In geometry, a tetradecagon or tetrakaidecagon or 14-gon is a fourteen-sided polygon. A regular tetradecagon has Schläfli symbol {14} and can be constructed as a quasiregular truncated heptagon, t {7}, which alternates two types of edges. The area of a regular tetradecagon of side length a is given by.

A tetradecagon or 14-gon is a shape with 14 sides and 14 corners. A regular tetradecagon has Schläfli symbol {14} and can be constructed as a quasiregular truncated heptagon, t {7}, which alternates two types of edges. The amount of space a regular tetradecagon takes up is. The area of a regular tetradecagon of side length a is given by.

2023年5月17日 · In this mathematics article, we will explore the properties of Tetradecagon, learn how to calculate its area, and discover its real-world applications. What is Tetradecagon? A Tetradecagon is a 14 14 -sided polygon, which means that it is a closed plane figure with 14 14 straight sides and angles.

2025年2月27日 · A tetradecagon, sometimes called a tetrakaidecagon, is a 14-sided polygon.

A tetradecagon is a polygon with 14 sides, and the sum of its interior angles is 2160 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.

2023年10月16日 · A tetradecagon or 14-gon is a shape with 14 sides and 14 corners. A regular tetradecagon has Schläfli symbol {14} and can be constructed as a quasiregular truncated heptagon, t {7}, which alternates two types of edges. The amount of space a regular tetradecagon takes up is. The area of a regular tetradecagon of side length a is given by.

The tetradecagon, or ted, is a polygon with 14 sides. A regular tetradecagon has equal sides and equal angles. It has two non- compound stellations, these being the tetradecagram and the great tetradecagram. It is the uniform truncation of the heptagon. Coordinates for a regular tetradecagon of edge length 2sin (π/14), centered at the origin, are: