English Language Proficiency and Geometric Proof Skills of Students

Winmark Bombio, Anna Liza Del Rosario
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引用次数: 1

Abstract

Educational reforms and curriculum development were continuously implemented for quality and inclusive education for all learners. As proficiency in English language became an issue, it has also been a burden in studying mathematics, specifically geometry, which is mainly written and taught in English Language. Hence, this study utilized descriptive correlational design in describing the students’ proficiency in English language, specifically in reading comprehension, and Geometric proof skills in terms of correctness, appropriateness, logical reasoning, and clarity. Additionally, random sampling technique was used in choosing 30 mathematics students at a state university in Laguna. The quantitative data revealed that the respondents were proficient in terms of reading comprehension. However, with the presence of socio-cultural differences, their answers were influenced by environmental interference. On the other hand, the students performed advanced level in all aspects of Geometric proof skills. It was also found out that there is a significant relationship between reading comprehension and the correctness of proof and logical reasoning. Contrary to the results of the two components of geometric proof skills, reading comprehension has no significant relationship to both appropriateness and clarity. Based from the findings, the study suggests educators expose their students to a wide variety of reading materials in enhancing geometric proof skills.
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学生的英语语言能力与几何证明能力
继续实施教育改革和课程建设,为所有学习者提供优质和全纳教育。由于英语熟练程度成为一个问题,它也成为学习数学的负担,特别是几何,这主要是用英语书写和教授的。因此,本研究采用描述性相关设计来描述学生的英语语言能力,特别是阅读理解能力,以及几何证明技能在正确性、适当性、逻辑推理和清晰性方面的能力。此外,采用随机抽样的方法在拉古纳的一所州立大学选择了30名数学专业的学生。定量数据显示,被调查者在阅读理解方面是熟练的。然而,由于社会文化差异的存在,他们的回答受到环境干扰的影响。另一方面,学生们在几何证明技巧的各个方面都达到了先进水平。研究还发现,阅读理解与证明的正确性和逻辑推理的正确性之间存在着显著的关系。与几何证明技能的两个组成部分的结果相反,阅读理解与适当性和清晰度都没有显著的关系。根据研究结果,该研究建议教育工作者让学生接触各种各样的阅读材料,以提高几何证明技能。
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