#pythagorastheorem результаты поиска
Drawing System: The Egyptian Tangram within the 3:4:5 rhombus hypercube. #pythagorastheorem #egyptiantangram
♦️👁️ 3:4:5 Magic, A Perceptual Experiment, Finalised, 28.09.2025. #pythagorastheorem #vectors #opticalillusion
The Pythagorean Hexagon: a geometric figure whose internal rhombi form a Pythagorean triplet in area. Starting proof. #pythagorastheorem #pythagram
The ratio of 3:4:5 is important in construction. Pythagoras theorem states that a squared + b squared = c squared. Understanding this is essential for ensuring structures are perpendicular and stable under compression. #PythagorasTheorem #construction
👁️ Blink and you might miss another discovery... The 3:4:5 Pythagorean Tessellation. #pythagorastheorem
Unicursal Pythagram Type (1, 3) from the Family of Unicursal Pythagrams. #pythagram #pythagorastheorem
Grids made out of 3:4:5 right triangle hieroglyphs. ♦️👁️ 12.10.2025 #pythagorastheorem #egyptiantangram #pythagram
All eight 3:4:5 right angled triangles within the 3:4:5 rhombus tesseract. 8 is a significant number because of the 8 cubes within a tesseract. The hidden secrets of the 3:4:5 triangle. #pythagorastheorem #tesseract
The beauty of the theorem demonstrated visually. The Pythagorean Hexagon: a geometric figure whose internal rhombi form a Pythagorean triplet in area. #pythagorastheorem #pythagram
People are complicating this proof too much. It should only take 5 seconds. The circle that fits in the 3-4-5 right triangle has an area of pi squared because of this basic diagram. It's not rocket science. #pythagorastheorem
Claim sheet: The 3:4:5 right triangle lurks at the centre of a 3:4:5 (in terms of areas) plane rhombus tesseract. How many of these right triangles can you identify in one diagram? #pythagorastheorem
Pythagoras said a² + b² = c²… but did he really say it first? 🤔📐 Welcome to Equation #1 in our series on 17 Equations That Changed the World! #PythagorasTheorem #MathMystery
3:4:5 Right Triangle Hieroglyphs Deciphered ♦️👁️ @Carlos_LunaMota and @Mathinity_ #pythagorastheorem #mathematics
Unicursal Pythagram Type (1, 3) from the Family of Unicursal Pythagrams. #pythagram #pythagorastheorem
Page 3 of proof revisited and improved. x.com/mathsproofs/st… #pythagorastheorem #pythagram
The Pythagorean Hexagon: a geometric figure whose internal rhombi form a Pythagorean triplet in area. Starting proof. #pythagorastheorem #pythagram
The beauty of the theorem demonstrated visually. The Pythagorean Hexagon: a geometric figure whose internal rhombi form a Pythagorean triplet in area. #pythagorastheorem #pythagram
The Pythagorean Hexagon: a geometric figure whose internal rhombi form a Pythagorean triplet in area. Starting proof. #pythagorastheorem #pythagram
A template that you can use and distribute to disprove or prove Tiago's Pythagorean hexagon hypothesis. You can give the precise details to AI to see if the hypothesis holds. The more accurate the details, the more accurate the results. #pythagorastheorem #pythagram
The ratio of 3:4:5 is important in construction. Pythagoras theorem states that a squared + b squared = c squared. Understanding this is essential for ensuring structures are perpendicular and stable under compression. #PythagorasTheorem #construction
Grids made out of 3:4:5 right triangle hieroglyphs. ♦️👁️ 12.10.2025 #pythagorastheorem #egyptiantangram #pythagram
3:4:5 Right Triangle Hieroglyphs Deciphered ♦️👁️ @Carlos_LunaMota and @Mathinity_ #pythagorastheorem #mathematics
Generate 6x8 perspectives of the 3:4:5 right triangle. Introducing... The 3:4:5 Pyramid Cube Tiktok link: vm.tiktok.com/ZNdnbFDcB/ Music: Coolin, Date Night #pythagorastheorem #righttriangle #mathematics
The Pythagram is a unicursal object. Here are the instructions on how to produce it quickly with 32 line strokes. 07.10.2025 Unicursal definition: en.wiktionary.org/wiki/unicursal #pythagorastheorem #pythagram #hexapythagram
The coordinates of the Pythagram are now publicly available on Desmos. This is how they were found. Demo: desmos.com/calculator/dpc… #pythagorastheorem #pythagram #hexapythagram
The circle perfectly inscribed within a 3-4-5 right triangle has a radius of 1, giving it an area of π. Even the simplest Pythagorean triangle hides π within its geometry. ⚪️📐 #pythagorastheorem
The Hexapythagram 1st Desmos Release. 48 (8 x 6) Perspectives of the 3:4:5 Right Triangle and 96 (16 x 6) Perspectives of the 3:4:5 Rhombus Projection. 6 2D Pythagram Perspectives. Link: desmos.com/3d/jc88h8kp8j #egyptiantangram #pythagorastheorem #pythagram #hexapythagram
The dots connected and a multi-perspective figure emerged... The 'Pythagram', 13.09.2025. @tiago_hands, @Carlos_LunaMota, @Mathinity_ #pythagorastheorem #egyptiantangram #pythagram
The 3:4:5 Right Triangle and Its Connection to Pi, Order and Progress Edition, 02.10.2025. *Inspired by Senna and McLaren. 🇬🇧🏴🇧🇷 🏁 Challenge the Impossible. [youtu.be/I3EBK7X1o8c?si…] #pythagorastheorem #euclid #geometry #mathematicalplatonism #engineering #heart
People are complicating this proof too much. It should only take 5 seconds. The circle that fits in the 3-4-5 right triangle has an area of pi squared because of this basic diagram. It's not rocket science. #pythagorastheorem
♦️👁️ 3:4:5 Magic, A Perceptual Experiment, Finalised, 28.09.2025. #pythagorastheorem #vectors #opticalillusion
The Pythagorean Hexagon: a geometric figure whose internal rhombi form a Pythagorean triplet in area. Starting proof. #pythagorastheorem #pythagram
Drawing System: The Egyptian Tangram within the 3:4:5 rhombus hypercube. #pythagorastheorem #egyptiantangram
Grids made out of 3:4:5 right triangle hieroglyphs. ♦️👁️ 12.10.2025 #pythagorastheorem #egyptiantangram #pythagram
The beauty of the theorem demonstrated visually. The Pythagorean Hexagon: a geometric figure whose internal rhombi form a Pythagorean triplet in area. #pythagorastheorem #pythagram
Beautiful mathematics: The 3:4:5 triangle codified using letters of the alphabet. Chaos becomes order. #pythagorastheorem #tesseract #rhombus
3:4:5 Right Triangle Hieroglyphs Deciphered ♦️👁️ @Carlos_LunaMota and @Mathinity_ #pythagorastheorem #mathematics
Can you spot the hack that allows you to name the vectors at lightning speed? ⚡️🤔 #pythagorastheorem #vectors
All eight 3:4:5 right angled triangles within the 3:4:5 rhombus tesseract. 8 is a significant number because of the 8 cubes within a tesseract. The hidden secrets of the 3:4:5 triangle. #pythagorastheorem #tesseract
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