Research on Integrated application of Advance Mathematics and linear Algebra

Authors

  • Tongtong Zhang

DOI:

https://doi.org/10.54097/hset.v56i.10807

Keywords:

Advanced Mathematics, Linear Algebra, Fibonacci sequence, Proof of Lagrange's mean value theorem, Determinant, Auxiliary matrix, interpenetrating.

Abstract

Advanced Mathematics and Linear Algebra are the two most basic and important public subjects of science and engineering in universities. In general, the main content of Advanced mathematics is calculus, which belongs to the type of analysis (analysis and study of the local and global properties of continuous objects). Linear algebra, on the other hand, is a course characterized by algebra (algebra studies the structural properties of discrete objects). From the nature of the two courses, they have great differences in thinking mode and processing methods. Students often to think that Advanced mathematics and Linear algebra are two relatively independent systems. However, after systematically study Advanced mathematics and Linear algebra, I found that Advanced mathematics (mainly calculus) and Linear algebra, two relatively independent courses, also have many methods and ideas that can be borrowed from each other. I shall discuss the relationship between Advanced mathematics (calculus) and Linear algebra in three ways.

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References

Department of Mathematics, Tongji University. Advanced Mathematics (Volume 1, Volume 2) 7th Ed. Beijing: Higher Education Press 2020.

Department of Mathematics, Tongji University. Higher Mathematics Synchronous Intensive Exercises Complete Solution (Volume 1, Volume 2) 7th Edition. Shandong Science and Technology Press 2020.

Chen Guidong, Cui Zhoujin. The Application of Linear Algebra in Higher Numbers from the Perspective of the Three National Universities Mathematics Competition [J]. Daxue Mathematics, 2014).

Jia-jun wang. The Differential Mean Value Theorem [J]. College Mathematics, 2008.

Wen-wu liu. Proof of two differential mean value theorems by auxiliary function method [J]. Mathematics in Practice and Cognition, 2005.

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Published

14-07-2023

How to Cite

Zhang, T. (2023). Research on Integrated application of Advance Mathematics and linear Algebra. Highlights in Science, Engineering and Technology, 56, 630-634. https://doi.org/10.54097/hset.v56i.10807