Why is the Apple logo so hard to draw? — 2022
When you see the Apple logo, you might think that it can be very simple. But if you start to draw it, you may see how complex it is and that it won't come out perfect, and if you haven't, it can be a good challenge. This is because behind the Apple logo an interesting story is 'hidden' that is quite complex and has a close relationship with mathematics. In this article we tell you why the Apple logo can be so difficult to draw.
The Fibonacci sequence and the Apple logo
Graphic designers, in order to achieve balanced proportions, use mathematics. That is why behind this Apple logo you can find as a great secret of replication the fibonacci sequence . This is a numerical sequence in which each of the numbers is the sum of the previous two. The sequence of sizes at the end is used to create circles of different sizes.
The sequence is always the following: 1, 1, 2, 3, 5, 8, 13, 21. In this case you can see that each of the numbers is the sum of the previous two. For example 5+8=13. Specifically, seven circles of different sizes are created to be placed in specific positions. All this makes so much the bite as the curves of the top or the blade are the same size . That is why creating the perfect Apple logo is not an easy task and even if you start from simple circles to create a logo that is also simple, everything can end up being complicated.
There are many videos that can be found on the net showing how to create the perfect logo, and they are incredible. With several circles in different sizes and very specific positions, you can make the perfect logo. But this is something that can also be transferred to the paper itself with a compass. Although as we say it can become a real challenge to design this logo.
A design that represents nature
In thehistory of all apple logosThere have always been interesting data or data that could become curious. In this case the company wanted to follow the laws of nature. Because although the Fibonacci sequence is something mathematical and discovered by a mathematician, it is something that is present in nature. The clearest example is that of our own Galaxy. If you see a representation, you can clearly see how it follows a very specific proportion in the form of circles that increase in size.
That is why, although Euclid was the first to define it more than 2000 years ago, the truth is that wherever you look in nature, you may see this distribution. And now you also know that it is present in the logo of the Cupertino company with all those devices that we use on a daily basis.