Venn Diagram Examples for Problem Solving. Venn Diagram as a Truth Table

Venn diagrams are illustrations used in the branch of mathematics known as set theory. They show the mathematical or logical relationship between different groups of things (sets). A Venn diagram shows all the possible logical relations between the sets.

3 Circle Venn. Venn Diagram Example

This example shows the 3 Circle Venn Diagram. The Venn Diagrams visualize all possible logical intersections between several sets. On this example you can see the intersections of 3 sets. Venn Diagrams are widely used in mathematics, logic, statistics, marketing, sociology, etc.

Cylinder Venn Diagram

You need design Cylinder Venn Diagram? Nothing could be easier with ConceptDraw DIAGRAM diagramming and vector drawing software extended with Venn Diagrams Solution from the “Diagrams” Area. ConceptDraw DIAGRAM allows you to design various Venn Diagrams including Cylinder Venn Diagrams.

Venn Diagram Examples for Problem Solving

In the Venn Diagrams solution, there are the pre-made examples that can be always used for making the unique, great looking diagrams, such as the 2-set Venn ones of any needed colour, the 3-set one, the 4-set ones and the 5-set ones. Having the already previously created samples of the Venn diagrams can help any ConceptDraw DIAGRAM user make it possible to make the needed drawing within only a few minutes by editing the existing ones.

3 Circle Venn Diagram. Venn Diagram Example

This template shows the Venn Diagram. It was created in ConceptDraw DIAGRAM diagramming and vector drawing software using the ready-to-use objects from the Venn Diagrams Solution from the "Diagrams" area of ConceptDraw Solution Park.
Venn Diagrams visualize all possible logical intersections between several sets and are widely used in mathematics, logic, statistics, marketing, sociology, etc.

Venn Diagram Template for Word

This template shows the Venn Diagram. It was created in ConceptDraw DIAGRAM diagramming and vector drawing software using the ready-to-use objects from the Venn Diagrams Solution from the "Diagrams" area of ConceptDraw Solution Park.

Fishbone Diagram Problem Solving

The Ishikawa diagram, Cause and Effect diagram, Fishbone diagram — all they are the names of one and the same visual method for working with causal connections. Originally invented by Kaoru Ishikawa to control the process quality, the Ishikawa diagram is well proven in other fields of management and personal scheduling, events planning, time management. It is a chart in the form of a fish, whose head is a problem, the fins are variants for its causes.
To design easily the Fishbone diagram, you can use a special ConceptDraw DIAGRAM vector graphic and diagramming software which contains the powerful tools for Fishbone diagram problem solving offered by Fishbone Diagrams solution for the Management area of ConceptDraw Solution Park.

Basic Circles Venn Diagram. Venn Diagram Example

Venn Diagrams visualize all possible logical relations between several sets and are widely used in mathematics, logic, statistics, marketing, sociology, etc.
This Venn Diagram shows the relative complement of the set A with respect to the set B. It is the set of the elements in B, but not in A. In other words it is the set-theoretic difference B-A.

2 Circle Venn Diagram. Venn Diagram Example

Using the ready-to-use predesigned objects, samples and templates from the Venn Diagrams Solution for ConceptDraw DIAGRAM you can create your own professional looking Venn Diagrams quick and easy.

Multi Layer Venn Diagram. Venn Diagram Example

To visualize the relationships between subsets of the universal set you can use Venn diagrams. To construct one, you should divide the plane into a number of cells using n figures. Each figure in the chart represents a single set of, and n is the number of represented sets. Splitting is done in a way that there is one and only one cell for any set of these figures, the points of which belong to all the figures from the set and do not belong to others. The plane on which the figures are represented, is the universal set U. Thus, the point which does not belong to any of the figures, belongs only to U.