Mathematics - Polygons

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  84737 Descriptions and Drawings of Regular and Non Regular Polygons (a) Draw polygons with sides n = 4, 5, 6, 7, 8, 9, 10 for the following three cases. 1- non regular polygon 2- regular polygon 3- a shape that is not a polygon (b) Name

• Star Polygons: 5/3 and 5/4 are the two given. Can you find the other regular star polygons with fewer than 10 vertices?

  58746 Star Polygons Vertices 5/3 and 5/4 are the two given. Can you find the other regular star polygons with fewer than 10 vertices? The figures in the attachments showed lots of regular star polygons with fewer than 10 vertices.

• Find the side of a polygon, given sides and areas of two similar polygons.

  The side of a polygon is found, given sides and areas of two similar polygons.

• An existing shapefile of parcels as polygons is discussed.

  This response assumes that you want to make a selection from an existing shapefile of parcels as polygons, and you are not asking how to draw or digitize a new shapefile of polygons.

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  Attached The expert examines frequency polygons for grouped data.

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  333900 Histograms and frequency polygons: Graphical presentations Explain why histograms and frequency polygons are used in business statistics. A graphical presentation may accomplish all but which of the following objectives?

• History of Algebra

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• Approximation of Pi using Inscribed Polygons - Archimedes

  175870 Approximation of Pi Using Inscribed Polygons: Archimedes Archimedes found his approximation to Pi by inscribed polygons. Start with a circle of radius 1 and a suitable starting polygon and solve for an inscribed polygon of 96 sides.

• Vertex figures and tessellations

  (2) The dual of the tessellation is a new tessellation formed by connecting the centers (centroids) of polygons that share a common side. Find the duals of the regular tessellation.