1. Mathematics handwritten newspaper content
Format:
Generally, the title is written in the upper middle, or the big title is written on the left side. If you like something that expresses your personality, Well, you can tilt it across the entire paper from the middle.
The content can be divided into overview, specific content, pictures, lace design
Improve as needed.
The handwritten newspaper should be meticulous. You can use a highlighter pen, a thin one, as thin as a gel pen. For large titles, a thicker one can be used. The color selection should be bold and conspicuous. If If you like a black background, you can just buy black cardboard, which comes in good sizes and colors. The thickness is also good. It's better than printing paper like A4.
Be creative and eclectic
Content: The learning content is divided into several modules. First, write about the spiritual things about learning mathematics, such as attitudes and methods. , and then write about specific things, mathematical knowledge, or a set of questions. Tell me your own methods and feelings. I will write something continuous and study hard~ Haha, I wish you progress in your studies~
Pens: You can use highlighters, crayons, colored pens, or use correction fluid to write on a black background.
Interesting stories in mathematics:
When Gauss was in primary school, once after the teacher finished teaching addition, the teacher wanted to take a break, so he asked the students to do a calculation Let’s see, the question is:
1 2 3. .. 97 98 99 100 = ?
The teacher was thinking, now the children must be at the end of get out of class! Just when he was about to make an excuse to go out, he was stopped by Gauss! ! It turns out that Gauss has already calculated it. Children, do you know how he calculated it?
Gauss told everyone how he calculated it: add 1 to 100 and 100 to 1 in two rows, that is to say:
1 2 3 4 . .. 96 97 98 99 100
100 99 98 97 96 . .. 4 3 2 1
=101 101 101. .. 101 101 101 101
***There are one hundred 101s added together, but the calculation is repeated twice, so divide 10100 by 2 to get the answer equal to
From now on Gauss's learning process in elementary school has already surpassed other students, which laid the foundation for his future mathematics and made him a mathematical genius!
2. Contents of Mathematics Handwritten Paper
1. Mathematics motto: 1. Mathematics is an infinite science. ——Weil 2. Problems are the heart of mathematics. —— P.R. Halmos 3. As long as a branch of science can raise a large number of questions, it is full of vitality, while the lack of problems heralds the termination or decline of independent development. —— Hilbert ) 4. Some beautiful theorems in mathematics have the following characteristics: they are easily summarized from facts, but the proofs are extremely hidden. - Gauss 5. Mathematics is the queen of science, and number theory is mathematics. Queen - Gauss (Gauss) 6. Mathematical metaphor: The ancient Greek philosopher Zeno is known as the "Father of Paradoxes". He has four mathematical paradoxes that have been passed down to this day.
He once said a famous saying: "The big circle has a little more knowledge than the small circle, but because the circumference of the big circle is longer than the small circle, its contact surface with the outside world is smaller than that of the small circle. The small circle is larger, so I feel more lacking in knowledge and need to work hard to learn." 7. Learn mathematics as a language, learn the usage of every term, and be familiar with the meaning of every symbol. 8. Don’t let go of any seemingly simple examples - they are often not that simple, or they can lead to many things. Knowledge points.
9. Being able to use mathematical formulas does not mean that you can do mathematics.
, If you are not a genius, don’t think about playing games if you want to learn mathematics - you think you have done it, but in fact your mathematics level has not improved together with your ability to pass the level - in fact, you can always remember: learning mathematics is for you to play Better to play the big game of "life"! 2. Mathematics story: When Gauss was in primary school, once after the teacher finished teaching addition, the teacher wanted to take a break, so he asked the students to do calculations. The question was: 1 2 3.
.. 97 98 99 100 = ? The teacher was thinking, now the children must wait until get out of class is over! Just when he was about to make an excuse to go out, he was stopped by Gauss! ! It turns out that Gauss has already calculated it. Children, do you know how he calculated it? Gauss told everyone how he calculated it: add 1 to 100 and 100 to 1 in two rows, that is: 1 2 3 4. .. 96 97 98 99 100 100 99 98 97 96.
.. 4 3 2 1 =101 101 101. .. 101 101 101 101 *** There are one hundred 101 additions, but the calculation is repeated twice, so divide 10100 by 2 to get the answer equal to lt; 5050gt; From then on, the learning process of Gauss Elementary School has already surpassed other classmates, which laid the foundation for his future mathematics and made him a mathematical genius! 3. Mathematical questions: (1) Add appropriate operation symbols between the numbers in the following questions.
1()2()3()4=1 1()2()3()4()5=1 1()2()3()4()5()6 =1 1()2()3()4()5()6()7=1 1()2()3()4()5()6()7()8() =1 ( 2) Correct a wrong symbol. 1 2 3 4 5 6 7 8 9=44 1 2 3 4 5 6 7 8 9=50 1 2 3 4 5 6 7 8 9=86 1 2 3 4 5 6 7 8 9=39 1 2 3 4 5 6 7 8 9=31.
3. Mathematics handwritten newspaper materials
The minimum fee is 0.27 yuan to become a library member and view the full content gt; Original publisher: Fluke Palace E1866 1. How to divide property? There was an old man who owned 11 horses during his lifetime. Before his death, he made a will: his eldest son, his second son, and his youngest son would inherit one-half, one-fourth, and one-sixth of the inheritance respectively.
After much deliberation, the sons couldn’t divide it. What they got was not an integer. They couldn’t cut a horse into several pieces and divide it, right? Answer: The smart neighbor brought one of his horses and said to them: Look, there are 12 horses now. The eldest brother gets 1/2 of 12 horses, which is 6 horses, and the second eldest brother gets 1/4 of 12 horses. One is three horses, and the third one gets one-sixth of the twelve horses, which is two horses. I will take the remaining one home as usual. 2. Who is lying? Xiao Ming went fishing, but he didn’t know the way to the fish pond. He met Zhang San, Li Si and Wang Wu on the road, so he asked them for directions. Who knows that each of the three people had their own explanations, and , they also told Xiao Ming not to believe other people’s words.
Zhang San said: Li Si is lying. Li Si said: Wang Wu is lying. Wang Wu said: Zhang San and Li Si are all lying! One of the three people is telling the truth. Which of the three people is telling the truth and who is telling the lie? Answer: Zhang San told lies, Wang Wu told lies and Li Si told the truth.
Guess a mathematical noun: 1. Five, four, three, two, one (reciprocal) 2. Each portion is the same (average number) 3. Hand calculation (exponent) Enter an idiom 1. The reciprocal of (topsy-turvy) 2. Any power of 1 ( Consistently) 3. (ever-changing) 4. *100*100 (no stone unturned) 5, 5, 2, 4, 6, 8, 10 (coincidentally) Interesting math questions: Where did the one dollar go? Three people stay in a hotel, each person per day The price was 10 yuan. Each person paid 10 yuan. The boss gave 30 yuan to the boss. Later, the boss gave a discount of 5 yuan and asked the waiter to return it to them. As a result, the waiter embezzled two yuan, leaving three yuan per person. Each person refunded one yuan, which means that each person spent 9 yuan, and the three people spent a total of 27 yuan, plus the two yuan embezzled by the waiter, the total amount was 29 yuan.
That one.
4. How to write the content of the mathematics handwritten newspaper
Format: Generally, the title is written in the upper middle, or the big title is written on the left side. If you like something that shows your personality, you can write it from the middle Slant across the entire paper.
The content can be divided into overview, specific content, pictures, and lace design can be improved as needed. The handwritten newspaper should be meticulous. You can use a highlighter pen, a thin one, as thin as a gel pen. For large titles, a thicker one can be used. The color selection should be bold and conspicuous. If you like a black background, you can directly Buy black cardboard, good size and color.
The thickness is also good. It's better than printing paper like A4.
Be creative and have an eclectic content: The learning content is divided into several modules. First, write about the spiritual things about learning mathematics, such as attitudes and methods, and then write about specific things. For mathematics knowledge, you can also write a set of questions, tell me your own methods and feelings, and study hard when writing something continuous~ Haha, I wish you progress in your studies~ Pen: You can have a highlighter, okay Use crayons, colored pens, or use correction fluid to write on the black background. Interesting story about mathematics: When Gauss was in elementary school, after the teacher finished teaching addition, the teacher wanted to take a break, so he asked the students to do the math. The question was: 1 2 3.
.. 97 98 99 100 = ? The teacher was thinking, now the children must wait until get out of class is over! Just when he was about to make an excuse to go out, he was stopped by Gauss! ! It turns out that Gauss has already calculated it. Children, do you know how he calculated it? Gauss told everyone how he calculated it: add 1 to 100 and 100 to 1 in two rows, that is: 1 2 3 4. .. 96 97 98 99 100 100 99 98 97 96.
.. 4 3 2 1 =101 101 101. .. 101 101 101 101 *** There are one hundred 101 additions, but the calculation is repeated twice, so divide 10100 by 2 to get the answer equal to lt; 5050gt; From then on, the learning process of Gauss Elementary School has already surpassed other classmates, which laid the foundation for his future mathematics and made him a mathematical genius.
5. Contents of Mathematics Handwritten Report
1. Anecdotes about a certain mathematician.
2. Interesting math questions, plan 3-5 questions. 3. Learn how to do mathematics well.
Interesting story about mathematics: When Gauss was in elementary school, once after the teacher finished teaching addition, the teacher wanted to take a break, so he asked the students to do calculations. The question was: 1 twenty three . .. 97 98 99 100 = ? The teacher was thinking, now the children must wait until get out of class is over! Just when he was about to make an excuse to go out, he was stopped by Gauss! ! It turns out that Gauss has already calculated it. Children, do you know how he calculated it? Gauss told everyone how he calculated it: add 1 to 100 and 100 to 1 in two rows, that is: 1 2 3 4.
.. 96 97 98 99 100 100 99 98 97 96. .. 4 3 2 1 =101 101 101.
.. 101 101 101 101 ***There are one hundred 101s added together, but the calculation is repeated twice, so divide 10100 by 2 to get the answer equal to lt; 5050gt; From then on, Gauss Elementary School's The learning process has already surpassed that of other students, which laid the foundation for his future mathematics and made him a mathematical genius! If the length of a rectangle increases by 6 cm or the width increases by 4 cm, the area will increase by 48 square centimeters. What is the original area of ??the rectangle in square centimeters? If the length increases by 6 cm, the area increases by 48 cm2, which means the width is 48/6=8 cm. If the width increases by 4 cm, the area increases by 48 cm2, which means the length is 48/4=12 cm, then the original area It is 8*12=96 square centimeters.
6. Mathematics handwritten newspaper ~ some small information
You can first explain the fun and benefits of learning mathematics and then intersperse some classic and interesting mathematical problems or mathematical stories. , mathematics jokes, etc. Of course, there are also indispensable classic quotes from mathematics.
Let me excerpt a mathematical story for you: When Gauss was in elementary school, one time after the teacher finished teaching addition, because the teacher wanted to take a break, he asked the students to do the calculations. The title is: 1 2 3. .. 97 98 99 100 = ? The teacher was thinking, now the children must wait until get out of class is over! Just when he was about to make an excuse to go out, he was stopped by Gauss! ! It turns out that Gauss has already calculated it. Children, do you know how he calculated it? Gauss told everyone how he calculated it: add 1 to 100 and 100 to 1 in two rows, that is: 1 2 3 4.
.. 96 97 98 99 100 100 99 98 97 96. .. 4 3 2 1 =101 101 101.
.. 101 101 101 101 ***There are one hundred 101s added together, but the calculation is repeated twice, so divide 10100 by 2 to get the answer equal to lt; 5050gt; From then on, Gauss Elementary School’s The learning process has already surpassed that of other students, which laid the foundation for his future mathematics and made him a mathematical genius! Mathematics Story: One day, the king of the Kingdom of Mathematics wanted to get a potion that could make people smart, so he looked for warriors everywhere. Max saw the notice and immediately went to challenge.
The king had a problem: a tourist went to stay in a hotel and his wallet was accidentally stolen, so he was going to use his gold bracelet (as shown in the picture) as collateral. Because the gold bracelet is a very precious thing, when sawing it, the number of saws must be small.
Question, if one is delivered a day, how many times will it be sawed at least? Max thought for a while and said: "Just once is enough. Cut the third ring from the left and hand over the first ring on the first day; hand over the first and second rings on the second day and replace them with the third ring." Three rings; the third ring is handed over on the third day; four to seven rings are handed over on the fourth day, replacing the first to third rings; the third ring is handed over on the fifth day; the first and second rings are handed over on the sixth day The king and his ministers applauded and immediately ordered Max to become a warrior. Max knew that there were ninety-nine and eighty-one levels in the Math Magic Castle, and he would starve to death if he didn't prepare some dry food.
So, Max walked to a small omelette shop to buy omelette. When he came to the shop, Max told the boss what happened. The boss was a talkative person. He said: "If you can answer me a question, I can give you all the omelets and take you to the Math Magic Castle." The last layer.
Today, the old cow came to me and bought half with half an omelette, and the little pig came to me and bought half with half an omelette. Now I have 3 omelette.
Question, how many omelets do I have? "Max thought: I can only buy one, where did half come from? But he found out later.
It turns out that he only needs to follow the ordinary algorithm (3 0.5)*2 0.5*2=15 (pieces). Let’s check: Lao Niu bought half (7.5 pieces) plus 0.5 pieces (8 pieces), and Little Pig bought half (3.5 pieces) plus 0.5 pieces (4 pieces). Finally, there is still 15-(8 4)=3 (pieces), so it is correct.
Max reported the answer, and the shopkeeper quickly gave him an omelette and took him to the top floor. The huge monster said to Max: "There are three doors in front (as shown in the picture), each with a sign on it, only one is wrong, and the wrong one is the real entrance.
I'll give you a chance. If you choose the right door, I'll let you in; if you make a mistake, don't blame me for being rude. Max thought for a while and said: "If the first one tells a lie, then it says 'I am the real entrance', then the next two sentences are consistent, it is possible; if the second one tells a lie, then it says 'I am the real entrance' The sentence that says 'The third door is the true entrance' is completely inconsistent and should be excluded; if the third one tells a lie, it says 'The first door is telling the truth', which is inconsistent with the second sentence. Not consistent.
Therefore, the answer can only be the first door. "As he said that, he walked in, only to find that there was only a note inside, which read: Congratulations on your success. Although there is no treasure inside, you have gone through so many tests and have become very smart.
Max, the owner of the Mathematical Castle, returned to the palace and told the king. The king thought that Max had lost, so he sent nine soldiers, 1, 2, 3, 4, 5, 6, 7, 8, and 9. Come to catch Max, Max's two friends 0 and 1 also come to help.
Max asked them to combine 10, which defeated the king's army and drove the greedy king away. Taiwan, was dealt with by the law. The heroic Max became the king and was loved by the people.
I will not list the famous quotes about mathematics one by one: Numbers rule the universe. ——Pythagoras, the queen of science; number theory, the queen of mathematics. ——C?F?Gauss God created the integers, and all other numbers are artificial. ——L? God Kronecker is an arithmetician - Jacob can never be a complete mathematician than a less poetic mathematician
- Weierstrass is the science of pure mathematics. In its modern development stage, it can be said to be the most original creation of the human spirit - Huaidehai can count and rule the entire world of quantity, and the four operations of arithmetic can be regarded as all the equipment of a mathematician. .
——Maxwell’s number theory is the oldest branch of human knowledge, but some of its most profound secrets are closely related to its most ordinary truths. ——Smith hopes to help you. p>
7. Mathematics handwritten newspaper materials
You can write down the multiplication table, write some stories about mathematicians, etc. You can also ask some questions, or interesting mathematics, or You can write down the information about the mathematician.
The story is like Zu Chongzhi
Zu Chongzhi (AD 429~500) was originally from Laiyuan County, Hebei Province. He was from the Northern and Southern Dynasties. An outstanding scientist. He is not only a mathematician, but also proficient in astronomy, mechanical manufacturing, music and other fields.
Zu Chongzhi’s main achievement in mathematics is about pi. According to his calculation, the pi he calculated was 3.1415926lt; The density of 173 (≈3.1415926) is 22/7 (≈3.14). Both numbers are asymptotic fractions of π.
There is also some information,
Hua Luogeng
Hua Luogeng, a modern Chinese mathematician.
Born on November 12, 1910 in Jintan County, Jiangsu Province. Died in Tokyo, Japan on June 12, 1985. After graduating from junior high school in 1924, Hua Luogeng studied at Shanghai China Vocational School for less than a year. He dropped out of school due to family poverty. He studied mathematics diligently on his own. In 1930, he published an article on the solution of algebraic equations in "Science". He was valued by experts and was invited to He went to work at Tsinghua University and began research on number theory. In 1934, he became a researcher at the China Education and Culture Foundation. In 1936, he went to work at the University of Cambridge in England as a visiting scholar. He returned to China in 1938 and was employed as a professor at Southwest Associated University. In 1946, he was invited as a researcher by the Institute for Advanced Study in Princeton of the Soviet Union and taught at Princeton University. Beginning in 1948, he was a professor at the University of Illinois.
Returned to China in 1950 and successively served as professor at Tsinghua University, director and vice president of the Department of Mathematics at the University of Science and Technology of China, director of the Institute of Mathematics of the Chinese Academy of Sciences, director of the Institute of Applied Mathematics of the Chinese Academy of Sciences, and vice president of the Chinese Academy of Sciences. . Hua Luogeng was also a member of the Standing Committee of the First, Second, Third, Fourth and Fifth National People's Congress and Vice Chairman of the Sixth National Committee of the Chinese People's Political Consultative Conference.
Hua Luogeng is an internationally renowned mathematician who has made outstanding contributions in a wide range of mathematical fields such as analytic number theory, matrix geometry, function theory of multiple complex variables, and partial differential equations. Due to his contributions , many theorems, lemmas, inequalities and methods are named after him. In order to promote the optimization method, Hua Luogeng personally led a team to popularize and apply mathematical methods in 27 provinces for more than 20 years, achieving obvious economic and social benefits, and making significant contributions to my country's economic construction.
8. Mathematics handwritten newspaper information
In 1966, Chen Jingrun, who had to live in a six-square-meter hut, borrowed a dim kerosene lamp, leaned on the bed board, and used a pen , spent several sacks of draft paper, and actually solved (1 2) in the world-famous mathematical problem "Goldbach's conjecture", and created bai (1 1), which is only one step away from picking up this crown jewel of number theory. The glory of the distance.
He proved that "every big even number is the sum of a prime number and the product of no more than two prime numbers", making him a world leader in the study of Goldbach's conjecture. This result is internationally known as "Chen's theorem" and has been widely cited.
This work also enabled him to win the first prize of the China Natural Science Award together with Wang Yuan and Pan Chengdong in 1978. His achievements in studying Goldbach's conjecture and other number theory problems are still far ahead in the world.
World-class mathematics master and American scholar A. Will (A.