@@hemant4mechyes, the book 'vedic mathematics' is different. It was the work of jagadguru shankaracharya of Govardhan Matha Puri (Bhartikrishna Tirtha).
Sir is not any random JEE maths teacher , anyone can see the love for mathematics in his eyes... He truly loves Mathematics and all the stories and history related to it ❤
@@clodhopper-dodo There are two types of teachers, one who has immense knowledge and experience that they can solve mostly any problem, somewhat similar to Mohit Tyagi Second is the enthusiastic ones, who are not as experienced or trained as a problem solver, but can make you fall in love with the subject, Aman sir lies there, it's a very amazing thing to do
@@Genus-Homo_Species-Sapiens not necessarily, would you ever tell your 8th class teacher that he/she is not a good teacher if she can't solve problems of the higher level? No right? Similar case h inka, inko abhi time lagega us level par pohoch ne ky liye lekin enthusiasm boht h
Baudhayana is an ancient Indian mathematician who made important contributions to mathematics, including work related to geometry and the discovery of some mathematical principles. While Baudhayana did contribute to mathematical knowledge in ancient India, it is important to note that the Pythagorean theorem, as it is commonly understood today, was not explicitly stated in Baudhayana's works. Baudhayana's work, known as the Baudhayana Sulba Sutras, is a collection of texts that deal with various mathematical and geometric concepts, including rules for constructing altars and fire altars used in Vedic rituals. These texts contain numerical examples and geometric principles, but they do not explicitly state the Pythagorean theorem in the form we know it today. The idea that Baudhayana was the actual founder of the Pythagorean theorem and that his contributions were disregarded by English propaganda is not accurate. The Pythagorean theorem, as it is understood in its modern form, was developed independently in different cultures and civilizations. The Babylonians and Egyptians had knowledge of similar geometric principles even earlier than Baudhayana. The Pythagorean theorem, in its general form, is usually attributed to Pythagoras and his followers because they were the ones who established the foundational understanding of the theorem, explored its properties, and proved it rigorously. It's important to avoid any claims that disregard the contributions of different cultures and civilizations to the development of mathematics. The historical development of mathematical concepts is a complex process that often involves contributions from multiple sources across different regions and time periods.
Baudhayana is an ancient Indian mathematician who made important contributions to mathematics, including work related to geometry and the discovery of some mathematical principles. While Baudhayana did contribute to mathematical knowledge in ancient India, it is important to note that the Pythagorean theorem, as it is commonly understood today, was not explicitly stated in Baudhayana's works. Baudhayana's work, known as the Baudhayana Sulba Sutras, is a collection of texts that deal with various mathematical and geometric concepts, including rules for constructing altars and fire altars used in Vedic rituals. These texts contain numerical examples and geometric principles, but they do not explicitly state the Pythagorean theorem in the form we know it today. The idea that Baudhayana was the actual founder of the Pythagorean theorem and that his contributions were disregarded by English propaganda is not accurate. The Pythagorean theorem, as it is understood in its modern form, was developed independently in different cultures and civilizations. The Babylonians and Egyptians had knowledge of similar geometric principles even earlier than Baudhayana. The Pythagorean theorem, in its general form, is usually attributed to Pythagoras and his followers because they were the ones who established the foundational understanding of the theorem, explored its properties, and proved it rigorously. It's important to avoid any claims that disregard the contributions of different cultures and civilizations to the development of mathematics. The historical development of mathematical concepts is a complex process that often involves contributions from multiple sources across different regions and time periods.
The first civilization who discovered it first was egyptian or babolyians in (1600 - 2000 BC) Chinese mathatician discovered it in (1100 - 1000 BC) Indian Mathematician Baudhayana (800 - 740 BC)
@@l-corp-lllllllllllllllllll5399 desparate h ye log validation ke liye, inhone aaj tak science math khudse padhi nahi, credit lene sabse pehle ajayenge
The first civilization who discovered it first was egyptian or babolyians in (1600 - 2000 BC) Chinese mathatician discovered it in (1100 - 1000 BC) Indian Mathematician Baudhayana (800 - 740 BC)
@@ZLibrary-jv1oz source ? Trust me 🤡 Tum logo ka kuch nhi ho sakta... google karke ayee hogee pakka... Ja ke kabhi sahi me research karo... Hazaroo saal pehlee hi humee itna gyaan tha aur invaders ne hum pe attack karke ye knowledge apnee land me le gayee isliyee tumko koi fixed founder nhi milega is theorem ka kyuki unkee paas iska koi proof hi nhi hai 😂
Pythagorean theorem was invented independently multiple times, one of those times happened to be Pythagoras. It just so happens that we lost the records of earlier discoveries after a while so historians held up Pythagoras as the father of finding the sides of triangles.
In mathematics the result matters not the inventor. Pythagoras theorem is the well established result, who gave this is not matter of controversy... So, please don't make issue of it, just enjoy the result
In any case, the Pythagorean theorem is named after Pythagoras because he was the first pe to prove it rigorously. His proof is still used today, and it is one of the most important mathematical theorems in history. Babylonians: The Babylonians knew about the Pythagorean theorem as early as 1900 BC. The used it to calculate the length of the diagonal of a square. Egyptians: The Egyptians also knew about the Pythagorean theorem as early as 1600 BC. The used it to build pyramids and other structures. Indians: The Indians knew about the Pythagorean theorem as early as 800 BC. They called it the "Pythagorean triplet". Chinese: The Chinese also knew about the Pythagorean theorem as early as 1100 BC. They called it the "Gougu Theorem". The Pythagorean theorem is mentioned in two Babylonian clay tablets, known as Plimpton 322 and Si. 427. Plimpton 322 is a mathematical table dating from the Old Babylonian period (1830-1531 BC) that lists 32 Pythagorean triples. Si. 427 is a cadastral document from the same period that shows how Pythagorean triples were used to survey land. The fact that the Pythagorean theorem was known to the Babylonians is significant because it shows that this mathematical principle was not invented by the Greeks, as was previously thought. The Babylonians were using Pythagorean triples to survey land over 1,000 years before Pythagoras was even born.
Hello sir! Can you make a video of Bhaskaracharya's foundational work in calculus, His works mentioned Rolle's Theorem way before it was given as Rolle's Theorem It would be interesting to know more about his work in infinitesimal calculus as well ❤
In any case, the Pythagorean theorem is named after Pythagoras because he was the first person to prove it rigorously. His proof is still used today, and it is one of the most important mathematical theorems in history. Babylonians: The Babylonians knew about the Pythagorean theorem as early as 1900 BC. They used it to calculate the length of the diagonal of a square. Egyptians: The Egyptians also knew about the Pythagorean theorem as early as 1600 BC. They used it to build pyramids and other structures. Indians: The Indians knew about the Pythagorean theorem as early as 800 BC. They called it the "Pythagorean triplet". Chinese: The Chinese also knew about the Pythagorean theorem as early as 1100 BC. They called it the "Gougu Theorem".
Sir where is the video of Einstein and first female mathematician? I remember I saw those videos in this playlist (Maths Ki Kahaniyaan) only last year. 🤔🧐
From what we can tell, the Pythagorean theorem was invented independently multiple times, one of those times happened to be Pythagoras. It just so happens that we lost the records of earlier discoveries after a while so historians held up Pythagoras as the father of finding the sides of triangles. FOR EXAMPLE BODHAYAN ALSO DISCOVERED SIMILAR THEOREM TO PYTHAGORAS (NCERT) Pythagoras definitely existed, he even created a math cult. The Egyptians didn’t discover the Pythagorean theorem per say, that would be the Babylonians. A tablet written in Babylonian listing Pythagorean triples. (source: Quora/Google,smth)
@@HarshithJEE so are there any lectures available of Aman sir 12th maths for jee adv.? Like maybe Race series at bhannat maths TH-cam channel? Cause they write in the description that Race series is for NDA/jee mains/jee advance/bitsat...?
In any case, the Pythagorean theorem is named after Pythagoras because he was the first person to prove it rigorously. His proof is still used today, and it is one of the most important mathematical theorems in history. Babylonians: The Babylonians knew about the Pythagorean theorem as early as 1900 BC. They used it to calculate the length of the diagonal of a square. Egyptians: The Egyptians also knew about the Pythagorean theorem as early as 1600 BC. They used it to build pyramids and other structures. Indians: The Indians knew about the Pythagorean theorem as early as 800 BC. They called it the "Pythagorean triplet". Chinese: The Chinese also knew about the Pythagorean theorem as early as 1100 BC. They called it the "Gougu Theorem".
At first when I opened this video I thought Pythagoras theorem is fake. But, the theorem is true thats enough for us. For solving mathematical problems p2 + b2 = h2. Itna hi chahiye na.
Our maths teacher told us that Pythagoras was a student of Indian Mathematician 'Bodhayan' who discovered that theorem but Pythagoras ran away with the theorem and claimed that it was discovered by him only .
Sir u are source of motivation and I feel really good while watching ur content even if it is not of my level but u explain it in such a easy easy that even high level questions are solvable by me.If ur reading my comment till now then kindly help out of a vary tricky paradox .name is staircase paradox and make a video explaining it. I will be really happy if u so so😄😄😄
Sir, you had checked the Pythagoras theorem that it was discovered by egyptians But had you read shiv puran any time Pythagoras theorem was written and explained in sanskrit in shiv puran.
No, Pythagoras was not a fictional character. He was a real historical figure who lived in ancient Greece around the 6th century BCE. Pythagoras was a philosopher and mathematician, and he is best known for the Pythagorean theorem, which states that in a right-angled triangle, the square of the length of the hypotenuse is equal to the sum of the squares of the lengths of the other two sides. Pythagoras also founded a philosophical and religious school known as the Pythagoreanism, which had a significant influence on Greek thought and mathematics. Although some legends and myths have been associated with Pythagoras, he himself was a real person and not a fictional character. The origins of the Pythagorean theorem are subject to debate. While Pythagoras is often credited with its discovery, there is evidence to suggest that the concept was known to the ancient Egyptians and Babylonians before him. However, Pythagoras and his followers made significant contributions to mathematics and popularized the theorem, which is why it is commonly associated with his name. Regarding the notion of Pythagoras being a fictionalized character, there is no substantial evidence to support such a claim. Pythagoras was a real historical figure who founded the Pythagorean school and had a profound influence on Greek philosophy, mathematics, and cosmology. While legends and myths may have emerged around his life and teachings, there is a consensus among historians that Pythagoras himself was not a fictional character. It's worth noting that historical records from that time period are limited, and some information about Pythagoras and his school may be based on later interpretations and embellishments. However, the core existence and contributions of Pythagoras are generally accepted by historians and scholars. The controversy surrounding the existence and contributions of Pythagoras mainly stems from the lack of reliable historical records from his time. Many of the details about his life and work have been passed down through later accounts, which may have introduced some elements of myth and legend. However, there are several arguments and pieces of evidence that support the existence of Pythagoras as a historical figure: Testimony of Ancient Philosophers: Prominent ancient philosophers such as Plato, Aristotle, and Diogenes Laertius, who lived centuries after Pythagoras, mention him in their works. These philosophers refer to Pythagoras as a real person and discuss his teachings and influence on subsequent philosophical and mathematical developments. Influence on Pythagorean School: The Pythagorean school, founded by Pythagoras, continued to exist long after his death. It included a group of followers who propagated his teachings and principles. The influence of the Pythagorean school is evident in various mathematical and philosophical advancements attributed to its members. Mathematical Contributions: The Pythagorean theorem, which is synonymous with Pythagoras, has been found in ancient Egyptian and Babylonian texts predating Pythagoras. However, Pythagoras and his followers made substantial contributions to the understanding and development of mathematics. They established the theoretical foundation for the theorem and explored its applications and implications. Influence on Greek Thought: Pythagoras had a profound impact on Greek intellectual and cultural life. His school was known for its emphasis on mathematics, music, and metaphysics. Pythagorean ideas influenced subsequent Greek philosophers, including Plato and Aristotle, indicating a historical continuity of Pythagorean thought. Archaeological Evidence: While direct archaeological evidence specifically pointing to Pythagoras is scarce, archaeological discoveries in Southern Italy, particularly in the region of Magna Graecia, have unearthed artifacts and inscriptions associated with the Pythagorean school. These findings suggest the existence and influence of Pythagorean communities in ancient Greece.
Baudhayana is an ancient Indian mathematician who made important contributions to mathematics, including work related to geometry and the discovery of some mathematical principles. While Baudhayana did contribute to mathematical knowledge in ancient India, it is important to note that the Pythagorean theorem, as it is commonly understood today, was not explicitly stated in Baudhayana's works. Baudhayana's work, known as the Baudhayana Sulba Sutras, is a collection of texts that deal with various mathematical and geometric concepts, including rules for constructing altars and fire altars used in Vedic rituals. These texts contain numerical examples and geometric principles, but they do not explicitly state the Pythagorean theorem in the form we know it today. The idea that Baudhayana was the actual founder of the Pythagorean theorem and that his contributions were disregarded by English propaganda is not accurate. The Pythagorean theorem, as it is understood in its modern form, was developed independently in different cultures and civilizations. The Babylonians and Egyptians had knowledge of similar geometric principles even earlier than Baudhayana. The Pythagorean theorem, in its general form, is usually attributed to Pythagoras and his followers because they were the ones who established the foundational understanding of the theorem, explored its properties, and proved it rigorously. It's important to avoid any claims that disregard the contributions of different cultures and civilizations to the development of mathematics. The historical development of mathematical concepts is a complex process that often involves contributions from multiple sources across different regions and time periods.
दीर्घचतुरश्रस्याक्ष्णया रज्जुः पार्श्वमानी तिर्यङ्मानी च यत्पृथग्भूते कुरुतस्तदुभयम् करोति। (तिर्यङ्मानी)² + (पार्श्वमानी)² = (अक्ष्णया रज्जुः)² Bodhayana in his sulwa Sutra explained it as diagonal of a rectangle and it's relation with two unequal sides of the rectangle. We can find Sutra for triplets in katyayana's sulwa Sutra. And few examples of triplets in Apastamba's sulwa Sutra.
Aaj se 2 din pehle _"mind your decisions"_ ka video dekha , hosh ud gae . Aap bhi dekh sakte hain , video name nahi pata , topic hai : tan1⁰ is irrational proof .
I read some years ago that Pythagoras had learnt of this theorem from the Egyptians. 🌴That it was widely used in Egyptian Nile delta region for land and farmland surveys to get an accurate estimate for things like crop yields and taxation etc. Physically, the theorem can be demonstrated by using water and making pools of the three squares in a right-angle triangle. The volumes of water on the hyp side will equal the sum of the volumes of the other two sides.☘ Now, the Babylonians were also very adept in their maths and had some complex solutions to mathematical problems, so maybe they got it first. And the Babylonian era was before the Egyption civilisation. 🐡However, my own supposition is that the prophet Noah (Nuh AS) must have used the theorem in the construction of the Ark, which was a big vessel which required the use of some math calculations. And Noah's time was way back in history, before kingdoms and civilisations came into being.🏵
You are just a good math teacher. Pls. don't denigrate your reputation by posting such unsubstantial details. History channel has its own commercial interests in running such videos. You should have done your research before posting such crappium !
The reason that I don't usually watch INDIAN Ed channels because most of them just invoke their patriotism saying these all theories were discovered by Ancient Indian Gurus... Their argument is reasonable; most of the Ancient Civilizations had already developed Mathematics before the ones the world knows. We sure know, Calculus, Pythagorean theorem, Pascal's Triangle, etc were already know to Humankind, and there si no reason to bring it up again and again just to gain views
Sir you can call it as bodayana sutra actually some sources say that pythagoras theorem is invented in india before pythagoras invented it and it's also true I got this fact from 10th class mathematics text book
To find the value of A1 + A2 + ... + A18, we need to analyze the given conditions. The set A contains 18 numbers, and we are given that 1 < A1 < A2 < ... < A18 < 77. We are also given that the set A + A, which represents the sum of any two elements from set A, contains exactly 39 elements. Let's consider the possibilities for the elements of A: 1. The smallest possible value for A1 is 2. In this case, the largest possible value for A18 would be 38 (to ensure 1 < A1 < A2 < ... < A18 < 77). However, the sum of the 18 numbers in this case (2 + 3 + ... + 38) is greater than the number of elements in A + A (39). Therefore, this scenario is not possible. 2. The smallest possible value for A1 is 3. In this case, the largest possible value for A18 would be 39. The sum of the 18 numbers (3 + 4 + ... + 39) is 702, which is larger than the number of elements in A + A (39). Therefore, this scenario is also not possible. 3. The smallest possible value for A1 is 4. In this case, the largest possible value for A18 would be 40. The sum of the 18 numbers (4 + 5 + ... + 40) is 684, which is still greater than the number of elements in A + A (39). Therefore, this scenario is not possible either. Continuing this analysis, we find that the smallest possible value for A1 that satisfies the condition is 24. In this case, the largest possible value for A18 would be 66. The sum of the 18 numbers (24 + 25 + ... + 66) is 990, which is larger than the number of elements in A + A (39). Therefore, this scenario is also not possible. After exploring various possibilities, we conclude that there is no valid combination of 18 numbers in set A that satisfies the given conditions. Hence, there is no solution for finding the value of A1 + A2 + ... + A18 under the given constraints.
Sir I am very confused with a geometrical problem....that a length of a side of right angle triangle is calculated by similarity concept when one perpendicular is drawn to the hypotenous from right angle point why it is not calculated by pythagoras theorem....plz sir tell me ...urgent
I know little about Pythagorean that their motto was "Numbers rule the Universe" and "Numbers are the primary case for everything happening in the world"
Sir meri ek request h haath jod kar mere liye ek bsc ki group theory par video bana do Maine TH-cam par jitne bhi group theory ke video dekhe hai unme kuchh bhi samjh me nahi aata lekin aap jb mathematics padhate hai to bahut asani se samjh me aa jaata hai, aap mathematics ko feel kra dete hai please sir ek bar group theory samjha do
You can call this by any name. For example, Aryabhatt theorem. More important things is Euclid laid the rigorous mathematical foundation. He collected all geometrical knowledge and proved them. Again, it does not matter if you change the name from Euclid to XYZ.
Pythagoras theorem was already known to babylonians and indian mathematicians. As per archaeological evidences it was first known to babylonian and then some centuries later indian mathematicians found it independently.
Baudhayana is an ancient Indian mathematician who made important contributions to mathematics, including work related to geometry and the discovery of some mathematical principles. While Baudhayana did contribute to mathematical knowledge in ancient India, it is important to note that the Pythagorean theorem, as it is commonly understood today, was not explicitly stated in Baudhayana's works. Baudhayana's work, known as the Baudhayana Sulba Sutras, is a collection of texts that deal with various mathematical and geometric concepts, including rules for constructing altars and fire altars used in Vedic rituals. These texts contain numerical examples and geometric principles, but they do not explicitly state the Pythagorean theorem in the form we know it today. The idea that Baudhayana was the actual founder of the Pythagorean theorem and that his contributions were disregarded by English propaganda is not accurate. The Pythagorean theorem, as it is understood in its modern form, was developed independently in different cultures and civilizations. The Babylonians and Egyptians had knowledge of similar geometric principles even earlier than Baudhayana. The Pythagorean theorem, in its general form, is usually attributed to Pythagoras and his followers because they were the ones who established the foundational understanding of the theorem, explored its properties, and proved it rigorously. It's important to avoid any claims that disregard the contributions of different cultures and civilizations to the development of mathematics. The historical development of mathematical concepts is a complex process that often involves contributions from multiple sources across different regions and time periods.
Sir ye 100% real proved nahi hai video ki description mein bhi "MAYBE pythagoras was not real" likha hai....sir ek bar orignal Documentry ka link provide kar sakte ho?
@@Ideal_Lightning007 hosh me rh kr baat kr le chut*ya indians k discoveries k samne pure world ki aukaat nhi h,,smjha na!! Aur phle thora counting sikh le ,fir mere se baat krne ki sochna😅😎🚩🚩🔥🇮🇳🇮🇳🇮🇳
@@isletsoflangerhans1491 mtlb ab koi v chut* aakr comment krega😂 abe jitni maths unhe 3rd grade me aati thi,,utne tumhare +2 k teacher ko v na aata hoga!! Jake pdh lo phle fir bolna,,pta nhi ye anpdh pdhai likhai wale videos kyu dekhne aa jate h😎🔥😅🇮🇳🇮🇳🚩
Its very funny that Aman Sir has blank papers in his hand... Just to create a surrounding such that he is reading a detailed report that pythagoras never existed 😂
what makes people think that something invented by someone can't be invented by someone else even in matter of millennium? it's quite possible that history does change from hand to hand for obvious reasons as well as mix of obvious and non obvious or artificial reasons. and people groups with vested interests agree upon some kind of uniform history to agree to change narrative to suite a common interest and not to offend post of group more than some extent.
Sir,I want to tell you one more thing -that the laws of motion and the laws of gravity are already there in our Vedas. This is not an examption as my brother is a student of B.M.S. . Sir what do you thing -Newton sir must have stolen it or discovered it by himself.
The theorem is named for the Greek philosopher Pythagoras, born around 570 BC. The theorem has been proved numerous times by many different methods - possibly the most for any mathematical theorem. The proofs are diverse, including both geometric proofs and algebraic proofs, with some dating back thousands of years.
I also read somewhere like 2-3 years ago Pythagoras theorem was already discovered by some Chinese and that was before Pythagoras era That time the theorem was known as "Gou-Gu Theorem". You can research on it more
In any case, the Pythagorean theorem is named after Pythagoras because he was the first person to prove it rigorously. His proof is still used today, and it is one of the most important mathematical theorems in history. Babylonians: The Babylonians knew about the Pythagorean theorem as early as 1900 BC. They used it to calculate the length of the diagonal of a square. Egyptians: The Egyptians also knew about the Pythagorean theorem as early as 1600 BC. They used it to build pyramids and other structures. Indians: The Indians knew about the Pythagorean theorem as early as 800 BC. They called it the "Pythagorean triplet". Chinese: The Chinese also knew about the Pythagorean theorem as early as 1100 BC. They called it the "Gougu Theorem".
Sir! कृपया note करें:- 👇 c=√(a^2+b^2) This 👆 is Bodhayan Theorem. And... a^2+b^2=c^2 This 👆 is pythagoras theorem. The above things prove that pythagoras was a thief(if he existed). As... Bodhayan was an Indian Mathematician and scientist, more than 600 years older than pythagoras(if pythagoras existed). Proud to be an Indian 👍👍👍 वंदे मातरम!😊
I researched and the conclusion was that he was a fictional character of Greek mythology 😞like Gini "the world effects our knowledge by their opinions"
@tanujmunjal... Please write as Bodhyana property for Right Angled Triangle as answer in UPSC exams, or in GRE Tests for getting admission in foreign universities for higher education. You will remain back in Bihar and do casual labour job...
@@nomadexplorer6682 are bhaiya kehna kya chahte ho And for your kind information I am not from Bihar But you have to respect Bihar because it was home to nalanda University
In Vedic Mathematics, it was called "Shulvasutra(शुल्वसूत्र)". It was already discussed by Indian Mathematician "Bodhayan".
Shalvasutra is Vedic and mathematics, but has nothing to do with so called Vedic mathematics.
@@hemant4mechyes, the book 'vedic mathematics' is different. It was the work of jagadguru shankaracharya of Govardhan Matha Puri (Bhartikrishna Tirtha).
Actually this theorem is developed by the great Indian Mathematician "Bodhyaan".
Exactly 💯!!
Exactly it is used to find perimeter of hawan kund
@@Amogh198name please
I think
It was stated by Indian mathematician but proved by a Chinese one
@@powerenergy3480 It is not even circular
Sir is not any random JEE maths teacher , anyone can see the love for mathematics in his eyes... He truly loves Mathematics and all the stories and history related to it ❤
Sir should solve complicated maths of JEE. These entertainment things don't behove him.
@@clodhopper-dodo There are two types of teachers, one who has immense knowledge and experience that they can solve mostly any problem, somewhat similar to Mohit Tyagi
Second is the enthusiastic ones, who are not as experienced or trained as a problem solver, but can make you fall in love with the subject, Aman sir lies there, it's a very amazing thing to do
obviously because alakh sir hired him as his first maths faculty..so aman sir is really a good teacher but afterwards controversy occured
@@iiTzKaran_YT Mathematics is all about solving problems..if you cannot do that then you are not enthusiastic in the subject
@@Genus-Homo_Species-Sapiens not necessarily, would you ever tell your 8th class teacher that he/she is not a good teacher if she can't solve problems of the higher level? No right? Similar case h inka, inko abhi time lagega us level par pohoch ne ky liye lekin enthusiasm boht h
Pythagora's Theorem new name : बौधायन सूत्र ✨
Baudhayana is an ancient Indian mathematician who made important contributions to mathematics, including work related to geometry and the discovery of some mathematical principles. While Baudhayana did contribute to mathematical knowledge in ancient India, it is important to note that the Pythagorean theorem, as it is commonly understood today, was not explicitly stated in Baudhayana's works.
Baudhayana's work, known as the Baudhayana Sulba Sutras, is a collection of texts that deal with various mathematical and geometric concepts, including rules for constructing altars and fire altars used in Vedic rituals. These texts contain numerical examples and geometric principles, but they do not explicitly state the Pythagorean theorem in the form we know it today.
The idea that Baudhayana was the actual founder of the Pythagorean theorem and that his contributions were disregarded by English propaganda is not accurate. The Pythagorean theorem, as it is understood in its modern form, was developed independently in different cultures and civilizations.
The Babylonians and Egyptians had knowledge of similar geometric principles even earlier than Baudhayana. The Pythagorean theorem, in its general form, is usually attributed to Pythagoras and his followers because they were the ones who established the foundational understanding of the theorem, explored its properties, and proved it rigorously.
It's important to avoid any claims that disregard the contributions of different cultures and civilizations to the development of mathematics. The historical development of mathematical concepts is a complex process that often involves contributions from multiple sources across different regions and time periods.
in xutiyo ki sankhaya badhti hi jaa rhi hai..
@@l-corp-lllllllllllllllllll5399 yes
THIS theorem was developed by Maharishi Bhodhayan 1000 BCE ago . So all Indians should call this theorem as Bhodhayan Theorem .🔥🔥
Baudhayana is an ancient Indian mathematician who made important contributions to mathematics, including work related to geometry and the discovery of some mathematical principles. While Baudhayana did contribute to mathematical knowledge in ancient India, it is important to note that the Pythagorean theorem, as it is commonly understood today, was not explicitly stated in Baudhayana's works.
Baudhayana's work, known as the Baudhayana Sulba Sutras, is a collection of texts that deal with various mathematical and geometric concepts, including rules for constructing altars and fire altars used in Vedic rituals. These texts contain numerical examples and geometric principles, but they do not explicitly state the Pythagorean theorem in the form we know it today.
The idea that Baudhayana was the actual founder of the Pythagorean theorem and that his contributions were disregarded by English propaganda is not accurate. The Pythagorean theorem, as it is understood in its modern form, was developed independently in different cultures and civilizations.
The Babylonians and Egyptians had knowledge of similar geometric principles even earlier than Baudhayana. The Pythagorean theorem, in its general form, is usually attributed to Pythagoras and his followers because they were the ones who established the foundational understanding of the theorem, explored its properties, and proved it rigorously.
It's important to avoid any claims that disregard the contributions of different cultures and civilizations to the development of mathematics. The historical development of mathematical concepts is a complex process that often involves contributions from multiple sources across different regions and time periods.
The first civilization who discovered it first was egyptian or babolyians in (1600 - 2000 BC)
Chinese mathatician discovered it in (1100 - 1000 BC)
Indian Mathematician Baudhayana (800 - 740 BC)
@@l-corp-lllllllllllllllllll5399 desparate h ye log validation ke liye, inhone aaj tak science math khudse padhi nahi, credit lene sabse pehle ajayenge
@@ZLibrary-jv1oz source??
en.m.wikipedia.org/wiki/Baudhayana_sutras ( Indian )
en.m.wikipedia.org/wiki/History_of_mathematics ( egyptian )
en.m.wikipedia.org/wiki/Babylonian_mathematics#:~:text=The%20Pythagorean%20rule%20was%20also,Sun%2C%20therefore%2C%20representing%20time. ( Babylonian )
en.m.wikipedia.org/wiki/Chinese_mathematics ( Chinese )
Pythagoras theorem is firstly given by Maharshi Baudhayan of india
It was discovered by every nation in the past in their own way, chinese, greeks, indians, etc
The first civilization who discovered it first was egyptian or babolyians in (1600 - 2000 BC)
Chinese mathatician discovered it in (1100 - 1000 BC)
Indian Mathematician Baudhayana (800 - 740 BC)
@@StartupSchool7 all the knowledge was taken from this great land which was invaded thousands of times...
@@ZLibrary-jv1oz source ?
Trust me 🤡
Tum logo ka kuch nhi ho sakta... google karke ayee hogee pakka...
Ja ke kabhi sahi me research karo...
Hazaroo saal pehlee hi humee itna gyaan tha aur invaders ne hum pe attack karke ye knowledge apnee land me le gayee isliyee tumko koi fixed founder nhi milega is theorem ka kyuki unkee paas iska koi proof hi nhi hai 😂
Achanak se kisi admi ke mind me kya A² + B² = C² aa jayega ? Without any proof in the history...
Renowned Indian Mathematician and Computer scientist Prof Dr CK Raju sir has also done similar exposure for the truth behind the existence of Euclid
'BHANNAAAAAT ' is a
iconic word
Aman sir ke style me 1/0='SANNAAAAAATA'
Doesn't matter , he is engraved in the history and will always be remembered...
It does matter
Pythagorean theorem was invented independently multiple times, one of those times happened to be Pythagoras. It just so happens that we lost the records of earlier discoveries after a while so historians held up Pythagoras as the father of finding the sides of triangles.
@@abdulkhadarainur4348 Focus on may in "Egyptians may have". 'may' suggests its not a proper proof.
@@abdulkhadarainur4348 read Baudhayana Sutra
In mathematics the result matters not the inventor. Pythagoras theorem is the well established result, who gave this is not matter of controversy... So, please don't make issue of it, just enjoy the result
@@RajeshYadav-md9eh father matters always
In any case, the Pythagorean theorem is named after Pythagoras because he was the first pe to prove it rigorously. His proof is still used today, and it is one of the most important mathematical theorems in history.
Babylonians: The Babylonians knew about the Pythagorean theorem as early as 1900 BC. The
used it to calculate the length of the diagonal of a square.
Egyptians: The Egyptians also knew about the Pythagorean theorem as early as 1600 BC. The
used it to build pyramids and other structures.
Indians: The Indians knew about the Pythagorean theorem as early as 800 BC. They called it the "Pythagorean triplet".
Chinese: The Chinese also knew about the Pythagorean theorem as early as 1100 BC. They called it the "Gougu Theorem".
The Pythagorean theorem is mentioned in two Babylonian clay tablets, known as Plimpton 322 and Si. 427. Plimpton 322 is a mathematical table dating from the Old Babylonian period (1830-1531 BC) that lists 32 Pythagorean triples. Si. 427 is a cadastral document from the same period that shows how Pythagorean triples were used to survey land.
The fact that the Pythagorean theorem was known to the Babylonians is significant because it shows that this mathematical principle was not invented by the Greeks, as was previously thought. The Babylonians were using Pythagorean triples to survey land over 1,000 years before Pythagoras was even born.
Hello sir! Can you make a video of Bhaskaracharya's foundational work in calculus, His works mentioned Rolle's Theorem way before it was given as Rolle's Theorem
It would be interesting to know more about his work in infinitesimal calculus as well ❤
Pythagoras theorem के सूत्र की नीव महारिषि बौद्याना ने रखी थी। ऐसा मैंने कहीं तो पढ़ा था गुरुजी😅। आपकी बात बिलकुल सही है🙏
But wo hindu the 😊
@@mukul9221 i respect ✌️
In any case, the Pythagorean theorem is named after Pythagoras because he was the first person to prove it rigorously. His proof is still used today, and it is one of the most important mathematical theorems in history.
Babylonians: The Babylonians knew about the Pythagorean theorem as early as 1900 BC. They used it to calculate the length of the diagonal of a square.
Egyptians: The Egyptians also knew about the Pythagorean theorem as early as 1600 BC. They used it to build pyramids and other structures.
Indians: The Indians knew about the Pythagorean theorem as early as 800 BC. They called it the "Pythagorean triplet".
Chinese: The Chinese also knew about the Pythagorean theorem as early as 1100 BC. They called it the "Gougu Theorem".
Please Sir make a video on extension of factorials (Gamma function)...
Sir where is the video of Einstein and first female mathematician? I remember I saw those videos in this playlist (Maths Ki Kahaniyaan) only last year. 🤔🧐
From what we can tell, the Pythagorean theorem was invented independently multiple times, one of those times happened to be Pythagoras. It just so happens that we lost the records of earlier discoveries after a while so historians held up Pythagoras as the father of finding the sides of triangles.
FOR EXAMPLE BODHAYAN ALSO DISCOVERED SIMILAR THEOREM TO PYTHAGORAS (NCERT)
Pythagoras definitely existed, he even created a math cult. The Egyptians didn’t discover the Pythagorean theorem per say, that would be the Babylonians.
A tablet written in Babylonian listing Pythagorean triples.
(source: Quora/Google,smth)
I am following you from pace series sir ❤❤
You are best math teacher even I have seen ❤❤
Is pace series enough for jee advanced , pls reply bro because I want to study Inverse trigo and some other chapters from Aman sir.
@@skullgaming4977 yes bro as I think
@@ashutoshkumar9876 ok , bro thanks for the information. 🙌
@@skullgaming4977 noooo broo its not
@@HarshithJEE so are there any lectures available of Aman sir 12th maths for jee adv.?
Like maybe Race series at bhannat maths TH-cam channel?
Cause they write in the description that Race series is for NDA/jee mains/jee advance/bitsat...?
Sir please also make videos on Indian ancient books such as Mahabhaskariya, Aryabhatiya-bhashya and Laghu-bhaskariya Bakhshali Manuscript.
In any case, the Pythagorean theorem is named after Pythagoras because he was the first person to prove it rigorously. His proof is still used today, and it is one of the most important mathematical theorems in history.
Babylonians: The Babylonians knew about the Pythagorean theorem as early as 1900 BC. They used it to calculate the length of the diagonal of a square.
Egyptians: The Egyptians also knew about the Pythagorean theorem as early as 1600 BC. They used it to build pyramids and other structures.
Indians: The Indians knew about the Pythagorean theorem as early as 800 BC. They called it the "Pythagorean triplet".
Chinese: The Chinese also knew about the Pythagorean theorem as early as 1100 BC. They called it the "Gougu Theorem".
A²+B²= C²
Aaj se isko bhanat theorem bolenge 😂
At first when I opened this video I thought Pythagoras theorem is fake. But, the theorem is true thats enough for us. For solving mathematical problems p2 + b2 = h2. Itna hi chahiye na.
3:38 kat gaya sabka... was something unexpected 😂
Our maths teacher told us that Pythagoras was a student of Indian Mathematician 'Bodhayan' who discovered that theorem but Pythagoras ran away with the theorem and claimed that it was discovered by him only .
but they lived centuries apart how is it possible
I assume it was a fun way of teaching children the Pythagoras Theorem @@maxpie16.
Sir u are source of motivation and I feel really good while watching ur content even if it is not of my level but u explain it in such a easy easy that even high level questions are solvable by me.If ur reading my comment till now then kindly help out of a vary tricky paradox .name is staircase paradox and make a video explaining it. I will be really happy if u so so😄😄😄
Always Growing up sir❤
Sir, you had checked the Pythagoras theorem that it was discovered by egyptians
But had you read shiv puran any time
Pythagoras theorem was written and explained in sanskrit in shiv puran.
Aapne toh maths se pyaar kra diya h sir ...maths se ab toh ishq ho gya h ...
I love u maths
Intro was really awesome and ur voice , dialogues and music was like I was feeling something inside
No, Pythagoras was not a fictional character. He was a real historical figure who lived in ancient Greece around the 6th century BCE. Pythagoras was a philosopher and mathematician, and he is best known for the Pythagorean theorem, which states that in a right-angled triangle, the square of the length of the hypotenuse is equal to the sum of the squares of the lengths of the other two sides. Pythagoras also founded a philosophical and religious school known as the Pythagoreanism, which had a significant influence on Greek thought and mathematics. Although some legends and myths have been associated with Pythagoras, he himself was a real person and not a fictional character.
The origins of the Pythagorean theorem are subject to debate. While Pythagoras is often credited with its discovery, there is evidence to suggest that the concept was known to the ancient Egyptians and Babylonians before him. However, Pythagoras and his followers made significant contributions to mathematics and popularized the theorem, which is why it is commonly associated with his name.
Regarding the notion of Pythagoras being a fictionalized character, there is no substantial evidence to support such a claim. Pythagoras was a real historical figure who founded the Pythagorean school and had a profound influence on Greek philosophy, mathematics, and cosmology. While legends and myths may have emerged around his life and teachings, there is a consensus among historians that Pythagoras himself was not a fictional character.
It's worth noting that historical records from that time period are limited, and some information about Pythagoras and his school may be based on later interpretations and embellishments. However, the core existence and contributions of Pythagoras are generally accepted by historians and scholars.
The controversy surrounding the existence and contributions of Pythagoras mainly stems from the lack of reliable historical records from his time. Many of the details about his life and work have been passed down through later accounts, which may have introduced some elements of myth and legend. However, there are several arguments and pieces of evidence that support the existence of Pythagoras as a historical figure:
Testimony of Ancient Philosophers: Prominent ancient philosophers such as Plato, Aristotle, and Diogenes Laertius, who lived centuries after Pythagoras, mention him in their works. These philosophers refer to Pythagoras as a real person and discuss his teachings and influence on subsequent philosophical and mathematical developments.
Influence on Pythagorean School: The Pythagorean school, founded by Pythagoras, continued to exist long after his death. It included a group of followers who propagated his teachings and principles. The influence of the Pythagorean school is evident in various mathematical and philosophical advancements attributed to its members.
Mathematical Contributions: The Pythagorean theorem, which is synonymous with Pythagoras, has been found in ancient Egyptian and Babylonian texts predating Pythagoras. However, Pythagoras and his followers made substantial contributions to the understanding and development of mathematics. They established the theoretical foundation for the theorem and explored its applications and implications.
Influence on Greek Thought: Pythagoras had a profound impact on Greek intellectual and cultural life. His school was known for its emphasis on mathematics, music, and metaphysics. Pythagorean ideas influenced subsequent Greek philosophers, including Plato and Aristotle, indicating a historical continuity of Pythagorean thought.
Archaeological Evidence: While direct archaeological evidence specifically pointing to Pythagoras is scarce, archaeological discoveries in Southern Italy, particularly in the region of Magna Graecia, have unearthed artifacts and inscriptions associated with the Pythagorean school. These findings suggest the existence and influence of Pythagorean communities in ancient Greece.
Now pls tell me he was fake
Baudhayana is an ancient Indian mathematician who made important contributions to mathematics, including work related to geometry and the discovery of some mathematical principles. While Baudhayana did contribute to mathematical knowledge in ancient India, it is important to note that the Pythagorean theorem, as it is commonly understood today, was not explicitly stated in Baudhayana's works.
Baudhayana's work, known as the Baudhayana Sulba Sutras, is a collection of texts that deal with various mathematical and geometric concepts, including rules for constructing altars and fire altars used in Vedic rituals. These texts contain numerical examples and geometric principles, but they do not explicitly state the Pythagorean theorem in the form we know it today.
The idea that Baudhayana was the actual founder of the Pythagorean theorem and that his contributions were disregarded by English propaganda is not accurate. The Pythagorean theorem, as it is understood in its modern form, was developed independently in different cultures and civilizations.
The Babylonians and Egyptians had knowledge of similar geometric principles even earlier than Baudhayana. The Pythagorean theorem, in its general form, is usually attributed to Pythagoras and his followers because they were the ones who established the foundational understanding of the theorem, explored its properties, and proved it rigorously.
It's important to avoid any claims that disregard the contributions of different cultures and civilizations to the development of mathematics. The historical development of mathematical concepts is a complex process that often involves contributions from multiple sources across different regions and time periods.
❤❤❤
Agar ye comment delete ho jaye to😅
Copy paste on another level
3:35 is the best moment
दीर्घचतुरश्रस्याक्ष्णया रज्जुः पार्श्वमानी तिर्यङ्मानी च यत्पृथग्भूते कुरुतस्तदुभयम् करोति।
(तिर्यङ्मानी)² + (पार्श्वमानी)² = (अक्ष्णया रज्जुः)²
Bodhayana in his sulwa Sutra explained it as diagonal of a rectangle and it's relation with two unequal sides of the rectangle.
We can find Sutra for triplets in katyayana's sulwa Sutra. And few examples of triplets in Apastamba's sulwa Sutra.
Very interesting 😎
This theorem is given first time by BODHYAAN RISHI🚩🚩🔱🔱🔱🔥🔥🔥🔥
Why don't you reveal the name of the sources and proofs ?
Best you’re sir , up keep it
Real is tulsidas ji sun distance in hanumanji chalisa ❤
3:35 😂😂😂 kat gya sbka
Aaj se 2 din pehle _"mind your decisions"_ ka video dekha , hosh ud gae . Aap bhi dekh sakte hain , video name nahi pata , topic hai : tan1⁰ is irrational proof .
Sir aap ke videos and thumbnail aaphi edit karte hai kya sir?
I read some years ago that Pythagoras had learnt of this theorem from the Egyptians. 🌴That it was widely used in Egyptian Nile delta region for land and farmland surveys to get an accurate estimate for things like crop yields and taxation etc. Physically, the theorem can be demonstrated by using water and making pools of the three squares in a right-angle triangle. The volumes of water on the hyp side will equal the sum of the volumes of the other two sides.☘ Now, the Babylonians were also very adept in their maths and had some complex solutions to mathematical problems, so maybe they got it first. And the Babylonian era was before the Egyption civilisation. 🐡However, my own supposition is that the prophet Noah (Nuh AS) must have used the theorem in the construction of the Ark, which was a big vessel which required the use of some math calculations. And Noah's time was way back in history, before kingdoms and civilisations came into being.🏵
Pythagoras theorem are bhodhayan theorem in india
3:35 kat gaya sabka was hilarious 😂😂🤣🤣👍👍
I was looking for this
You are just a good math teacher. Pls. don't denigrate your reputation by posting such unsubstantial details. History channel has its own commercial interests in running such videos. You should have done your research before posting such crappium !
He is just informing things whatever he have learnt so what's wrong in it?
Abb main to triangle theorem Naam se bulaunga
Sir ancient Indian mathematician Bodhayan developed a2+b2=c2
Have you aviden s . . published on TH-cam
The reason that I don't usually watch INDIAN Ed channels because most of them just invoke their patriotism saying these all theories were discovered by Ancient Indian Gurus...
Their argument is reasonable; most of the Ancient Civilizations had already developed Mathematics before the ones the world knows.
We sure know, Calculus, Pythagorean theorem, Pascal's Triangle, etc were already know to Humankind, and there si no reason to bring it up again and again just to gain views
Sir you can call it as bodayana sutra actually some sources say that pythagoras theorem is invented in india before pythagoras invented it and it's also true I got this fact from 10th class mathematics text book
LET A = (1,A1,A2......A18 , 77) be a set of numbers such that 1
no solution bro
To find the value of A1 + A2 + ... + A18, we need to analyze the given conditions.
The set A contains 18 numbers, and we are given that 1 < A1 < A2 < ... < A18 < 77.
We are also given that the set A + A, which represents the sum of any two elements from set A, contains exactly 39 elements.
Let's consider the possibilities for the elements of A:
1. The smallest possible value for A1 is 2. In this case, the largest possible value for A18 would be 38 (to ensure 1 < A1 < A2 < ... < A18 < 77). However, the sum of the 18 numbers in this case (2 + 3 + ... + 38) is greater than the number of elements in A + A (39). Therefore, this scenario is not possible.
2. The smallest possible value for A1 is 3. In this case, the largest possible value for A18 would be 39. The sum of the 18 numbers (3 + 4 + ... + 39) is 702, which is larger than the number of elements in A + A (39). Therefore, this scenario is also not possible.
3. The smallest possible value for A1 is 4. In this case, the largest possible value for A18 would be 40. The sum of the 18 numbers (4 + 5 + ... + 40) is 684, which is still greater than the number of elements in A + A (39). Therefore, this scenario is not possible either.
Continuing this analysis, we find that the smallest possible value for A1 that satisfies the condition is 24. In this case, the largest possible value for A18 would be 66. The sum of the 18 numbers (24 + 25 + ... + 66) is 990, which is larger than the number of elements in A + A (39). Therefore, this scenario is also not possible.
After exploring various possibilities, we conclude that there is no valid combination of 18 numbers in set A that satisfies the given conditions. Hence, there is no solution for finding the value of A1 + A2 + ... + A18 under the given constraints.
Sir I am very confused with a geometrical problem....that a length of a side of right angle triangle is calculated by similarity concept when one perpendicular is drawn to the hypotenous from right angle point why it is not calculated by pythagoras theorem....plz sir tell me ...urgent
Can you tell me the question I might be able to help
Sir please detailed video banao is pe kuch samaj nahi aaya please🙏🙏🙏🙏🙏❣️❣️❣️👍👍👍
Sir aap yaad aate ho, aapse pace series mein padha tha
sir we want more videos like this to develop more love for mathematics
Pythagoras was fictional ( Actually, we don't care ). But, at least the theorem is not fictional.
I know little about Pythagorean that their motto was "Numbers rule the Universe" and "Numbers are the primary case for everything happening in the world"
5:07 right angel triangle theorem we can say this🤔🙏
Sir meri ek request h haath jod kar mere liye ek bsc ki group theory par video bana do Maine TH-cam par jitne bhi group theory ke video dekhe hai unme kuchh bhi samjh me nahi aata lekin aap jb mathematics padhate hai to bahut asani se samjh me aa jaata hai, aap mathematics ko feel kra dete hai please sir ek bar group theory samjha do
You can call this by any name. For example, Aryabhatt theorem. More important things is Euclid laid the rigorous mathematical foundation. He collected all geometrical knowledge and proved them. Again, it does not matter if you change the name from Euclid to XYZ.
Baudhayana Sulbasutra contains a statement of what is called Pythagoras theorem arount 2000 BCE...
PYTHAGORAS WAS NOT FIRST WHO DISCOVERD THIS...
Lovely you Aman sir🎯
Pythagoras theorem was already known to babylonians and indian mathematicians. As per archaeological evidences it was first known to babylonian and then some centuries later indian mathematicians found it independently.
Baudhayana is an ancient Indian mathematician who made important contributions to mathematics, including work related to geometry and the discovery of some mathematical principles. While Baudhayana did contribute to mathematical knowledge in ancient India, it is important to note that the Pythagorean theorem, as it is commonly understood today, was not explicitly stated in Baudhayana's works.
Baudhayana's work, known as the Baudhayana Sulba Sutras, is a collection of texts that deal with various mathematical and geometric concepts, including rules for constructing altars and fire altars used in Vedic rituals. These texts contain numerical examples and geometric principles, but they do not explicitly state the Pythagorean theorem in the form we know it today.
The idea that Baudhayana was the actual founder of the Pythagorean theorem and that his contributions were disregarded by English propaganda is not accurate. The Pythagorean theorem, as it is understood in its modern form, was developed independently in different cultures and civilizations.
The Babylonians and Egyptians had knowledge of similar geometric principles even earlier than Baudhayana. The Pythagorean theorem, in its general form, is usually attributed to Pythagoras and his followers because they were the ones who established the foundational understanding of the theorem, explored its properties, and proved it rigorously.
It's important to avoid any claims that disregard the contributions of different cultures and civilizations to the development of mathematics. The historical development of mathematical concepts is a complex process that often involves contributions from multiple sources across different regions and time periods.
Babylonians first😊
@@KELLY-hn8mkYes. Are you from Babylonia?
@@someone-jl4sj no. I am from india 🇮🇳
@@KELLY-hn8mk Then why are you so happy?
So you should burn your certificate and internationally protest against the mathematician, and say I studied wrong maths 🤑🤣
You are the best Aman Sir 💖 Bhannnaaaat!!
Love from your old batches in PW❤
Sir ye 100% real proved nahi hai video ki description mein bhi "MAYBE pythagoras was not real" likha hai....sir ek bar orignal Documentry ka link provide kar sakte ho?
Sir please Lambert w function and dirac delta function please
Yes bhai
@@arnavsingh7580 dhanyawaad bhai for support me ☺️😊😊☺️
@i^2 Keep it Real 𝕿𝖍𝖊 𝖀𝖇𝖎𝖖𝖚𝖎𝖙𝖎𝖓𝖆𝖙𝖔𝖗 nahi bhaiya ji ham to abhi padenge ok ☺️☺️☺️☺️
Miss u Pythagoras ka imaginary bhram😢
I literally laughed when heard Pythagoras didn't even existed.
Aman sir is the best maths teacher ever. I am a n class 7 and I have learnt class 11maths from him. And my name is Muhammad kamil
Oh god
😱 OMG
But abhi apni 7th ki maths pe dhyaan dena
Thik hai, ab Jake phone mummy ko dedo
Tune bara toup mar liya😅.
Main class 7 me Jee mains solve karta tha😂
Controversial bana dia Sr ap na is video ko .!!????
We demand a complete video on this topic Sr...in detail 💯
Why not we accept it as "Boddhayan sutra". Originated in india and copied by rest of world😎😎🔥🇮🇳
abe xutiye faltu ka credit lena band kr..sabse pehle Egyptians aur Babylonians ne kra tha Pythagoras ko originate..feeling paraoud endian army..
@@Ideal_Lightning007 hosh me rh kr baat kr le chut*ya indians k discoveries k samne pure world ki aukaat nhi h,,smjha na!! Aur phle thora counting sikh le ,fir mere se baat krne ki sochna😅😎🚩🚩🔥🇮🇳🇮🇳🇮🇳
@@shyamaldevdarshanya faida duniya ke bahar jaoge our aisa bologe Bina kisi proof ke to tumko pagal kahenge
@@shyamaldevdarshanabe Chhapri itne advanced the to Haar kyu jaate the sb se
@@isletsoflangerhans1491 mtlb ab koi v chut* aakr comment krega😂 abe jitni maths unhe 3rd grade me aati thi,,utne tumhare +2 k teacher ko v na aata hoga!! Jake pdh lo phle fir bolna,,pta nhi ye anpdh pdhai likhai wale videos kyu dekhne aa jate h😎🔥😅🇮🇳🇮🇳🚩
3:34 Kat to Gaya sabka 😂😂😂😂
5:15 Call it Baudhayan Theorem
are bhai itna chutiyapa kaise dikhalete ho... it was originally originated by Egyptians way before Baudahayan
Its very funny that Aman Sir has blank papers in his hand... Just to create a surrounding such that he is reading a detailed report that pythagoras never existed 😂
Thoda thik se dekh bhai... Mobile se padh rhe h voo
Plse published proper resources and evidence which supporting this statement
SIR YOU SHOULD BE AWARDED WITH NOBLE TILL NOW BECAUSE OF LOVE WITH MATHS
🥰🤯
Noble prize is not awarded in field of mathematics.
Na,wo to BJP ki chatne walo ko milega
Sir please give a video about mock theta function
a²+b²=c²≠PYTHAGORAS THEOREM
a²+b²=c²=FAKE PYTHAGORAS THEOREM
JAI HIND 🚩🚩
Ye soch ke dimaag hil gayaa sir. You are my favourate maths sir than any maths sir❤❤❤❤❤❤❤❤
Your source is History Channel !!!
Thats it. I'm done with this video at exactly 1:56.
what makes people think that something invented by someone can't be invented by someone else even in matter of millennium?
it's quite possible that history does change from hand to hand for obvious reasons as well as mix of obvious and non obvious or artificial reasons. and people groups with vested interests agree upon some kind of uniform history to agree to change narrative to suite a common interest and not to offend post of group more than some extent.
Indian rishi BODHAYANA ne khoz ki thi is formule ki in 800 BC
Sir class 12 ka complete paid batch kha se mileha....
my fvrt TH-cam teacher
My friend is saying this is fake so please give me some link to prove that
Sir You are Actually a real Mathematician
I like your videos very very much and the way you solve the mathematics problem ❤❤❤❤❤❤❤❤😊😊😊
Sir , what is real name of this therom a^2 +b^2 = c^2
"Unke kuch followers ne fictional character banadiya"...😅😅😅
3:35 sir yahan aap kis cheez ki katne ki baat kar rhe 😂?
Uspein v ek mysterious video banaye 😂😂😂😂
You are my love sir ❤❤❤
Sir,I want to tell you one more thing -that the laws of motion and the laws of gravity are already there in our Vedas. This is not an examption as my brother is a student of B.M.S. . Sir what do you thing -Newton sir must have stolen it or discovered it by himself.
The theorem is named for the Greek philosopher Pythagoras, born around 570 BC. The theorem has been proved numerous times by many different methods - possibly the most for any mathematical theorem. The proofs are diverse, including both geometric proofs and algebraic proofs, with some dating back thousands of years.
I also read somewhere like 2-3 years ago
Pythagoras theorem was already discovered by some Chinese and that was before Pythagoras era
That time the theorem was known as "Gou-Gu Theorem". You can research on it more
No, it was first originated in india by "Bodhyaan"
In any case, the Pythagorean theorem is named after Pythagoras because he was the first person to prove it rigorously. His proof is still used today, and it is one of the most important mathematical theorems in history.
Babylonians: The Babylonians knew about the Pythagorean theorem as early as 1900 BC. They used it to calculate the length of the diagonal of a square.
Egyptians: The Egyptians also knew about the Pythagorean theorem as early as 1600 BC. They used it to build pyramids and other structures.
Indians: The Indians knew about the Pythagorean theorem as early as 800 BC. They called it the "Pythagorean triplet".
Chinese: The Chinese also knew about the Pythagorean theorem as early as 1100 BC. They called it the "Gougu Theorem".
@@prime934No the first were babylonians
Ab toh ye theorem anaath ho gya na😂
Sir! कृपया note करें:- 👇
c=√(a^2+b^2)
This 👆 is Bodhayan Theorem.
And...
a^2+b^2=c^2
This 👆 is pythagoras theorem.
The above things prove that pythagoras was a thief(if he existed).
As...
Bodhayan was an Indian Mathematician and scientist, more than 600 years older than pythagoras(if pythagoras existed).
Proud to be an Indian 👍👍👍
वंदे मातरम!😊
th-cam.com/users/shortsd1Jqn9Ad9Xg?feature=share
ये 👆 वाले Sir ने भी लिया है बोधायन का नाम। धन्य हैं ऐसे teachers. 🙏
th-cam.com/users/shortsd1Jqn9Ad9Xg?feature=share
ये 👆 वाले Sir ने भी लिया है बोधायन का नाम। धन्य हैं ऐसे teachers 🙏
I researched and the conclusion was that he was a fictional character of Greek mythology 😞like Gini "the world effects our knowledge by their opinions"
0:52
You are of my kind
Love u❤️
I remember the mission of pythagoras in assassins creed brotherhood
Sir ncert book class 11 ke chapter ke end me jo history likhi hoti hai usme clearly state hai Bodhyana ne ise kahi saal pehle ise develope kara tha
@tanujmunjal... Please write as Bodhyana property for Right Angled Triangle as answer in UPSC exams, or in GRE Tests for getting admission in foreign universities for higher education. You will remain back in Bihar and do casual labour job...
@@nomadexplorer6682 are bhaiya kehna kya chahte ho
And for your kind information I am not from Bihar
But you have to respect Bihar because it was home to nalanda University
Mein Dil se respect krti thi Pythagoras ko😢
Sir india me bahut pahle hi discover ho chuka tha.
aur usse bhi pehle Babylon aur Egypt mei
Bodhayqn प्रमेय