1, Mathematics in Life: This part can introduce some mathematical problems encountered in daily life, such as change in shopping, time calculation, route planning, etc. Solving these problems requires mathematical knowledge and skills.
2. Math games: Math games are not only a way to learn mathematics, but also a way to make mathematics more interesting. You can introduce some interesting math games, such as Sudoku and Rubik's Cube.
3. Mathematical stories: You can share some stories related to mathematics, such as how mathematicians found new theorems or how to use mathematical knowledge to solve practical problems.
4. Mathematical Aesthetics: Mathematics is actually an aesthetics. Some mathematical aesthetic elements can be introduced, such as golden section and symmetry.
5. Mathematics and science and technology: The development of modern science and technology cannot be separated from the support of mathematics. You can introduce some applications of mathematics in science and technology, such as computer science and artificial intelligence.
6. Mathematics and society: The influence of mathematics on society cannot be ignored. You can introduce the influence of mathematics on society, such as the role of statistics in policy making or the application of mathematics in economy.
Practicality of living space mathematics;
1, living space mathematics can help us solve problems in daily life. For example, when shopping, we need to calculate the amount of change and checkout, which requires addition and subtraction. When calculating time, we need to use clocks and calendars, which requires the calculation method of time and date. In route planning, we need to calculate distance and time, which requires the relationship between distance, speed and time.
2. Living space mathematics can also help us solve some practical engineering problems. For example, in architectural design, we need to use mathematical knowledge such as space geometry and linear algebra to design the shape and structure of buildings. In mechanical design, it is necessary to use mathematical knowledge such as material mechanics and mathematical analysis to design the shape and performance of mechanical parts.
3. Living space mathematics is also widely used in economics, sociology, biology and other disciplines. For example, in economics, we need to use mathematical knowledge such as calculus and linear algebra to analyze economic data and formulate economic policies. In sociology, we need to use mathematical knowledge such as statistics to study social phenomena and problems. In biology, mathematical models are needed to study the complex behaviors and changes of biological systems and ecosystems.