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Methods of learning mathematical science
Mathematics: it is a subject that studies the relationship between spatial form and quantity in the real world. From a certain point of view, it belongs to a formal science, which is divided into advanced mathematics and elementary mathematics. Mathematics plays an irreplaceable role in the development of human history and social life, and it is also an indispensable basic tool for studying and studying modern science and technology.

Mathematics has many contents and branches. The most common elementary mathematics includes elementary geometry, elementary algebra, and advanced mathematics includes calculus, advanced algebra, complex variable function, real variable function, functional analysis, analytic geometry, discrete mathematics, elementary number theory, ordinary differential equations, mathematical equations, logic algebra, probability theory and so on.

Learning mathematics, scientific learning methods are:

1, diligent in thinking: thinking is the core of mathematics learning methods. Thinking is of great significance in learning this course. When solving math problems, we should first observe, analyze and think. Thinking can often find out the characteristics of the topic and find the breakthrough and simple method to solve the problem. Around us, students who really study well have the habit of thinking and thinking hard, so the more they use their brains, the smarter they become, and the more they think hard, the better they become. Because I mastered and used this method, I won the first prize in Wuhan in the national mathematics competition.

2. Hands-on testing: Hands-on testing helps to digest what you have learned and achieve mastery. I often deduce the formula that the teacher said after class. Don't read, recite. In this way, I can master the formula thoroughly and lay a solid foundation for the deformation calculation of the formula.

3. Cultivate the spirit of creativity: The so-called creativity means thinking of new methods, making new achievements and establishing new theories. Creation is not limited to the methods and textbooks taught by teachers. Usually, there are some thorny problems. After I understand the methods taught by the teacher, I have to find out whether there are other solutions, which can deepen my understanding of the problem, compare the advantages and disadvantages of several solutions, and make my problem-solving thinking reach a higher level.