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'Physicsmagz' the contextual learning magazine to improve science literacy skills in particle dynamics topic

机译:“PhysicsMagz”中文学习杂志提高粒子动力学主题的科学识字技巧

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Magazines fall into the category of media that are interesting to read. The ability of scientific literacy that students must now have can be presented with physicsmagz media, which contains material and important information on physics learning materials to make it easier for students to understand. This study aims to observe the improvement of students' scientific literacy skills after the implementation of learning by using physicsmagz based on Contextual Learning (CL). This CL brings the material closer to everyday life, so it is easy to understand. Physicsmagz is presented with striking colors, attractive images, and a unique writing layout. The research method used is a quasi-experimental research design with a nonequivalent control group design. The study was conducted on high-school students in one school in the city of Serang. This study indicates an increase in students' scientific literacy skills using the physicsmagz Physics Magazine learning media based on Contextual Learning in the experimental class based on a gain score of 0.81 with a high category. It can be concluded that physicsmagz is very good at increasing students scientific literacy.
机译:杂志落入有趣的媒体类别。科学扫盲现在必须具有PhysicsMagz媒体的科学扫盲能力,其中包含有关物理学学习材料的材料和重要信息,以使学生更容易理解。本研究旨在通过基于语境学习(CL)的基于体内学习(CL),观察学习后的学生科学扫盲技能的提高。这个CL将材料与日常生活更靠近,因此很容易理解。 PhysicsMagz呈现出醒目的颜色,有吸引力的图像和独特的写作布局。所用的研究方法是一种拟实验研究设计,具有非等价控制组设计。该研究是在Senang市的一所学校的高中生进行。本研究表明,基于实验课程的基于实验课程的上下文学习,基于0.81的基于实验课程,使用PhysicsMagz物理杂志学习媒体增加了学生的科学扫盲技能。可以得出结论,PhysicsMagz非常善于增加学生科学素养。

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