🔍 Calculatrice d'Optique
Analyze lenses, mirrors, and refraction with comprehensive optical calculations and ray diagrams
Calculation Type
Lens/Mirror Parameters
Ray Diagram
Ray diagram visualization will be implemented with Canvas API
Showing lens optical system
Showing lens optical system
Lens Calculations
| Dimensions | Formules | Calculs |
|---|---|---|
| Image Distance | 1/f = 1/do + 1/di | 0 |
| Magnification | m = -di/do | 0 |
| Image Height | hi = m × ho | 0 |
| Power | P = 1/f | 0 |
| Image Type | Based on magnification | |
| Image Orientation | Based on magnification |
Summary: 6 calculations completed for optics-lens
📚 Understanding Optics
Lenses:
- Converging: Positive focal length, real images
- Diverging: Negative focal length, virtual images
- Power: Measured in diopters (1/f in meters)
- Magnification: m = -di/do
Mirrors:
- Concave: Converging, positive focal length
- Convex: Diverging, negative focal length
- Same equations: As thin lenses
- Real vs Virtual: Based on image distance sign
Refraction:
- Snell's Law: n₁sin(θ₁) = n₂sin(θ₂)
- Critical Angle: θc = arcsin(n₂/n₁)
- Total Internal Reflection: When θ₁ > θc
- Applications: Fiber optics, prisms
Physique
About Physics Tools
Our physics calculators provide accurate calculations and interactive visualizations for various physics concepts. Each tool includes step-by-step solutions, real-time simulations, and educational content to help you understand the underlying principles.
