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首页> 外文期刊>Chemistry Education Research and Practice >Step by step learning using the I diagram in the systematic qualitative analyses of cations within a guided inquiry learning approach
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Step by step learning using the I diagram in the systematic qualitative analyses of cations within a guided inquiry learning approach

机译:在指导性探究学习方法中对阳离子进行系统的定性分析时,使用I图逐步学习

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摘要

The current study examines the performance and achievement of students in the Systematic Qualitative Analyses of Cations (SQACs). We sought answers to questions such as, a??What are the studentsa?? levels of performance?a?? and a??What is the relation between the average scores for performance and achievement?a??. This was done by using the I diagram as a tool within a Guided Inquiry Learning Approach (GILA), which is based on the constructivist theory. The sample consisted of sophomore students (N = 31) taking the Analytical Chemistry Laboratory-I course and attending the Chemistry Teaching Program of the Faculty of Education of a state university in the Aegean region of Turkey. During the analyses, the students attempted to solve specific problems and find the results of their qualitative analyses as they followed the sections of I diagram step by step under the guidance of researchers. They also tried to find solutions to problems through logical reasoning and discussions with each other. A positive correlation was found between the achievement and performance of the students. During the experimental process based on the GILA, the students were able to structure their knowledge more clearly by carrying out cation analysis in a systematic manner, inquiring and suggesting scientific explanations. Although they had difficulties in some sections of the I diagram, including logical argument, data transformation and variable definition, they were able to establish a link between theory and practice by using their cognitive and meta-cognitive skills.
机译:本研究在对阳离子的系统定性分析(SQAC)中检查学生的表现和成就。我们寻求以下问题的答案:“什么是学生?”性能水平?成绩和成绩的平均分数之间有什么关系?这是通过将I图用作基于建构主义理论的引导式查询学习方法(GILA)中的工具来完成的。样本包括二年级学生(N = 31),他们参加了分析化学实验室I课程并参加了土耳其爱琴海地区一所州立大学教育学院的化学教学计划。在分析过程中,学生在研究人员的指导下逐步遵循I图的各个部分,试图解决特定的问题并找到定性分析的结果。他们还试图通过逻辑推理和彼此讨论来找到解决问题的方法。在学生的成就和表现之间发现正相关。在基于GILA的实验过程中,学生可以通过系统地进行阳离子分析,询问和提出科学解释来更清楚地构造他们的知识。尽管他们在I图的某些部分(包括逻辑论证,数据转换和变量定义)有困难,但他们能够利用自己的认知和元认知技能在理论与实践之间建立联系。

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