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Exploring Visualisation as a Strategy for Improving Year 4 5 Student Achievement on Mathematics Word Problems

机译:探索可视化作为提高四年级和五年级学生数学单词问题成绩的策略

摘要

Solving mathematics word problems is more difficult for many students than solving comparable number only problems. Given the wide use of word problems in class teaching and in assessments there is potential for students not to achieve to their full ability. This study aimed to investigate if students’ comprehension of mathematics word problems, their accuracy in choosing the correct operation, and the number of word problems solved correctly could be increased through using drawings and mental visualisation. This mixed method intervention study involved 10 Year 4 and 5 students in an inner city New Zealand school. Two separate interventions were used with different groups of five students identified as being at risk of low achievement in mathematics. Each group was involved in three intervention sessions to help with solving mathematics word problems. The first included instruction in creating drawings, and the second using mental visualisation. The study data included pre- and post-tests, verbal student reflections, and student drawings. Results showed that both groups made improvements during their interventions in the number of problems solved, the number of operations chosen correctly, and in their ability to identify and write the equation described in the word problems. Both groups also increased their achievement in number only problems. There were no significant differences between the results gained by students in the different interventions. The findings suggest that visualising word problems is an effective strategy for solving mathematics word problems and is an important step as a part of a mathematics word problem solving process. Implications for teachers include that creating representations is important for students’ understanding in mathematics and crucially, that creating both internal representations (visualisations) and external representations (drawings) can and needs to be taught for maximising achievement.
机译:对于许多学生来说,解决数学单词问题比解决仅可数数问题要困难得多。鉴于在课堂教学和评估中广泛使用单词问题,学生有可能无法充分发挥自己的能力。这项研究旨在调查是否可以通过使用绘图和思维可视化来提高学生对数学单词问题的理解,他们在选择正确的操作时的准确性以及正确解决的单词问题的数量。这项混合方法干预研究涉及10名4年级和5年级的学生在新西兰内城的一所学校就读。分别对五名学生进行了两组单独的干预,他们被确定为数学成绩低下的风险。每个小组参加了三个干预课程,以帮助解决数学单词问题。第一个包含创建图纸的说明,第二个包含心理可视化的说明。研究数据包括测试前和测试后,口头学生的反思和学生图画。结果表明,两组在干预过程中均改善了解决的问题数量,正确选择的操作数量以及识别和编写问题一词中描述的方程式的能力。两组都在仅有的几个问题上也取得了成就。在不同干预措施下,学生获得的结果之间没有显着差异。研究结果表明,可视化单词问题是解决数学单词问题的有效策略,并且是解决数学单词问题过程的重要步骤。对教师的影响包括:创建表示形式对于学生对数学的理解至关重要,并且至关重要的是,既可以而且需要教授创建内部表示形式(可视化)和外部表示形式(图形)以最大程度地提高成绩。

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    Teahen Raymond John;

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  • 年度 2015
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  • 正文语种 en_NZ
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