Revealing the Secret of Postgraduate Mathematics: High Mathematics, Line Algebra, Probability, Who is Your "True Love"?
Postgraduate entrance examination, for many college students, is another important choice in life. Among the many postgraduate subjects, mathematics is undoubtedly an insurmountable mountain. However, don't worry about headaches, today we will talk about those things about graduate mathematics, and take you to explore the mysteries of the three major fields of high mathematics, line algebra, and probability, and see how they are different and who will become your "true love"!
1. High Mathematics: The "Patriarch" of Mathematics
Advanced Mathematics, abbreviated as Advanced Mathematics, is the highlight of postgraduate mathematics. If mathematics is a big family, then high mathematics is definitely the "big head" of this family. It covers many fields such as the limits of functions, differential calculus, integralism, spatial analytic geometry, etc., with a wide variety of contents and great difficulty.
High numbers are characterized by their rigor and abstraction. It requires candidates to have a solid foundation in mathematics and be able to skillfully use a variety of formulas and theorems. At the same time, the questions of advanced mathematics are often ever-changing, which requires candidates to have strong logical thinking skills and the ability to analyze problems.
However, don't be intimidated by the image of a "strict father" in high numbers. As long as you are willing to work hard, do more exercises, and summarize more, you will definitely be able to overcome this difficulty. Moreover, high mathematics also has a wide range of practical applications, such as physics, engineering, economics and other fields.
2. Line algebra: the "elegant dancer" of mathematics
Linear algebra, or linear algebra for short, is another major field of mathematics for graduate school entrance examinations. If high mathematics is the "patriarch" of mathematics, then line generation is the "elegant dancer" of mathematics. It mainly studies concepts such as linear equations, matrices, determinants, and vector spaces, and the content is relatively concentrated, but it also has a certain degree of difficulty.
The line generation is characterized by its simplicity and practicality. Its concepts and theorems tend to be concise and straightforward, easy to understand and memorize. At the same time, the line generation also has a wide range of practical applications, such as computer graphics, data analysis, machine learning and other fields.
Learning the line generation is like learning an elegant dance. You'll need to master the basic dance steps and rhythms before you can perform beautiful dance moves. Similarly, you need to master the basic concepts and theorems of line generation before you can solve complex linear problems.
3. Probability: The "magician" of mathematics
Probability theory and mathematical statistics, abbreviated as probability, is the third major field of mathematics for graduate school entrance examinations. If high mathematics is the "big parent" and the line generation is the "elegant dancer", then probability is the "magician" of mathematics. It mainly studies the concepts of random phenomena, probability distributions, random variables, mathematical statistics, etc., and the content is relatively independent, but it also has certain difficulties.
Probabilities are characterized by their flexibility and fun. Its questions are often ever-changing, requiring candidates to have strong thinking skills and innovation skills. At the same time, the content of probability is closely related to real life, such as gambling, weather forecasting, insurance and other fields have a wide range of applications.
Learning probability is like learning a magical magic. You'll need to master basic magic spells and techniques before you can conjure up all sorts of fantastic magical effects. Similarly, you need to grasp the basic concepts and theorems of probability before you can solve a variety of complex probability problems.
4. Who is your "true love"?
The three major fields of high mathematics, line generation, and probability have their own merits. So, who will be your "true love"? It really depends on your personal interests and career plans.
If you are interested in the rigor and abstraction of mathematics and like to challenge all kinds of complex mathematical problems, then high mathematics may be your "true love". It will lead you into the temple of mathematics and feel the charm of mathematics.
If you are interested in the simplicity and practicality of mathematics and like to apply mathematical knowledge to real life, then the line generation may be your "true love". It will teach you how to describe and solve practical problems in the language of mathematics.
If you're interested in the flexibility and fun of math and like to explore the mysteries of random phenomena, then probability may be your "true love". It will lead you into a world full of unknowns and surprises.
In short, no matter which field you choose as your "true love", it takes effort and sweat. Only in this way can you win on the battlefield of postgraduate mathematics and realize your dreams!