What is the use of advanced mathematics for ordinary people in reality?

Updated on educate 2024-05-28
9 answers
  1. Anonymous users2024-02-11

    I don't know when a kind of rhetoric about the uselessness of mathematics has been on the Internet, many people have expressed their approval and support, and some people even think that mathematics should be canceled in the college entrance examination, because mathematics is not usually used, and you only need to know addition and subtraction within 100 to buy a vegetable or something. Especially in college, almost every science student has to take a course called advanced mathematics, which makes many students complain. So is it true that higher mathematics has no other use in our lives except for the necessary subjects for graduate school entrance examinations and the basic tools for research in other science and engineering subjects?

    In this age of more and more utilitarianism, people are always asking what they are for, but people are always not concerned if they are interesting or not, in my eyes, mathematics is an interesting thing. Most of the most important things in life are actually useless, but these are the things that will stay with you for the rest of your life, because they can accompany your interesting soul, are the most important beings in your life, and will come out to save you in your darkest time.

  2. Anonymous users2024-02-10

    The indefinite integral result is not a unique derivative, and the verification should be able to improve the computational power of the differential calculation.

  3. Anonymous users2024-02-09

    Now advanced mathematics is mainly used for engineering computing and physics, and now advanced mathematics is mainly used for engineering computing and physics applications If you are testing physical activity, high mathematics has nothing to do with you, but if you want to engage in engineering, you must learn advanced mathematics in this regard.

  4. Anonymous users2024-02-08

    Ordinary people must be engaged in ordinary jobs, and it is difficult to use advanced mathematics in reality.

    With such high-end technology, the mathematics that can be used is enough to deal with the display of life, and the higher mathematics is a little deeper and belongs to scientific research, which is not suitable for ordinary people.

  5. Anonymous users2024-02-07

    Advanced mathematics for ordinary people is of little use in reality, and we can find that mathematics in high school is rarely used in life, let alone high mathematics.

  6. Anonymous users2024-02-06

    Do you have insurance? But there are always people who don't buy it, don't they.

  7. Anonymous users2024-02-05

    Advanced mathematics is a basic discipline formed by calculus, more advanced algebra, geometry, and the intersection between them. Advanced mathematics includes mathematical analysis, mutation functions, and complex variable functions, all of which have made important contributions to signal analysis, electronic product manufacturing, aerodynamics, and fluid dynamics.

    Mathematical Analysis: Mainly includes calculus and series theory. Calculus is the foundation of advanced mathematics and has a wide range of applications, basically all fields involving functions require knowledge of calculus.

    Among the series, the Fourier series and the Fourier transform are mainly used in the field of signal analysis, including filtering, data compression, and monitoring of power systems, and the manufacture of electronic products is inseparable from it.

    Real Variable Function (Real Analysis): One of the enhanced versions of mathematical analysis. It is mainly used in fields such as economics that focus on data analysis.

    Complex Variable Functions (Complex Analysis): Mathematical Analysis Enhanced Edition II. A widely used discipline in aeronautical mechanics, fluid mechanics, solid mechanics, information engineering, electrical engineering and other fields, so engineering students should learn this course.

  8. Anonymous users2024-02-04

    Advanced Mathematics is an important course in undergraduate mathematics courses, mainly involving knowledge of calculus, linear algebra and analytic geometry. Here are a few ways to see how high numbers are useful to us.

    Develop abstract thinking and logical thinking skills.

    Advanced mathematics requires students to have high abstract thinking and logical thinking skills, so in the process of learning advanced mathematics, it can help students develop this ability, which will be of great help to their future work and life.

    Improve scientific literacy.

    As the most basic course in natural science, advanced mathematics has a high degree of rigor and rigor. Learning advanced mathematics can help students improve their scientific literacy, understand the basic methods and ways of thinking of scientific research, and lay a foundation for future scientific research.

    Preparation for engineering courses.

    Advanced mathematics is the foundation of many engineering courses, such as physics, mechanics, circuit analysis, signals and systems, cybernetics, etc. Learning advanced mathematics well can lay a solid foundation in mathematics for future engineering courses.

    Applied to real life.

    Advanced mathematics is a mathematical model for many practical problems, such as economics, biology, engineering, and other fields. Mastering advanced math knowledge can help us better understand and solve practical problems.

    Improve your competitiveness.

    Advanced mathematics is a basic requirement for many high-end professions, such as finance, data analysis, statistics, scientific research, etc. Mastering advanced math knowledge can improve one's competitiveness and better adapt to the needs of future career development.

    To sum up, advanced mathematics has a very wide role for us, not only as a compulsory subject at the undergraduate level, but also as one of the necessary courses to improve personal quality and adapt to future career development.

  9. Anonymous users2024-02-03

    Mathematics is the key to opening the doors of science.

    Higher math is of course very important, it is the foundation of our science and engineering branches, and relatively speaking, the difficulty of high math in the first year is not very high.

    Advanced mathematics is a fundamental subject in many other disciplines。For example, in the basic course,Physics, chemistry and other mechanics disciplines require more use of advanced mathematicsIf you don't have good basic knowledge of advanced mathematics, it will be more stressful to learn these subjects.

    Learning advanced mathematics helps to develop a learning mindset in engineering。It's not so much that high mathematics is a disciplineIt is a research method that cultivates our logical thinking and rigor, and helps us understand the internal logic of knowledge points。Once we have mastered these learning mindsets, we will be able to specialize in one subject in the future.

    For science and engineering students, advanced mathematics will also appear in the graduate school entrance examination。Among the various disciplines in the postgraduate entrance examination, mathematics has undoubtedly become the most important subjectLearning math well means stepping into the door of your ideal college with half a step.

    Four years of college, I think actuallyAdvanced Mathematics is the easiest subject in collegeFinish.

    There are many conceptual knowledge points of higher mathematicsUnlike high school math, high math is often calculated using symbols rather than specific numbers. For example, the definition of limits, derivatives, etc., plus various concepts are easy to mixBut as long as we can understand the meaning of each concept and prevent confusion, this aspect will be solved.

    Conception. The knowledge system of high mathematics is relatively complete, from the limit to derivatives, integration, multivariate differentiation, ordinary differentiation, and reintegration can be found in this seriesEven if we are lagging behind in one chapter, we can connect them based on the knowledge of other chapters. For example, we can solve the problem of definite integrals by double integralsNot only is there an additional method to solve the problem, but also Liang La's comprehensive coverage of knowledge.

    Body of Knowledge. The content of the high number of burning respects is more slipperyThere will be different question types for different classifications in each chapter, and there are different variations for each question type. But for the freshman high math, this is already an exaggerationAs long as we practice more on the knowledge we learn in class, and ask more questions about the knowledge points we don't understand, we will definitely be able to overcome high math.

    High math notes. <>

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    Advanced mathematics is only the first step in the next course, let's learn every chapter of advanced mathematics in a down-to-earth manner!

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