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Advanced Training Strategies for Mathematics Operation Ability in Junior High School from the Perspective of Core Literacy

Jian Chen

Abstract


This study focuses on the requirements for junior high school students' calculation ability and the embodiment of core literacy in
the Compulsory Education Mathematics Curriculum Standard(2022 Edition). By comparing characteristics of mathematical operations across
primary, junior high and senior high school stages, this paper deeply analyzes current problems in cultivating calculation ability in junior high
school mathematics. On this basis, from the perspective of core literacy, it proposes advanced training strategies for students' mathematics operation ability. The research aims to provide theoretical and practical support for improving students' mathematical core literacy and operation
ability, help enhance teaching quality, and promote the overall development of students' advanced mathematical thinking.

Keywords


Core literacy; Junior high school mathematics; Operation ability; Advanced training

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References


[1] Ministry of Education of the People's Republic of China. Compulsory Education Mathematics Curriculum Standard(2022 Edition). Beijing: Beijing Normal University Press; 2022.

[2] Kang C C. Strategies for improving junior high school students'mathematics operation ability based on new curriculum standard. Western China Quality Education, 2023;9(8):104-107.

[3] Liu X Q. Cultivation strategies of students' operation ability in junior high school mathematics teaching from the perspective of core literacy. Mathematics Learning and Research, 2023;(34):98-100.

[4] Ke L A. Cultivation of junior high school students' mathematics operation ability under core literacy. Tianjin Education, 2024;(1):52-54.

[5] Li J. Research on the training of mathematics operation ability based on core literacy. Journal of Mathematics Education, 2022;31(2):45-

49.

[6] Wang Y. Information technology supporting the development of students' mathematical operation ability. China Educational Technology,

2023;(5):78-83.




DOI: http://dx.doi.org/10.70711/neet.v4i7.9797

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