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  1. 10 Οκτ 2022 · A regular hendecagon is a 11-sided shape where every side is the same length and every corner has the same angle. All regular hendecagons have the same shape, like this: An irregular hendecagon is a 11 sides shape where not every side and angle are equal.

  2. en.wikipedia.org › wiki › HendecagonHendecagon - Wikipedia

    In geometry, a hendecagon (also undecagon [1] [2] or endecagon [3]) or 11-gon is an eleven-sided polygon. (The name hendecagon, from Greek hendeka "eleven" and –gon "corner", is often preferred to the hybrid undecagon, whose first part is formed from Latin undecim "eleven". [4])

  3. www.mathsisfun.com › geometry › polygonsPolygons - Math is Fun

    Polygons are 2-dimensional shapes. They are made of straight lines, and the shape is "closed" (all the lines connect up). Polygon comes from Greek. Poly- means "many" and -gon means "angle".

  4. www.omnicalculator.com › math › regular-polygonRegular Polygon Calculator

    With this polygon calculator, you can find the essential properties of any n-sided regular polygon. Whether you are looking for the area of a heptagon or the angles in a decagon, you're at the right place. Below, you'll find the polygon definition and a table with the names of polygons along with their shapes.

  5. What is an 11 Sided Polygon Called? An 11-sided polygon is referred to as Hendecagon. It is derived from two Greek words 'Hendeka' which means eleven and 'gon' which means angles. Both words refer to the shape of an eleven-sided polygon. How are Polygons Named? The name of each polygon is made of two words.

  6. 20 Μαρ 2023 · A regular polygon known as a regular hendecagon is a hendecagon with vertices evenly placed around a circle and all sides the same length. It has 11 sides and 11 vertices, making it a hendecagonal shape. There are a total of 11 angles that make up 1620 degree inside it.

  7. A hendecagon is a polygon with 11 sides, and the sum of its interior angles is 1620 degrees. About Regular Polygons. The values in the table above assume a regular polygon as in the picture. In a regular polygon, all angles and sides are equal, which means that a perfect circle can be drawn across all the vertices.

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