1, lack of basic knowledge: high school mathematics is much more difficult than junior high school mathematics. Some students have not laid a good foundation in junior high school mathematics, or there is a gap in knowledge connection, which leads to the inability of senior high school to understand and solve mathematical problems smoothly. Basic knowledge is not solid, just like the foundation of a building is not stable, it is difficult to support difficult mathematical knowledge.
2, the way of thinking is not suitable: high school mathematics emphasizes logical reasoning and abstract thinking, and some students may still stay in the image thinking stage of junior high school, unable to adapt to the change of this way of thinking. For some abstract concepts and problems, it is difficult to understand and solve if you don't master the correct thinking method.
3. Lack of practice: Mathematics is a subject that needs a lot of practice. Through repeated practice, we can deepen our understanding of knowledge and improve the speed and accuracy of solving problems. Without enough practice, even if you understand the basic knowledge, you can't use it skillfully, and it is even more difficult to deal with complex math problems.
The importance of high school mathematics;
1, academic value: high school mathematics is the basis of learning other sciences. Whether it is physical, chemical, biological and other natural sciences, or economic, statistical and other social sciences, it is inseparable from the basic support of mathematics. Senior high school mathematics includes not only basic knowledge such as algebra, geometry and trigonometric functions, but also advanced knowledge such as data processing and probability statistics, which provides tools and methods for senior high school students to solve problems.
2. Cultivation of logical thinking: The learning process of high school mathematics is a cultivation process of logical thinking. It trains students how to use known knowledge to solve new problems, and trains students' ability to analyze and solve problems. Mathematics learning also requires students to keep thinking, exploring and trying. This process can cultivate students' innovative thinking and independent thinking ability.
3. Practical application: High school mathematics is widely used in real life. For example, the problems encountered in daily life, such as calculating interest, investment and financial management, all require certain mathematical knowledge. Mathematics also plays a key role in scientific experiments, industrial production and other fields. High school mathematics not only helps students solve problems in daily life, but also lays a foundation for their future career.