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The Development of Simple Harmonic Vibration Student Learning Worksheet (LKPD) based on Curious Note Program (CNP) Learning Model in Improving Students' Creative Thinking Ability

机译:基于好奇票据计划(CNP)学习模型提高学生创造性思维能力的简单谐波振动学习工作表(LKPD)的发展

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This research aims to analyze the feasibility, praticality, and effectiveness of Simple Harmonic Vibration student learning worksheet (LKPD) based on Curious Note Program (CNP) learning model which can improve the students' creative thinking ability. The research was categorized as Reasearch and Development (R&D) study which refers to a model 4-D. The data were collected by using sheet questionnaire of syllabus validation, lesson plan (RPP) validation, student learning worksheet (LKPD) validation, questionnaires test, teacher and students' questionnaire response to student learning worksheet, and the interviews result of the teacher and students to student learning worksheet. The subjects of this research were media expert lecturer, subject expert lecturer, physics education teacher, and students of grade X at MA Negeri Temanggung in 2017/2018 academic year. The result of this research shows that the syllabus, lesson plan (RPP), and student learning worksheet (LKPD) based on Curious Note Program (CNP) learning model is feasible and effective to use in Physics education learning process especially on the simple harmonic vibration learning topic which is shown by validator score obtained 91%, 90%, and 91% as a valid category. Besides, the effectiveness of enhancing the students' creative thinking ability using simple harmonic vibration LKPD based on Curious Note Program (CNP) model is shown with N-Gain value of 0.83 as high category and educator and student response questionnaire of 83% and 80% as hing one, as well.
机译:本研究旨在根据好奇的票据计划(CNP)学习模型来分析简单谐波振动学生学习工作表(LKPD)的可行性,仿真和有效性,这可以提高学生的创造性思维能力。该研究被归类为Realsearch and Development(R&D)研究,这是指4-D的模型。通过使用教学大纲验证,课程计划(RPP)验证,学生学习工作表(LKPD)验证,问卷测试,教师和学生的调查问卷对学生学习工作表的答复以及教师和学生的面试结果来收集数据学生学习工作表。本研究的主题是媒体专家讲师,主题专家讲师,物理教师,2017/2018年MA Neersi Temanggung X级学生。本研究的结果表明,基于好奇音符计划(CNP)学习模型的教学大纲,课程计划(RPP)和学生学习工作表(LKPD)是在物理教育学习过程中使用的可行和有效,尤其是在简单的谐波振动上验证器分数显示的学习主题为91%,90%和91%作为有效类别。此外,使用基于好奇音符计划(CNP)模型的简单谐波振动LKPD提高学生创造性思维能力的有效性,显示为0.83的N-GAIN值,高等级和教育者,学生响应问卷为83%和80%也是兴头。

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