1. Chemistry teaching is the main position of chemistry education practice. The main purpose of chemistry education research is to guide chemistry teaching practice and improve chemistry teaching quality. Therefore, chemistry teaching is the starting point and destination of chemistry education research. Only by applying the research results to practical teaching can we truly reflect the value of chemical education research.
2. Chemistry teaching is the driving force to promote the development of chemistry education theory. The development of chemical education theory needs to adapt to the requirements of the times and the needs of teaching practice. Chemistry teaching is a process of combining theory with practice closely, and it is also a practical link to test and develop chemistry education theory. Through the feedback and test of teaching practice, the theory of chemistry education can be continuously improved and developed.
3. Chemistry teaching is an important way to train chemistry talents. The fundamental purpose of chemistry education is to train qualified chemical talents, and chemistry teaching is the main way to achieve this goal. Through scientific teaching methods and means, students' chemical thinking, scientific literacy and practical ability are cultivated to lay a solid foundation for their all-round development.
4. Chemistry teaching is an opportunity to promote the reform of chemistry education. With the development of the times, the problems and challenges faced by chemistry education are constantly changing. Chemistry teaching is an opportunity to promote the reform of chemistry education. Through the exploration and innovation of teaching practice, the reform and development of chemistry education are constantly promoted to meet the needs of the times.
The benefits of studying chemistry
1, to ensure the survival of human beings, and constantly improve the quality of human life, such as using chemistry to produce fertilizers and pesticides to increase grain output, using chemistry to develop new energy and new materials, and using chemistry to comprehensively apply natural resources to protect the environment and make human life better.
2. Chemistry is a practical subject, which, together with mathematics and physics, has become the basis for the rapid development of natural science. The core knowledge of chemistry has been applied to all fields of natural science, and chemistry is an important pillar of the powerful force to create and transform nature.
3. The intersection and infiltration of chemistry and other disciplines has produced many marginal disciplines, such as biochemistry, geochemistry, atmospheric chemistry, etc., which has made the science and technology of biology, electronics, aerospace, laser, geology and ocean develop rapidly.