ThermoLab is a thermodynamics simulator designed to introduce the Vapor Dome using a familiar Piston-Cylinder scenario. The simulation allows students to view a 3-dimensional graph of pressure, volume, and temperature while manipulating the cylinder properties, to gain a situated intuition for their relationships.
Play mini golf on planetary greens with sub-atomic golf balls! Guide proton golf balls through the magnetic and electric fields to sink the putt.
Carefully position current-carrying wires to produce a magnetic field pattern to guide your proton bowling ball to knock down all the pins. No gutter balls allowed!
Our hero, the titular Shocktopus, is out for revenge against the Magnetic Yeti. Zoom across electric fields, twist through magnets, and use conductors to bend the world to your will.
Velocity Raptor must travel near the speed of light to save the world! Take on an adventure in 2+1 dimensions, in the the Lair of relativity
Dive into the fascinating world of waves! Wiggle the string to create waves, or tweak the frequency and amplitude of an oscillator to explore wave ...
Learn how to calculate and compare unit rates while shopping for groceries or racing cars! Use double number lines to solve real-world problems and...
Explore projectile motion by launching objects from a cannon! Adjust factors like angle, speed, and height to see how they affect the object's traj...
Experiment with pendulums to uncover what affects their swing! Test variables like length, mass, and angle, and even calculate gravity on an unknow...
Explore the conservation of energy with a skater! Build your own ramps and tracks while learning how kinetic and potential energy affect the skater...
Mix red, green, and blue light to create a rainbow! Explore how different colored filters affect light and discover how various light combinations ...
Explore how light bends as it passes between different materials and create rainbows with prisms of various shapes. Experiment with bending light a...
Learn about balance by experimenting with objects on a teeter totter! Predict how different masses and positions affect the plank's motion, and tes...
Your pals find a mysterious wave combinator in the yard, but can you figure out how waves interact? And just what is amplitude, anyway?
Can you fly a janky air balloon using your knowledge of air pressure and gravity? Watch out for when the birds come flapping by!
Can you find buried magnets, working on the idea that opposites attract? Your tool kit has compasses, iron filings and secret magnetic film!
