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Kinematics
Motion & TrajectoriesDynamics
Newton's Laws of MotionWork & Energy
Conservation & TransformationOscillations
SHM & Periodic MotionWaves
Propagation & Phenomena
#07
Wave Motion (Transverse)
Explore transverse waves, crests, troughs, amplitude, frequency, and speed.
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#08
Sound Waves – Particle Model
Visualize sound as a longitudinal wave using moving particles. Learn pitch, loudness, and how wave speed depends on the medium.
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#09
Longitudinal Waves – Mathematical
Explore compressions and rarefactions using a sinusoidal wave model. Adjust amplitude, frequency, and wave speed directly.
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#10
Standing Waves on a String
Explore nodes, antinodes, harmonics, and resonance.
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#11
Doppler Effect
Visualize how relative motion between a source and observer changes the observed frequency. See wavefront compression and stretching.
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Circular Motion
Centripetal DynamicsRay Optics
Mirrors, Lenses & Vision
#13
Ray Optics – Mirrors
Visualize image formation in concave and convex mirrors using principal rays. Explore real vs virtual images and magnification.
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#14
Ray Optics – Lenses
Explore image formation by convex and concave lenses. Observe real vs virtual images and changes in magnification.
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#15
Human Eye & Vision Defects
Visualize image formation on the retina. Explore near point, far point, Myopia, Hypermetropia, and corrective lenses.
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#16
Compound Microscope
Visualize two-stage image formation using objective and eyepiece lens. See why microscopes produce very high magnification.
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#17
Astronomical Telescope
Visualize how telescopes observe distant objects using parallel rays. Understand angular magnification and normal adjustment.
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Wave Optics
Interference & Diffraction
#18
Young's Double Slit Experiment
Visualize interference of light from two coherent sources. Observe bright and dark fringes and how fringe width changes with parameters.
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#19
Single Slit Diffraction
Visualize diffraction of light through a narrow slit. Observe the central maximum and why a narrower slit produces a wider pattern.
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#20
Polarization of Light
Visualize unpolarized and plane-polarized light. Rotate polarizer and analyzer to see how intensity changes via Malus' Law (I = I₀cos²θ).
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Modern Physics
Quantum Mechanics & Beyond
#21
Photoelectric Effect
Explore how light ejects electrons from a metal surface. Observe threshold frequency and why classical wave theory fails.
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#22
Atomic Models – Rutherford & Bohr
Compare Rutherford and Bohr atomic models through animation. Explore quantized energy levels and electron transitions.
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#23
Hydrogen Emission Spectrum
Explore the line spectrum of hydrogen. Visualize Lyman, Balmer, and Paschen series arising from quantized energy gaps.
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#24
de Broglie Matter Waves
Visualize the wave nature of particles using λ = h/p. See how wavelength changes with mass and velocity.
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#25
Heisenberg Uncertainty Principle
Explore why position and momentum can't both be precisely known. Visualize Δx · Δp ≥ ħ/2 through wave packets.
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Electrostatics
Fields, Charges & Potential
#26
Electric Field Lines & Coulomb Force
Drag charges to see attraction and repulsion in real time. Observe field line density representing field strength.
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#27
Electric Potential & Equipotential Surfaces
Understand electric potential as a scalar and how equipotential lines are always perpendicular to field lines.
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#28
Parallel Plate Capacitor
Explore how charge and energy are stored. Visualize uniform electric field and how capacitance varies with plate geometry.
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Current Electricity
Ohm's Law & Circuits
#29
Drift Velocity & Ohm's Law
Visualize current at the microscopic level. See electron drift and explore Ohm's Law by varying voltage and resistance.
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#30
Resistors in Series & Parallel
Visualize current flow, voltage drops, and equivalent resistance. Understand why parallel connections reduce total resistance.
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#31
Electrical Power & Joule Heating
Visualize electrical energy converted to heat. Explore P = VI, P = I²R, and P = V²/R in real time.
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Magnetic Effects & AC
Induction, Motors & Generators
#32
Magnetic Field due to Current
Visualize fields around a straight wire, circular loop, and solenoid. Use the right-hand rule to understand field direction.
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#33
Force on a Current-Carrying Conductor
Explore how a conductor experiences force in a magnetic field using Fleming's Left-Hand Rule. The basis of electric motors.
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#34
Electromagnetic Induction (EMI)
Visualize how changing magnetic flux induces current. Move magnets and coils to see Faraday's and Lenz's laws in action.
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#35
AC Circuits (L, C, and R)
Explore alternating current with sinusoidal waveforms. Visualize phase differences and understand reactance and impedance.
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#36
Electric Motor & Generator
Visualize the working principles of motors and generators. See energy conversion tying together magnetism and EMI.
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