PENERAPAN FLIPPED CLASSROOM DIINTEGRASIKAN DENGAN PROBLEM BASED LEARNING TERHADAP KEMAMPUAN NUMERASI SISWA SMA

Khoirin Nisya, Hepsi Nindiasari
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Abstract

This study aims to determine the effect of applying the Flipped Classroom learning model integrated with Problem Based Learning on the numeracy skills of high school students. The research sample consisted of 39 experimental class students who used the flipped classroom model integrated with Problem Based Learning and 39 control class students who used the Problem Based Learning model from the population of SMAN 5 Serang city. The research method used was quasi experiment. The instrument used in collecting data was a test instrument in the form of a pretest and postest consisting of three description questions. The data were analyzed by one-way anova test with a significance level of 0.05 to see the average difference between the two classes. The results showed that the pretest value of numeracy skills obtained a Sig. 0.159 > 0.05 so that H_0 is accepted. meaning that the experimental class and control class have the same initial ability. then for the posttest value of numeracy skills obtained a Sig value. 0.21 <0.05 so that H_0 is rejected. This means that there is an average difference in numeracy skills between the experimental class and the control class. When viewed from the average numeracy skills of experimental class students are smaller than the control class, namely 40.05 < 51.51. Thus, the Problem Based Learning learning model is better than the Flipped Classroom model in improving the numeracy skills of high school students on the material of the system of linear equations of three variables
FLIPPED CLASSROOM的应用与学生numeration能力的基础学习问题相结合
本研究旨在探讨运用翻转课堂学习模式与基于问题的学习相结合对高中生算术技能的影响。研究样本包括39名实验班学生,他们采用翻转课堂模式与问题为基础的学习相结合,39名控制班学生采用问题为基础的学习模式。采用准实验研究方法。收集数据的工具是一种测试工具,采用前测和后测的形式,由三个描述问题组成。数据采用单因素方差分析,显著性水平为0.05,看两类间的平均差异。结果显示,计算技能的预测值达到Sig. 0.159 > 0.05,可以接受H_0。即实验班与对照班具有相同的初始能力。然后对计算能力的后测值获得Sig值。0.21 <0.05,拒绝H_0。这意味着实验班和控制班在计算技能上有平均差异。从平均计算能力上看,实验班学生小于对照组,即40.05 < 51.51。因此,基于问题的学习模式比翻转课堂学习模式更能提高高中生在三元线性方程组材料上的计算能力
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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