新生转运物质识别误区研究生物学UNP教学中反应指数确定性(CRI

Sari Emriyuni, A. Ardi, Y. L. Rahmi
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引用次数: 1

摘要

误解是一种与专家认可的概念不相适应的概念。学生自身产生的误解阻碍了与新概念的关系形成,扰乱了学习过程的实现。误解可能发生在生物学概念的学习中,例如物质运输材料。本教材所包含的概念是学生进一步了解生物学概念的基础。对物质传输材料的理解是从学校开始的,由于抽象的原因很难理解,所以有误解的可能。因此,误解需要老师尽早了解并跟进。摘要本研究旨在探讨一年级学生在生物教育课程中对物质传输材料概念的误解。本研究是对生物教育学习计划进行的描述性研究。本研究对象为2017级179名学生。样本是179人中的25%,也就是45人。抽样采用简单随机抽样技术。所使用的数据是采用多项选择测验并附有反应指数确定性(CRI)的原始数据,通过百分比定量技术分析进行分析。根据数据分析可知,对被动转运机制的误解比例最高的学生约为23.03%,其次是主动转运机制的误解比例约为22.69%,通过胞吞和胞吐转运机制的误解比例约为21.11%,对细胞膜结构的误解比例最低的学生约为15.55%
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Identification Misconception of Transport Substance on A Freshman Used Technique Certainty of Response Index (CRI) in the Study Biology UNP Education
Misconception is a concept that doesn’t suitable with the concept recognized by experts. Misconception whom occur in students’ selves prohibit the formed of relation with the new concepts and disrupt the realization of learning process. Misconception may occur in learning of biological concepts, for example in substance transport material. This material contains the concepts that underlie the understanding of students to know the further biological concepts. Understanding of substance transport material has been obtained since at school and it’s difficult to understand for abstract reasons so it has the possibility of misconception. Therefore, misconception needs to be known by teacher and followed up early. The aim of this research is to identify the misconception on the concepts of substance transport material which experienced by first year class students in study program of Biology Education of UNP. This research is descriptive research which conducted in study program of biology education. The population of this research are 179 students of class 2017. The sample is 25% of 179 members of population, which is 45 members. The taking of sampling used simple random sampling technique. The data used are primary data which taking by using multiple choice test accompanied by Certainty of Response Index (CRI) and analyzed through quantitative technical analysis by percentage.Based on the analysis of data, it can be known that the percentage of students with the highest misconception is on the concept of passive transport mechanism about 23,03%, then on the concept of active transport mechanism about 22,69%, on the concept of transport mechanism through ensocytosis and exocytosis about 21,11%, and the lowest is misconception on the concept of cell membrane structure about 15,55% Keywords: Misconception, substance transport, CRI
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