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Physical Parameters of School Climate in Project-Based Classes

机译:基于项目课程中学派气候的物理参数

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At present, they are an integral part of teaching IT technology. In terms of visual well-being, the use of data projectors and interactive boards is problematic. When using them, it is often necessary to partially darken the classroom. This article addresses this issue, especially in terms of how the use of this method in teaching increases pupils' visual stress. Therefore, several illumination measurements were performed at different stages of teaching, including analyses of the spectrum of different light sources. These variables are one of the basic parameters in determining the visual well-being and offer the possibility of involving pupils themselves. The illumination level is measured with the aid of a luxmeter at the point of vision and in its immediate vicinity. Workplace illumination was measured in daylight and in artificial lighting and depending on the distance from projection devices. All measured values were compared to the relevant standard. The paper shows cross-curriculum relations between physics, natural science and health education. From the didactic point of view, it is possible to deal with this topic in the form of project-based classes which are based on pupils' theoretical knowledge and interconnect their knowledge with their everyday life. Thus, by solving this project, pupils can help reduce the visual stress at school, or even at home.
机译:目前,它们是教学IT技术的一个组成部分。在视觉福祉方面,数据投影仪和交互式电路板的使用是有问题的。使用它们时,通常需要部分地使课堂变暗。本文解决了这个问题,特别是在如何在教学中使用这种方法的方式增加了瞳孔的视觉压力。因此,在不同的教学阶段进行了几种照明测量,包括分析不同光源的光谱。这些变量是确定视觉福祉的基本参数之一,并提供涉及学生本身的可能性。照明水平是借助于视力的借助于豪华计的借氧摩擦,并立即衡量。工作场所照明在白天和人造照明中测量,并取决于从投影装置的距离。将所有测量值与相关标准进行比较。本文显示了物理,自然科学与健康教育的交叉课程关系。从教学的角度来看,可以以项目的课程形式处理这个主题,这些主题是基于学生的理论知识,并与日常生活互连他们的知识。因此,通过解决这个项目,学生可以帮助降低学校的视觉压力,甚至在家里。

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