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Augmenting Learning in an Out-of-school Context: The Cognitive and Affective Impact of Two Cryogenics-based Enrichment Programmes on Upper Primary Students

机译:在校外环境中增强学习:两个基于低温的充实计划对高年级小学生的认知和情感影响

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摘要

Concepts learned in the classroom were reinforced and augmented by presenting them in a different context using cryogenics-based enrichment programmes (CBEPs) held in an out-of-school setting. The effectiveness of two CBEPs, which involve the use of liquid nitrogen and liquid oxygen, was explored. Using a sample of 265 upper primary students, it was found that both enrichment programmes were effective in promoting the learning of science concepts. Fair improvements, albeit only transient, in two attitude constructs, enjoyment of science and career preference, due to either CBEPs were detected. The CBEPs did not have any significant impact on the attitude construct relating to students’ views on the social implications of science. The impact of CBEPs showed signs of retention, specifically in the cognitive realm, and reasonable indications of influencing subsequent learning and activities of students.
机译:通过在校外环境中使用基于低温的浓缩程序(CBEP)将它们呈现在不同的上下文中,可以增强和增强在教室中学习的概念。探索了涉及使用液氮和液氧的两种CBEP的有效性。通过对265名高年级学生的抽样调查,发现这两个强化课程都有效地促进了科学概念的学习。公平的改进,尽管只是短暂的,但由于发现了两种CBEP,在两种态度上的享受,科学享受和职业偏好都得到了改善。 CBEP对态度构成没有重大影响,这种态度构成与学生对科学的社会影响的看法有关。 CBEP的影响显示出保留的迹象,特别是在认知领域,并且是影响学生随后学习和活动的合理迹象。

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