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The influence of teaching methodologies in the assimilation of density concept in primary teacher trainees

机译:教学方法对小学实习生密度概念吸收的影响

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摘要

Density is one of the most misunderstood concepts amongst the most basic scientific ones, although it is studied even from the earlier academic stages. This is the reason teachers must know its implications as well as possible, including not only the classical definition or what students called “formula” (density is equal to mass divided by volume) but also the concept itself (that is, an intensive matter property). According to this concern, the current research focuses its interest in studying how different teaching methodologies have different outputs in the learning process of pre-service primary teachers. The main aim of this research is to compare the learning results of a control group (n = 84), where mainly oral-based expositions were used as the teaching instrument, with an experimental group (n = 109), where the main educative tool were laboratory activities. The results show statistically significant differences (p < 0.05) between both methodologies and reveal the existence of difficulties in the conceptual and experimental understanding of the concept of density. Although those students that were submitted to hands-on activities presented a significant better comprehension of the density idea, the persistence of misconceptions regarding this scientific relevant concept is also confirmed at university level.
机译:密度是最基础的科学概念中最容易被误解的概念之一,尽管甚至从早期的学术阶段就开始对其进行研究。这就是为什么教师必须尽可能了解其含义的原因,不仅包括经典定义或学生所谓的“公式”(密度等于质量除以体积),还包括概念本身(即密集物质属性) )。基于这种关注,当前的研究集中在研究在职前小学教师的学习过程中不同的教学方法如何具有不同的输出。这项研究的主要目的是将对照组(n = 84)的学习结果与以实验组(n = 109)进行比较,在对照组中,以口语为主的口语作为教学手段;在实验组中,n = 109。是实验室活动。结果显示两种方法之间的统计差异显着(p <0.05),并揭示了在密度概念的概念和实验理解上存在困难。尽管那些参加动手实践活动的学生对密度概念有明显的更好的理解,但在大学层面上也证实了关于这种科学相关概念的误解的持续存在。

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