pythagorean cups 3d models

Water is flowing freely? ...Make sure not to overflow this cup, or everything will spill out down below!

I created this on a whim and hope it can assist some teachers teaching the Pythagorean Theorem or even trigonometry. After printing the two components, body1 and body2, all that's needed are two bolts and two nuts. This model was specifically...

A Scaled-down Greedy cup in to the size of a shot glass which uses the syphon effect to drain the contents if filled too high.

The cup is designed to leak all of its contents out the bottom when filled past a certain point. If the water in the cup remains below this point then it won't drain. ...This is a good tool that can be used to demonstrate the surface tension.</p>

Evolution of the Pythagorean cup. ...It empties itself if it is too full.

three cups

Various cups

Creating state-of-the-art cup designs through the utilization of Rhinocerous software is our specialty.

It's a versatile cup object that comes complete with intricate textures, subtle lighting effects, and a variety of real-world materials to create an ultra-realistic appearance.

Triangles for proving the Pythagorean theorem.

This simple drink coaster proves Pythagorean's Theorem.

This model is used as a geometric proof of the Pythagorean theorem. ...To that proof you need to print 8 x triangle, 1 x large, medium and small square.

This model can be filled with some fluid or anything else, that can fall through the connecting corridors and is used to prove Pythagorean theorem. ...To complete that model, you need to cover it with plexiglass or something like that.

... a rectangular prism with a right triangle embedded on one side and another passing through its core. ...The design effectively illustrates the application of the Pythagorean theorem in calculating the diagonal length of a three-dimensional object.

A majestic geometric marvel takes shape in a Pythagorean rose made from six intricately nested squares, carefully arranged according to the sacred 3-4-5 triple. ... This breathtaking design was conceived and brought to life by Camillia Smith Barnes'...

... measuring b units. Given that the unoccupied space remains unchanged, we arrive at a2 + b2 = c2, proving the Pythagorean Theorem's validity through this intuitive and compelling visual representation. ...This design was created using Tinkercad.

... In the original version of the Pythagorean Tree, the triangle is equilateral so the iterated system is symmetrical, but not in my modified version, which lacks that symmetry big time. ...My print shows the system after ten iterations, no less.

# Pythagorean Theorem Pieces One of my favorite Pythagorean proofs involves a square having sides that are "a+b" long. This is a physical example of that proof with two different sizes of "a" and "b". * Print four of the right triangles and one of...

... By using this model, we aimed to help students grasp the geometric significance of the Pythagorean theorem. ...Following construction on a 3D printer, students were able to visually comprehend and confirm the theorem's proof in their own hands.

I designed this visual aid for math teachers to bring the Pythagorean theorem to life in an engaging way. The cubes fill up the A and B sides before combining to form the C side. To maximize its effectiveness, magnets fit perfectly into the small...

I found four educational videos of visual proofs for my students which I am using with my classes to supplement our learning on the Pythagorean Theorem. These videos feature visual aids exclusively, eliminating any reliance on audio explanations that...

Here is a quick print manipulative that can help solidify the Pythagorean Theory for your math students. This is great for middle school kids and up. It is a basic 3 x 4 x 5 triangle. I printed them small enough to store easily, but you...

This particular puzzle has more pieces than my other Pythagorean Theorem puzzles and features additional triangles, as well as two frame components that fit together snugly (printing these components separately resolved an issue with attempting to...

This allows visual learners to work with the Pythagorean Theorem and see how it really works, so they don't just memorize the formula but also understand what that formula means. (B.B., C.F., and R.H., MAT 363 Fall '16) Inspired by xoan's version:...

:)It is a fun challenge to try with your friends (try giving them only a couple minutes to solve it).You can also print a Frame for Pythagorean Square Puzzle by @BikeCyclistHave fun and leave your comment.Thank you.Print SettingsRafts: NoSupports:...

I designed a box showcasing the Pythagorean theorem for a math teacher colleague, demonstrating how students could build it themselves. To make this box, I used a laser cutter and 5mm-thick HDF wood. I combined two different SVG files, adjusting...

I discovered three engaging videos featuring visual demonstrations of the Pythagorean Theorem, which I've chosen to incorporate into my classes. I appreciate these videos because they solely focus on visuals, offering students an immersive experience...

This is a simple manipulative that shows how the Pythagorean Theorem can be proven using rearrangement.We start with a tray with a fixed internal area equal to (a+b) squared and four identical triangles with sides of length a, b and c.If we arrange...

This is a demonstration of the Pythagorean Theorem's proof. The 3x3 and 4x4 boxes can be rearranged on this model to show that their areas will match the area of the 5x5 box. This allows visual learners to manipulate the theorem, making it easier for...

This is a circle made of cups. It was created using BlocksCAD. ...You can edit this project directly on BlocksCAD by visiting their website at https://www.blockscad3d.com/editor?from=37222, or you can download the .xml file and load it into BlocksCAD at...