Liczymy pasujące modele…
V2 is available now. As requested, we've lowered the handle (consequently, the siphon), so the draining action should now start at about 2/3 of the cup. In the original file, the mug would have to be almost full before it started…
This is an SVG vector file for laser cutters to assemble a tensegrity table, aka an impossible table. Use nylon fishing line or any other strong thin thread to assemble.
For more mathematical information about Apollonius of Perga's cone, please refer to https://en.wikipedia.org/wiki/Apollonius_of_Perga This set has holes for the insertion of 5 mm x 2 mm magnets to keep the parts together, forming the cone.
I saw this “magic device” made with cardboard on YouTube and decided to try and make it 3d-printable for convenience and elegance. A brand-new pencil goes in, the middle box is moved sideways and bam! The pencil is snipped into 3 pieces.…
For more mathematical details on the hyperbolic paraboloid, please refer to https://mathworld.wolfram.com/HyperbolicParaboloid.html Two files are provided. One is the “clean” version without any supports, and the other is already prepared…
To learn more about the Menger Sponge, please visit https://en.wikipedia.org/wiki/Menger_sponge
This is a customizable hyperboloid of one sheet using Blender 3.0's Geometry Nodes. The labels are in Portuguese, but they are easly identifiable with quick experimentation. To learn more about the hyperboloid of one sheet, please refer…
A Pythagoras tree (also known as pythagorean tree) with a base and 6 iterations.
Since we could not find a Sierpinski triangle with varying levels of detail for educational purposes (all the ones we found had only one determined level), we decided to make our own. We hope it can help fellow mathematics teachers out…
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