The Influence Of CPFS Structure On Mathematics Achievement Of High School Students

Vector is an important mathematical concept and tool,which is the bridge between algebra and geometry.It has profound mathematical connotation and rich physical background knowledge.According to the theory of CPFS,this paper compiles "Plane Vector CPFS Structure Test Paper" and "Plane Vector Exercise Test Paper" to test senior high school students,analyzes the students’ answers,and uses SPSS software to test the statistical data,combined with interviews with teachers and students,and draws the following conclusions:(1)The tested senior high school students’ plane vector CPFS structure and exercise scores are generally at a medium level,and the test results are not satisfactory.CPFS structure is the foundation of solving problems,and bad CPFS structure will hinder solving problems.(2)Gender and grade are not the factors that affect the structure of plane vector CPFS and the performance of exercises.(3)There is a significant positive correlation between CPFS structure of plane vector and exercise scores.The better the plane vector CPFS structure,the higher the exercise scores.The higher the scores of plane vector exercises,the more perfect the CPFS structure is.(4)The planar vector CPFS structure has a significant effect on exercise results,and students’ exercise results can be predicted according to CPFS structure.Can establish the regression equation between CPFS structure(x)and exercise score(y): y(28)1.611x-10.961.Based on the analysis of the results,this paper puts forward some teaching suggestions to improve the plane vector CPFS structure of senior high school students:(1)to play the role of concept map and cultivate students’ constructive consciousness;(2)attaching importance to the teaching of concepts and propositions and enriching the structure of vector CPFS;(3)reinforcing the Vector CPFS structure by going deep into the essence of concept and proposition;(4)strengthen the application of concepts and propositions,and optimize the structure of vector CPFS.