In this experience, students will learn what a major triad is, and they will be able to build their own triads from a root note!

After completing this experience, students will be able to graph two linear equations, find their intersection, and will understand that this intersection is the solution to the system of equations.

Students will combine their knowledge of addition, subtraction, multiplication, and division to solve all kinds of one-step equations.

In this experience, students will see in real-time the interplay between potential and kinetic energy, and they will learn how each is calculated.

By adjusting mass and initial velocity, students will have the ability to customize their own collisions, and will understand how momentum impacts the outcome of elastic collisions.

In this experience, students will play with animals’ motion in order to better understand what distance and displacement are, and the difference between them.

Price per apple, unit conversions, and more! In this experience, students will better understand rates, fraction multiplication, and how units cancel.

In this spring simulation, students will learn how various factors impact the period of a spring, as well as understanding some of the math that underlies their motion.

In this pendulum simulation, students will learn what factors do and do not impact the period of a pendulum, as well as understanding some of the math that underlies their motion.

Waves are amazing! This experience gives students the chance to play with a simulator that teaches them how waves work, particularly standing waves.

How do lightbulbs work? In this experience, students will learn about some of the math behind electrical circuits, and observe its real-world effects!

Electrons love to party — especially the ones in the outermost shell. Those are the valence electrons, and they must be watched. Sometimes they go to a friend’s house. And sometimes they bring friends over. Crazy electrons!

In the land of trigonometry, circles and waves are related! A fish will make the introductions. A bee will show you frequency. And a hummingbird will demonstrate phase. All in the land of circles and waves.

What's your sine? Or cosine? Or tangent? Well, if you're an angle in a right triangle, you've got all three, and trigonometry can tell you what they are. In this experience, you'll get a taste of trigonometry and a hunger to learn more.

Electrons are so funny. They all want to be close to the nucleus, but they don't like to be close to each other. So what do they do? They spread out into orbitals. See how this happens and learn the fascinating rules of electron organization.

What do you do when you have more than one vector in a two dimensional space? In this experience, you will add vectors numerically and geometrically as you help some animals find their way home.

What is this, a circus for ants?! Learn how to use the unit circle to understand the relationship between angles and side lengths in right triangles. Control a Ferris wheel for ants and become the talk of the ant colony!

Earth orbits the sun. The moon orbits Earth. And a pig can too! But achieving orbit isn’t so easy. Play with orbital velocity and distance to place our dear pig into a perfectly circular orbit around our planet.

Planets, stars, and pebbles -- what do they have in common? They exert gravitational force on their surroundings! In this experience, learn how to calculate this force and understand conceptually how gravitation works. Also, you just might spot a spherical cow or two!

Transform your life with the 2D Transformations experience! Become a master of translation, skew, and scaling. Draw your own 2D figures and bring them to life with 2D transformations!