Napoleon's theorem
theorem that if equilateral triangles are constructed on the sides of any triangle, either all outward or all inward, the lines connecting the centres of those equilateral triangles themselves form an equilateral triangle
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Napoleon's theorem
Summary
Napoleon's theorem is a theorem[1]. It draws 119 Wikipedia views per month (theorem category, ranking #161 of 1,306).[2]
Key Facts
- Napoleon's theorem is credited with the discovery of Napoleon[3].
- Napoleon's theorem's image is recorded as Napoleon theorem.png[4].
- Napoleon's theorem's instance of is recorded as theorem[5].
- Napoleon is named after Napoleon's theorem[6].
- Napoleon's theorem's part of is recorded as list of theorems[7].
- Napoleon's theorem's Commons category is recorded as Napoleon's theorem[8].
- Napoleon's theorem's Freebase ID is recorded as /m/07_dxl[9].
- Napoleon's theorem's has characteristic is recorded as area[10].
- Napoleon's theorem's statement describes is recorded as triangle[11].
- Napoleon's theorem's statement describes is recorded as Q126898760[12].
- Napoleon's theorem's MathWorld ID is recorded as NapoleonsTheorem[13].
- Napoleon's theorem's maintained by WikiProject is recorded as WikiProject Mathematics[14].
- Napoleon's theorem's Microsoft Academic ID is recorded as 4289508[15].
Body
Works and Contributions
Napoleon's theorem is credited with the discovery of Napoleon[3].
Why It Matters
Napoleon's theorem draws 119 Wikipedia views per month (theorem category, ranking #161 of 1,306).[2] It has Wikipedia articles in 21 language editions, a strong signal of global cultural recognition.[16] It is known by 3 alternative names across languages and contexts.[17]