Why was Pythagoras so important?
Pythagoras (570? BC- 495 BC) is recognized as a philosopher and mathematician, one who devoted his life to the study of numbers. He recognized how mathematical concepts related to everyday life, and created a school to encourage future scholars.
He developed the religious philosophy Pythagoreanism, which eventually came into conflict with the established religions in Croton, a Greek city in Italy.
His studies led to discovering the mathematical nature of music.
The Pythagorean Theorem, which relates the lengths and angles within a right triangle, is named for Pythagoras.
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the Ryan jolly uses them because he is a mathmatic nerd also he is related to Pythagoras by blood. Ryan jolly recently made the jolly theory and to this day he is very un important
He was Greek, but many Greeks did eventually colonize Sicily.
THE actual formula of Pythagoras theorem?
a2+b2=c2
Where c is the hypotenuse. a and b are the other two sides.
Who old was Theano when she married Pythagoras?
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What are the achievements of Pythagoras?
Pythagoras is credited with publishing what is today called the Pythagorean Theorem, which describes the relationships of the sides of a right triangle.
Pythagoras did not invent this idea, nor was he first to publish it. The concept was known in at least 7 cultures around the world. A Chinese clay tablet shows the concept being taught in school about 950 years before Pythagoras was born. It shows up in India, Africa, America, Egypt, and elsewhere before the modern name was applied.
Why did Pythagoras go to jail?
Pythagoras was an ancient philosopher that attributed most of his work to Plato. He however, never went to jail.
Why did he develop the pythagoream theorem?
he created because he wanted to show that numbers have mystical and spirituals powers to the world he wanted to keep it a secret between him and just the brotherhood of Pyhtagorean's which are now called Pythagorean's Secret Society.
Why was the Pythagorean theorem invented?
I guess, because one man had an enquiring mind and somehow discovered the relationship between the squares of the sides of triangles. Also they needed to ensure they had right angles for building and the 3-4-5 right angle triangle was perfect for this.
Who discovered pythagorean theorem?
It was years before, Pythagoras(580 BC - 500 BC) is said to have discovered Pythagorean Theorem. Strangely, 5 centuries after Pythagoras lived, the theorem Pythagorean was attributed to him.
The discovery of the theorm Pythagorean came when Pythagoras was waiting for the tyrannical ruler, Polycrates. An interesting idea had flashed Pythagoras mind: A diagonal line can be used to cut or divide the square and two right triangles would be produced from the cut sides.
After examining it further, Pythagoras formulated the idea in mind.
Happy to help you.
What were Pythagoras' important contributions?
He also established many geometrical theorems, including the Pythagorean Theorem.
It is the longest side in a right-angled triangle. You can find it by squaring and adding together the two shorter sides and when you get the answer, find the square root of the number.
How you can relate Pythagoras theorem in real life?
Suppose you want to get from your house, located on the south-west corner of a field (rectangular shaped), to your friend's house, located in the north-east corner of the field. You can follow a road 4 miles East then 5 miles North for a total of 9 miles. You want to know how far it would be to get to your friend's house if you walked across the field. By pythagoras's theorem you know the distance from your house to your friend's house is sqrt(4^2+5^2)=6 miles. So going across the field saves 3 miles. that's your answer please ask another question we know everything
How did the Pythagorean theorem help?
The Pythagorean theorem, which states that in a right triangle the square of the length of the hypotenuse equals the sum of the squares of the other two sides, has been fundamental in various fields, including mathematics, physics, and engineering. It provides a method for calculating distances and relationships in Euclidean space, facilitating advancements in geometry and trigonometry. Additionally, it has practical applications in construction, navigation, and computer graphics, enabling precise measurements and designs. Overall, the theorem has been crucial in shaping our understanding of spatial relationships and geometry.
He may have, but the famous exclamation was attributed to Archimedes.