THE EFFECT OF THE QUANTUM LEARNING MODEL ASSISTED WITH VIDEO ON STUDENTS' COGNITIVE LEARNING OUTCOMES IN SMP NEGERI 5, KUPANG

Bendelina Dimu Ratu, Agus Maramba Meha, T. Manu
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Abstract

This study aims to determine the effect of the video-assisted quantum learning model on the cognitive learning outcomes of students at SMP Negeri 5 Kupang City on the subject of Biology with the topic of additives and addictive substances. The research method used is quasi-experimental research, with a posttest-only control design. The research population was all students of class VIII with a total of 398 people, with the research sample consisting of 2 classes namely class VIII as the experimental class and class VIIIH as the control class totaling 30 students. Data collection techniques using learning outcomes tests with instruments in the form of multiple-choice questions and essays. Learning outcomes data were analyzed using SPPS version 22-assisted t-test. Based on the results of the hypothesis test, the t-count value was 8.424 with a significance of 0.000 <0.05, indicating a significant effect on the implementation of the quantum learning model on students' cognitive learning outcomes. In the quantum learning process, the learning atmosphere is comfortable and fun, students are actively involved during the learning process, with the help of video media aiming to sharpen students' memories of learning materials and make students enthusiastic about following lessons, as well as being responsible for completing tasks given by the teacher, dare to argue By making conclusions, the use of video media helps the learning process run smoothly to obtain satisfactory results. The results of the study can be concluded that there is a significant effect of the use of video-assisted quantum learning models on students' cognitive learning outcomes.
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视频辅助的量子学习模式对中学学生认知学习成果的影响
本研究旨在确定视频辅助量子学习模式对kumang市SMP Negeri 5学生在生物学主题为添加剂和成瘾物质的认知学习结果的影响。研究方法为准实验研究,采用后验对照设计。研究人群为全部八班学生,共398人,研究样本分为两个班,即八班为实验班,八班为对照班,共30人。使用多项选择题和论文形式的工具进行学习成果测试的数据收集技术。学习成果数据采用SPPS version 22辅助t检验进行分析。假设检验结果显示,t-count值为8.424,显著性为0.000 <0.05,说明量子学习模型的实施对学生认知学习结果有显著影响。在量子学习过程中,学习氛围舒适而有趣,学生在学习过程中积极参与,借助视频媒体,旨在增强学生对学习材料的记忆,使学生对上课充满热情,并负责完成老师布置的任务,敢于争论,通过得出结论,帮助学习过程顺利进行,获得满意的结果。研究结果表明,使用视频辅助量子学习模型对学生的认知学习结果有显著影响。
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