Explore interactive web-based games and simulations designed to support modern learning across Science, Technology, Engineering, Arts and Mathematics.
Interactive Games
Learning Categories
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Explore motion, force, energy, waves, electricity, optics and more.
Learn refraction and light behaviour using an interactive activity.
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Discover temperature, wavelength and radiation spectrum concepts.
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Build atomic nuclei and understand protons, neutrons and stability.
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Learn how buoyancy affects floating and sinking objects through an interactive fluid simulation.
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Discover the basic principles of buoyancy by exploring why objects float or sink in different liquids.
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Investigate collisions between objects and explore momentum, velocity, and energy conservation.
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Explore electric forces between charged particles and understand how charge and distance affect interactions.
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Explore different forms of energy and observe how energy is transferred and transformed.
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Explore kinetic, potential, and thermal energy by designing skate tracks and observing motion.
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Learn the fundamentals of kinetic, potential, and thermal energy through motion.
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Explore electricity and magnetism by generating currents through changing magnetic fields.
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Explore pushing, pulling, friction, speed, and acceleration through interactive activities.
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Explore how complex wave patterns are created by combining simple sine and cosine waves.
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Explore how friction affects motion and resists movement between different surfaces.
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Explore reflection, refraction, lenses, mirrors, and image formation.
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Investigate how gravity depends on mass and distance between objects.
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Discover the basic principles of gravity and how mass influences attraction.
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Explore the relationship between force and spring extension in elastic materials.
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Investigate mass, gravity, stiffness, oscillations, motion, and energy in spring systems.
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Learn the fundamentals of spring motion, stretching, and oscillation.
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Explore pendulum motion and how length, mass, and gravity affect swing period.
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Collect and analyze data on launch angle, velocity, range, and flight time.
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Explore launch angle, speed, gravity, and different flight paths.
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Explore the gold foil experiment and how particle scattering revealed atomic structure.
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Explore how pressure changes in liquids and gases based on depth and force.
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Observe constructive and destructive interference in water, sound, and light waves.
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Explore amplitude, frequency, tension, and wave speed on a string.
Launch GameLearn about living systems, genetics, vision, evolution and the nervous system.
Explore how the human eye detects colors and understand cones, light, and perception.
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Discover how environmental factors influence survival, adaptation, and evolution.
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Explore how genetic information is used to produce proteins through transcription and translation.
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Explore neuron structure and how nerve cells transmit signals throughout the body.
Launch GameExplore atoms, molecules, reactions, acids, bases, solutions, and chemical processes.
Explore acids, bases, pH levels, and concentration by testing different solutions in an interactive chemistry simulation.
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Explore how atoms interact through attractive and repulsive forces, and discover how these interactions influence the properties of matter.
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Learn how to balance chemical equations by adjusting coefficients and understanding the conservation of atoms in chemical reactions.
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Explore the relationship between light absorption and solution concentration using Beer’s Law in an interactive virtual laboratory.
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Create molecules by combining atoms and explore how molecular structure determines chemical formulas and properties.
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Explore atomic structure by building atoms with protons, neutrons, and electrons while discovering elements, isotopes, and ion formation.
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Explore solution concentration by adjusting the amount of solute and solvent, and observe how concentration changes in different mixtures.
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Explore the relationship between mass, volume, and density, and discover why different materials float or sink.
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Explore how particles move from areas of high concentration to low concentration and observe diffusion in gases, liquids, and solutions.
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Explore how temperature, pressure, volume, and the number of particles affect the behavior and properties of gases.
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Explore gas properties such as pressure, volume, temperature, and particle movement through interactive activities.
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Learn how isotopes affect atomic mass by comparing atoms with different numbers of neutrons.
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Understand concentration by mixing solutions and observing how solute and volume affect molarity.
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Discover how bond polarity and molecule shape determine whether a molecule is polar or non-polar.
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Build molecules and explore how atoms and lone pairs create different molecular shapes.
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Learn the basic shapes of molecules by arranging atoms around a central atom.
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Explore how different molecules interact with light and absorb energy at different wavelengths.
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Compare acids and bases by measuring pH values and observing how concentration changes acidity.
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Learn the basics of acids, bases, and neutral solutions using the pH scale.
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Practice balancing chemical reactions and identify reactants, products, and leftover materials.
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Explore solids, liquids, and gases by observing how temperature changes particle behavior.
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Learn the basic differences between solid, liquid, and gas through simple particle simulations.
Launch GameExplore planets, gravity, seasons, climate, the solar system, and space science.
Explore how gravity influences the motion of planets, moons, and satellites within orbital systems.
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Create and customize planetary systems while exploring orbital motion and gravitational interactions.
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Explore how magnets create magnetic fields and affect the direction of a compass.
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Learn how planets move around the Sun and explore the rules that describe orbital motion.
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Explore how greenhouse gases influence Earth’s temperature and climate system.
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