基于局部智慧的在线力学概念库存(OMCI)仪器的开发

Arik Pujiyanti, B. Mindyarto, B. Astuti
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引用次数: 0

摘要

本文探讨了基于局部智慧的在线力学概念量表(OMCI)的开发。本研究的目的是基于局部智慧的在线力学概念量表的质量判定。这种研究的类型是研究与开发(RD)。开发的工具与当地智慧相结合,因此每个项目都有识字作为问题的刺激。概念量表是在线提供的测试工具之一,用于测量学生的概念理解。使用的研究模型是Borg和Gall。所研制的仪器经专家判断验证。验证性评估的结果以定性和定量内容效度的形式进行。定性效度的结果可以从获得的材料平均为99.2%,结构平均为93.3%,语言平均为97.4%来看。而效度的定量分析是使用Aiken的v方程得到的,平均值为0.841,因为0.841太高了,所以值得用来衡量学习者对概念的理解。
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Development of Online Mechanics Concept Inventory (OMCI) Instrument Based on Local Wisdom
This study discusses the development of online mechanics concept inventory (OMCI) instrument based on local wisdom. The purpose of this study to determine the quality of the online mechanics concept inventory instrument based on local wisdom. The type of this research is Research and Development (RD). The developed instrument is integrated with local wisdom, so that every item has literacy as a stimulus for the question. The concept inventory instrument is one of the test tools presented online which is used to measure students' conceptual understanding. The research model used is Borg and Gall. The instrument developed were validated by expert judgment. The results of the validation assessment are in the form of qualitative and quantitative content validity. The results of qualitative validity can be seen in terms of materials obtained on an average of 99.2%, construction is averaged 93.3%, and language is averaged 97.4%. While the quantitative analysis of validity is done using Aiken's v equations obtained an average of 0.841 of valored 0.841 is so high, it is worth being used to measure understanding the conception of learners.
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