HOTS-Speed Test Integrated Quantum Learning Model: Can Improve Mathematical Concept Mastery?

I. Mahendra
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引用次数: 1

Abstract

This study aims to improve mathematics learning outcomes (MLO) through the Quantum learning model integrated HOTS-Speed test. This research is classroom action research (CAR). The subjects of this study were 40 students of class XI Jasa Boga 1 SMK Pariwisata Harapan Denpasar for the academic year 2020/2021. This research was conducted in 2 cycles, where at the end of each cycle students were given an MLO test. The data collected in the next cycle was analyzed descriptively to calculate the average MLO score with a minimum success indicator of 75% minimum completeness criteria. From the analysis results obtained, the average score in the first cycle did not meet the indicators of success, while in the second cycle it had fulfilled so that the research was stopped in cycle 2. The conclusion of this study was that there was an increase in HBM through the application of the HOTS-Speed test integrated Quantum learning model. The increase in MLO occurs through changes in learning that researchers do. The HOTS-Speed test integrated Quantum learning model was able to improve students' MLO. Thus, the Quantum learning model assisted HOTS-Speed test is one solution in improving MLO.
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hot - speed测试集成量子学习模型:能提高数学概念掌握吗?
本研究旨在通过量子学习模型集成的hot - speed测试来提高数学学习效果。本研究是课堂行动研究(CAR)。本研究分2个周期进行,在每个周期结束时对学生进行MLO测试。对下一个周期收集的数据进行描述性分析,以最小成功指标75%最小完成标准计算平均MLO评分。从得到的分析结果来看,第一个周期的平均分没有达到成功的指标,而第二个周期的平均分达到了成功的指标,因此在第二个周期停止了研究。本研究的结论是,通过应用HOTS-Speed测试集成量子学习模型,HBM有所增加。MLO的增加是通过研究人员所做的学习变化来实现的。HOTS-Speed测试集成了量子学习模型,能够提高学生的MLO。因此,量子学习模型辅助的hot - speed测试是改进MLO的一种解决方案。
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