Jump to the sections:
[AS Chapters] [A2 Chapters]
AS Chapters & Topics
AS Ch1 Physical Quantities and Units
- Vector Addition Lab (PhET HTML)
- Relative Velocity Vectors (GeoGebra)
- Resolving Components of vectors (GeoGebra)
AS Ch1 Measurement Techniques
- High Resolution Vernier Callipers (GeoGebra)
- Standard Vernier Callipers (GeoGebra)
- Micrometer Screw Gauge Readings (GeoGebra)
- Virtual Oscilloscope with Tone Generator
- Cathode Ray Oscilloscope (GeoGebra)
- Adding and Subtracting Uncertainties (GeoGebra)
- Accuracy and Precision (GeoGebra)
- Line of Best Fit (GeoGebra)
- Least-square Regressions (PhET HTML)
- Least Square/Distance Best Fit (GeoGebra)
AS Ch2 Kinematics
- 1D Car Kinematics (GeoGebra)
- Gradient of A Graph Rollercoaster (GeoGebra)
- Displacement to Velocity Graphs (GeoGebra)
- Velocity to Acceleration Graphs (GeoGebra)
- Displacement, Velocity, and Acceleration Graphs (GeoGebra)
- Weird Displacement, Velocity, and Acceleration Graphs (GeoGebra)
- Average vs Instantaneous Velocity (GeoGebra)
- Graphs of Ball Thrown Vertically (GeoGebra)
- Graph of Ball with Rebound (GeoGebra)
- Graph of Trampoline Motion Displacement (GeoGebra)
- Activity: Sort Kinematics Graphs Flashcards! (Desmos)
- Projectile Initial Velocity affects Path (GeoGebra)
- Projectile Motion Vectors (GeoGebra)
- Projectile Motion Vectors Non-Animated (GeoGebra)
- Projectile Cannon Lab (PhET HTML)
- Horizontal Projectile (GeoGebra)
- Projectile Motion with Air Resistance Basics (GeoGebra)
- Projectile Motion with Air Resistance Drag Force (GeoGebra)
- Projectile Motion with Air Resistance Ellipse (GeoGebra)
- Projectile Game: Shoot the Monkey! (GeoGebra)
- Relative Velocities (GeoGebra)
- The Maze Game (PhET Java)
AS Ch3 Dynamics
- Free Body Diagrams (GeoGebra)
- Forces and Motion (PhET HTML)
- Pulley with Two Hanging Masses (GeoGebra)
- Pulley on Table (GeoGebra)
- Scale in Elevator (GeoGebra)
- Forces, friction, and Graphs (PhET Java)
- Impulsive Force Graph (GeoGebra)
- Newton's Cradle (GeoGebra)
- Collision Lab (PhET)
- Momentum Graph in Collisions (GeoGebra)
- Velocity and Momentum Graphs in Collision (GeoGebra)
- Velocity and Momentum Graphs in Explosion (GeoGebra)
- Velocity Parachutist Graph with Forces (GeoGebra)
- Velocity Gradient Parachutist Graph (GeoGebra)
- Choosing Terminal Velocities of Parachutist (GeoGebra)
- Skydiving Simulation with Animation
AS Ch4 Forces and Pressure
Forces, Torque, Equilibrium- Friction Thermodynamics of Books (PhET Flash)
- Exploring Friction (GeoGebra)
- Scale in Elevator (GeoGebra)
- Terminal Velocity Parachutist Graph (GeoGebra)
- Inclined Plane Forces and Motion (PhET)
- Inclined Plane Force Vectors FBD (GeoGebra)
- Inclined Plane Pulley (GeoGebra)
- Inclined Plane Pulley wirh Friction (GeoGebra)
- Moment of a Force (GeoGebra)
- C.O.G. Stability Toppling Block (GeoGebra)
- Topple Block with Uniform Density (GeoGebra)
- Topple Block with varying COG (GeoGebra)
- 2D Net Force and Torque Coplanar Forces (GeoGebra)
- Torque of Couples (GeoGebra)
- Torque Balancing Seesaw (PhET)
- Wall Shelf Equilibrium (GeoGebra)
- Inclined Ladder against Wall (GeoGebra)
- Triangle Forces in Equilibrium (GeoGebra)
- Hanging Picture Frame Equilibrium (GeoGebra)
- Centre of Gravity Bottle Flip (GeoGebra)
- Static Equilibrium of Arm (GeoGebra)
- Double Tension Hanging Equilibrium FBD (GeoGebra)
- Double Tension Hanging Vector Triangle (GeoGebra)
- Hydrostatic Pressure Forces on Object (GeoGebra)
- Density and Upthrust (PhET Flash)
- Diver Pressure in Depth (GeoGebra)
- Density, Pressure, Force in 2 Beakers (GeoGebra)
- Upthrust on Block (GeoGebra)
- Pressure in Channels (PhET)
- Pressure in 'U' Tube (GeoGebra)
- Bernoulli Pressure and Flow (PhET Java)
AS Ch5 Work Energy Power
- Conservation and Conversion of Energy (Phet HTML)
- Work Done on Box on Floor (GeoGebra)
- Work Done with initial v (GeoGebra)
- Work Done by Two Forces as Area Under Graph (GeoGebra)
- Forces, Energy, and Work [with Graph] (PhET Java)
- Freefall Energy Graph (GeoGebra)
- Bouncing Freefall Energy Graph (GeoGebra)
- Conservation of Energy on Ramp (GeoGebra)
- Single Ramp Energy Graph (Geogebra)
- Double Ramp Energy Graph (Geogebra)
- Spring Energy Conservation (GeoGebra)
- Instant vs Average Power (GeoGebra)
AS Ch6 Deformation of Solids
- Hooke's Law (GeoGebra)
- Mass and Spring Oscillations (PhET HTML)
- Spring Energy SHM (GeoGebra)
- Young Modulus Stress-Strain Graph (GeoGebra)
AS Ch7 Waves
- Wave Intro Variables (PhET HTML)
- Basic Wave Properties (GeoGebra)
- Longitudinal vs Transverse Wave (GeoGebra)
- Progressive Wave Particle Oscillation (GeoGebra)
- Displacement vs Distance-time Graphs Progressive Wave (GeoGebra)
- Displacement-Position Graph for Longitudinal Wave (GeoGebra)
- Measuring Speed of A Wave (GeoGebra)
- Progressive Wave Energy Ratios (GeoGebra)
- Wave on A String (PhET HTML)
- Phase Difference Between Two Points (GeoGebra)
- Phase Difference Between Two Waves (GeoGebra)
- Phase Difference of Two Waves Circular Angle (HTML)
- Doppler Effect Animated (Desmos)
- Doppler Effect Static (GeoGebra)
- Frequency-Position Doppler Graph [Advanced] (GeoGebra)
- Electromagnetic Waves E and B Planes (GeoGebra)
- Electromagnetic Waves Vary Amplitude (GeoGebra)
- Electromagnetic Waves Equation (GeoGebra)
- Polarization Filters (GeoGebra)
- Polarization Malus' Law (GeoGebra)
- Polarization Amplitude Reduction Math (GeoGebra)
- Waves in a Container of Liquid (GeoGebra)
AS Ch8 Superposition
Standing Waves- 1D Wave Pulse Interference (GeoGebra)
- Adding two overlapping waves (PhyAnim)
- Standing Wave Reflected Superposition (Walter-fendt)
- Incident and Reflected Superposition Equations (Desmos)
- Phase Difference on Stationary Waves (GeoGebra)
- Progressive vs Standing Longitudinal Wave (GeoGebra)
- Standing Wave: Transverse, Longitudinal, and Pressure (GeoGebra)
- Standing Waves on String - Animated (GeoGebra)
- Standing Wave on String - Static (GeoGebra)
- Standing Wave String Harmonic Patterns (GeoGebra)
- Standing Wave in Air Columns Reflected Waves (GeoGebra)
- Standing Wave Air Column Longitudinal Particles (GeoGebra)
- Standing Wave Open Pipe with Harmonics ANIMATED (GeoGebra)
- Standing Wave Closed-Open Pipe Harmonics ANIMATED (GeoGebra)
- Vary Length Open-Closed Pipe (GeoGebra)
- Very Length Open-Open Pipe (GeoGebra)
- Standing Wave Displacement and Pressure Graph (GeoGebra)
- Standing Sound Waves Animation (GeoGebra)
- Harmonics Diagram Sorting Activity (Desmos)
- 1D Wave Interference - vary frequency (Geogebra)
- Wave Interference Water Tank Graphs (PhET HTML)
- Ripple Tank 3D Double Dipper Wave Interference (GeoGebra)
- Ripple Tank 2D to Displacement-Time Graph (Flash)
- Double Slit Phase Difference (GeoGebra)
- Double Slit Path Difference Calculations (GeoGebra)
- Double Slit Path Difference Change Wavelength (GeoGebra)
- Double Slit Path Difference Change Multiple λ (GeoGebra)
- Double Slit Small angle approximation Calculation (GeoGebra)
- Double Slit Fringe Location (GeoGebra)
- Double Slit 2D Interference Pattern Animated basic (GeoGebra)
- Double Slit 2D Interference Pattern Animated Fringes (GeoGebra)
- Double Slit 2D Interference Pattern FULL variables (GeoGebra)
- Laser Interferometer (GeoGebra)
- Fourier Series Square Waves (GeoGebra)
- Fourier Transform Graph (GeoGebra)
- Huygen's Principle of Wavelets (GeoGebra)
- Single Slit Top View - Huygens Principle (GeoGebra)
- Huygen's Refraction (GeoGebra)
- Wave Crossing Boundaries Refraction Wavlength and f (GeoGebra)
- Huygen's Reflection (GeoGebra)
- Diffraction Grating Laser 3D (GeoGebra)
- Diffraction Grating Patterns Fringe Pattern (GeoGebra)
- Single Slit Diffraction: Superposition of multiple point sources (GeoGebra)
- Single Slit Diffraction Intensity - Fraunhofer Limit (GeoGebra)
- Double Slit Diffraction Grating Patterns (GeoGebra)
- Thin Film Mutiple Reflections (GeoGebra)
- Thin Film Interference 1 (GeoGebra)
- Thin Film Interference 2 (GeoGebra)
- Thin Film Interference Calculations (GeoGebra)
AS Electric Fields (2021 syllabus)
- Point Charges' Field and Potential (HTML5)
- Uniform Electric Field (GeoGebra)
- Coulomb's Law (PhET HTML)
- Electric Field Addition Game (PhET Java)
- Projectiles in Electric Field Deflection (GeoGebra)
- Crooke's Tube Electron Beam (MolecularWorkbench)
- Charged Particle in Electric Field Deflection (GeoGebra)
- Oil Drop Equilibrium Experiment (GeoGebra)
- Charged Ball on String Equilibrium (BUphysics)
AS Ch9 Current of Electricity
- Conventional vs Actual Current Flow (BUphysics)
- Free Electrons in a Wire (SchoolPhysics)
- Drift Speed of Electrons (iWant2study)
- Battery Resistor Circuit (PhET Java)
- Battery Voltage (PhET Java)
- Circuit Potential Energy Visualization (GeoGebra)
- Ohm's Law variables (PhET HTML)
- Resistance in a Wire (PhET HTML)
- Resistor Graph (GeoGebra)
- Parallel Circuit Current and Voltage (GeoGebra)
- Series Circuit Current and Voltage (GeoGebra)
- DC Circuit Simulation (PhET HTML)
- Light Bulns and Switches (GeoGebra)
- Maximum Power Theorem and Graph (GeoGebra)
- Electric Circuit With Four Identical Bulbs (GeoGebra)
AS Ch10 DC Circuits
- Electric Potential Visualizer (physicsclassroom)
- DC Circuit Simulation (PhET HTML)
- Internal Resistance Graph (GeoGebra)
- Kirchoff's Law (GeoGebra)
- Complex Electrical Circuits (GeoGebra)
- Potentiometer Circuit (GeoGebra)
- Potentiometer Ruler Lab (Walter-Fendt)
AS Ch11 Particle and Nuclear Physics
- Build an Atom (PhET HTML)
- The Standard Model (GeoGebra)
- Rutherford Scattering vs Plum Pudding (PhET HTML)
- Concentration of Charge in Nucleus (MolecularWorkbench)
- Isotopes and Atomic Mass (PhET HTML)
- Alpha Decay (PhET Java)
- Alpha Decay Energy Calculation (GeoGebra)
- Energy in Alpha Decay (GeoGebra)
- Beta Decay (PhET Java)
- Feynman Diagram Annihilation (GeoGebra)
- Feynman Diagram 2 vertices (GeoGebra)
Jump to the sections:
[AS Chapters] [A2 Chapters]
A2 Chapters & Topics
A2 Ch12 Circular Motion
- Kinematics of Uniform Circular Motion (GeoGebra)
- Angular Displacement (GeoGebra)
- Angular & Tangential Velocity (GeoGebra)
- Tangential Velocity Sling Release (smtp)
- Game: Slash the String! (PhysicsAviary)
- Circular Motion Basics Self Test (PhysicsAviary)
- Centripetal Force Card Sorting Activity (Desmos)
- Horizontal Car Friction (GeoGebra)
- Person on Horizontal Rotating Platform (GeoGebra)
- Rotating Earth About Axis (GeoGebra)
- Circular Force Hanging Mass (PhysicsAviary)
- Conical Pendulum 2D (GeoGebra)
- Conical Pendulum 3D (GeoGebra)
- Conical Pendulum Spinning Stopper (GeoGebra)
- Fairground Carousel Pendulums (Walter-Fendt)
- Gravitron Centrifuge Spinner (BUphysics)
- Aircraft in Circular Motion (GeoGebra)
- Vertical Circle Yo-yo Constant Speed (GeoGebra)
- Vertical Circles Full (GeoGebra)
- Vertical Circle Contact Force (GeoGebra)
- Vertical Rollercoaster Loop non-uniform Circular Motion (GeoGebra)
- Circular Motion Nett Force Card Sorting Actitivity (Desmos)
- Rolling or Slipping Wheel? (GeoGebra)
- Normal Force on Spinning Space Station (PhysicsAviary)
A2 Ch13 Gravitational Fields
- Force of Gravity - Two Objects (GeoGebra)
- Gravity Force Lab (PhET HTML)
- Gravitational Field Lines (GeoGebra)
- Test Mass in G-Field (GeoGebra)
- G-field Graph Two Objects (GeoGebra)
- Gravitational Potential Graph Two Planets (GeoGebra)
- Gravitational Potential and Acceleration graph (iwant2study.org)
- Gravity and Orbits (PhET HTML)
- Solar System Planets (BUphysics)
- Comparing Satellite Orbital Speed (GeoGebra)
- Orbital Velocity Basics (GeoGebra)
- Geostationary Satellite Lab (PhysicsAviary)
- Orbit Velocity vs Radius Around Black Hole (GeoGebra)
- Find the Black Hole Game (GeoGebra)
- Acceleration of Gravity (GeoGebra)
- Acceleration of Gravity on Planets (GeoGebra)
- Satellite in Orbit Energy Graphs (GeoGebra)
- Satellite Orbit Escape (Simbucket)
- Orbital Motion Energy with KE and GE graphs (GeoGebra)
- Rocket Escape Velocity graphs (GeoGebra)
A2 14 Temperature
- Celcius to Fahrenheit Conversion (GeoGebra)
- Thermometer Calibration with Fixed Points (GeoGebra)
- Two Objects: Heat Capacity and Phase Change (GeoGebra)
- Water Heater Lab (PhysicsAviary)
- Boiling Point Molecular Jiggle (Molecular Workbench)
- Potential Energy Between Atoms (PhET HTML)
- Specific Heat Capacity of Metal Block (GeoGebra)
A2 15-16 Ideal Gases & Thermodynamics
- Ideal Gas Law Properties (PhET HTML)
- First Law of Thermodynamics (GeoGebra)
- Ideal Gas Law Graphs (GeoGebra)
- Deriving Pressure from Ideal Gas (GeoGebra)
- PV Graphs (GeoGebra)
- PV Graphs 3 Lab Situations (GeoGebra)
- PV Diagram for Ideak Gas (GeoGebra)
- Ideal Stirling Cycle (GeoGebra)
- Gas Properties (GeoGebra)
- Adiabatic Transforms Graph (GeoGebra)
- Isobaric Transforms Graph (GeoGebra)
- Isothermal Transforms Graph (GeoGebra)
- Isochoric Transforms Graph (GeoGebra)
- All Thermodynamic Processes (GeoGebra)
- Carnot Cycle (GeoGebra)
- Cyclic Process (GeoGebra)
A2 Ch17 Oscillation
- SHM, Circular Motion, and Waves Link (GeoGebra)
- SHM Acceleration-Displacement Graph (GeoGebra)
- Pendulum SHM (GeoGebra)
- Pendulum SHM with Graph (GeoGebra)
- Masses and Springs Lab(PhET HTML)
- Pendulum Lab (PhET HTML)
- Circular Motion to SHM Trigo Graph (GeoGebra)
- Spring SHM Velocity-Displacement Graph (GeoGebra)
- Spring SHM Force and Acceleration (GeoGebra)
- Derivation of Sine and Cosine Graphs (GeoGebra)
- Average vs Instantaneous Velocity (GeoGebra)
- Average vs Instantaneous Velocity with derivatives (GeoGebra)
- All SHM Kinematics Graphs Only (GeoGebra)
- All SHM Kinematics + Energy Graphs (GeoGebra)
- All SHM Kinematics graphs Phases (GeoGebra
- SHM Energy KE/PE Graph Basics (GeoGebra)
- SHM of Mass-Spring System with Energy Graphs (GeoGebra)
- SHM of Mass-Spring System ALL Graphs (GeoGebra)
- Engine Piston Phase Difference (Desmos)
- Dropping Mass on Oscillating Mass (GeoGebra)
- Challenge: Falling Spring With Two Masses (GeoGebra)
- Spring SHM Work Done by Friction (GeoGebra)
- Spring SHM Losing Contact Force (GeoGebra)
- Damped Harmonic Motion (GeoGebra)
- Spring SHM Resonance with Masses (GeoGebra)
- Resonance Curve Basics (Desmos)
- Resonance Curve with Displacement (GeoGebra)
- Normal Modes: Coupled Spring Oscillators (PhET Flash)
- SHM Optical Illusion (GeoGebra)
- RLC Circuit Oscillation (GeoGebra)
- Oscillation Graphs Quiz (GeoGebra)
A2 18 Electric Fields
- Coulomb's Law (PhET HTML)
- Force vs Position Inverse-Square Graph (BUphysics)
- Electric Potential and Force Graphs (GeoGebra)
- Electric Potential for Multiple Charges in Line (GeoGebra)
- Charges, Fields, Potentials (PhET HTML)
- Resultant Potential of Two Charge Graph (Desmos)
- 3D Potential Surface Free Rotation (GeoGebra)
- 3D Potential Surface Auto-Rotate(GeoGebra)
- Closest Approach to Nucleus (MolecularWorkbench)
- Angle of Charged Pendulums (PhysicsAviary)
- Two Charged Spherical Shells V Graph (GeoGebra)
- Electrostatics Activity - All Graphs! (Desmos)
A2 19 Capacitors
- Parallel Plate Capacitor E-field (GeoGebra)
- Capacitor Lab: Basics (PhET HTML)
- Capacitor Lab (PhET Java CheerPJ)
- Capacitor Charging I-V Graphs (BUphysics)
- Simple RC Circuit Charging (GeoGebra)
- Charging and Discharging Capacitor (GeoGebra)
- Capacitor Discharge Graph (Desmos)
- Capacitor Network Puzzles (GeoGebra)
- I-V Phase Difference in Capacitor Circuit (Walter-Fendt)
A2 20 Magnetic Fields & Induction
- Earth's Magnetic Field & Compass (PhET Java CheerPJ)
- Compass: Bar Magnets and Electromagnets (PhET Java CheerPJ)
- B-field around A Wire (GeoGebra)
- B-field around Two Wires (iwant2study.org)
- B-field of Wire Loop(s) (iwant2study.org)
- B-field of Helmholtz Coils (iwant2study.org)
- Magnetic Fields Around Wires Card Sorter (iwant2study.org)
- Resultant B-field Around Wires (GeoGebra)
Magnetic Force on Conductor
- Cross Product Vectors (GeoGebra)
- Right Hand Rule (GeoGebra)
- Left Hand Rule (GeoGebra)
- 3D Force Between Two Wires (GeoGebra)
- Force Between Two Equal Current-Carrying Wires (GeoGebra)
- Force Between Two Unequal Current-Carrying Wires (GeoGebra)
- DC Motor (GeoGebra)
Particles in Fields
- Charged Particles in a Magnetic Field (GeoGebra)
- Charged Particle in Magnetic Field Spiral 3D (GeoGebra)
- Thomson's Cathode Ray Tube (PhysicsAviary)
- Electron Beam in Helmholtz Coil (VirtualExperiment)
- Cyclotron "D'' Plates (VirtualExperiment)
- Mass Spectrometer Single Particle (iwant2study.org)
- Mass Spectrometer Many Particles (MagLab)
- Hall Effect (GeoGebra)
Electromagnetic Induction
- Faraday's Law (PhET HTML)
- Faraday's Electromagnetic Lab: Bulb and Bar Magnet (PhET Java CheerPJ)
- Sliding Wire Rail Gun (GeoGebra)
- Faraday Rail Gun Experiment (iwant2study.org)
- Magnet Through Solenoid Charges (iwant2study)
- Magnetic Induction - Magnet and Lightbulb Coil (GeoGebra)
- Two Magnets Falling in Copper Tube (iwant2study.org)
- Water-Electric Generator (PhET Java CheerPJ)
- Transmission of Electrical Power (GeoGebra)
- 3D Rotating Coil (GeoGebra)
- DC Motor Basics (GeoGebra)
- DC Motor Animation with Angles Graph (GeoGebra)
A2 21 Alternating Currents
- AC Circuits (PhET HTML)
- Alternator-Dynamo Motor (GeoGebra)
- AC Generator 3D (GeoGebra)
- Root-Mean-Squared Current Graph (GeoGebra)
- AC Transformer Coils (GeoGebra)
- Power Transmission (GeoGebra)
- Half-Wave Rectification (Falstad)
- Half-Wave Rectification Circuit Graphs (GeoGebra)
- RMS Current Rectified (GeoGebra)
- Full Wave Rectification (Falstad)
- Full Wave Rectification + Smoothing (Falstad)
- I-V Phase Difference in Capacitor Circuit (Walter-Fendt)
- Oscillating RLC Circuit (Walter-fendt)
A2 22 Quantum Physics & X-Ray
- Energy of Visible Light (GeoGebra)
- Photo Electric Effect (PhET Java CheerPJ)
- Photo Electric Effect (GeoGebra)
- Single Photon Photoelectric Effect (GeoGebra)
- Photoelectric Effect in Tube (kcvs)
- Photo Electric Effect KE vs Frequency Graph (GeoGebra)
- De Broglie Wave Model Atom Levels (Sciencesims)
- Energy Level Diagrams (GeoGebra)
- Blackbody Spectrum Graph (PhET HTML)
- Color Vision (PhET HTML)
- Electron Diffraction: Davisson-Germer (PhET Java CheerPJ)
- Lasers: Inside The Laser (PhET Java CheerPJ)
- Neon Lights & Discharge Lamps (PhET Java CheerPJ)
- Models of the Hydrogen Atom (PHet Java CheerPJ)
- Hydrogen Energy Level Diagrams (GeoGebra)
- Bohr's Theory Hydrogen Atom Levels (Walter-fendt)
- Quantum Wave Interference (PhET Java CheerPJ)
- Conductivity (PhET Java CheerPJ)
- Photon Absorption and Ionization Energy Levels (GeoGebra)
A2 23 Nuclear Physics
- Nuclear Fission (PhET Java CheerPJ)
- Spontaneous Alpha Decay (PhET Java CheerPJ)
- Three-Stage Radioactive Decay Particles (iwant2study)
- Decay Law (walter-fendt)
- Half-Life Graph (GeoGebra)
- Half-life Graph with Nuclei (GeoGebra)
A2 24 Medical Physics
- Ultrasound: A Scan (GeoGebra)
- Ultrasound: B Scan (GeoGebra)
- Ultrasound: Pulse Separation (GeoGebra)
- Ultrasound: Pulse Length (GeoGebra)
- Aperture and Beam Collimation (GeoGebra)
A2 25 Astronomy and Cosmology
For teachers:
Shout out to the PhET Colorado team and amazing GeoGebra creators Barb Newitt, Chris Hamper, Tan Seng Kwang, Tom Walsh for making physics come alive visually.
Jump to the sections:
[AS Chapters]
[A2 Chapters]
https://docs.google.com/spreadsheets/d/1vbqTTWl2cKKKUzNMVUcGJ2ExphC1g6DtRfMr0lw1rMw/edit#gid=1494223419
Discontinued 2022 syllabus onwards:
A2 16 Communications
- Radio Waves and Electromagnetic Fields (PhET Hava CheerPJ)
- Amplitude Modulation AM (GeoGebra)
- Frequency Modulation FM (GeoGebra)
- Binary Digital FM (GeoGebra)
- Overlayed FM Frequency Deviation (GeoGebra)
- Fourier: Making Waves (PhET Java CheerPJ)
- Analog-to-Digital Sampling Animation (GeoGebra)
- ADC Bitrate and Sampling Rate (EduMedia)
A2 19-21 Electronics (OpAmps)
- Amplifier Gain Graph (Desmos)
- Op-Amp Basic Comparator (Falstad)
- Op-Amp Feedback Loop (Falstad)
- Op-Amp Buffer Amplifier (Falstad)
- Op-Amp Inverting Amplifier (Falstad)
- Op-Amp Non-Inverting Amplifier (Falstad)
- Op-Amp Circuits (CircuitLab)
Magnetic Resonance Imaging (MRI)
