Penguasaan konsep aljabar dan aritmatika untuk menyelesaikan soal-soal fisika dasar

Sitti Rahmasari
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Abstract

Mathematics and physics are closely intertwined because mathematical concepts are used in physics. Physics is a part of science that studies natural behavior through experimental observations and quantitative measurements. Physics uses the language of mathematics to model natural phenomena into mathematical equations, so that in studying physics, mathematical abilities are needed as students' initial abilities in solving physics problems. This study uses a quantitative approach with a descriptive correlation method to analyze the mathematical concepts needed to solve the physical problems of the static electricity material in the Antasari Tadris Physics study program. The results of the study show that there is a high correlation between mastery of arithmetic and algebraic concepts with the ability of students to solve basic physics questions.
掌握代数和算术的概念来解基础物理题
数学和物理紧密地交织在一起,因为物理中使用数学概念。物理学是通过实验观察和定量测量来研究自然行为的科学的一部分。物理学用数学的语言将自然现象建模为数学方程,因此在学习物理的过程中,数学能力是学生解决物理问题的基本能力。本研究采用定量方法与描述性相关方法分析解决Antasari Tadris物理研究计划中静电材料物理问题所需的数学概念。研究结果表明,算术和代数概念的掌握与学生解决基本物理问题的能力之间存在高度相关。
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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