运用量子学习设计框架提高听力能力

H. Hardianti
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引用次数: 0

摘要

学生们有自己的独特之处,除了他们的学习方式。他们可能是视觉型、听觉型或动觉型学习者。教师应根据学生的学习模式找到适合的、适应性强的方法。研究者将量子学习设计框架应用于听力课堂。研究人员想找出应用量子学习设计框架和dictogloss技术之间的显著差异。本研究采用准实验设计,分为前测和后测两组。本研究的样本取自2014/2015学年MAN 2 parepare96名十年级学生。本研究以X 2和X 3班36名学生为样本。数据分析结果表明,实验班和控制班学生的平均成绩均有提高。然而,实验班学生的平均得分高于对照组学生。假设检验表明,零假设被拒绝,备择假设被接受。结果表明,采用量子学习设计框架教学的学生的听力能力与采用辨析法教学的学生的听力能力存在显著差异。关键词:量子,框架,聆听
本文章由计算机程序翻译,如有差异,请以英文原文为准。
APPLYING QUANTUM LEARNING DESIGN FRAMEWORK TO IMPROVE LISTENING ABILITY
Students had their own uniqueness, no except with their learning style. They may be visual, auditory, or kinesthetic learners. Teacher should find suitable and adaptable method for the students’ modalities. The researcher applied quantum learning design framework in listening class. The researcher wanted to find out the significance difference between applying quantum learning design framework and dictogloss technique. This research used quasi experimental with two groups pre test and post test design. The sample of the research was taken from the ninety six students of tenth grade at MAN 2 Parepare in academic year of 2014/2015. The research took thirty six students in class X 2 and X 3 as the sample. The result of the data analysis showed that there was an improvement of the students’ means score both experimental and control class. However, the students’ means score in experimental class was higher than the students’ in control class. The hypothesis testing showed that the  null hypothesis was rejected and the alternative hypothesis was accepted. It indicates the significance difference between the listening ability of the students who were taught through Quantum Learning design framework and the listening ability of the students who were taught through dictogloss technique.Keyword: Quantum, Framework, Listening
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