Implementation of causalitic-learning devices to improve creative thinking ability and problem-solving of students in physics

Authors : Hindi Rezeki; Wahyudi Wahyudi; Joni Rokhmat; Gunawan Gunawan; Muh. Makhrus
article cite 4 Year 2021
source: Journal of Physics Conference Series
Abstract

Abstract This study aims to test the effectiveness of the causalitic model learning device to improve students’ creative thinking ability and problem-solving. The design of this study was a one group pre-test and post-test design with a purposive sampling technique so that 15 students were obtained. The research instruments used were lesson plans, preliminary assignments, student worksheets, with data collection tools in the form of tests of creative thinking ability and problem-solving. Data were analyzed using calculation of N-Gain.Thus, the implementation of causal learning tools to improve creative thinking skills and physics problem-solving students is effectively used in learning.For further researchers, it is necessary to increase the frequency or duration of learning so that students can better understand learning.


Concepts :
Mathematics Education and Pedagogy
STEM Education
Educational Methods and Outcomes
article cite 4 Year 2021 source Journal of Physics Conference Series
SDGs
Quality Education
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