Mathematical famous sayings

1. If a person's attention is often not concentrated, let him learn math. Because when the mathematical theorem is proved, even if the idea of ​​the moment is not concentrated, it must be restarted. ——F. Bacon, 1561-1626

2. Mathematical knowledge increases the vitality of thinking and frees it from the constraints of prejudice, credulity and superstition.

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4. Mathematical language is not only the simplest and clearest language for anyone, but also the most rigorous language.

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6. History makes people wise, poetry makes people intelligent, mathematics makes people precise, philosophy is profound, ethics makes people cultivate, logic and rhetoric make people eloquent. - Bacon

7. Learning mathematics is to explore the mysteries of the universe. As we know, the laws of the planet and the stratum, heat and electricity, variation and existence all involve mathematical truth. If the language reflects and reveals the voice of the Creator, then mathematics reflects and reveals the wisdom of the Creator, and repeatedly repeats how the thing mutates into a story of being. Mathematics concentrates and guides our energy, self-respect and desire to know the truth, and thus lives in the great family of God. Just as literature induces people's emotions and understanding, mathematics inspires people to imagine and reason. ——Chancellor, WE

8. A person is like a score, his actual ability is like a numerator, and his valuation of himself is like a denominator. The larger the denominator, the smaller the value of the score. ---- Tolstoy

9. Genius = 1% inspiration + 99% sweat. ---- Edison

10. To use time, think about what has been done in a day, whether it is a positive sign or a negative sign, if it is „+‟, then progress; if it is „-‟, you have to learn lessons and take measures. ---- Dimitrov

11. When Einstein, the greatest scientist of modern times, talked about the secret of success, write a formula: A=x+y+z. And explained: A stands for success, x stands for hard work, y stands for the right way, and Z stands for less talk. ----Einstein

12. A person’s contribution is strictly inversely proportional to his ego, which seems to be an axiom in character. ----Lagrange

13. Time is a constant, but for the diligent, it is a variable. The person who uses ‟ to calculate time is 59 times more than the person who uses ‟ hour to calculate time. ——Russian historian Reba Cove

14. The human brain is such a computer that works very reliably at a fairly low level of accuracy. --- von Neumann

15. The universe is big, the particles are small, the speed of the rocket, the skill of the chemical, the change of the earth, the mystery of biology, the daily use, and no mathematics everywhere. - Hua Luogeng

16. One reason why mathematics is respected by all other sciences is because his propositions are absolutely reliable and indisputable, and other sciences are often at risk of being overthrown by newly discovered facts. „. The reason why mathematics has a high reputation is that mathematics makes the natural science realize theorem, giving the natural science a certain degree of reliability.——Einstein

17. Mathematical methods infiltrate and dominate the theoretical branch of all natural sciences. It is increasingly becoming a major indicator of scientific achievement. - Feng Newman

18. No matter how abstract any branch of mathematics is, one day it will be applied to this real world. - Lobachevski

19. Music can stimulate or soothe feelings, painting is pleasing to the eye, poetry can be touching, philosophy makes people gain wisdom, and science can improve material life, but mathematics can give everything above. - Klein

20. The philosopher also has to learn mathematics because he must jump out of the vast and ever-changing phenomenon and seize the true essence. „„And because this is a shortcut to the soul to transition to truth and permanence. --- Plato

21. A country can only demonstrate the power of its national strength if it only develops vigorously in mathematics. The development of mathematics is closely related to the prosperity of the country and the prosperity of the country. - Napoleon

22. Mathematical knowledge is not only valuable to us because it is a powerful tool, but also to the perfection of mathematics itself. In the internal or external expansion of mathematics, we see the purest logical thinking activities, as well as the most advanced intelligent and dynamic aesthetics. - Princim

23. The economic principles of thinking are highly utilized in mathematics. Mathematics is the highest form of science that every science has achieved in its high development. All natural disciplines frequently resort to it. - Mach

24. Mathematics is a gymnastics exercise. ---Kalinin

25. There is no such discipline that clarifies the harmony of nature more clearly than mathematics. - Carlos

26. Elementary mathematics is one of the most representative creations of modern thought. It is characterized by the direct connection of theory and practice. --Whitehead

27. People have capital and ignorance, that is, the use of capital is useless; it is useful for people to be talented and thoughtful, that is, useful in the middle; Therefore, if you rate the people in the world and return to the practical, it is the way or the way. ——Xu Guangqi

28. This book is beneficial, and it can make the scholars float and practice their care; the scholars are determined by their laws and make their ingenuity; therefore, no one in the world is not a school. ——Xu Guangqi

29. Mathematics is a discipline in which she reminds you of an invisible soul; she gives life to the truth that is discovered; she evokes the mind and clarifies wisdom; she adds radiance to our inner thoughts; she sweeps away the obscurity and ignorance of our lives. . - Proclos

30. Learn mathematics to do more exercises and think while doing. The prophet knows it, then knows why. - Su Buqing

31. When I listen to others explaining some math problems, I often find it difficult to understand or even understand. At this time, I wonder if it is possible to simplify the problem. Often, after finally figuring out, in fact, it is just a simpler question.

32. - Hilbert

33. In the process of learning, it is necessary to dare to do the subtraction, that is, to subtract the parts that the predecessors have solved, to see if there are still some problems that are not solved, and we need to explore and solve them. ----Hua Luogeng

34. One of the values ​​of a good question is that it can produce other good questions. - Polya

35. Every problem I have solved has become the law to solve other problems in the future. - Descartes

36. When a question is raised, we should be able to immediately see if it is more advantageous to study some other questions first, what these other problems are, and in what order. - Descartes

37. If you can't solve the problem, look around and find a suitable question. Auxiliary issues may provide methodological assistance. It may suggest the solution, the outline of the solution, or the direction in which we should start working. - Polya

38. Algebra is nothing more than a written geometry, and geometry is nothing more than a graphical algebra.

39. As algebra and geometry develop independently, their progress is slow and their application is limited. However, when they are combined, they strengthen each other and move toward perfection at a rapid speed.

40. Don't think of mathematics as hard, stalking, annoying, and common sense. It is nothing but a spirituality for common sense. --Kelvin

41. Mathematics is a kind of deductive thing. It doesn't come out suddenly. The usual training is very important. To stand in a high place, change the situation, change the conditions, or at a higher level, it is a new one. thing. - Li Xinming

42. Mathematical topics must be done, but learning mathematics is not just a matter of solving problems. There are too many topics, and there is no point in thinking without thinking. If you want to change the topic, you have to think about how to change it. - Li Xinming

43. For every math book worth reading, you must read it “back and forth”. Now I am slightly modifying this sentence and clarifying it as follows: “Continue to read continuously, but return to it from time to time. Go through those things that have been read to enhance your confidence." In addition, when you are studying, once you get into the difficult and boring content, you may wish to go ahead and read on. When you find out the importance and necessity of being crossed in the following, go back. Study it.

44. - Christopher George

45. Finding errors and correcting fallacies is an excellent test for those who are not beginners in mathematics. It can test whether you have correctly and profoundly understood the true meaning of mathematics, and can exercise your intelligence. Your judgment and reasoning are strictly bound in one order

46. ​​- Viola

47. Specialization and generalization are important sources of useful ancillary problems. - Polya

48. I always do my best to get rid of that heavy and monotonous calculation. —— Napier

49. Problem solving is a practical skill, like swimming, skiing or playing the piano. It can only be learned through imitation, practice and research.

50. Mathematics is seen as an argumentation science. However, this is just one aspect of it. The stereotyped mathematics that appear in the final form seems to be purely argumentative material with only proof. However, the process of creating mathematics is the same as the process of creating any other knowledge. Before proving a mathematical theorem, you must first speculate on the content of the theorem. Before you can make a detailed proof, you must first speculate on the idea. You must first combine the observed results and then make an analogy. You have to try again and again.

51. There are two types of promotion, one is of little value and the other is of value. It is not good to dilute after promotion. It is good to refine after promotion. It is easy to dilute the alcohol with water, but it has no value; it is not easy to extract more pure refined products from good things, but it is valuable.

52. Attention to observations of special circumstances can lead to general mathematical results and can also inspire general proof methods.