What is the best definition of hexagon?

What is the best definition of hexagon?

Definition of hexagon : a polygon of six angles and six sides.

How do you describe a hexagon?

A hexagon is a polygon that has six sides. The idea of a six-sided figure comes from the Greek hexágōnon, with gonia meaning “angle,” which makes sense, as a hexagon not only has six sides, but six angles, or vertices.

What is true about a hexagon?

A hexagon is a polygon with 6 straight sides. It’s commonly found in nature, because it’s a particularly efficient shape. A regular hexagon has sides that are all congruent and angles that all measure 120 degrees. This means the angles of a regular hexagon add up to 720 degrees.

What is a real life example of a hexagon?

One of the most common and naturally occurring examples of a hexagon is a honeycomb. The six sides, six vertices, and six angles of each cell of a honeycomb make it a perfect example of a hexagon.

What does hexagon mean in design?

To hexagon is a six-sided polygon with the total internal angles of the shape totaling 720°.

What is the value of hexagon?

So, the sum of the interior angles of a hexagon is 720 degrees. All sides are the same length (congruent) and all interior angles are the same size (congruent). To find the measure of the interior angles, we know that the sum of all the angles is 720 degrees (from above)…

What kind of shapes are hexagons?

In geometry, a hexagon is a six-sided polygon with six interior angles that amount to 720° , and six exterior angles that sum to 360° . Hexagons are two-dimensional shapes that can be regular, irregular, concave, convex, or complex.

What angles for a hexagon?

A hexagon has six sides, and we can use the formula degrees = (# of sides – 2) * 180. Then degrees = (6 – 2) * 180 = 720 degrees. Each angle is 720/6 = 120 degrees.

What is the hexagon in chemistry?

Chemists often represent benzene as a hexagon with an inscribed circle: The inner circle indicates that the valence electrons are shared equally by all six carbon atoms (that is, the electrons are delocalized, or spread out, over all the carbon atoms).