Development of an interactive PowerPoint to instill a deeper understanding of polyhedron concepts in mathematics class

Nurma Izzati, Nur Wahyuni, Bony Irawan
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引用次数: 1

Abstract

Mathematics is generally considered a complex subject by the majority of students in Indonesia. Students tend to rely on simple learning strategies such as memorizing formulas. This perpetual trend distance our students from deeper mathematical understandings such as concept application. In this study, we develop an interactive learning media based on Microsoft PowerPoint to instill a deep conceptual understanding of polyhedrons in class VIII students. This Research and Development study follows the 4D development model with a limited dissemination phase. The research data was collected through validation techniques by expert validators to measure the feasibility level of learning media. The instruments used in the research were interview sheets, observation sheets, learning style tests, media validation sheets, language validation sheets, and material validation sheets. The data analysis technique uses the Method of Summated Ratings, then the eligibility percentage for the developed media is calculated. The results showed that the eligibility percentage for media experts was 92%, material experts 96%, and linguists 90%. The average percentage of the three assessments corresponds to the “very valid” category. In conclusion, the media developed is very feasible for its intended purpose.
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开发一个互动的ppt,在数学课上灌输对多面体概念更深层次的理解
印度尼西亚的大多数学生普遍认为数学是一门复杂的学科。学生倾向于依靠简单的学习策略,如记忆公式。这种永恒的趋势使我们的学生远离更深层次的数学理解,如概念应用。在本研究中,我们开发了一个基于Microsoft PowerPoint的交互式学习媒体,以灌输八年级学生对多面体的深刻概念理解。本研究与开发研究遵循有限传播阶段的4D开发模式。研究数据通过专家验证者的验证技术收集,以衡量学习媒体的可行性水平。研究中使用的工具有访谈表、观察表、学习风格测试、媒体验证表、语言验证表和材料验证表。数据分析技术采用综合评分法,计算出已开发介质的合格率。结果表明,媒体专家的合格率为92%,材料专家为96%,语言学家为90%。三次评估的平均百分比对应于“非常有效”的类别。总之,媒体开发是非常可行的,为其预期的目的。
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