Physics Sandbox

Physics Sandbox hands you the keys to a digital laboratory where everyday physics takes center stage. Rather than following a scripted path, the experience revolves around your own curiosity—drop items, stack structures, or send projectiles flying to see what happens. The environment reacts in real time, making every modification to gravity, bounce, or surface texture a chance for unexpected movement and collisions. It's a playground for tinkering, where each scenario offers a new puzzle to solve or a fresh chain of events to set in motion. Beyond simple object placement, the simulation invites deeper experimentation. Adjust the resistance between surfaces, alter the pull of gravity, or introduce external pushes to see how these changes ripple through a scene. Watching simple actions evolve into intricate interactions is the core draw, appealing to anyone who enjoys figuring out why things move the way they do. Whether you're crafting a purposeful machine or reveling in delightful disorder, each session offers a clean slate and a world of possibilities.

WaffleMath

Physics Sandbox

Common Core State Standards

Every game supports specific Common Core standards. Browse the full standards library.

MP1Make sense of problems MP5Use tools strategically MP7Use structure MP4Model with mathematics 1.G.A.1Shape attributes K.G.A.1Position words 2.G.A.1Draw shapes with attributes 8.G.A.1Transformation properties

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2nd Grade · 3rd Grade · 4th Grade

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What is Physics Sandbox

A virtual playground for curious minds, this simulation encourages open-ended exploration. Manipulate the environment, observe the consequences, and uncover the principles of motion at your own pace.

How to Play

Select items from the menu and position them in the area to form your setup. Then adjust the environmental settings and trigger the action to observe how the objects interact.

Tips for Playing

Start with simple setups to get a feel for how the simulation behaves before adding layers of complexity.
Try adjusting friction to make objects slide less and see how that changes their path.
Use varying gravity settings to test how weight and pull alter the outcome of your construction.
Combine ramps and blocks to create interesting trajectories and observe how momentum carries objects.
Don't be afraid to experiment—every tweak can lead to a surprisingly different result.