Innovations in Teaching: A Case of Using Kinesthetic Learning Activity for Teaching Physics

Soma Roy Acharjee, Anuradha Bhattacharaya, L Hemochandra, Tushar Athare
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Abstract

The paper evaluates the advantage of the role of Kinesthetic Learning Activity (KLA) method in understanding basic concepts of physics over traditional methods. This study was conducted during the year 2022-23. The topic “Photo-electric effect” of grade 12 was selected for KLA from feedback of 20 teachers and literature study. A sample of 50 students from two schools in Kolkata was taught the topic traditionally. Later the Kinesthetic learning activities were conducted in the classroom and school field. The data of pre KLA and post KLA were collected and analyzed using various statistical tools using SPSS software. The calculated value of t in paired t-test was 21.289 with p values 0.000 which clearly showed differences in pre and post-KLA and were highly significant. Ninety percent of the respondent students showed high satisfaction with KLA. Major improvement in post-KLA score was observed which increased from an average value of 8.00 to an average value of 15.12. Thus it is concluded that KLA was very effective in teaching the target topic. The learning from this study may be applicable across the disciplines including the field of agriculture extension to make an effective understanding of abstract topics in informal settings also.
教学创新:运用动觉学习活动进行物理教学的案例
本文评价了动觉学习活动(KLA)方法在理解物理基本概念方面的优势。这项研究是在2022-23年间进行的。KLA从20位教师的反馈和文献研究中选择了12年级的“光电效应”主题。来自加尔各答两所学校的50名学生接受了传统的主题教学。随后,动觉学习活动在课堂和学校进行。采用SPSS软件对KLA前后的数据进行收集和分析。配对t检验的计算值为21.289,p值为0.000,明显显示kla前后的差异,具有高度显著性。百分之九十的受访学生对KLA表示满意。kla后评分显著改善,从平均8.00分增加到平均15.12分。因此,KLA在目标主题的教学中是非常有效的。从本研究中获得的知识可以应用于包括农业推广领域在内的各个学科,以有效地理解非正式环境中的抽象主题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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