1, combing the knowledge structure:

Through mind mapping, mathematical knowledge can be classified and organized according to different themes and sub-themes. For example, you can create a central node with the theme of "algebra", and then add sub-topic nodes about equations, functions, polynomials, etc. Under this node. In this way, we can clearly understand the hierarchical structure of knowledge and help to remember and understand.

2. Establish associations and connections:

Through mind mapping, different mathematical concepts and knowledge points can be connected through lines or branches. This helps to discover the connection and dependence between different knowledge. For example, trigonometric functions can be associated with trigonometric identities, complex numbers and vector representations to help understand their relationships.

3. Plan the learning path:

Mind mapping can be used as a road map for learning, and the learning content is planned in logical order and priority order. Students can mark what they have learned and what they want to learn on the mind map according to their learning progress and needs, and help them make their learning plans and goals.

4, thinking development and innovation:

Mind mapping can stimulate students' creativity and critical thinking. By adding personal opinions, problem-solving ideas, application scenarios, etc. Learning the map can promote students to jump out of the traditional thinking mode and cultivate the flexibility and creativity of mathematical thinking.

5. Review and restoration:

Mind mapping is a good review tool. When reviewing knowledge, students can use mind map to quickly review and review important concepts and contents. At the same time, mind mapping can also help students find and make up for loopholes in knowledge and consolidate their learning achievements.

Definition of mind map

Mind mapping is a graphical tool with the central theme as the core, which is used to organize, present and clarify various concepts, ideas and associations in the thinking process. It adopts a branch structure and displays the hierarchical structure of information through the association between topics and sub-topics. In a mind map, the central topic is usually located in the center of the map, and related sub-topics are connected around it. These sub-topics can be further extended to more specific branches, thus forming a hierarchical and progressive network structure.

Mind mapping can be applied to various fields, including study, work, project management, meeting records and so on. Mind mapping is a simple and powerful tool, whether it is organizing knowledge, planning plans, or showing thinking processes and logic. By using mind map, people can organize and express their thoughts more effectively, and promote the integration of information and the generation of innovation.