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Hexagon
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Geometry Hub / Polygons / Hexagon
05.13 • Polygons

Hexagon

Read hexagon through its six-sided boundary and connect that count to the especially neat symmetry of the regular case.

Interactive diagram Live labels and measurements Worked examples PNG graph downloads
Hexagon
Interactive diagram

Hexagon Diagram

Track the six sides around the boundary and compare the general hexagon with the regular version.

Use the movable diagram to see what defines hexagon, how the labels relate to the figure, and what stays true as the board changes.

Definition: A hexagon is a polygon with six sides.
Detailed definition

Understanding Hexagon

Hexagon is a polygon with six sides. A hexagon is a polygon with six sides. Like other named polygons, the term depends only on side count, not on whether the shape is regular, irregular, convex, or concave.

A regular hexagon is especially useful because each interior angle measures one hundred twenty degrees and the shape can be divided neatly into six congruent equilateral triangles from its center.

Hexagons matter in geometry and applications because they sit at a sweet spot between simple symmetry and efficient tiling. That makes the regular case one of the most recognizable polygons beyond the square.

Key facts

Important ideas to remember

  • A hexagon is a polygon with six sides.
  • A hexagon has six sides, six vertices, and an interior angle sum of seven hundred twenty degrees.
  • Each interior angle of a regular hexagon is one hundred twenty degrees.
  • A regular hexagon can be partitioned into six congruent equilateral triangles from the center.
Where it is used

Where hexagon shows up

  • Use hexagon naming in polygon-classification and side-count questions.
  • Use regular hexagons in symmetry, tessellation, and angle problems.
  • Use hexagons as examples when moving from special polygons to n-gon formulas.
Common mistakes

What to watch out for

  • Do not assume every hexagon is regular just because many textbook examples are.
  • Do not mix the side-count name with the angle values of the regular case.
  • Do not lose the count when the six-sided boundary is irregular or partly concave.
Worked examples

Hexagon examples

Use these worked examples to see the idea in a clean diagram first, then in the kind of reasoning students usually need for classwork, homework, or test practice.

Example 1

Example 1: Naming a hexagon from its side count

Count the sides and vertices carefully so the polygon name comes from the correct total.

  • Start at one vertex and count around the boundary once.
  • Match the count to the standard polygon name.
  • Check that the shape closes after the final side.

Result: The polygon is named accurately because the side count and vocabulary agree.

Example 2

Example 2: Connecting hexagon to its regular form

Use the same side count to discuss the regular version of the polygon without changing the name itself.

  • Keep the side count fixed.
  • Notice how equal sides and equal angles change the look of the figure.
  • Separate the naming rule from the regularity rule.

Result: The student can name the polygon first and then discuss whether it is regular or irregular.

For

Why this page helps

This page helps because hexagon is one of the most important named polygons in geometry and tessellation. The regular hexagon has especially clean angle and symmetry behavior, making it a strong model shape.

Do

What you can do here

  • Compare irregular and regular six-sided figures while keeping the name fixed.
  • See the regular hexagon's angle and triangle structure more clearly.
  • Save a clean hexagon diagram for side-count, symmetry, or tessellation study.
Learning outcome

What this page helps you do

These takeaways are meant to help you recognize the idea faster, read diagrams more accurately, and use the topic with more confidence in real problems.

1

Hexagon

Recognise six-sided polygons without overrelying on one familiar picture.

2

Hexagon

Use regular hexagon facts more deliberately.

3

Hexagon

Connect polygon naming to symmetry and angle behavior in a richer way.

05

Back to Polygons

Return to the category page to open another concept in polygons.

ST

Geometry Construction Studio

Use a dedicated geometry drawing board for points, segments, rays, lines, angles, circles, triangles, rectangles, pencil sketches, and virtual measuring tools.

05.12

Previous: Pentagon

A pentagon is a polygon with five sides.

05.14

Next: Heptagon

A heptagon is a polygon with seven sides.