Learn how to draw and interpret Venn diagrams with this BBC Bitesize Maths article. ... one for set A and one for set B. Write the elements that are in both sets in the intersection, A∩B.

Venn diagrams are useful for illustrating how different concepts or factors intersect with one another. They can show, at a glance, how things are similar or different and where and how they overlap.

It's a funny old world. If you'd asked me this morning if I understood Venn diagrams, my answer would have been a resounding” “Yes!” Quite apart from anything else, some time ago I penned a rather ...

The two overlapping circles represent two “classes” called A and B. The area where the two circles intersect equals A AND B; the left-hand area equals A AND NOT(B); the right-hand area equals B AND ...

Rotate a two-circle Venn diagram by 180 degrees (or a three-circle one by 120 degrees), and it looks the same. But the four-ellipse diagram doesn’t have rotational symmetry. Can that be fixed?

I haven’t done a roundup of Venn diagrams in several years. That’s a graph that shows sets and all possible overlaps of those sets. It works two-dimensionally when there are three or fewer sets.

The creator of the Venn diagram would be 180 today, as you surely know if you’ve been anywhere near Google.com in the past 12 hours.But rather than celebrate with a cute interactive doodle, we ...

A∩B represents the intersection close intersection (of sets) (∩) On a Venn diagram, the region where sets overlap. 𝑷∩𝑸 is the intersection of set 𝑷 and set 𝑸. 𝑷∩𝑸 ...