Area of Hexagon – Formula, Definition With Examples

Welcome to the world of geometry and exploration with Brighterly, where learning becomes an exciting adventure! Our focus today is on the fascinating six-sided polygon known as a hexagon. As children embark on their mathematical journey, understanding the area of a hexagon opens the doors to countless opportunities for creativity, analytical thinking, and real-world applications. From the definition of a hexagon to the properties and formulas associated with its area, this guide aims to simplify complex mathematical concepts, making them accessible and enjoyable for young minds. Engage with us at Brighterly and discover how the area of a hexagon becomes a captivating topic that encourages exploration and curiosity. Let’s dive into the world of hexagons and learn through examples, practice problems, and insightful explanations!

What Is the Area of a Hexagon?

The area of a hexagon can be a fun and intriguing concept to explore. A hexagon is a six-sided polygon, and calculating its area involves understanding its shape, properties, and the mathematical formulas related to it. When it comes to geometry, the area is a measure of the space enclosed within the shape. For a hexagon, this area calculation can be done using different methods depending on whether it’s a regular hexagon or an irregular one. The ease of understanding this calculation makes it an exciting topic for young learners at Brighterly. By learning about the area of a hexagon, children can develop strong analytical and mathematical skills that extend beyond geometry.

Definition of a Hexagon

A hexagon is a polygon that consists of six straight sides and six angles. Specifically, in a regular hexagon, all the sides and angles are equal. This equality leads to an elegant symmetry, making it a popular shape in nature, art, and mathematics. The regularity of a hexagon can also simplify the calculations related to it, such as determining its area. However, hexagons can also be irregular, meaning that their sides and angles may vary. Understanding the nature of a hexagon is the first step in delving into its properties and calculating its area, a fundamental concept in mathematics.

Definition of Area in the Context of Polygons

In the realm of geometry, the area is a term used to define the space enclosed by a shape or a polygon, including the hexagon. It’s measured in square units, such as square centimeters or square inches. The area represents the “space” a shape covers on a flat surface. It plays a vital role in various real-life applications, from construction to design. For children learning through Brighterly, understanding area can be an enjoyable journey, helping them relate mathematical concepts to the world around them. It paves the way for a deeper appreciation of how mathematics intertwines with daily life.

Properties of Hexagons Relevant to Area Calculation

When it comes to hexagons, specific properties are particularly relevant for area calculation:

  • Symmetry: A regular hexagon’s equal sides and angles allow for a symmetrical shape, simplifying area calculation.
  • Partitioning: Hexagons can be divided into triangles, which enables the use of familiar area formulas for calculations.
  • Perimeter and Apothem: Knowing the perimeter (the sum of the sides) and the apothem (the distance from the center to a side) can lead to an efficient way to calculate the area.

Understanding these properties equips learners with essential tools to explore more complex geometrical shapes and concepts.

Properties of Areas in Polygons

Understanding the properties of areas within polygons, including hexagons, can be fascinating. These properties include:

  • Additivity: The area of a complex polygon can be found by adding the areas of simpler shapes within it.
  • Scaling: Changing the size of a polygon proportionally changes its area.
  • Rotation and Translation: Rotating or translating a polygon doesn’t change its area.

These properties form the basis for many mathematical concepts and applications. Understanding them builds a strong foundation for higher-level geometry studies.

Difference Between Hexagon and Other Polygons Regarding Area

Hexagons are unique in comparison to other polygons like triangles, squares, and pentagons. The method for calculating the area of a hexagon is specific and distinct. While triangles and squares may have simpler formulas, the hexagon’s formula involves its sides and apothem, or the radius of the inscribed circle. The six-sided nature of the hexagon makes it a bridge between simpler shapes like squares and more complex ones like octagons. This balance gives it a unique place in the world of geometry, providing learners with an interesting mathematical exploration.

Understanding the Formula for Area of a Hexagon

The formula for the area of a hexagon might seem complex at first, but it’s derived from simple geometric principles. By splitting a regular hexagon into six equilateral triangles, we can calculate the area of one triangle and multiply it by six. The formula thus integrates the properties of symmetry, partitioning, and other geometric concepts, leading to a comprehensive understanding of the hexagon’s structure. This journey through the formula helps build an intuitive understanding of geometry, nurturing curiosity and critical thinking.

Writing the Area Equation of a Hexagon Using the Formula

Writing the equation for the area of a hexagon is a systematic process that involves knowing the side length for a regular hexagon or other dimensions for an irregular one. Here’s how you might write the equation for a regular hexagon:

  1. Identify the Side Length: Determine the length of one side (let’s call it ).
  2. Calculate: Insert the value of to find the area.

This step-by-step approach demystifies the process, making it accessible and engaging, especially for children learning through Brighterly.

Practice Problems on Calculating the Area of Hexagons

Here are some practice problems for children to explore the concept further:

  1. Calculate the area of a regular hexagon with a side length of 5 cm.
  2. Find the area of an irregular hexagon by dividing it into triangles and using their dimensions.
  3. If a regular hexagon has an area of 150 square meters, what is the length of its side?


The study of the area of a hexagon is not just a mathematical exercise but a doorway to a universe of understanding and appreciation for the world around us. At Brighterly, we strive to make learning engaging and interactive, ensuring that children not only grasp the fundamental concepts but also ignite their passion for discovery. From the beauty of symmetry in a regular hexagon to the complexity of calculating the area of irregular ones, the knowledge gained here transcends textbooks. It equips young learners with tools to observe, question, and explore their surroundings. We hope that this guide on the area of hexagons has enlightened and inspired you. Continue your journey with Brighterly, where every mathematical concept becomes a building block for a brighter future!

Frequently Asked Questions on Area of Hexagons

What is a hexagon?

A hexagon is a polygon with six sides and six angles. It can be regular, where all sides and angles are equal, or irregular, where they may vary. Hexagons are prevalent in nature, architecture, and various art forms.

Why is understanding the area of a hexagon important?

Understanding the area of a hexagon enhances spatial awareness and analytical thinking. It’s a concept that finds application in various fields such as construction, design, and art. Learning this with Brighterly makes it an interactive and insightful experience.

Can I calculate the area of an irregular hexagon easily?

Calculating the area of an irregular hexagon might require more steps, like dividing it into simpler shapes and using their area formulas. Though it might seem complex, with practice and guidance from Brighterly, it becomes an enriching learning process.

How does the area of a hexagon relate to real-world applications?

The area of a hexagon has various real-world applications, from architecture to the design of game boards and natural phenomena like honeycomb structures. Understanding this concept fosters a deeper connection with everyday experiences.

How can I explore more about hexagons and other geometrical concepts?

Brighterly offers comprehensive learning resources that make the exploration of hexagons and other geometrical concepts engaging and fun. With interactive lessons, practice problems, and expert guidance, you can delve deeper into the world of geometry with ease and enjoyment.

Remember, each question you have about the area of hexagons or other mathematical concepts is a step towards growth and understanding. Feel free to explore more with Brighterly, where learning is a joyous journey!

Information Sources
  1. Wolfram MathWorld – Hexagon
  2. The Open University – Free Course on Shapes and Geometry
  3. Coursera – Geometry and Symmetry Course

After-School Math Program

Image -After-School Math Program
  • Boost Math Skills After School!
  • Join our Math Program, Ideal for Students in Grades 1-8!

Kid’s grade

  • Grade 1
  • Grade 2
  • Grade 3
  • Grade 4
  • Grade 5
  • Grade 6
  • Grade 7
  • Grade 8
  • Grade 9
  • Grade 10

After-School Math Program
Boost Your Child's Math Abilities! Ideal for 1st-8th Graders, Perfectly Synced with School Curriculum!

Apply Now
Table of Contents

Kid’s grade

  • Grade 1
  • Grade 2
  • Grade 3
  • Grade 4
  • Grade 5
  • Grade 6
  • Grade 7
  • Grade 8
  • Grade 9
  • Grade 10
Image full form