Comparison of the Effectiveness of Learning Model Problem Posing with Quantum Learning TANDUR toward Students’ Understanding in Mathematics Concept

Muhammad Luqman Asy'ary, Afifah Mad Jais
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Abstract

The purpose of this research is to know the effectiveness of the learning model Problem Posing type Post Solution Posing with Quantum Learning TANDUR type to understand the concept of mathematics on the integral material is not necessarily use three-teir multiple choice diagnostic test based E-Learning class XI MIPA students in SMA N 1 Bringin year Lesson 2019/2020. This research is a quantitative study of quasi-experimental experiments with the design of Posttest Only Control Group design. The samples in this study were students of grade XI MIPA 1 and XI MIPA 2 SMA N 1 Bringin. The instrument used in this study was about understanding the mathematical concept of Three-Teir Multiple Choice Diagnostic Test. The results of the study gained that the classifications of class-savvy category XI MIPA 1 have an average of 26.18% while the class XI MIPA 2 has an average of 21.47%. Thus, understanding the concept of class XI MIPA 1 is higher than the class XI MIPA 2. Then based on the results of the hypothesis test using an average similarity test with test-T scores obtained t-count =-0.00691 is between-2.02 ≤ t-table ≤ 2.02 which means that the effectiveness of implementation of learning model Problem Posing type Post Solution Posing same as the application of learning model of Quantum Learning TANDUR type towards understanding student mathematics concept.
学习模型问题与量子学习模式对学生数学概念理解效果的比较
本研究采用纯后测对照组设计,对准实验实验进行定量研究。本研究使用的工具是关于理解三题选择诊断测验的数学概念。然后根据假设检验的结果,使用test- t分数进行平均相似度检验,得到t-count =-0.00691在-2.02≤t-table≤2.02之间,这意味着问题提出式后解决提出学习模式的实施效果与量子学习TANDUR式学习模式在理解学生数学概念方面的应用效果相同。
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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