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## How does the Venn diagram works?

A Venn diagram **uses overlapping circles or other shapes to illustrate the logical relationships between two or more sets of items**. Often, they serve to graphically organize things, highlighting how the items are similar and different.

## How can Venn diagrams help students in solving problems?

Venn diagrams **enable students to organise information visually so they are able to see the relationships between two or three sets of items**. They can then identify similarities and differences.

## Who is John Venn and what are his contribution in mathematics?

John Venn, (born August 4, 1834, Kingston upon Hull, England—died April 4, 1923, Cambridge), English logician and philosopher best known as the **inventor of diagrams—known as Venn diagrams—for representing categorical propositions and testing the validity of categorical syllogisms**.

## Is Venn diagram useful in solving real life problems explain?

**Venn Diagrams can be used to show the changing nature of work in our world**. Diagrams can also be used by Human Resource Managers and Careers Advisors to show the characteristics of different jobs. Venn Diagrams can be used for analysing the effectiveness of websites. Venn Diagrams are used in Psychology and Wellbeing.

## How do you explain Venn diagram to students?

A Venn diagram is **made up of two large circles that intersect with each other to form a space in the middle**. Each circle represents something that you want to compare and contrast. Where the two circles intersect, you would write traits that the two things have in common.

## How do you solve a Venn diagram problem?

*Inside so always start with the inside whether you have a number or you don't have a number and we're going to show what happens when you don't have a number. So five is zero on the inside.*

## What is John Venn known for?

John Venn, FRS, FSA (4 August 1834 – 4 April 1923) was an English mathematician, logician and philosopher noted for **introducing Venn diagrams**, which are used in logic, set theory, probability, statistics, and computer science.

## When did John Venn introduce the Venn diagram?

Venn diagrams were introduced **in 1880** by John Venn (1834-1923), “M.A. Fellow and Lecturer in Moral Science, Caius College, Cambridge University”, in a paper entitled On the Diagrammatic and Mechanical Representation of Propositions and Reasonings which appeared in the Philosophical Magazine and Journal of Science S.

## What is a Venn diagram explanation for kids?

A Venn diagram **shows the relationship between a group of different things (a set) in a visual way**. Using Venn diagrams allows children to sort data into two or three circles which overlap in the middle.

## How do you teach kids Venn diagrams?

*Have an overlapping. Part then he started grouping the items inside the circles. Red gifts go inside the first circle fruits go inside the second circle and the red gifts that are also fruits.*

## How do you use a Venn diagram lesson?

When teaching Venn diagrams, start with the basics: **Explain that Venn diagrams use overlapping shapes (usually circles) to show relationships**. Each circle contains a set. Where the circles overlap, the two sets have something in common.

## How do you work out a Venn diagram with two circles?

*Where it doesn't give you the intersection. So let's start dealing with the parts that we have first we have that 50 people Oh 90 people total so where should we put the 90.*

## How do you use a Venn diagram to compare and contrast?

Simply draw two (or three) large circles and give each circle a title, reflecting each object, trait, or person you are comparing. Inside the intersection of the two circles (overlapping area), write all the traits that the objects have in common. You will refer to these traits when you compare similar characteristics.

## How do you complete a Venn diagram in math?

*So looking at the venn diagram. The intersection of all three sets is this set here. And therefore there are 12 students in this set because they are taking all three subjects.*