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Who discorved the pythagoren therom?
Pythagoras
What is the Pythagoren Theorem?
a2 + b2 = C2
What is the proof of the Pythagoren Therom?
Look it up on Wikipedia.... the equation is a(squared)+b(squared)=c(squared) multiply the base by the hypotenuse to find the answer
When the hypotenuse is given what do you do?
you can find the legs if one of the other legs is mentioned
How do you find the side lengths of a square using the hypotenuse?
use the pythagoren thereom: square the hypotenuse (ex: c^2=2^2=4) divide by 2 because you know the lengths will be equal (ex: 4/2=2= the square is 2x2)
Can you find out which mammal is having ten legs?
cows been found with 6 legs but idk about 10 legs...
Where do you find a cat without legs?
There is no such thing as a cat without legs. There are cats that have less legs, due to accidents, and you can usually find those by asking around at your local animal shelter.
What is the pythagoren brotherhood?
A group much like alchemists, transformed math into a completely different thing, they experimented with things above us and discovered the pythagoriam therom.
Where was the pythagoren theorem created?
Credit is given to the Greek mathematician Pythagoras but the ancient Babylonians and Egyptians knew of the properties of a right angle triangle long before Pythagoras
Where do you find balls and the park?
inbeetween my legs
Find the hypotenuse of a triangle the legs are 35 and 68?
The hypotenuse of a triangle with legs of 35 and 68 is: 76.48
How do you find both legs of a triangle?
Pythagorean Theorema2+b2=c2a and b are the legs of the triangle while c is the hypotenuse.To find the hypotenuse, find the largest angle. The hypotenuse is the leg that's directly in front of it. An easy way to remember is that the vertex to the largest angle cannot touch the hypotenuse. You would have to square both measurements of the legs and add them, then take the square root of that.To find both legs of the triangle, you simply find the biggest angle. The vertex of that angle touched both the legs of the triangle.
