分数(化学)
乘法(音乐)
数学教育
编码(社会科学)
算术
概念学习
数学
学习障碍
简单(哲学)
初等数学
心理学
数理逻辑
组分(热力学)
教学方法
心理干预
误差分析
多样性(控制论)
域代数上的
计算机科学
抽象推理
知识水平
认知心理学
数学焦虑
学术标准
计算能力
考试(生物学)
作者
Ogochukwu Chidinso Anisiobi,Nancy I. Dyson,Nancy C. Jordan
标识
DOI:10.1177/09388982261422703
摘要
Fraction arithmetic is a foundational aspect of mathematics education, yet many students, particularly those with mathematics difficulties (MD), struggle with this skill. The present study examined the types of errors made by 251 sixth-grade students with MD when solving simple fraction addition, subtraction, and multiplication problems. Ten distinct error categories emerged from the coding process. The errors indicated that many sixth-grade students with MD rely on flawed procedural strategies rather than drawing on conceptual understanding of fractions or operations. Targeted interventions are suggested that strengthen foundational fraction concepts and operational knowledge, especially with familiar fractions, are needed to support students with MD in developing a deeper, more flexible understanding of fractions, enabling them to reason confidently rather than depend on flawed procedural approaches.
科研通智能强力驱动
Strongly Powered by AbleSci AI