All simulations

Prokaryotic vs Eukaryotic Cells Simulation

Electromagnetic Spectrum Simulation

Atomic Emission Spectroscopy Simulation

Noncompetitive Inhibition Simulation

Physical Change vs Chemical Change Simulation

What Is a Sentence Simulation

Microscopic explanation of macroscopic properties

Particle Diagrams for Matter Simulation

Conservation of Matter Simulation

Cellular Compartmentalization Simulation

Electron Shells Levels Simulation

Electron Energy Levels Simulation

3D Competitive Inhibition Simulation

Anion Formation Simulation

Atomic Structure Simulation

Cation Formation Simulation

3D Michaelis-Menten Kinetics Simulation

Specific Heat and Particle Motion

3D Ions Simulation

Sublimation Simulation

3D Enzyme–Substrate Interactions Simulation

Elements vs Compounds Simulation

Mixtures vs. Pure Substances Simulation

Brownian Motion Simulation

Kinetic Energy Distribution Simulation

Heating Different Substances Simulation

Particle Collisions Simulation

3D Molecular Interactions in Biology Simulation

3D Cell Death and Survival Simulation

Thermal Expansion Simulation

Density at the particle level simulation

Cell Specialization Simulation

Plant vs. Animal Cells Simulation

Mitochondrial structure and function Simulation

Future Perfect Continuous Tense

Future Perfect Tense Simulation

Deposition Simulation

Vaporization Simulation

Melting Simulation

Heating & Cooling Curves Simulation

3D Golgi Apparatus Trafficking

Peroxisomes and Its Functions Simulation

Endoplasmic Reticulum and Functions Simulation

Intermolecular Spacing Simulation

Future Continuous Tense Simulation

3D Condensation Simulation

3D Freezing Simulation

Chloroplast Structure and Function Simulation

Lysosome & Its Functions Simulation

3D Ribosome and Its Function Simulation

Nucleus & Nuclear Transport Simulation

Future Simple Tense Simulation

Receptor–Ligand Interactions-Simulation

Cytoplasm and intracellular organization

Cytoskeleton Dynamics Simulation

3D Vesicle Transport Simulation

Past Perfect Continuous Tense Simulation

Cell size, surface-area-to-volume ratio simulation

Endocytosis & Exocytosis Simulation

3D Protein Synthesis Inside a Cell Simulation

Cell Signaling Simulation

Active vs Passive Transport Simulation

Past Perfect Tense Simulation

Membrane Transport Proteins Simulation

3D Organelles and Their Interactions Simulation

Cell as a Dynamic System Simulation

Past Continuous Tense Simulation

Human Homeostasis Simulation

Population Genetics Simulation

Past Simple Tense Simulation

Speciation and Evolution Simulation

3D Mendelian Genetics Simulation

3D Mitosis Simulation

Gene Expression Simulation

Meiosis Simulation

Present Perfect Continuous Tense Simulation

Protein Synthesis Simulation

DNA Replication Simulation

4. Enzyme kinetics Simulation

Diffusion simulation

DNA → RNA → Protein Simulation

Present Perfect Tense Simulation

Cell Membrane & Transport Simulation

Evolution by Mutation and Selection Simulation

Natural Selection Simulation

Math Monsters Game

Present Continuous Tense Simulation

Double Pendulum Simulation

Charles's law Simulation

How friction stops vehicles Simulation

Present Simple Tense Simulation

Boyle's Law Simulation

Phase Change Simulation

Chemical Equilibrium Simulation

Gas Laws Simulation

Gas Properties Simulation

Fraction Factory

Number Ninja

Active Transport Game

ionic bonding game

Pendulum simulation

Photosynthesis Simulation

Projectile motion simulation

pen it on any device — phone or desktop — and try this: drag the angle slider back and forth and watch the predicted dashed arc reshape instantly, before you even press Play. A few things worth knowing about how it work…

Active transport simulation

States of matter simulation

Distance vs Time Graph Interpretation simulation

Learning Outcomes & Exploration Learning Objectives: Visually connect the physical movement of an object to the shape of a line on a coordinate plane. Understand that the slope of a distance-time graph represents veloci…

Speed vs Velocity Distinction simulation

Learning Outcomes & Exploration Key Concepts Demonstrated: Distance is Additive: Notice that the "Cumulative Distance" line graph never goes down. Every step you take adds to your total distance, regardless of direction…

Osmosis simulation

Newton's first law of motion

Newton's second law of motion

Newtons's Third Law Of Motion

Comparing Solids, Liquids, and Gases Simulation

Particles Arrangement in a Solid Simulation

Acceleration-Time Graph Analysis Simulation

Deriving the Equations of Motion (SUVAT) Simulation

Relative Velocity in One Dimension Simulation

Relative Velocity in Two Dimensions Simulation

River-Boat Crossing Problem Simulation

Rain Falling on a Moving Observer Simulation

Two Trains Crossing Each Other Simulation

Motion of a Bouncing Ball with Energy Loss Simulation

Motion on a Frictionless Inclined Plane Simulation

Free Fall Motion and Acceleration Due to Gravity

Effect of Air Resistance on Falling Objects Simulation

Terminal Velocity of a Skydiver Simulation

Uniform Circular Motion Kinematics Simulation

Atom builder Simulation

Atomic Number and Mass Number

Isotopes and Average Atomic Mass Calculation

Electron Configuration of Atoms Simulation

Aufbau Principle for Filling Electron Shells Simulation

Hund's Rule and Orbital Filling Simulation

Pauli Exclusion Principle in Atoms Simulation

Quantum Numbers Describing Electrons Simulation

Valence Electrons and Chemical Reactivity Simulation

What Makes Something Alive? The Seven Life Processes

Living vs Non-Living Things Simulation

How Living Things Move Simulation

Growth in Living Things Simulation

Sensitivity in Living Things towards stimulus

Respiration in Living Things Simulation

Reproduction in Living organisms Simulation

Periodic Trends of Atomic Radius Simulation

Periodic Trends of ionization energy Simulation

Periodic Trends of Electronegativity Simulation

Periodic Trends Of Electron Affinity Simulation