Haitian (Haitian)
| Alpha Decay |
|
Degradasyon alfa |
|
|
| Balloons & Buoyancy |
|
Balon ak flotezon |
|
|
| Beta Decay |
|
Degradasyon bèta |
|
|
| Buoyancy |
|
antren, Flotabilite |
|
|
| Capacitor Lab |
|
Kondansatè |
|
|
| Charges and Fields |
|
Chaj ak chan |
|
|
| Circuit Construction Kit (AC+DC) |
|
Zouti pou bati sikui (AC+DC) |
|
|
| Circuit Construction Kit (AC+DC), Virtual Lab |
|
Zouti pou bati sikui (AC+DC), Lab vityèl |
|
|
| Circuit Construction Kit (DC Only) |
|
Zouti pou bati sikui (DC sèlman) |
|
|
| Circuit Construction Kit (DC Only), Virtual Lab |
|
Zouti pou bati sikui (DC sèlman), Lab vityèl |
|
|
| Collision Lab |
|
Laboratwa kolizyon |
|
|
| Density |
|
Dansite |
|
|
| Energy Skate Park |
|
Enèji paten an sou pis |
|
|
| Energy Skate Park: Basics (HTML5) |
|
Enèji paten an sou pis (HTML5) |
|
|
| Energy Skate Park: Basics |
|
Enèji paten an sou pis |
|
|
| Faraday's Electromagnetic Lab |
|
Laboratwa Elektromayetik Faraday la |
|
|
| Fluid Pressure and Flow |
|
Presyon nan flwid ak ekoulman |
|
|
| Forces and Motion |
|
Fòs ak mouvman |
|
|
| Gas Properties |
|
Jan gaz yo ye |
|
|
| Generator |
|
Jeneratè |
|
|
| Magnet and Compass |
|
Leman ak Bousol |
|
|
| Magnets and Electromagnets |
|
Leman ak elektroeman |
|
|
| Masses & Springs |
|
mas yo ak resò yo |
|
|
| Nuclear Fission |
|
Fisyon nikleyè |
|
|
| Ohm's Law |
|
lwa Om |
|
|
| Pendulum Lab |
|
labo pendil la |
|
|
| Projectile Motion |
|
Mouvman pwojektil |
|
|
| Radioactive Dating Game |
|
Jwèt dat Radyoaktiv |
|
|
| Ramp: Forces and Motion |
|
Pant: Fòs ak mouvman |
|
|
| Reversible Reactions |
|
Reyaksyon nan de sans |
|
|
| Under Pressure |
|
Sou presyon |
|
Simulations not yet translated into Haitian
- Acid-Base Solutions (HTML5)
- Acid-Base Solutions
- Area Builder (HTML5)
- Area Model Algebra (HTML5)
- Area Model Decimals (HTML5)
- Area Model Introduction (HTML5)
- Area Model Multiplication (HTML5)
- Arithmetic (HTML5)
- Arithmetic
- Atomic Interactions (HTML5)
- Atomic Interactions
- Balancing Act (HTML5)
- Balancing Act
- Balancing Chemical Equations (HTML5)
- Balancing Chemical Equations
- Balloons and Static Electricity (HTML5)
- Balloons and Static Electricity
- Band Structure
- Battery-Resistor Circuit
- Battery Voltage
- Beer's Law Lab (HTML5)
- Beer's Law Lab
- Bending Light (HTML5)
- Bending Light
- Blackbody Spectrum (HTML5)
- Blackbody Spectrum
- Build a Fraction (HTML5)
- Build a Fraction
- Build a Molecule
- Build an Atom (HTML5)
- Build an Atom
- Calculus Grapher
- Capacitor Lab: Basics (HTML5)
- Charges and Fields (HTML5)
- Circuit Construction Kit: DC (HTML5)
- Circuit Construction Kit: DC - Virtual Lab (HTML5)
- Color Vision (HTML5)
- Color Vision
- Concentration (HTML5)
- Concentration
- Conductivity
- Coulomb's Law (HTML5)
- Curve Fitting (HTML5)
- Curve Fitting
- Davisson-Germer: Electron Diffraction
- Diffusion (HTML5)
- Double Wells and Covalent Bonds
- Eating & Exercise
- Electric Field Hockey
- Electric Field of Dreams
- Energy Forms and Changes (HTML5)
- Energy Forms and Changes
- Equality Explorer (HTML5)
- Equality Explorer: Basics (HTML5)
- Equality Explorer: Two Variables (HTML5)
- Equation Grapher
- Estimation
- Expression Exchange (HTML5)
- Faraday's Law (HTML5)
- Faraday's Law
- Forces and Motion: Basics (HTML5)
- Forces and Motion: Basics
- Forces in 1 Dimension
- Fourier: Making Waves
- Fraction Matcher (HTML5)
- Fraction Matcher
- Fractions: Equality (HTML5)
- Fractions: Mixed Numbers (HTML5)
- Fractions: Intro (HTML5)
- Fractions Intro
- Friction (HTML5)
- Friction
- Function Builder (HTML5)
- Function Builder: Basics (HTML5)
- Gases Intro (HTML5)
- Gas Properties (HTML5)
- Gene Expression Essentials (HTML5)
- Gene Expression - The Basics
- Gene Machine: The Lac Operon
- Geometric Optics
- Glaciers
- Graphing Lines (HTML5)
- Graphing Lines
- Graphing Quadratics (HTML5)
- Graphing Slope-Intercept (HTML5)
- Gravity And Orbits (HTML5)
- Gravity and Orbits
- Gravity Force Lab (HTML5)
- Gravity Force Lab
- Gravity Force Lab: Basics (HTML5)
- The Greenhouse Effect
- Hooke's Law (HTML5)
- Isotopes and Atomic Mass (HTML5)
- Isotopes and Atomic Mass
- John Travoltage (HTML5)
- John Travoltage
- Ladybug Motion 2D
- Ladybug Revolution
- Lasers
- Least-Squares Regression (HTML5)
- Lunar Lander
- Make a Ten (HTML5)
- Masses and Springs (HTML5)
- Masses and Springs: Basics (HTML5)
- Maze Game
- Membrane Channels
- Microwaves
- Models of the Hydrogen Atom
- Molarity (HTML5)
- Molarity
- Molecular Motors
- Molecule Polarity (HTML5)
- Molecule Polarity
- Molecules and Light (HTML5)
- Molecules and Light
- Molecule Shapes (HTML5)
- Molecule Shapes
- Molecule Shapes: Basics (HTML5)
- Molecule Shapes: Basics
- Motion in 2D
- The Moving Man
- My Solar System
- Natural Selection
- Neon Lights & Other Discharge Lamps
- Neuron (HTML5)
- Neuron
- Normal Modes
- Number Line: Integers (HTML5)
- Ohm's Law (HTML5)
- Optical Quantum Control
- Optical Tweezers and Applications
- Pendulum Lab (HTML5)
- Photoelectric Effect
- pH Scale (HTML5)
- pH Scale
- pH Scale: Basics (HTML5)
- Plate Tectonics
- Plinko Probability (HTML5)
- Plinko Probability
- Projectile Motion (HTML5)
- Proportion Playground (HTML5)
- Quantum Bound States
- Quantum Tunneling and Wave Packets
- Quantum Wave Interference
- Radiating Charge
- Radio Waves & Electromagnetic Fields
- The Ramp
- Reactants, Products and Leftovers (HTML5)
- Reactants, Products and Leftovers
- Reactions & Rates
- Resistance in a Wire (HTML5)
- Resistance in a Wire
- Resonance
- Rutherford Scattering (HTML5)
- Rutherford Scattering
- Salts & Solubility
- Self-Driven Particle Model
- Semiconductors
- Signal Circuit
- Simplified MRI
- Sound
- States of Matter (HTML5)
- States of Matter
- States of Matter: Basics (HTML5)
- States of Matter: Basics
- Stern-Gerlach Experiment
- Stretching DNA
- Sugar and Salt Solutions
- Torque
- Trig Tour (HTML5)
- Under Pressure (HTML5)
- Unit Rates (HTML5)
- Vector Addition (HTML5)
- Vector Addition
- Vector Addition: Equations (HTML5)
- Wave Interference (HTML5)
- Wave Interference
- Wave on a String (HTML5)
- Wave on a String
- Waves Intro (HTML5)
The remaining simulations can be translated using the PhET Translation Utility.
