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Renewable energy props development

机译:可再生能源道具发展

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Against the background of the findings in the field that renewable energy props are still very limited in availability and use. In line with this, the purpose of this study is to develop renewable energy teaching aids for high school students. The research methodology used is research development and literature review. The development model used in this study is Borg and Gall. The instrument used in this study was a questionnaire. Validation is carried out by material and media experts. The validity results are calculated using the Product Moment formula, while the reliability is calculated by the KR-20 formula. Props that have been successfully developed in the form of miniature houses with solar-based electricity and mechanical energy on the roof. This trainer is equipped with a charge to store electrical energy, lights, fans and bells as an output indicator. Make it easy for students to change the angle of light coming or falling objects making it easier for students to take data to compare the electrical energy produced at different angles and heights of falling objects.
机译:在现场发现的背景下,可再生能源道具仍然非常有限,可用性和使用。符合这一点,本研究的目的是为高中生开发可再生能源教学助剂。使用的研究方法是研究发展和文献综述。本研究中使用的开发模型是Borg和Gall。本研究中使用的仪器是调查问卷。验证由材料和媒体专家进行。有效性结果是使用产品时刻公式计算的,而可靠性通过KR-20公式计算。已经成功地以微型房屋形式成功开发的道具,屋顶上的太阳能电力和机械能。这位培训师配备了收费,可以将电能,灯光,风扇和铃铛存储为输出指示灯。让学生可以轻松改变光的角度或落下的物体,使学生更容易获取数据以比较在不同角度和落下物体的高度处产生的电能。

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