9.3 Light Refraction Simulation
Mirror Reflection Simulation Mirror Reflection Simulation Angle of Incidence (θᵢ): 45° Law of Reflection When light reflects off a mirror […]
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9.4 Total Internal Reflection Simulation
Total Internal Reflection Simulation Total Internal Reflection Simulation Medium Properties Refractive Index (Medium 1 – Rarer): Value: 1.00 Refractive Index
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9.5.1 Spherical Surface Refraction Simulation
Spherical Surface Refraction Simulation Spherical Surface Refraction Simulation Interactive demonstration of refraction at curved interfaces Refractive Index n₁: 1.00 Air
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9.5.1 Refractive Sphere Surface Simulation
Refraction at Spherical Surface Refraction at Spherical Surface Object Parameters Object Distance (u) Value: -30 cm Object Height Value: 5
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9.5.2 Lens Refraction Simulation
Professional Lens Refraction Simulation Professional Lens Refraction Simulation Object Distance (u): 30 cm Focal Length (f): 20 cm Lens Type:
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9.6 Prism Dispersion Simulation
Light Refraction Through Prism – Interactive Simulation Light Refraction Through Prism Interactive simulation demonstrating Snell’s law and light deviation Light
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9.7.1 Microscope Simulation
Microscope Simulation Simple Microscope Simulation Focal Length (f): 5 cm Object Distance (u): 4 cm Viewing Mode: Near Point (25cm)
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9.7.2 Telescope Simulation
Telescope Simulation Telescope Optical Simulation Telescope Configuration Telescope Type Refracting Telescope Reflecting Telescope (Cassegrain) Objective Focal Length 100 cm 50
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10.2 Huygens Principle Simulation
Huygens Principle 3D Simulation Huygens Principle 3D Simulation This simulation demonstrates Huygens’ principle, which states that every point on a
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10.3 Huygens Principle: Refraction Simulation
Huygens Principle Refraction Simulation Huygens Principle Refraction Simulation Angle of Incidence (i): 30° Refractive Index (n₁): 1.0 Refractive Index (n₂):
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10.3.4 Doppler Effect Simulation
3D Doppler Effect Simulation 3D Doppler Effect Simulation Source Radial Velocity (vradial): Value: 0 (relative to speed of light) Source
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10.4 Wave Interference Simulation
Wave Interference Simulation | Physics Lab Wave Interference Simulation Visualizing coherent wave sources and their interference patterns Wavelength (λ) 50
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10.6.1 Single Slit Diffraction Simulation
Single Slit Diffraction Simulation Single Slit Diffraction Simulation This simulation demonstrates the wave nature of light through single slit diffraction.
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10.7 Polarization Simulation
Light Polarization Simulation Light Polarization Simulation Visualizing Malus’ Law: I = I₀ cos²θ Polarizer Settings Polarizer 1 Angle (degrees) 0°
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10.7.1 Polarization by Scattering Simulation
Polarization by Scattering Simulation Polarization by Scattering Simulation This simulation demonstrates how sunlight becomes polarized when scattered by atmospheric molecules.
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