Studi Deskriptif Pemahaman Konsep Rangkaian Listrik Arus Searah Melalui Pembelajaran Laboratorium Riil dan Virtual

T. H. Indrah, Darsikin Darsikin, I. K. Werdhiana
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引用次数: 1

Abstract

This study aims to describe the understanding of the concept of direct current electrical circuits through real and virtual laboratory learning. Subjects and respondents to this study as many as 6 students of the Physics Education Study Program class of 2016 who have programmed basic physics courses. The research instrument used is a three-tier multiple choice diagnostic test with DIRECT 1.1 which is a question of multiple choice with the reason in answering the question, each choice of answers accompanied by a choice of confidence level index in answering or CRI. The test instrument used as many as 24 question numbers. The test result data is then analyzed to determine the percentage of scientific concepts, understand alternative concepts, and do not understand concepts both before practicum and after practicum for each group. Based on the results of the analysis of research data, the concept of students before practicum either follow the learning through the real laboratory first then the virtual laboratory, as well as students who follow the learning through the virtual laboratory first then the real laboratory in the categorized very low, while after practicum in high categorization. Understanding the concept in students who have followed the learning using the real laboratory first then the virtual laboratory is relatively better compared to students who follow the learning using a virtual laboratory first then a real laboratory.
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通过实际和虚拟研究实验室直流电概念描述性研究
本研究旨在透过实境与虚拟实验室学习,描述学生对直流电路概念的理解。本研究的研究对象和调查对象为2016级物理教育研究项目6名编写过基础物理课程的学生。使用的研究工具是DIRECT 1.1的三层选择诊断测试,这是一个带有回答问题原因的选择题,每个选择的答案都伴随着回答的置信度指数或CRI的选择。该测试仪器使用了多达24个问题。然后对测试结果数据进行分析,以确定每组学生在实习前和实习后科学概念、理解替代概念和不理解概念的百分比。根据研究数据分析的结果,学生在实习前要么先通过真实实验室学习然后再通过虚拟实验室学习的概念,以及先通过虚拟实验室学习然后再通过真实实验室学习的概念在分类上很低,而实习后在分类上很高。与先使用虚拟实验室再使用真实实验室的学生相比,先使用虚拟实验室再使用真实实验室的学生对概念的理解更好。
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