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Interactives

Hands-on simulations and labs. Choose one to open it. 55 interactives, grouped by topic, and each one is linked from its lesson.

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Mechanics

Motion GraphsLesson 2.1.3: Graphing Motion

Relative MotionLesson 2.2.1: Relative Motion

Simple harmonic motionMechanics

Visualising phase differenceLesson 3.1.3: Interference

Inclined PlaneLesson 2.3.3: Normal Force

Forces in Equilibrium LABLesson 2.3.2: Forces in Equilibrium

Atwood machine LABLesson 2.3.5: Forces and Pulleys

Inclined Plane and pulley LABLesson 2.3.5: Forces and Pulleys

Conical PendulumLesson 2.5.3: Circular Applications

Banked CurvesLesson 2.5.3: Circular Applications

TorqueLesson 2.5.5: Torque

Kepler's Second LawLesson 2.6.3: Kepler's Laws

Pulleys and mechanical advantageLesson 2.3.5: Forces and Pulleys

Orbital MechanicsLesson 2.6.2: Orbital Motion

Waves and Optics

Phase difference in wavesLesson 3.1.3: Interference

SuperpositionLesson 3.1.2: Superposition

Sound wave simulatorLesson 3.1.1: Wave Types

Acoustic BeatsLesson 3.2.1: Beats

Standing Waves on String LABLesson 3.2.4: Standing Waves

Closed Pipes experimentLesson 3.2.4: Standing Waves

Inverse Square LawLesson 3.1.4: Inverse Square Law

Double Slit DiffractionLesson 3.3.2: Double Slit Diffraction

Double slit practiceLesson 3.3.2: Double Slit Diffraction

PolarisationLesson 3.3.5: Polarisation

SpectroscopyLesson 3.3.6: Spectroscopy

Guess the SpectraLesson 3.3.6: Spectroscopy

Emission spectra of elementsLesson 3.3.6: Spectroscopy

Snell's LawLesson 3.4.2: Refraction

Thermodynamics

Specific Heat Capacity LABLesson 4.2: Specific Heat Capacity

Electricity and Magnetism

Charge in electric fieldLesson 5.3.1: Moving Charges in Electric Fields

Charge in magnetic fieldLesson 5.3.3: Charge in Magnetic Fields

Charge in crossed fieldsLesson 5.3.3: Charge in Magnetic Fields

Particle deflection gamesLesson 5.3.3: Charge in Magnetic Fields

Mass spectrometerLesson 5.3.3: Charge in Magnetic Fields

Motor Effect gameLesson 5.3.4: Motor Effect

DC MotorLesson 5.3.5: DC Motor

Magnetic FluxLesson 5.4.1: Magnetic Flux

Motional EMFLesson 5.4.2: Faraday's Law

Faraday's Law and FluxLesson 5.4.2: Faraday's Law

Faraday's Law and MagnetLesson 5.4.2: Faraday's Law

Lenz Law and Copper PipeLesson 5.4.3: Lenz's Law

Lenz Law and brakingLesson 5.4.3: Lenz's Law

Electromagnetic braking 3DLesson 5.4.3: Lenz's Law

Back EMFLesson 5.4.4: Back EMF

JJ Thomson's CRT experimentLesson 6.2.1: JJ Thomson and the Electron

Miscellaneous

HR DiagramLesson 7.6: HR Diagram

Spectral Line BroadeningLesson 7.2: Stellar Spectroscopy

SimultaneityLesson 6.1.2: Special Relativity

Time dilationLesson 6.1.2: Special Relativity

Chadwick ExperimentLesson 6.2.4: Chadwick

Millikan's Oil drop ExpLesson 6.2.2: Millikan

Half life simulationLesson 6.3.2: Half Life

Binding Energy interactiveLesson 6.3.3: Binding Energy

Proton proton chainLesson 6.3.6: Fusion

Build a HadronLesson 6.5.1: The Standard Model