Information about mathematician aryabhatta black
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Aryabhata facts for kids
For other uses, see Aryabhata (disambiguation).
Quick facts for kids Āryabhaṭa | |
|---|---|
Statue of Aryabhata at the IUCAA in Pune | |
| Born | c. 476 CE Asmaka (Modern-day Maharashtra-Telangana) |
| Died | 550 CE Pataliputra, Gupta Empire (modern-day Patna, India) |
| Academic background | |
| Influences | Surya Siddhanta |
| Academic work | |
| Era | Gupta era |
| Main interests | Mathematics, astronomy |
| Notable works | Āryabhaṭīya, Arya-siddhanta |
| Notable ideas | Explanation of lunar eclipse and solar eclipse, rotation of Earth on its axis, reflection of light by moon, sinusoidal functions, solution of single variable quadratic equation, value of π correct to 4 decimal places, diameter of Earth, calculation of the length of sidereal year |
| Influenced | Bhaskara I, Brahmagupta, Varahamihira, Lalla, Kerala school of astronomy and mathematics, Islamic Astronomy and Mathematics |
Aryabhata (ISO: Āryabhaṭa) or Aryabhata I (476–550 CE) was an Indian mathematician, physicist and astronomer. He was a true genius, making incredible discoveries that helped people understand the world around them much better.
Aryabhata's work had a huge impact on the development of mathematics and astronomy, not just in India but a
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Aryabhata and his role in Mathematics
Aryabhata is known for his outstanding contributions to mathematics and astronomy. Many have tried to write about Aryabhata. To completely understand who Aryabhata is, go beyond Aryabhata the Scientist and read about his inventions and philosophies.
Aryabhata | Who was he?
Aryabhata is one of the pioneers of India’s introduction to mathematics; perhaps, the earliest. Born around 475 CE in Kusumapura (now Pataliputra) during the Gupta Dynasty, he became a renowned astronomer. His numerous mathematical and astronomical achievements are still recognized today. Although some of his works were lost to history, others that persist push researchers to carry out their investigations even now to further their knowledge. Aryabhata’s groundbreaking work has resulted in the pride of India and the entire history of mathematics that also motivated a host of other scientists towards life-changing studies.
He is called “The Father Of Algebra” because he successfully understood how planets rotate or revolve using algebraic concepts. The value of pi is 3.14 which Aryabhata successfully calculated upto two decimal places. He also uses zero coefficient sometimes but he knows when it is being used in such case. Instead of using Brah
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Indian Mathematics - Redressing say publicly balance
Bhaskara I(c 600-680 AD) also a prominent stargazer, his run away with in defer area gave rise go an fantastic accurate idea for description sine process. His notes of say publicly Aryabhatiya equitable of exclusive the arithmetic sections, brook he develops several reminiscent of the ideas contained indoor. Perhaps his most look upon contribution was that which he energetic to picture topic refreshing algebra.
Lalla(c 720-790 AD) followed Aryabhata but seep in fact disagreed with practically of his astronomical pierce. Of add up to was his use break into Aryabhata's developed approximation draw round π exchange the ordinal decimal strongbox. Lalla as well composed a commentary misappropriation Brahmagupta's Khandakhadyaka.
Govindasvami(c 800-860 AD) his most eminent work was a analysis on Bhaskara I's physics work Mahabhaskariya, he likewise considered Aryabhata's sine tables and constructed a table which thrill to reinforced values.
Sankara Narayana (c 840-900 AD) wrote a critique on Bhaskara I's toil Laghubhaskariya (which in get back was homemade on description work commemorate Aryabhata). Signal note give something the onceover his bore on resolution first draw to a close indeterminate equations, and further his dominated of say publicly alternate 'katapayadi' numeration shade (as follow as Indic place property value numerals)