Al-Khwārizmī is a Muslim scholar born at 780 A.M., whose name is Muhammad Bin Musa Al-Khwārizmī, and whose origins go back to Persia.
His knowledge and knowledge spread in many fields; These include: He was a researcher in the so-called House of Wisdom in Baghdad, and he has a lot of scientific contributions, especially in the field of algebra and mathematics.
He introduced what is known as the Indian numbers, he introduced the Decimal system of the West by translating many of his Latin works on this subject.
His short book, Calculating and Interview, was the first book on how to solve written and quadratic equations, Many of his work has been translated into other languages.
Khwārizmī' Al-Khwārizmī' life of a Persian family in the town of Khorazem in the province of Greater Khorasan.
The book of Fahresis by Ibn Nadim is one of the books about Khwārizmī' life and his work and writings.
Dar al It is worth noting that Dar Al-Hikma was involved in translating many scientific and philosophical messages, especially those of the ancient Greeks.
Al-Khwārizmī' contributions to math and algebra varied the fields in which he excelled; In mathematics, he developed a method for solving linear and quadratic equations, and his work was essentially what's known as algebra, and the Algebra and Interview is one of the most important books he's written in mathematics.
This book was translated into Latin in the 12th century, which greatly influenced the advancement of mathematics in European countries.
Al Khwārizmī' is attributed to the establishment of what is known as computer science; And that's by developing what is now known as algorithms named after him or logarithms: algoritms,
And El Khwārizmī' has worked on solving linear and quadratic equations through a common factor used on both sides of the equation, and this has produced what's known as algebra, and introduced it to the world through his book Algebra and Interview, in which he solved many quadratic equations using the method of analysis, and in his book he has provided practical examples of legacy subjects and divided them "in a mathematical way", and words have been used to represent the variables.
In geography, Al-Khwārizmī' contribution was not limited to mathematics.
He contributed to the field of geography science through many things, including the creation of the 833 m Earth Picture Book, in which he showed the coordinates of many 2,402 sites, and he divided these areas into seas, mountains, islands, rivers, cities, and regions, and then sorted according to the prevailing climate, and a book,
He also explained that the Atlantic and Indian oceans are not confined to Bernamus, contrary to what Ptolemy presented, who considered them as seas surrounded by land.
His book also contained many sketches, which were translated into many languages, and that Khwarizmi and Caliph Al-Mamoun Haroun were ordered by Ptolemy Al-Rashid measured the size and circumference of the Earth, and created the world's first map with the help of 70 other geographic scientists in 830.
Astronomy The algorithm has contributed a lot of things in the field of astronomical sciences, presenting a variety of astronomical tables as well as other tables with Sin's pocket values, and many of his work has been translated into Latin by Adelard Allog Di Cremona responded in the early 12th century,
And this translation led to the introduction of new sciences in the Western world that were not known at the time, and El Khwārizmī presented two theses and some work on the astrolabe;
Some of these works dealt with what is known as the solar clock, while the other part dealt with what is known as the Jewish calendar.
Other contributions were made by Al-Khwārizmī; The manuscripts that talk about the direction of the kiss, such as the one in Istanbul, mentioned in the book “The Hirst,” speak about solar watches or solar lapses.
Al-Khwārizmī wrote books that have not been preserved, but were mentioned by Ibn Al-Nadim in his book; These are: History writers and demos have both spoken about how to make and use the astrolabe.
In some of his work, El Khwārizmī tackled how to define sunrise hours in many countries, and there are many manuscripts in Paris, Istanbul, Cairo, and Tashkent, some of which may be a return to the algorithm.
Even after his death, his scientific work remained alive today. He is one of the most important contributors to the development of mathematics in general and algebra in particular.
Many Persian scientists and scientists, including Al-Khwarizmi, Al-Kindi, Omar Khayyam, Al-Biruni, Ben Sina, Al-Razi, Ben Rushd, and Nazird So Si and so many others, and so El Khwārizmī' life and his grace in the development of mathematical sciences and algebra, became an inspiration icon for the students that was motivated by them.
The death of Al Khwārizmī indicates that the confident caliph, when he was on his 847 m death bed, was set by some astronomers at the time, and some predicted that he would recover and continue for 50 years ahead.
Al-Khulaifa then died just 10 days later, and al-Tabri points out that al-Khwārizmī was one of the astronomers who came to visit al-Khalifa.
If al-Khwārizmī was one of those, he was about 70. Most sources suggest that Mohammed bin Musa al-Khwārizmī' was 850.
He will remain one of the most important scientific figures in Islamic history.
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Abu Musa
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