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Simulazioni
- Attrito (HTML5)
- Carica radiante
- Circuito Pila - Resistenza
- Energia con lo Skateboard: concetti base (HTML5)
- Forze e moto
- Forze e moto: le basi (HTML5)
- Forze in una dimensione
- Il mio Sistema Solare (HTML5)
- Interferenza delle onde quantiche
- Interferenza tra onde (HTML5)
- Introduzione ai gas (HTML5)
- Laboratorio Pendoli (HTML5)
- Laboratorio Urti (HTML5)
- Modi normali di vibrazione (Risonanza)
- Moto del proiettile (HTML5)
- Onde: Introduzione (HTML5)
- Onde sonore
- Onde su una corda (HTML5)
- Piano inclinato: Forze e Moto
- Pressione in un fluido e portata
- Proprietà dei gas (HTML5)
- Reagenti, prodotti e residui (HTML5)
- Reazioni reversibili
- Deviazione della luce (HTML5)
- Skate Park Energia (HTML5)
- Unità derivate (HTML5)
Attività
- Exploring Slope and Speed
- Slope and Speed (revised)
- Time of flight related to initial speed in a horizontal projectile.
- projectile motion worksheet
- Speed of a Wave NGSS aligned
- Projectile motion
- Salts and Solubility 4: Using Q and LeChateliers Principle
- projectile motion
- Forces and Motion activity 1: Predicting speed and directions changes (Inquiry Based)
- Waves Intro Remote Lab
- Conservation of Energy 4 Energy Skate Park: Calculations with Conservation of Mechanical Energy using time graphs (Inquiry Based)
- Properties of Waves and Wave Speed
- Projectile motion
- Waves Interference Remote Labs
- Comparing Speed and Angle to projectile distance
- Force and Motion: Mass vs. Speed
- How does mass effect the speed of a forced object?
- motion along straight line with constant speed
- Projectile Motion - Physics 1 lab experiment
- Determining Speed and Intensity of Light during Refraction
- Projectile Motion
- Investigating Waves
- Finding the speed of a wave on a string
- PhET Projectiles Simulation Lab
- Speed of Wave Investigation
- Initial Magnetism Investigation (Inquiry Based)
- Projectile motion
- Maxwell-Boltzmann Distribution Curves
- Projectile Motion
- projectile motion
- Speed of a Mechanical Wave
- Calculating the Acceleration
- projectile motion worksheet
- projectile motion
- Waves on a String
- Projectile Motion
- Experiment to determine relationship between wavelength, frequency and speed
- motion along straight line with constant speed
- Projectile Motion
- Waves on a string
- projectile motion
- Projectile Motion
- Investigation of Refraction of light
- friction
- The Speed of Particles in the Different States of Matter
- projectile motion
- projectile motion
- Projectile Motion Experiment Abdulla
- PHET The Moving Man Motion Graphing Model Activity
- Waves on a String Exploration Activity Guide
- Energy Skate Park Basics: Mechanical Energy Lab
- Chaos Physics
- THE MOVING MAN: DISTANCE, DISPLACEMENT, SPEED & VELOCITY
- Flow stretching and molecular motors
- Gas Properties Modular Homework Activity
- Conservation of Energy 2: graphs analysis
- A Projectile Motion-Introduction (Inquiry Based)
- Reactions and Rates 3: Introduction to Equilibrium (Inquiry Based)
- Reactants, Products, and Leftovers Activity 2: Limiting Reactants in Chemical Reactions
- Measurement of wave parameters
- Wave on a string--the basics
- Measuring waves using wave on a string model
- Phet Simulering For waves - in Norwegian
- Energy Skate Park Learning Goals for four activities (Inquiry Based)
- Student Guide for PhET - The Moving Man (JAVA) student guide
- Moving Man guided inquiry
- Activity: Wave on a String
- Energy Skate Park Basics | Remote Lab
- Reactants, Products, and Leftovers Review Activity: Limiting Reactants in Chemical Reactions Review
- Waves on a String
- Force and Motion: Basics
- Properties of Waves
- Sound: An Introduction (Inquiry Based)
- Energy Skate Park - Concept Questions Compendium
- Bending-Light Worksheet
- Testing Ideas from Classical and Quantum Physics
- Bending Light Lab!
- Pendulum Lab COV Investigations
- Investigating waves
- Student Guide for PhET - Forces Motion in html5
- Friction Investigation
- Projectile motion lab report
- Projectile Motion Lab Report
- Forces and Motion: Balanced and Unbalanced Forces, and Predicting Changes in Motion (Inquiry Based)
- Force and Motion activity 2: Relating graphs and free body diagrams using Moving Man and Forces 1D (Inquiry Based)
- Pre/In/Post-Class Worksheet, Wave Interference, PhET
- D.C Circuit Simulation 1
- Waves Intro | Remote Lab
- Forces and Motion
- conservation of mechanical energy
- Energy Simulation Lab - Skate Park
- Waves on a string
- Standing Waves Lab
- Comparing Functions: Function Sleuthing to Find Rules
- 3 Projectile Motion Factors
- Horizontal Projectile Motion Lab
- Energy in a Skateboarder-Conservation of Energy
- Universal Gravitation
- Wave on a String, No End, Pre/In/Post-Class Worksheet
- projectile motion
- Projectile Motion
- Virtual Ripple Tank
- Waves on a String
- Properties of Waves - Lab Guide
- Projectile motion
- Projctile motion
- Waves on a String Lab
- Projectile Motion Lab Exploration
- Collision investigation lab
- Projectile of motion - time of flight (horizontal projectile)
- Projectile Motion
- Projectile Motion - Lab Experiment
- Moving Man - Velocity vs. Time Graphs
- Projectile Motion: The Basic Flight Path
- Projectile Simuation
- project motion
- Projectile Motion
- Projectile Motion
- Projectile Motion
- Using the Atomic Interactions PhET Simulation: Concept Development for Understanding Energy Changes Associated with Bond Forming and Bond Breaking Events
- Gravity, Orbits and Kepler's Laws
- Tricky Dimensions – a Spin-off of a Sim
- Investigating the Parameters of Circular Orbits
- Conservation of Linear Momentum
- Refraction of Light
- Pendulum Energy
- Work and Energy Simulation Lab
- Phet Forces and Motion Basics: Friction lab
- Moving Man Multiple Representations
- Projectile Motion Worksheet
- Exploring the Energy Skate Park
- Mechanical energy lab - Remote
- Projectile Motion Scientific Enquiry
- Combined Series and Parallel Circuits
- Using the Molecule Polarity PhET Simulation: Concept Development for Understanding Molecular Dipoles
- Projectile Motion Experiment
- Using the Coulomb’s Law PhET Simulation: Concept Development for Understanding Electrostatic Forces
- Using the Molecular Shapes PhET Simulation: Concept Development for Understanding Molecular Geometry and Shape
- Projectile Motion
- Moving Man - Distance vs. Time Graphs
- Faradays Electromagnetic Lab: Generating Electricity
- POGIL-style simulation analysis
- Waves on a String Discovery Activity
- Skate Park Phet- Science 8 and ACC Science 8
- Photoelectric Effect
- Worlds of Wonder
- Computer Simulations as a Tool to Assist Teaching Basics of Electromagnetism (Simulações Computacionais Como Ferramenta Auxiliar ao Ensino de Conceitos Básicos de Eletromagnetismo)