: Projectile Motion: One Ball
• Modular Approach to Physics: Simple Harmonic Motion - Weighted Spring
• Modular Approach to Physics: Skaters and Blocks
• Modular Approach to Physics: Timer Stopwatch
• Modular Approach to Physics: Vector Addition
• Modular Approach to Physics: Vector Addition - Parallelogram Method
• Modular Approach to Physics: Vector Addition - Tip-to-Tail Method
• Modular Approach to Physics: Vector Components
• Modular Approach to Physics: Vector Subtraction
• Modular Approach to Physics: Vector Subtraction - Add-The-Negative Method
• Modular Approach to Physics: Vector Subtraction - Comparison Method
• Modular Approach to Physics: Velocity vs. Position Simulation
• Modular Approach to Physics: Weighted Average
• Modular Approach to Physics: Work and Energy in Projectile Motion
• Molecular Expressions
• Molecular Expressions: An Introduction to Capacitance
• Molecular Expressions: Color Separation
• Molecular Expressions: Digital Image Sampling Frequency
• Molecular Expressions: Electricity & Magnetism - Resistance at the Molecular Level
• Molecular Expressions: Electricity & Magnetism: Resistance
• Molecular Expressions: Electricity and Magnetism
• Molecular Expressions: Electricity and Magnetism - Generators and Motors
• Molecular Expressions: Electricity and Magnetism - Inductance
• Molecular Expressions: Electricity and Magnetism - Interactive Java Tutorials
• Molecular Expressions: Interactive Java Tutorials - Evanescent Field Penetration Depth
• Molecular Expressions: Interactive Java Tutorials - Evanescent Field Polarization and Intensity Profiles
• Molecular Expressions: Interactive Java Tutorials - High Numerical Aperture Objectives
• Molecular Expressions: Introduction to Lenses - Lens Shape
• Molecular Expressions: Light and Color - Acoustical Model of Anisotropy
• Molecular Expressions: Light and Color - Introduction to Lenses
• Molecular Expressions: Light and Color - Magnification with a Bi-Convex Lens
• Molecular Expressions: Light and Color - Polarization of Light
• Molecular Expressions: Light and Color - Primary Subtractive Colors
• Molecular Expressions: Light and Color - Reflection of Light
• Molecular Expressions: Light: Particle or a Wave?
• Molecular Expressions: Michel-Levy Birefringence Chart
• Molecular Expressions: Microscopy Primer - Anatomy of the Mic-D Digital Microscope
• Molecular Expressions: Microscopy Primer - Basic Concepts in Digital Image Processing
• Molecular Expressions: Olympus MIC-D - Off-Axis Illumination Transitions
• Molecular Expressions: Optical Illusions - Color Wheel #11
• Molecular Expressions: Optical Illusions - Color Wheel #12
• Molecular Expressions: Optical Illusions - Color Wheel #7
• Molecular Expressions: Optical Illusions - Color Wheel #8
• Molecular Expressions: Optical Microscopy Primer - Beam Steering by Wedge Prisms
• Molecular Expressions: Optical Microscopy Primer - Birefringence in Calcite Crystals
• Molecular Expressions: Optical Microscopy Primer - Filters for Black & White Photomicrography
• Molecular Expressions: Optical Microscopy Primer - Fluorescence Microscopy
• Molecular Expressions: Optical Microscopy Primer - Introduction to Photomicrography
• Molecular Expressions: Optical Microscopy Primer - Lenses and Geometrical Optics
• Molecular Expressions: Optical Microscopy Primer - Oblique Illumination Light Pathway
• Molecular Expressions: Optical Microscopy Primer - Oblique or Anaxial Illumination
• Molecular Expressions: Optical Microscopy Primer - Optical Birefringence
• Molecular Expressions: Optical Microscopy Primer - Particle and Wave Diffraction
• Molecular Expressions: Optical Microscopy Primer - Particle and Wave Refraction
• Molecular Expressions: Optical Microscopy Primer - Polarization Simulation
• Molecular Expressions: Optical Microscopy Primer - Polarized Light Microscopy
• Molecular Expressions: Optical Microscopy Primer - Primary Colors
• Molecular Expressions: Optical Microscopy Primer - Refraction of Light
• Molecular Expressions: Optical Microscopy Primer - Refraction of Monochromatic Light
• Molecular Expressions: Optical Microscopy Primer: Birefringence Variations with Crystal Orientation
• Molecular Expressions: Optical Microscopy Primer: Photomicrography - Filter Control of Image Contrast in Black & White Photomicrography
• Molecular Expressions: Optical Microscopy Primer: Virtual Microscopy - Flourescence Combination Microscopy
• Molecular Expressions: Optical Microscopy Primer: Virtual Microscopy - Interactive Java Tutorials
• Molecular Expressions: Polarized Light Microscopy - Brewster's Angle
• Molecular Expressions: Polarized Light Microscopy - Compensation Accessory Plates and Wedges
• Molecular Expressions: Polarized Light Microscopy - Double Refraction (Birefringence) in Iceland Spar
• Molecular Expressions: Polarized Light Microscopy - Polarizer Rotation and Specimen Birefringence
• Molecular Expressions: Polarized Light Microscopy - The Fresnel or Refractive Index Ellipsoid
• Molecular Expressions: Reflection of Light - Specular and Diffuse Reflection
• Molecular Expressions: Science, Optics & You
• Molecular Expressions: Science, Optics & You - Birefringent Crystals in Polarized Light
• Molecular Expressions: Science, Optics & You - Light and Color
• Molecular Expressions: Science, Optics & You - Optical Illusions
• Molecular Expressions: Science, Optics & You - Primary Subtractive Colors
• Molecular Expressions: Science, Optics & You: Electromagnetic Radiation
• Molecular Expressions: Science, Optics & You: The Nature of Electromagnetic Radiation
• Molecular Expressions: Science, Optics & You: White and Black Balance
• Molecular Expressions: Science, Optics and You - Interactive Java Tutorials
• Molecular Expressions: Total Internal Reflection Fluorescence Microscopy
• Molecular Expressions: Trapezoidal Prism Microscope Configuration
• Molecular Expressions: Virtual Microscopy - Stereoscopic Zoom Microscope
• Molecular Expressions: Virtual Microscopy - Translational Microscopy
• Motion Mountain - The Free Physics Textbook
• Motion of Centre of Mass
• Motion under gravity
• Moving Electrons
• Multiple Slit Diffraction Model
• Multiple sources interference pattern
• NASA Glenn Research Center: Free Software
• NASA Launchpad: Cooling Off
• NASA: JPL Solar System Simulator
• Nebraska Astronomy Applet Project: Planetary Orbit Simulator
• New Faculty Workshop Reunion 2007
• New York Times Physics Applications
• Newton's Third Law of Motion: Actions and Reactions
• Newton’s Mountain Model
• NTNU JAVA Virtual Physics Lab: Java Simulations
• NTNU Java: A box released from a frictionless ramp on a horizontal frictionless surface
• NTNU Java: Collision between two particles in one dimension
• NTNU Java: Micrometer
• NTNU Java: Multimeter VOM
• NTNU Java: Physics of Rainbow
• NTNU Java: Prism: Reflection and Refraction
• NTNU Java: Pulley
• NTNU Java: Relative Motion (frame of reference)
• NTNU Java: Simulate 1D Collision with a Virtual Spring
• NTNU Java: Space and Time in Special Relativity
• NTNU Java: The World Through a Hole
• NTNU Java: Vernier Caliper
• NTNU Java: Vernier Caliper and Micrometer with Zero Error Options
• Observing Students' Use of Computer-based Tools During Collision Experiments
• Open Source Physics
• OPPS: Nature of Light
• Optics Bench: Internal Reflection
• Optics Bench: Lens within a Dielectric
• Optics Interference: Ripple Tank Program
• OU Engineering Media Lab: Significant Digits
• Paradigms in Physics E&M: Acting Out Charge Densities
• Patterns, correlates, and reduction of homework copying
• Peer Instruction Problems: Introduction to the Method
• Peer Instruction: A User's Manual
• Peer Instruction: Engaging Students One-on-One, All at Once
• PhET Simulation: Balloons & Buoyancy
• PhET Simulation: Band Structure
• PhET Simulation: Battery Voltage
• PhET Simulation: Battery-Resistor Circuit
• PhET Simulation: Blackbody Spectrum
• PhET Simulation: Charges and Fields
• PhET Simulation: Circuit Construction Kit (AC+DC)
• PhET Simulation: Circuit Construction Kit (DC Only)
• PhET Simulation: Color Vision
• PhET Simulation: Electric Field Hockey
• PhET Simulation: Electric Field of Dreams
• PhET Simulation: Energy Skate Park
• PhET Simulation: Equation Grapher
• PhET Simulation: Estimation
• PhET Simulation: Faraday's Electromagnetic Lab
• PhET Simulation: Forces in 1 Dimension
• PhET Simulation: Fourier: Making Waves
• PhET Simulation: Gas Properties
• PhET Simulation: Geometric Optics
• PhET Simulation: Ladybug Revolution
• PhET Simulation: Lasers
• PhET Simulation: Masses & Springs
• PhET Simulation: Maze Game
• PhET Simulation: Microwaves
• PhET Simulation: Motion in 2D
• PhET Simulation: Neon Lights & Other Discharge Lamps
• PhET Simulation: Nuclear Fission
• PhET Simulation: Ohm's Law
• PhET Simulation: Pendulum Lab
• PhET Simulation: Photoelectric Effect
• PhET Simulation: Projectile Motion
• PhET Simulation: Quantum Bound States
• PhET Simulation: Quantum Wave Interference
• PhET Simulation: Radio Waves & Electromagnetic Fields
• PhET Simulation: Reactions & Rates
• PhET Simulation: Resistance in a Wire
• PhET Simulation: Semiconductors
• PhET Simulation: Simplified MRI
• PhET Simulation: Sound
• PhET Simulation: The Moving Man
• PhET Simulation: The Ramp
• PhET Simulation: Vector Addition
• PhET Simulation: Wave Interference
• PhET Simulation: Wave on a String
• PhET Simulations: Quantum Phenomena
• PhET Teacher Ideas & Activities: Energy Skate Park Clicker Questions
• PhET Teacher Ideas & Activities: Motion and Moving Man Simulation Homework
• PhET Teacher Ideas & Activities: Probability and Randomness Interactive Lecture
• PhET Teacher Ideas & Activities: Ramp Activity 1: Using free body diagrams for motion on an incline
• PhET Teacher Ideas and Activities: MRI lecture and homework
• PhET: Physics Education Technology
• PhysClips
• Physclips: Calculus: Differentials, Integrals and Partial Derivatives
• Physclips: Graphs, errors, significant figures, dimensions and units
• Physclips: Projectiles
• Physclips: Vectors
• Physical Pendulum Forces
• Physics 2000
• Physics 2000: Polarization
• Physics and Acoustics of Baseball and Softball Bats
• Physics Applets Menu
• Physics Circus Demonstrations
• Physics Force
• Physics Illuminations
• Physics in Action: CT Scans
• Physics in Modern Medicine: Applications in Imaging, Surgery, and Therapy
• Physics is Phun Program Schedule
• Physics Problem Solving in Cooperative Learning Groups
• Physics Suite Peer Instruction Problems: Dynamics
• Physics Suite Peer Instruction Problems: Electricity
• Physics Suite Peer Instruction Problems: Gravity
• Physics Suite Peer Instruction Problems: Heat & Temperature
• Physics Suite Peer Instruction Problems: Kinematics
• Physics Suite Peer Instruction Problems: Momentum and Energy
• Physics Suite Peer Instruction Problems: Oscillations and Waves
• Physics Suite Peer Instruction Problems: Properties of Matter
• Physics Suite Peer Instruction Problems: Rotational Motion
• Physics Suite Sample Problems: Circular and Rotational Motion
• Physics Suite Sample Problems: Gravitation
• Physics Suite Sample Problems: Magnetism
• Physics Suite Sample Problems: Modern Physics
• Physics Suite Sample Problems: Momentum and Energy
• Physics Suite Sample Problems: Properties of Matter
• Physics Suite Thinking Problems: Dynamics
• Physics Suite Thinking Problems: Electricity
• Physics Suite Thinking Problems: General and Mathematics
• Physics Suite Thinking Problems: Heat, Temperature, and Thermodynamics
• Physics Suite Thinking Problems: Kinematics
• Physics Suite Thinking Problems: Optics
• Physics ToolKit
• Physics Virtual Bookshelf
• Physlet Problems Written or Adapted by Paul Zitzewitz
• Physlets
• Planetary Motion
• Point Charge Electric Field and Potential 2D Model
• Point Charge Electric Field and Potential Model
• Point Charge Electric Field in 1D Model
• Polarizer Program
• Practical Physics
• Pre-Lab Questions For Introductory Physics
• Pre-Lab Questions: Acceleration Due to Gravity
• Pre-Lab Questions: Magnetism
• Pre-Lab Questions: Vectors
• Problem Based Learning @ University of Delaware
• Problem Based Learning for College Physics
• Problem Based Learning: Bungee Jumping
• Problem Based Learning: Collision Investigation (1-D)
• Project LITE - Light Inquiry Through Experiments
• Pushing up the Incline
• Puzzling Polarizers
• Quantum Motion
• Quarter Wave Plate Program
• Rainbow-Like Spectra with a CD: An Active-Learning Exercise
• Ranking Task Exercises in Physics
• RC Circuit Model
• RC Circuit with Battery Model
• RCL - Remotely Controlled Laboratories
• RCL Circuit with Battery Model
• RCL Series A.C. Circuit
• Real Lens Effect
• RELATE real-world problem index
• Relations between displacement/velocity/acceleration
• Relative Velocity
• Resistor
• Resistor
• Ripple Tank Simulation
• RLC Circuit with Function Generator Model
• Rocket Car on an Inclined Plane Model
• Roller Coaster Model
• Rutgers Physics Teaching Technology Resource
• SCALE-UP: Student-Centered Active Learning Environment for Undergraduate Programs
• Science Appreciation: Introduction to Science Literacy
• Science House: Motion and Graphing
• Science, Optics & You: Secret Worlds - The Universe Within
• Seat Activities
• SEI Clicker and Education Videos
• Selected Readings for Physics Education Researchers within and beyond PER
• Series
• Shooting the Monkey
• Simple Model of Charging by Rubbing
• Simple Pendulum Model
• Singing Rods
• Single Slit Diffraction
• Single-Slit Diffraction
• Slingshot Effect
• Slipping and Rolling Wheel Model
• SMU Astronomy & Physics Demonstrations
• Socratic Dialog-Inducing (SDI) Labs
• Sodium and Chlorine
• Sound Wave Applet
• Sound Wave Interference Applet
• Spherical Mirror Model
• Spiral Physics Downloads
• Spring-Mass System
• St. Louis Area Physics Teachers Teaching Resources
• Standing Longitudinal Waves
• Standing Waves 2011
• Standing Waves Applet
• Standing Waves in a Pipe Model
• Standing Waves, Medium Fixed At Both Ends
• Stern-Gerlach Filters That Select Spin-up Electrons
• STP Coin Toss Program
• Students know what physicists believe, but they don’t agree: A study using the CLASS survey
• Students' Conceptual Knowledge of Energy and Momentum
• Summation of vectors
• Tale of two curricula: The performance of 2000 students in introductory electromagnetism
• Teaching About Energy: Problems Related to Energy Choices
• Teaching Electromagnetism Using Advanced Technologies
• Teaching Physics with the Physics Suite
• Teaching Physics with the Physics Suite: Sample Problems
• Teaching Physics with the Physics Suite: Thinking Problems by Subject
• Teaching Resources for the Computer
• Telescopes and Spectrographs
• Tennessee Tech University: Physics Study Guides
• The Animated Chalkboard 2006: Motion 1
• The Digital MultiMeter
• The Doppler Effect
• The effects of prior knowledge and instruction on understanding image formation
• The Electric Field - Concepts and Principles (Algebra-based)
• The Electric Field - Concepts and Principles (Calculus-based)
• The Electric Force - Concepts and Principles (Algebra-based)
• The Electric Force - Concepts and Principles (Calculus-based)
• The Expert System for Thermodynamics - T.E.S.T.
• The Eye As A Lens (Part 1)
• The Eye As A Lens (Part 2)
• The flame and the Van de Graaff
• The flame and the Van de Graaff
• The Humanized Physics Project
• The Metamorphosis of the Local Group
• The Nature of Electromagnetic Radiation
• The NIST Reference on Constants, Units and Uncertainty
• The Pendulum Lab
• The Physics Classroom: 1-D Kinematics
• The Physics Hypertextbook
• The Physics Hypertextbook: Graphs of Motion
• The Physics of Dance
• The Physics of Road Runner
• The Physics of Rotation
• The Physics Question of the Week
• The Physics Video Demonstration Database
• The Science of Speed
• The Soda Bottle Speaker
• The Stern-Gerlach Experiment, Electron Spin, and Correlation Experiments
• The Student-Centered Activities for Large Enrollment Undergraduate Programs (SCALE-UP) Project
• The University of Virginia Virtual Lab
• The Van de Graaff Generator
• The Van de Graaff Generator, 1933
• Thin Film Interference Model
• Thin films
• Three Unknown Charges
• Tips for Starting the Year off Right!
• Toys in Space II Video Resource Guide
• Tracker Video Analysis and Modeling Tool
• Tracker Video Analysis Demo Package
• Tracker Video Analysis: Air Resistance
• Tracker Video Analysis: Projectile Motion with Angry Birds
• Transformer
• Transforming common-sense beliefs into Newtonian thinking through Just-In-Time Teaching
• Two Dimensional Air Drop Model
• Two Source Interference Pattern 1
• Two Springs and a Pendulum Model
• Two-Color Multiple Slit Diffraction
• Uncertainties and Error Propagation
• Understand Standing Wave Diagrams 2 - Both Ends Open
• Understanding Standing Wave Diagrams 1 - Both Ends Fixed
• Understanding Standing Wave Diagrams 3 - Fixed And Open Ends
• Unit Conversions
• Units - SI-Only, or Multicultural Diversity?
• University of Maryland PER: Interactive Lecture Demonstrations
• University of Maryland Physics Education Research Group Research Tools: Concept Surveys
• University of Oregon Physics Applets
• University of Vermont Physlets: A Complex Collision
• University of Vermont Physlets: A Convex Mirror
• University of Vermont Physlets: A Diverging Lens
• University of Vermont Physlets: Four Unknown Charges I
• University of Vermont Physlets: Four Unknown Charges II
• University of Vermont Physlets: Four Unknown Charges III
• University of Vermont Physlets: Four Unknown Charges IV
• University of Vermont Physlets: Kinematic Analysis-Horizontal Acceleration
• University of Vermont Physlets: Kinematic Analysis-Horizontal Deceleration
• University of Vermont Physlets: Newton's Laws - Three Blocks
• University of Vermont Physlets: Particles and Fields
• University of Vermont Physlets: Trigonometric Relations (Cosine)
• University of Vermont Physlets: Trigonometric Relations (Sine)
• University of Vermont Physlets: Trigonometric Relations (Tangent)
• University of Virginia Physical Science SOL Activities: Balloon Electroscope
• Use of interactive lecture demonstrations: A ten year study
• Using Direct Measurement Video to Teach Physics
• Using multimedia modules to better prepare students for introductory physics lecture
• Using the Resources of the Student at the Urban, Comprehensive University to Develop an Effective Instructional Environment
• UVA Virtual Lab: Capacitor Water Tank Analogy
• UVA Virtual Lab: Resistor Waterwheel Analogy
• UVA Virtual Lab: Van de Graaff Generators
• Van de Graaff Generator
• Van de Graaff Generators: Construction & Demonstrations
• Van de Graaff generators: Theory, maintenance, and belt fabrication
• Vector Addition
• Vector Calculator
• Virtual Microscope
• Virtual Oscilloscope (Shockwave Simulation)
• Visualizing Newton's 3rd Law With Colliding Carts
• VPython Introductory Computational Physics
• Wake Forest University Physics demo videos
• Wake Forest University Physics Online Demos
• Walter Fendt Physics Applets: Electromagnetic Wave
• Walter Fendt Physics Applets: Equilibrium of Three Forces
• Walter Fendt Physics Applets: Model of a Carousel (Centripetal Force)
• Walter Fendt Physics Applets: Newton's Second Law Experiment
• Walter Fendt Physics Applets: Resolution of a Force into Components
• Walter Fendt Physics Applets: Resultant of Forces (Addition of Vectors)
• Walter Fendt's Java Applets on Physics
• Wave Interference
• Waves: An Interactive Tutorial
• Web Assignments: Electric Field for Point Charges
• Web Assignments: Harmonic Oscillator I
• Web Based Virtual Instruments
• Web Video for the Classroom: Quick, Appealing, and Engaging Lessons
• WebAssign
• WebElements Periodic Table
• WebTOP - The Optics Project
• WebTOP Polarization Tutorial
• WFU Physics Demo Video: Miller Loop-de-Loop
• WFU Physics Demo Video: Rotating Person and Bicycle Wheel
• WFU Physics Demo Video: Rotating Person and Weights
• WFU Physics Demo Video: Simultaneous Fall Apparatus
• WFU Physics Demo Video: Venturi Meters
• Wilderness Survival - Fire from ice
• Wiley Simulation Library
• Women of Nasa
• WORK 2010
• Workshop Physics
• Workshop Physics Software
• Workshop Physics: Oscillations, Determinism, and Chaos
• Workshop Tutorials for Physics
• Workshop Tutorials for Physics: Electricity and Magnetism - Introductory
• Workshop Tutorials for Physics: Electricity and Magnetism - Regular
• Workshop Tutorials for Physics: Mechanics - Introductory
• Workshop Tutorials for Physics: Mechanics - Regular
• Workshop Tutorials for Physics: Properties of Matter - Introductory
• Workshop Tutorials for Physics: Properties of Matter - Regular
• Workshop Tutorials for Physics: Waves and Optics - Introductory
• Workshop Tutorials for Physics: Waves and Optics - Regular
• Writing Exercises with Physlets: One Dimensional Motion with Constant Velocity 3
• WWW Digital Function Generator
• Young's Interference Experiment
• YouTube Videos of Microgravity Demonstrations
• YouTube Videos of Sound Phenomena
• Zona Land: Wave Interference 1
• Zona Land: Wave Interference 2
• Zona Land: Wave Interference 3