The role of algebra and its application in modern sciences
Main Article Content
Abstract
This work deals with the emergence of Algebra and its applications in technical and engineering problems. Algebra becomes important in school when we learn to work with variables, expressions and equations. At first glance, it seems that these are abstract concepts that we will never need in real life. However, in practice, we constantly encounter situations where it is necessary to apply knowledge of algebra to solve problems and make important decisions. One example of algebra being used in everyday life is financial planning. When creating a budget, calculating interest on a loan, or calculating investments, we use algebra to determine optimal strategies and predict future outcomes. Algebra also allows us to solve complex problems related to planning trips or purchasing goods, taking into account our financial capabilities. n addition, algebra has its applications in science and technology. It is the basis for developing algorithms, programming and working with large volumes of data. Thanks to algebra, computers, smartphones, the Internet, and many other technological achievements were created that have become an integral part of our lives.
Article Details
This work is licensed under a Creative Commons Attribution-ShareAlike 4.0 International License.
References
Sirazhetdinov, S. Kh., & Matvievskaya G. P. (1963). Al-Khorezmi is an outstanding mathematician and astronomer of the Middle Ages.
Yushkevich, A. P. (1961). History of mathematics in the Middle Ages.
Bulgakov, P. G., & Rosenfeld, B. A. & Akhmedov, A. A. (1983). Muhammad al-Khorezmi. M.
Matvievskaya, G. P. (1967). The doctrine of number in the medieval Near and Middle East.
Rosenfeld, B. A., & Sergeeva, N. D. (1977). About the astronomical tracts of Al-Khorezmi. Historical and Astronomical Research, 13, 201-218.
Yushkevich, A. P. (1954). Arithmetic treatise of Muhammad bin Musa Al-Khwarizmi. Proceedings of the Institute of History of Natural Science and Technology, 1, 85-127.
Juraev, D. A., Jabborov, A. J., & Juraeva, S. A. (2012). The emergence of the word "Algebra" and its role in the history of the development of mathematics. 3rd International Scientific and Practical Conference. “Current Problems and Prospects for Teaching Mathematics”, 253-257.
Kopelevich, Yu. X. & Rosenfeld, B. A. (1964). Al-Khorezmi. Mathematical treatises.
Akhmedov, A. (1983). Muhammad ibn Muso al-Khwarizmi.
Salye, M. A. (1954). Muhammad al-Khorezmi- great Uzbek scientist- mathematician, astronomer, geographer of the 9th century. Tashkent Publishing House of the Academy of Sciences of the UzSSR.
Litvin, D. B., Gulay, T. A., & Dolgopolova, A. F. (2013). Application of operational calculus in modeling economic systems. Agrarian Science, Creativity, Growth. 263–265.
Kovalenko, N. S., & Chepeleva, T. I. (2006). Higher mathematics: Linear algebra, Vector algebra, Analytical geometry.
Strang G. (1976). Linear algebra and its applications. Massachusetts Institute of Technology, Academic Press.
Orland, P. (2021). Math for Programmers: 3D graphics, machine learning, and simulations with Python. Manning Publications.
Faizullaev O. (1965). Muhammad Khorazmiy. Fan: Tashkent.
Juraev, D. A., & Bozorov, M. N. (2023). Algebra and its applications in technical and engineering problems. Advanced Engineering Days (AED), 8, 114-116.