Venn diagrams or set diagrams are specially designed diagrams that show all possible logical relations between a finite collection of sets or aggregation of things. The origin of these diagrams goes back to 1880, when John Venn invented them.

Venn diagrams are used to teach elementary set theory, as well as illustrate simple set relationships in probability, logic, statistics, linguistics and computer science.

A Venn diagram is constructed with a collection of simple closed curves drawn in a plane. According to Lewis (1918), the principle of these diagrams is that classes be represented by regions in such relation to one another that all the possible logical relations of these classes can be indicate in the same diagram.

Here is an example of how a Venn Diagram works.

First of all, you have think of the universe. The universe is represented by a rectangle. Let’s take animals for example: moles, swans, skunks, geese, worms and horses.

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This is the “Animals” universe.

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If you want to classify things according to specific criteria, such as animals being small and fury or duck billed, you need to draw two circles that shows the classification.

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Now, you have to fill in the item that corresponds to the selected criteria. Moles, rabid skunks, platypusses and the cat all correspond to the criterion.

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For the other category, you need to assign the items that correspond to the criteria, i.e. duck-billed animals: swans, geese, edmontosorum and platypuses.

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There are however two items that fit in the Animal universe but do not correspond to either of the groups. Worms are small, but not furry, and horses are furry, but not small, and neither are duck-billed.

If you look carefully at the two diagrams, you will see that the platypus is listed in both circles. Therefore, the two categories should have been overlapped.

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The overlapping of the two circles is called intersection. By intersecting the two, you will only have to write platypus once.

Venn diagrams are very useful for learners of any level. From kindergarten to college, the diagrams help people to develop their logical and linguistic train of thought.

Children nowadays are appealed by everything that has to do with technology. If possible, they would rather learn on a computer than attend a traditional class. This is why many schools and colleges have now adapted to the modern times that we are living and are providing computers and computer-based lessons for the students attending them. However, there are many schools that do not have such a high budget and cannot afford to invest in technology. Keeping children entertained and attentive is pretty hard, especially with so many distractions around, such as smartphones and other electronic devices. Teachers can now make classes more interactive in a very simple and effective way: by using Venn diagrams. These diagrams were invented by John Venn and based on Euler’s idea.

They represent a great way of picturing relationships between different groups of things. Basically, they design and compare attributes and characteristics of items, which can be either people, places, objects, events, ideas, animals etc. A simple definition of the Venn diagram would be two items linked by characteristics or attributes. These diagrams are useful when it comes to graphics organization and when comparing two things. They are represented by two or three circles which are contained in a universe. Let’s call the universe “animals”. If, for instance, you want to classify animals, you can draw two circles representing small and furry animals. The diagrams should then be populated with, naturally, small and furry animals. You will then see that small animals can also be furry, and the other way around, meaning that they share certain similarities. This is why the circles should be overlapped, with small but not furry animals on the right, furry but not small animals on the left, and small and furry animals in the middle, in the overlapping portion of the circles.

The Venn diagrams can make classes more interactive because children can simply draw empty circles on the blackboard, choose the “universe” and the items to be compared, and then let children “populate” them. In turns, each student will be able to write something, which will make the class so much more interesting. Since they will be directly involved, they will pay more attention and will be able to learn faster and easier. Venn diagrams will organize students’ thoughts and will keep their mind off gadgets and technology. Since a Venn diagram can successfully be applied to a wide range of subjects, every teacher can benefit from their use.

Whenever you are designing a new project for work, you have to figure out which are the best solutions through which you can make your point and can convince the people in your company of a certain matter or point of view. Any project should have a theoretical part, in which the main issues are presented, elaborated and connected. However, just making a point is not enough, as you have to come up with arguments and constructing elements, which can showcase a certain fact. Some of the most used tools through which people make demonstrations and bring arguments for their points are charts, tables and diagrams. For any description or conclusion, you can use the Venn diagram in order to prove your theory.

The Venn diagram is one of the most present tools in work related projects. The main reason for this is that the Venn diagram is very easy to create and to work with in the project. In addition to this, you can even find models online, from the simple forms of the Venn diagram to the more complex ones, which can be created in 3D. Therefore, the Venn diagram is suitable for all types of projects, even if they are more simple, even if they require a more intricate design. Professionalism and dedication to your company is shown by making elaborate projects and documentations for all the issues that you want to present. The usage of the Venn diagram can properly illustrate this aspect. 

In addition to all the other exemplifiers which can be used in a project, the Venn diagram is true testament of your involvement in making people understand the matters you have placed before them. You can use the image of the Venn diagram through Power Point presentations of the project, in tutorial videos or in the written form of the project. Regardless, you will make the point you want to reach through the help of the Venn diagram and you will help all the people involved in the decision making process understand the point of the project you were aiming for through it.  

The Venn diagram, also known as the set diagram, is a diagram which shows which are the possible logical relations between a collections of sets. The Venn diagram is used in many fields, primary academics, but also statistics, computer science, linguistics, logic, and probability. Every Venn diagram will usually comprise overlapping circles, with the exterior symbolizing elements which are characteristic exclusively to the elements being compared, and the interior of the circle representing the elements of the set, meaning the common characteristics of the elements being compared.

The history of the Venn diagram goes back to 1880, when British logician and philosopher John Venn introduced it in his research paper On the Diagrammatic and Mechanical Representation of Propositions and Reasonings, which was published in the Philosophical Magazine and Journal of Science. With the help of the Venn diagram, he wanted to illustrate the different ways in which propositions can be represented by means of diagrams. At that time, John Venn referred to the Venn diagram as the Eulerian circle, because it resembles Euler diagrams, invented by Leonhard Euler. In 1918, American academic philosopher Clarence Irving Lewis used the term Venn diagram for the first time, in his book A Survey of Symbolic Logic. The Venn diagram was developed later on by D.W. Henderson, which claimed in 1963 that, as an n-Venn diagram with n-fold rotational symmetry existed, then n was prime. He then proved than the Venn diagram can bee symmetric when n is 5 or 7.

In 2002, Peter Hamburger took the symmetry theory to the next level, after showing that the Venn diagram can also be symmetric when n is 11. One year later, Griggs, Sauvage, and Killian demonstrated that Venn diagrams are symmetric for all other prime numbers. They later concluded that the symmetric Venn diagram exists if and only if n is a prime number. Since then, the Venn diagram has greatly increased in popularity, becoming an important part of instruction in set theory, which was part of the new math movement back in the 1960s.

Everyone has heard about the Venn diagram. The Venn diagram actually represents a set of diagrams which are used to show the logical connections between different sets of objects. For example, with the use of the Venn diagram you can find out which are the common points and the differences between the Greek, Latin and Russian alphabet.

The Venn diagram was first designed in 1880, by John Venn, who also names the set of logical diagrams. When the Venn diagram was first published in the paper On the Diagrammatic and Mechanical Representation of Propositions and Reasoning, John Venn aimed to show that propositions can be represented, in a new, very different way, with the use of diagrams. Their format was a logical one and in fact the whole principle of the Venn diagram is based on is a logics linked one. The Venn diagram was also named by its inventor the “Eulerian circle”. In fact, you should know that there are many similarities between the Venn diagram and the Euler diagram, which has previously been invented by Leonhard Euler.

Venn diagrams are nowadays used on large scale in different areas of science. In fact, Venn diagram are often used in mathematics and children learn about them in school, as they are the best methods applied in showing the relationship between various sets. Anyway, mathematics is not the only field in which the Venn diagram can be used. Venn Diagrams are also useful when it comes to arts and various other visual fields. So, the use of Venn diagrams can be amazingly helpful for both children to be able to understand the algorithms of solving some problems in school, but also for adults who work in visual fields or even in science related domains. They can actually be used in literature to compare and find similarities between various authors, artists or books. The use of Venn diagrams in history is also a common practice. Well, no matter the case, understanding how Venn diagrams work and the principle on which they are based is actually quite simple and once used they are going to provide a whole new approach on understanding. 

Throughout your school years, you will be asked to make several presentations and papers. In order to make these more professional and more suitable to the higher form of education you are in, you can use several tools and products to help demonstrate your point or to show off some examples, in a more practical way. The great thing about the Venn Diagram is that you can use it in all the educational fields available, no matter what your paper is about. Through this, your examples will be more accurate and you will have a more practical approach on them rather than just explaining in words. Ever since it has appeared, the Venn Diagram has expanded in usage in all the fields of research and education. It has also developed in terms of complexity and structure. The Venn Diagram was originally formed out of two or three cells, but it can now be designed to have multiple sets, but these, in turn, will be distorted in shape.

For all your academic papers and presentations, you can use the Venn Diagram to make a certain example stand out or to explain something more visually. For example, in literature, you may use the Venn Diagram to showcase differences and similarities between authors, genres, books and so on. You can correlate themes and symbols from different works even. Another example, is the use of a Venn Diagram in arts presentations, to exemplify the connections between different styles and epochs. These are just a couple of examples which will show you that a Venn Diagram can be used for other fields of academics, not just science and informatics.

You can design a very impressive presentation and paper with the help of a Venn Diagram. This tool will enable you to create a more accurate example and to showcase your studies in a more professional form. As you have seen in the above examples, the Venn Diagram can be useful in all sorts of academic fields, even if you are majoring in arts, culture, literature or history.

Venn diagram was invented by Jon Venn and since then is very used for showing the relation between different things. So, Venn diagram represents in a very simple way how certain things or ideas connect. By using Venn diagram we can explain easier what we want to say or our ideas. Or, by keeping in mind a Venn diagram about a certain subject, we will understand and will learn faster about that topic. A Venn diagram uses three circles that intercut and show us, this way, which are the common points. Use Venn diagram and you will learn very easy and fast a lot of theory that is very hard to understand sometimes. Venn diagram changed that and synthesized the common points of many things, ideas, concepts and theories. So, you do not have to learn something by heart if you will use Venn diagram. You will use only your visual memory and logic, which will improve your way of thinking and imagination.

Use three or more circles to conceive a Venn diagram. You will keep in mind many things and much easier that otherwise were very easy confused. A Venn diagram lets you show the conclusions and it can be designed with the help of computer also, so when you have projects, you can trust this type of diagram. Complex connections are represented with the help of this diagram, so use it when learning gets more difficult. It is easy to draw it or to design it with your computer. Information can be overwhelming sometimes and we cannot remember every detail, so to orient better and to understand what we study, we should use this diagram that makes everything clear, in a simple, but useful and practical way.

If your kid has problems in understanding something or in memorizing the difference between diverse theories or concepts, tell him about this diagram. It is very easy to understand how it works, so it will not be complicated for your kid. It can be used to compare even the characters from literature or any other things that are similar, so is very practical and you will save a lot of time.

Having several copies of blank Venn diagrams or copies of Venn diagrams that can be manipulated by a computer program will come in handy for many big businesses. It was Jon Venn who invented the useful Venn diagram that has been put into use for many areas of research, studies, and business and even in banking corporations. The diagram can be flexible enough that it can be used for so many different ideals.

The diagram consists of two or more circles that are interactive with each other meaning that they cross at intersections. These circles are then bound and have common interests that can be explained by the linking parts of any two circles. There can be literally hundreds of sets of diagrams in the Venn diagram as long as you can differentiate between the sets. This makes the Venn diagram very adaptable in many areas of related subjects

Used to compare the contrast between two or more subjects this diagram is designed to give objectivity to the surrounding primary subject matter. Once the primary information is added to the largest parts of the first two co-existing circles then the finer details of the corresponding subjects can be added to the link. This is where information that is relative to both primary subjects can be placed in order to give them relevance to each other. This is the simple meaning of the Venn diagrams however more complex theories do exist.

A Venn diagram, sometimes referred to as a set diagram, is a diagram that graphically displays all the possible relationships between a finite number of sets.  For some very good examples please click the Venn Diagram Picture tab at the top of the page.

At their simplest, Venn diagrams are made up of overlapping circles. The interior of each circle represents a set of objects, or objects that have something in common. The exterior of the circle represents all that each set excludes. The areas where circles overlap show the relationship between sets. For instance, if one circle represents the set “women” and another circle represents the set “politicians” the area of overlap would represent women who are politicians.

Theoretically, a Venn diagram can illustrate the complex relationships between hundreds of sets. As the number of sets grows higher, circles may be replaced by other kinds of closed curves.

As well as having a firmly established place in logic and the “hard” sciences such as mathematics and biology, Venn diagrams have also made their way into the world of literature and composition. A Venn diagram is a handy way to compare and contrast storylines and characters. It can also be used to organize one’s thoughts prior to writing an essay.