Young children’s actions on length measurement tasks: strategies and cognitive attributes

IF 2 4区 教育学 Q2 EDUCATION & EDUCATIONAL RESEARCH Mathematical Thinking and Learning Pub Date : 2020-11-14 DOI:10.1080/10986065.2020.1843231
D. Clements, Holland W. Banse, J. Sarama, C. Tatsuoka, Candace Joswick, A. Hudyma, Douglas W. Van Dine, K. Tatsuoka
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引用次数: 3

Abstract

ABSTRACT Researchers often develop instruments using correctness scores (and a variety of theories and techniques, such as Item Response Theory) for validation and scoring. Less frequently, observations of children’s strategies are incorporated into the design, development, and application of assessments. We conducted individual interviews of 833 prekindergartens to Grade 3 children using 70 length measurement assessment items, recording both correctness and strategy use. We performed qualitative analyses of children’s strategies to validate or refine our hypotheses of how items align with strategies, and the concepts and procedures underlying them. We then used these analyses to refine: (a) our definitions of those strategies, concepts, and procedures; (b) the items in the assessment instrument; and (c) the alignment of both. The results will form the foundation of a Computer-Adaptive Test for length measurement, which we intend to validate in future research.
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幼儿在长度测量任务中的行为:策略和认知属性
摘要研究人员经常使用正确性评分(以及各种理论和技术,如项目反应理论)来开发工具进行验证和评分。较少将对儿童策略的观察纳入评估的设计、发展和应用中。我们对833名幼儿园前至三年级的儿童进行了个人访谈,使用了70个长度测量评估项目,记录了正确性和策略使用情况。我们对儿童的策略进行了定性分析,以验证或完善我们关于项目如何与策略相一致的假设,以及这些假设背后的概念和程序。然后,我们利用这些分析来完善:(a)我们对这些战略、概念和程序的定义;(b) 评估工具中的项目;以及(c)两者的对准。研究结果将为长度测量的计算机自适应测试奠定基础,我们打算在未来的研究中对其进行验证。
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来源期刊
Mathematical Thinking and Learning
Mathematical Thinking and Learning EDUCATION & EDUCATIONAL RESEARCH-
CiteScore
4.40
自引率
6.20%
发文量
18
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