General Simulation Description

LENSES

Discover how lenses bend light to form images — explore the behavior of concave and convex lenses, understand focal points, and see real-time visual effects through interactive VR experiments.

Physics

10 minutes

LENSES

About the laboratory

Optical system, consisting of one or more lenses, allows for crystal clear imaging of light sources on the screen. By measuring the system's linear dimensions, you can easily calculate focal lengths and other lens parameters. VR physics simulation lenses are perfect for educators looking to engage students with interactive and immersive lessons. With lenses, students can explore complex physics concepts in a hands-on way that makes learning fun and engaging. Start your journey into VR physics today!

Experience our VR lessons through real recordings

Cambridge (Science/Physics)

Lower Secondary: Reflection of light/Collecting lens
Upper Secondary: IGCSE (Reflection of light/Collecting lens), O-level (Refraction of light/Scattering lens)
Advanced: AS-level (Reflection of light/Collecting lens), Pre-U (Refraction of light/Scattering lens)

International Baccalaureate (Science/Physics)

Middle Years Programme: Reflection of light/Collecting lens
Diploma Programme: Refraction of light/Scattering lens

National curriculum in England (Physics)

Key stage 3: Reflection of light/Collecting lens
Key stage 4: Refraction of light/Scattering lens

Indian curriculum CBSE (Science/Physics)

Secondary stage (classes 9-10): Reflection of light/Collecting lens
CBSE Class 12 board exam: Refraction of light/Scattering lens

Scuola secondaria in Italia (Scienze/Physics)

Unità 1: Introduzione alle lenti
Unità 2: Proprietà delle lenti
Unità 3: Tipi di lenti

National curriculum of the Netherlands (Physics)

VMBO: Definition of a lens and its basic properties. Understanding the difference between convex and concave lenses. Calculation of the focal length of a lens. Applications of lenses in everyday life, such as eyeglasses and magnifying glasses.
HAVO: Analysis of the image formation by lenses, including the use of ray diagrams and the thin lens equation. Understanding the concept of aberrations and their impact on image quality. Applications of lenses in fields such as photography and microscopy.
VWO: Advanced topics in lens design, including aspheric surfaces and diffractive elements. Understanding the relationship between lenses and optical systems. Analysis of specialized lenses, such as achromatic and apochromatic lenses.

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