well all i know about it is it is a way to find missing sides of a triangle. its formula is
the diagram might help
Triangle 1 |
The triangle -1- is just proof of Pythagoras... and i put it because it is animated. Triangle -2- is the big thing. If you apply the formula to it, you'll get the any missing side. For example, if you only had 4 & 3 which are the legs, you would square them, and find the sum of them both together. This would then give you the hypotenuse which is 5. Now i know your wondering what is the hypotenuse, well its the side opposite to the right angle in a triangle, and in other words, its the largest side. in the formula, it is represented as (C). (A) &(B) are the legs of the right angle. in other words they are the other 2 shorter sides. In the case of the triangle (345), the a=3, b=4. doesn't matter what the A or B take, we can call the 4=A and the 3=B. to find any missing of a right angle triangle, all you need to do is plug in the missing side, and .. wallah you will get the answer. Triangle 3 ( the diagram) is just the layout of sides.
The following is taken from another website, just a little about Pythagorean:
Triangle 3 |
"Pythagoras lived in the 500s BC, and was one of the first Greek mathematical thinkers. He spent most of his life in the Greek colonies in Sicily and southern Italy. He had a group of followers (like the later disciples ofJesusPythagoreans were known for their pure lives (they didn't eat beans, for example, because they thought beans were not pure enough). They wore their hair long, and wore only simple clothing.
Pythagoreans were interested in philosophy, but especially in music andmathematics, two ways of making order out of chaos. Music is noise that makes sense, and mathematics is rules for how the world works.
Pythagoras himself is best known for proving that the Pythagorean Theorem was true. The Sumerians, two thousand years earlier, already knew that it was generally true, and they used it in their measurements, but Pythagoras is said to have proved that it would always be true. We don't really know whether it was Pythagoras that proved it, because there's no evidence for it until the time ofEuclid, but that's the tradition. Some people think that the proof must have been written around the time of Euclid, instead."*
Thanxs for Reading :)