1. Mathematical thinking ability

Mathematical thinking ability refers to the ability to solve mathematical problems through abstraction, logical reasoning and creative thinking. This includes the ability to analyze, summarize and reason problems, as well as the ability to explore and discover new laws. Mathematical thinking ability also involves the understanding and application of mathematical concepts, as well as the flexibility and accuracy in the operation process.

2. Ability to use mathematical methods

The ability to use mathematical methods refers to the ability to use mathematical knowledge and skills to solve practical problems. This includes the ability to choose appropriate mathematical methods and models to model and solve problems, such as algebraic operation, geometric reasoning, probability statistics and sequence recursion. The ability to use mathematical methods also involves the organic combination of mathematical thinking and computing ability, so as to effectively apply mathematical knowledge to solve practical problems.

3. Mathematical application ability

Mathematical application ability refers to the ability to apply mathematical knowledge and skills to other disciplines and life practice. This includes understanding and explaining mathematical concepts and principles in science, engineering, economy and other fields, as well as using mathematical methods to analyze and solve practical problems. Mathematical application ability also involves interdisciplinary thinking and cooperation ability between mathematics and other disciplines to promote the comprehensive application and innovation of knowledge.

4. Ways to cultivate the core literacy of mathematics

To cultivate the core literacy of mathematics, we need to pay attention to the organic combination of subject knowledge and ability, and stimulate students' mathematical thinking and interest through heuristic teaching and inquiry learning. In addition, we can provide opportunities to solve practical problems and cultivate students' ability to use and apply mathematical methods through mathematical modeling, competitions and practical activities.

5. The importance of mathematics core literacy

Mathematics core literacy is an indispensable ability in modern society, which is of great significance to the development of individuals and society. Mathematical thinking ability can cultivate people's logical thinking, creativity and problem-solving ability, and provide support for people to make accurate decisions and judgments in complex realistic environment. The ability to apply mathematical methods and applications can promote technological innovation, scientific research and social development.

Conclusion:

Mathematical core literacy is mainly manifested in mathematical thinking ability, mathematical method application ability and mathematical application ability. Cultivating the core literacy of mathematics needs to pay attention to the organic combination of subject knowledge and ability, provide opportunities through different forms of teaching and practical activities, and stimulate students' interest and initiative. The cultivation of mathematics core literacy is of great significance and has a positive impact on the development of individuals and society.