Welcome to the hexagon calculator, A handy tool once dealing with any kind of regular hexagon. The hexagon shape is among the most renowned shapes in nature, indigenous honeycomb fads to hexagon tiles because that mirrors - its provides are **almost endless**. Here we do not only explain why the 6-sided polygon is for this reason popular, but likewise how come correctly draw hexagon sides. We also answer the concern "what is a hexagon?" using the hexagon definition.

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With our hexagon calculator you can explore plenty of geometrical properties and also calculations, including exactly how to find the area of a hexagon, and also teaching you just how to use the calculator come simplify any type of calculation involving this 6-sided shape.

## How many sides go a hexagon have? exploring the 6-sided shape

It have to come as no surprise that the hexagon (also well-known as the *"6-sided polygon"*) has precisely six sides. This is true for all hexagons since it is their defining feature. The size of the sides can vary also within the same hexagon, except when it comes to the **regular hexagon, in which every sides must have equal length**. We will dive a little deeper right into such shape later on, once we resolve how to find the area the a hexagon. For now, that suffices come say the the continuous hexagon is not just the most common way to represent a 6-sided polygon but additionally the one many often discovered in nature.

**calculate the area of a hexagon without using the hexagon area formula**blindly. This tricks show off using various other polygons such as squares, triangles and also even parallelograms.

## Hexagon definition, what is a hexagon?

In an extremely much the same way an octagon is identified as having 8 angles, a hexagonal form is technically **defined as having actually 6 angles** i beg your pardon conversely way that (as you might seen in the picture above) that the hexagonal form is always a 6-sided shape. The angles of an arbitrary hexagon can have any kind of value, however they all need to to sum up to 720º (you have the right to easily transform to various other units utilizing our angle conversion calculator).

In a regular hexagon, however, every the hexagon sides and also angles have to have the very same value. Because that the sides, any type of value is welcomed as long as they room all the same. This way that, for a regular hexagon, calculating the perimeter is so simple that friend don't even need to use the perimeter of a polygon calculator if you understand a little of maths. Simply calculate:

perimeter = 6 * side,

where side refers to the size of any kind of one side.

As for the angles, a continuous hexagon calls for that every angles room equal and also the sum up to 720º which way that **each separation, personal, instance angle should be 120º**. This proves to be of the utmost importance once we talk about the popular of the hexagon shape in nature. The will likewise be useful when we describe how to discover the area of a consistent hexagon because we will certainly be using these angle to figure out i beg your pardon triangle calculator we must use, or even which rectangle we will usage in an additional method.

## Hexagon area formula: exactly how to discover the area of a hexagon

We will now have a look at at how to find the area the a hexagon using different tricks. The easiest way is to use our hexagon calculator, which has a built-in area switch tool. Because that those who want to know exactly how to execute this by hand, we will define how to find the area that a continuous hexagon with and without the hexagon area formula. The formula because that the area of a polygon is always the very same no matter how plenty of sides it has as long as the is a**regular polygon**:

area = apothem * perimeter /2

Just as a reminder, the apothem is the distance in between the midpoint of any kind of of the sides and also the center. It deserve to be regarded as the height of the it is provided triangle formed taking one side and two radii that the hexagon (each that the colored locations in the photo above). Alternatively one can also think around the apothem together the distance between the center and also any side of the hexagon, since the euclidean distance is characterized using a perpendicular line.

If friend don't psychic the formula, girlfriend can constantly think about the 6-sided polygon together a collection of 6 angles. For the constant hexagon this triangles room equilateral triangles. This renders it much simpler to calculate their area 보다 if they to be isosceles triangles or even 45 45 90 triangles as in the instance of an octagon.

For the continual triangle, every sides room of the very same length, i beg your pardon is the length of the side of the hexagon lock form. We will contact this a. And the elevation of a triangle will certainly be h = √3/2 * a i beg your pardon is the specifically value of the apothem in this case. Us remind you that √ means square root. Making use of this we can start with the maths:

A₀ = a * h / 2 = a * √3/2 * a / 2 = √3/4 * a²

Where A₀ way the area of every of the equilateral triangle in which us have split the hexagon. After multiplying this area by 6 (because we have 6 triangles), we gain the hexagon area formula:

A = 6 * A₀ = 6 * √3/4 * a²

A = 3 * √3/2 * a² = (√3/2 * a) * (6 * a) /2 = apothem * perimeter /2

We expect you have the right to see how we arrive at the same hexagon area formula we discussed before.

If you want to obtain exotic, you can play around with other different shapes. For example, if you division the hexagon in half (from vertex come vertex) you get 2 trapezoids, and also you can calculate the area of the hexagon as the sum of both, making use of our trapezoid area calculator. You could additionally combine two nearby triangles to build a total of 3 various rhombuses, and calculate the area of each separately. Friend can even decompose the hexagon in one huge rectangle (using the short diagonals) and also 2 isosceles triangles!

Feel cost-free to play around with various shapes and also calculators to watch what various other tricks you have the right to come increase with. Try to use only right triangles or maybe even special appropriate triangles to calculation the area that a hexagon! examine out the area of the best triangle calculator for help with the computations.

## Diagonals the a hexagon

The complete**number of hexagon's diagonals is equal to 9**- 3 of these are lengthy diagonals the cross the main point, and also the other six room the so referred to as "height" of the hexagon.Our hexagon calculator can also spare you part tedious calculations top top the lengths of the hexagon's diagonals. Here is how you calculate the two varieties of diagonals:

**Long diagonals** - they always cross the main point of the hexagon. As you can an alert from the snapshot above, the size of together a diagonal line is equal to 2 edge lengths: D = 2 * a.

**Short diagonals** - The execute not cross the central point. Castle are built joining two vertices leaving exactly one in between them. Their size is same to d = √3 * a.

You should be able to check the statement around the long diagonal by intuitive inspection. Yet checking the short diagonals take it a bit more ingenuity. Yet don't issue it's not rocket science, and we room sure that you can calculate it yourself through a bit of time; remember the you can constantly use the aid of calculators such as the best triangle side lengths calculator.

## Circumradius and inradius

Another pair of values that are important in a hexagon are the circumradius and the inradius. The circumradius is the radius that the circumference that consists of all the vertices that the regular hexagon. The inradius is the radius of the greatest circle included entirely in ~ the hexagon.

**Circumradius**: to discover the radius the a circle circumscribed top top the regular hexagon, you require to identify the distance between the central point the the hexagon (that is likewise the facility of the circle) and also any that the vertices. It is simply equal come R = a.

**Inradius**: the radius the a circle inscribed in the consistent hexagon is same to a half of that is height, i m sorry is likewise the apothem: r = √3/2 * a.

## How to draw a hexagon shape

Now we are going to discover a more practical and less math world: just how to attract a hexagon. For a random (irregular) hexagon the answer is simple: draw any 6-sided shape so the it is a closeup of the door polygon and you're done. However for a **regular hexagon things room not therefore easy** since we need to make sure all the sides space of the very same length.

To obtain the perfect result you will need a **drawing compass**. Attract a circle, and, with the exact same radius, begin making marks follow me it. Starting at a random point and then **making the next note using the ahead one together the anchor point** attract a circle with the compass. You will finish up with 6 marks, and also if you **join them v the directly lines**, friend will have actually yourself a consistent hexagon. You deserve to see a similar procedure on the animation above.

## The easiest method to uncover a hexagon side, area...

The hexagon calculator enables you to calculate several exciting parameters that the 6-sided form that us usually speak to a hexagon. Utilizing this calculator is as simple as it have the right to possibly get with only among the parameters needed to calculation all others, and including a built-in length conversion tool for every of them.

We have disputed all the parameters of the calculator, however for the services of clarity and completeness we will currently go over them briefly:

Area: 2-D surface ar enclosed by the hexagon shape,Side Length: distance from one vertex come the following consecutive one,Perimeter: amount of the lengths of every hexagon sides,Long Diagonal: distance from one vertex to the opposite one,Short Diagonal: Distance in between two vertices that have an additional vertex in between them,Circumcircle radius: distance from the centre to a vertex (Same as the radius that the hexagon),Incircle radius: exact same as the apothem.If you like the simplicity that this calculator we invite you to try our various other polygon calculators such together the continual pentagon calculator or also 3-D calculators such together the pyramid calculator, triangle prism calculator, or the rectangular prism calculator.

## Hexagon tiles and real-world provides of the 6-sided polygon

Everyone loves a **good real-world application**, and hexagons are definitely one of the many used polygon in the world. Starting with person usages, the most basic (and probably the very least interesting) usage is hexagon tiles because that flooring purposes. The hexagon is wonderful shape since it perfect fits with one another to cover any type of desired area. If you're interested in together a use, we recommend the flooring calculator and also the square clip calculator as they room very good tools for this purpose.

Making such a huge mirrors boosts the angular resolution that the telescope as well as the magnification factor because of the geometrical properties of a *"Cassegrain telescope"*. For this reason we can say that many thanks to continual hexagons we deserve to see better, further and also more plainly than we could have ever before done with only one-piece lenses or mirrors.

Did you understand that hexagon quilts are also a thing??

## Honeycomb sample - why the 6-sided shape is so common in nature

The honeycomb pattern is composed of **regular hexagons arranged next by side**. They fully fill the entire surface castle span, so there aren't any kind of holes in in between them. This honeycomb pattern appears not only in honeycombs (surprise!) but likewise in **many other places in nature**. In fact, it is so well-known that one can say that is the default shape as soon as conflicting pressures are in ~ play, and also spheres space not possible due come the nature the the problem.

From bee *'hives'* to absent cracks through organic chemistry (even in the develop blocks that life: proteins), regular hexagons is the most typical polygonal shape that exists in nature. And also there is a reason for that: the hexagon angles. The 120º edge is the many mechanically stable of all, and also coincidentally it is additionally the **angle in ~ which the sides satisfy at the vertices** as soon as we line up hexagons side by side. Because that the full summary of the importance and advantages of constant hexagons, us recommend city hall the video above. Come those who space hard-core readers, check out on (you can inspect how fast you read with the analysis speed calculator).

The means that 120º angle distribute forces (and consequently stress) amongst 2 that the hexagon sides makes it a really stable and also mechanically efficient geometry. This is a significant advantage that hexagons have. An additional important property of consistent hexagons is the they have the right to **fill a surface ar with no gaps in in between them** (along with consistent triangles and squares). On peak of that, the constant 6-sided shape has actually the **smallest perimeter for the best area** among these surface-filling polygons, i m sorry obviously renders it really efficient.

**very exciting example**in the video above is that of the

**soap bubbles**. Once you create a bubble using water, soap and also some the your very own breath, it always has a spherical shape. This is due to the fact that the volume that a sphere is the biggest of any type of other object because that a offered surface area.

See more: What Is The Average Size Dick For A 14 Year Old ? Average Penis Size Of 14 Year Old

However, when we put the bubbles together on a flat surface, **the sphere loses its efficiency advantage**, due to the fact that the section of a round cannot totally cover a 2D space. The next ideal shape in terms of volume to surface area happens to also be the ideal at balancing the inter-bubble stress and anxiety that is created on the surface of the bubbles. We are, the course, talk of our *almighty* hexagon.

Bubbles current an interesting method of visualising the benefits of a hexagon over other shapes, however is not the just way. In nature, as we have actually mentioned, there room **plenty of instance of hexagonal formations**, mostly due to stress and tensions in the material. We cannot go over every one of them in detail, unfortunately. Us can, however, **name a few places wherein one deserve to find regular hexagonal** patterns in nature: