Pythagoras lived from 571 BCE to 495 BCE, so he was about 76 when he died. Pythagoras and his students are often said to have constructed the first proof of this useful theorem. Pythagoras had a school with many students. but the school was secretive, and the students gave their teacher for what they discovered. Because of this, we don't know exactly who did what and when. In any case, it is clear from their clay tablets that the Babylonians knew and used the theorem we call "Pythagoras' Theorem", about a thousand years earlier. They also knew some kind of proof.
Although t is known as Pythagoras' theorem and thus about 2500-2600 years old, considering Pythagoras lived between 5th and 6th century BC, it was known before this. There is evidence that the Babylonians of 20th to 16th century BC (some 1000 years before Pythagoras) knew it, making it about 3600-4000 years old.
It is believed that the Pythagoras Theorem was invented by a greek named Pythagoras. The Theorem is said to be invented in 530 B.C . Researchers are of a view that the theorem must have been invented aeven before that. Pythagoras lived from 569 to 500 BC. Since the theorem is named after him, we believe to this day that he could be the inventor of it. He spent his time travelling to Egypt and learnt about mathematics much. The rudiments of the theory can also be found in a portion of a tablet from Babylonia dating to 1900 B.C.E., which is about 4,000 years old to date. So it is still a doubt to actually know whether he was the founder of it. Hope this helps.
Pythagoras is right know 2,589 years old
Well this is the simplest answer Pythagoras is credited with the theorem but we all know the Egyptians had been using this formula 2000 B.C. Searching for a way to square up the foundations of the, most noteably, pyramids; they found that a piece of rope tied into a knot every 12 inches and stretched across three stakes to form a triangle starting with one of the stakes outside of the center one. 3 knots one direction, 4 knots the opposite direction. one of the stakes on the outside of the layout would be adjusted until there were 5 knots intersecting across the diagonal created between the 2 outside stakes. Hence the age old carpentry trick of 3,4,5. A 3ft vertical leg (rise) 4ft base (run) 5ft diag hypotenuse Pythagoras created the Pythagoreans society of Crotona, Italy. Which were basically decimated by 530 A.D. Pythagoras was said to have fled death at this time.
he was about 48-49 years of age jk
The idea of the Pythagorean theorem is very old. It has been used for over 4000 years. However, Pythagoras was the first to actually use it as a mathematical equation in 500 BC. Therefore, he is credited with the discovery.
Pythagoras lived from 571 BCE to 495 BCE, so he was about 76 when he died. Pythagoras and his students are often said to have constructed the first proof of this useful theorem. Pythagoras had a school with many students. but the school was secretive, and the students gave their teacher for what they discovered. Because of this, we don't know exactly who did what and when. In any case, it is clear from their clay tablets that the Babylonians knew and used the theorem we call "Pythagoras' Theorem", about a thousand years earlier. They also knew some kind of proof.
Although t is known as Pythagoras' theorem and thus about 2500-2600 years old, considering Pythagoras lived between 5th and 6th century BC, it was known before this. There is evidence that the Babylonians of 20th to 16th century BC (some 1000 years before Pythagoras) knew it, making it about 3600-4000 years old.
It is believed that the Pythagoras Theorem was invented by a greek named Pythagoras. The Theorem is said to be invented in 530 B.C . Researchers are of a view that the theorem must have been invented aeven before that. Pythagoras lived from 569 to 500 BC. Since the theorem is named after him, we believe to this day that he could be the inventor of it. He spent his time travelling to Egypt and learnt about mathematics much. The rudiments of the theory can also be found in a portion of a tablet from Babylonia dating to 1900 B.C.E., which is about 4,000 years old to date. So it is still a doubt to actually know whether he was the founder of it. Hope this helps.
The History of Pythagoras and his Theorem In this section you will learn about the life of Pythagoras and how it is that the theorem is known as the Pythagorean Theorem. Be aware that there are no good records about the life of Pythagoras, so the exact dates and other issues are not known with certainty. In addition, the names of some of the people as well as the places where Pythagoras lived may have different spellings. Pythagoras was born in the island of Samos in ancient Greece1. There is no certainty regarding the exact year when he was born, but it is believed that it was around 570 BC That is about 2,570 years ago! Those were times when a person believed in superstitions and had strong beliefs in gods, spirits, and the mysterious. Religious cults were very popular in those times.Pythagoras of Samos Pythagoras' father's name was Mnesarchus and may have been a Phoenician. His mother's name was Pythais. Mnesarchus made sure that his son would get the best possible education. His first teacher was Pherecydes, and Pythagoras stayed in touch with him until Pherecydes' death. When Pythagoras was about 18 years old he went to the island of Lesbos where he worked and learned from Anaximander, an astronomer and philosopher, and Thales of Miletus, a very wise philosopher and mathematician. Thales had visited Egypt and recommended that Pythagoras go to Egypt. Pythagoras arrived in Egypt around 547 BC when he was 23 years old. He stayed in Egypt for 21 years learning a variety of things including geometry from Egyptian priests . It was probably in Egypt where he learned the theorem that is now called by his name. By the time he was about 55 years old he returned to his native land and started a school on the island of Samos. However, because of the lack of students he decided to move to Croton in the south of Italy. In Croton he started a school which concentrated in the teaching and learning of Mathematics, Music, Philosophy, and Astronomy and their relationship with Religion. It is said that as many as 600 of the worthiest people in the city attended the school, including Theana whom he married when he was 60. The school reached its highest splendor around the year 490 BC. He taught the young to respect their elders and to develop their mind through learning. He emphasized justice based on equality. Calmness and gentleness were principles encouraged at the school. Pythagoreans became known for their close friendships and devotion to each other. More than anyone before him Pythagoras combined the spiritual teachings with the pursuit of knowledge and science. Pythagoras also headed a cult known as the secret brotherhood that worshiped numbers and numerical relationships. They attempted to find mathematical explanations for music, the gods, the cosmos, etc. Pythagoras believed that all relations could be reduced to number relations. At some point Pythagoras was exiled from Croton and had to move to Tarentum. After 16 years he had to move again, this time to Metapontus where he lived four years before he died at the age of 99. Here we have a picture of a statue of Phytagoras in the island of Samos. If you click on the figure you'll be able to see a larger picture. On the bottom of the statue the text is "". The literal translation is "Pythagoras the Samosan", but the preferred translation is "Pythagoras of Samos". Now let's talk a bit about the theorem that bears his name. The Egyptians knew that a triangle with sides 3, 4, and 5 make a 90o angle. As a matter of fact, they had a rope with 12 evenly spaced knots like this one: that they used to build perfect corners in their buildings and pyramids. It is believed that they only knew about the 3, 4, 5 triangle and not the general theorem that applies to all right triangles. The Chinese also knew this theorem. It is attributed to Tschou-Gun who lived in 1100 BC. He knew the characteristics of the right angle. The theorem was also known to the Caldeans and the Babylonians more than a thousand years before Pythagoras. A clay tablet of Babylonian origin was found with the following inscription: "4 is the length and 5 the diagonal. What is the breadth?" So why is it called the Pythagorean Theorem? Even though the theorem was known long before his time, Pythagoras certainly generalized it and made it popular. It was Pythagoras who is attributed with its first geometrical demonstration. That is why it is known as the Pythagorean Theorem. There are hundreds of purely geometric demonstrations as well as an unlimited (that is right -- an infinite number) of algebraic proofs. The Pythagorean Theorem is one of the most important theorems in the whole realm of geometry. We will conclude this section by stating the theorem in words: The square described upon the hypotenuse of a right-angled triangle is equal to the sum of the squares described upon the other two sides. Another way of saying the same thing is:When the two shorter sides in a right triangle are squared and then added, the sum equals the square of the longest side or hypotenuse.
Pythagoras is right know 2,589 years old
He never discovered that theorem, especially since it was his own. Nobody discovers their own theorems, they derive them. Anyways, he was either 35 or 36, no one knows for sure since only the year is known.
Well this is the simplest answer Pythagoras is credited with the theorem but we all know the Egyptians had been using this formula 2000 B.C. Searching for a way to square up the foundations of the, most noteably, pyramids; they found that a piece of rope tied into a knot every 12 inches and stretched across three stakes to form a triangle starting with one of the stakes outside of the center one. 3 knots one direction, 4 knots the opposite direction. one of the stakes on the outside of the layout would be adjusted until there were 5 knots intersecting across the diagonal created between the 2 outside stakes. Hence the age old carpentry trick of 3,4,5. A 3ft vertical leg (rise) 4ft base (run) 5ft diag hypotenuse Pythagoras created the Pythagoreans society of Crotona, Italy. Which were basically decimated by 530 A.D. Pythagoras was said to have fled death at this time.
The History of Pythagoras and his Theorem In this section you will learn about the life of Pythagoras and how it is that the theorem is known as the Pythagorean Theorem. Be aware that there are no good records about the life of Pythagoras, so the exact dates and other issues are not known with certainty. In addition, the names of some of the people as well as the places where Pythagoras lived may have different spellings. Pythagoras was born in the island of Samos in ancient Greece1. There is no certainty regarding the exact year when he was born, but it is believed that it was around 570 BC That is about 2,570 years ago! Those were times when a person believed in superstitions and had strong beliefs in gods, spirits, and the mysterious. Religious cults were very popular in those times.Pythagoras of Samos Pythagoras' father's name was Mnesarchus and may have been a Phoenician. His mother's name was Pythais. Mnesarchus made sure that his son would get the best possible education. His first teacher was Pherecydes, and Pythagoras stayed in touch with him until Pherecydes' death. When Pythagoras was about 18 years old he went to the island of Lesbos where he worked and learned from Anaximander, an astronomer and philosopher, and Thales of Miletus, a very wise philosopher and mathematician. Thales had visited Egypt and recommended that Pythagoras go to Egypt. Pythagoras arrived in Egypt around 547 BC when he was 23 years old. He stayed in Egypt for 21 years learning a variety of things including geometry from Egyptian priests . It was probably in Egypt where he learned the theorem that is now called by his name. By the time he was about 55 years old he returned to his native land and started a school on the island of Samos. However, because of the lack of students he decided to move to Croton in the south of Italy. In Croton he started a school which concentrated in the teaching and learning of Mathematics, Music, Philosophy, and Astronomy and their relationship with Religion. It is said that as many as 600 of the worthiest people in the city attended the school, including Theana whom he married when he was 60. The school reached its highest splendor around the year 490 BC. He taught the young to respect their elders and to develop their mind through learning. He emphasized justice based on equality. Calmness and gentleness were principles encouraged at the school. Pythagoreans became known for their close friendships and devotion to each other. More than anyone before him Pythagoras combined the spiritual teachings with the pursuit of knowledge and science. Pythagoras also headed a cult known as the secret brotherhood that worshiped numbers and numerical relationships. They attempted to find mathematical explanations for music, the gods, the cosmos, etc. Pythagoras believed that all relations could be reduced to number relations. At some point Pythagoras was exiled from Croton and had to move to Tarentum. After 16 years he had to move again, this time to Metapontus where he lived four years before he died at the age of 99. Here we have a picture of a statue of Phytagoras in the island of Samos. If you click on the figure you'll be able to see a larger picture. On the bottom of the statue the text is "". The literal translation is "Pythagoras the Samosan", but the preferred translation is "Pythagoras of Samos".
Pythagoras married at the age of sixty-one years.
In geometry this theorem states, in a right triangle the square of the hypotenuse equals the sum of the squares of the other two sides. In a right triangle one angle equals 90 degrees. The hypotenuse is on the opposite side of the right triangle. Here is the formula for the Pythagorean Theorem. a squared + b squared = c squared In this formula, c represents the length of the hypotenuse, a and b are the lengths of the other two sides. If two sides of a right triangle are known, you can substitute these values in the formula to find the missing side.When laying out concrete footings for a new building, the Pythagorean Theorem is the most accurate method available for making square 90 degree angles. It is the same as the old 3 - 4 - 5 carpentry trick, only more precise, because the exact corners can be located.