Critical angle; Total Internal Refection; TIR; Refraction; Fibre optics ile eşleşen arama sonuçları 113
Benzetimler
- Atomik etkileşimler (HTML5)
- Atomik etkilesim
- Bir Molekül Yap
- Çarpışma labaratuvarı
- DNA'yı Gerdirme
- Geometrik Optik
- Bükülen Işık (HTML5)
- Işığın Kırılması
- Kendiliğinden Birleşen Parçacık Modeli
- Kuvvetler (Tek Boyutlu)
- Kuvvet ve Hareket
- Molecule Polarity (HTML5)
- Molecule Polarity
- Moleküler Motorlar
- Molekül Şekilleri (HTML5)
- Molekül Şekilleri
- Optik Cımbız ve Uygulamaları
- Optik Kuantum Kontrolü
- projectile-motion
- Rampa
- Rampa: Kuvvet ve Hareket
- Rutherford Saçılması (HTML5)
- Rutherford Saçılması
- Sarkaç Laboratuvarı
- Temel Molekül Şekillleri
- Tersinir Tepkime
- Uğur Böceği Dönmesi
- Vektör toplama
- Projectile Motion (HTML5)
- Pendulum Lab (HTML5)
- Molecule Shapes: Basics (HTML5)
- Area Model Introduction (HTML5)
- Trig Tour (HTML5)
Etkinlikler
- Critical Angle & Total Internal Reflection
- Refraction Investigation
- Investigating critical angle and Total Internal Reflection
- Total Internal Reflection
- Exploring How Light Behaves at Boundaries
- Snell's Law and the Index of Refraction
- Bending Light -Refraction and Reflections
- Bending Light
- Images from Convex Lenses (Inquiry Based)
- Forces and Motion: Balanced and Unbalanced Forces, and Predicting Changes in Motion (Inquiry Based)
- Pendulum Lab 1: intro to pendulums (Inquiry Based)
- Lenses and their Images
- Light and Waves E-Learning Activity
- Óptica Geométrica no "Geometric Optics"
- Exploring Converging Lenses
- Lentes Convergentes (Conceitos) no "Geometric Optics"
- Refraction and Snell's Law Lab
- Optics Online
- Geometric Optics
- Vector Addition 1: Introduction to vector math (Inquiry Based)
- Wave Refraction and Reflection
- The Fringe of Optics
- Comparing Speed and Angle to projectile distance
- Light Behaves Like a Wave (sometimes...)
- Projectile launch angle vs displacement
- Wave Refraction
- Refraction of Light
- Projectile Motion - Fired at an Angle
- Determination of angle of projection for maximum range
- Convex and Concave Lens Lab
- Activity sheet_reflection_refraction
- Refraction and Snell's Law
- Wave clicker questions (Inquiry Based)
- Determining Speed and Intensity of Light during Refraction
- Wave unit (Inquiry Based)
- 3 Projectile Motion Factors
- Potential and Kinetic Energy
- PhET Inquiry - Bending Light
- PhET Inquiry - Bending Light
- Kinetics Guided Inquiry
- oefenen met lenzenformule
- Oefenen lenzenformule en construeren beeld
- Lens Inquiry
- Lens Equation Experiment using Excel
- Vergroting en verkleining
- 幾何光学
- Laboratorio de lentes convexas y cóncavas
- Konvergentna leća
- Geomeetriline optika
- Ramp: Forces and Motion Investigation
- Kinematic Equation Activity
- Snell's law Lab - Inquiry based
- Masses and Springs: Energy
- Óptica Geral (Atividades) nos OA's do PhET
- Projectile Guided Inquiry
- Bending Light Student Worksheet
- Bending Light Worksheet
- Wave Diffraction
- Intermolecular Forces and States of Matter - Interactive Lecture Demonstration
- Wave on a String
- Introduction to Light & Color
- Concept questions for Physics using PhET (Inquiry Based)
- Electric Field Lab
- High School Chemistry 1 level Balancing Equations
- Energy Skate Park Basics Lesson
- Projectile Motion: The Basic Flight Path
- Black Body Radiation: Seeking Patterns in Data Sets
- Forces and Motion Lesson
- Ohm's Law, Kirchhoff's Laws, Resistors in Parallel and Series Lab
- Discovering Snell's law
- Projectile Simuation
- How are products and factors related?
- Blackbody Spectrum Simulation Homework
- Skate Park and Energy Conservation
- Bending-Light Worksheet
- Moving Man and Maze Game Simulations Homework
- Energy Skate Park Basics Energy Exploration
- Graphing Energy at the Skate Park
- How do PhET simulations fit in my middle school program?
- MS and HS TEK to Sim Alignment
