DEVELOPMENT OF NUMERACY-BASED MATHEMATICS LEARNING MODULES ON FLAT SIDE SPACE BUILDING MATERIALS

Q4 Mathematics
Putri Ika Cahyani, Naning Kurniawati, Ismanto Ismanto
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引用次数: 0

Abstract

The numeracy abilities of some students in class VIII SMP Plus Al Fatimah are still relatively low so special measures are needed, accompanied by ineffective teaching materials because there are too few material descriptions and the learning methods used are still conventional. So, it is necessary to develop teaching materials in the form of numeracy-based mathematics learning modules as a companion to the textbooks provided by the school. The research aims to develop a mathematics module on flat-sided geometric material that is valid and practical. The type of research used is Research and Development (R & D) with the ADDIE development method (analysis, design, development, implementation, and evaluation). The results of the development research obtained a numeration-based mathematics learning module on flat-sided geometric material with valid and practical categories. The learning module was declared valid by the validator, media experts scored 72.5% in the "valid" category and material experts scored 82.6% in the "very valid" category, the average score was 77.9% in the "valid" category. For the results of the student trials, the practical aspect obtained an average score of 83.195% in the "very practical" category. It can be concluded that the learning module that has been developed is suitable for use.
基于数字的平面空间建筑材料数学学习模块的开发
SMP + Al Fatimah八班部分学生的计算能力仍然相对较低,因此需要采取特殊措施,同时由于教材描述太少,学习方法仍然传统,教学材料效果不佳。因此,有必要开发以数字为基础的数学学习模块形式的教材,作为学校教材的配套。本研究旨在开发一套有效且实用的平面几何材料数学模块。使用的研究类型是研究与开发(R &; D),采用ADDIE开发方法(分析、设计、开发、实施和评估)。开发研究的结果获得了基于数值的平面几何材料数学学习模块,该模块分类有效、实用。学习模块由验证者宣布有效,媒体专家在“有效”类别得分为72.5%,材料专家在“非常有效”类别得分为82.6%,“有效”类别平均得分为77.9%。在学生试验的结果中,实用方面在“非常实用”类别中平均得分为83.195%。可以看出,所开发的学习模块是适合使用的。
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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来源期刊
应用数学和力学
应用数学和力学 Mathematics-Applied Mathematics
CiteScore
1.20
自引率
0.00%
发文量
6042
期刊介绍: Applied Mathematics and Mechanics was founded in 1980 by CHIEN Wei-zang, a celebrated Chinese scientist in mechanics and mathematics. The current editor in chief is Professor LU Tianjian from Nanjing University of Aeronautics and Astronautics. The Journal was a quarterly in the beginning, a bimonthly the next year, and then a monthly ever since 1985. It carries original research papers on mechanics, mathematical methods in mechanics and interdisciplinary mechanics based on artificial intelligence mathematics. It also strengthens attention to mechanical issues in interdisciplinary fields such as mechanics and information networks, system control, life sciences, ecological sciences, new energy, and new materials, making due contributions to promoting the development of new productive forces.
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