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Development of Multiple Representation Based Mechanics Lectures Using Field Dependent and Independent Field (MR-FD & FI)
TI Hartini12*, S Liliasari1, A Setiawan1, and T R Ramalis1

Universitas Pendidikan Indonesia


Abstract

Abstract. Objectives - This study aims to develop lectures on mechanics based on multiple representations using field dependent and field independent cognitive styles (MR-FD & FI), in understanding the mastery of the concept of mechanics. In the context of physics learning based on multiple representations is to combine two or more representations as forms in widely used to understand and convey physics concepts. Cognitive style can be divided into two, namely: dependent field cognitive style (FD) and independent field cognitive style (FI). The third semester student research subjects numbered 21 students from a university in Jakarta Indonesia. The instrument used consisted of a content module that contained 4 gravity mechanics and central force (GGS) content, particle system dynamics (DSP), rigid object rotation (RBT) and rigid object rotation in three dimensions (RBT3D) that had to be filled in and student worksheets (LKM) in which there are questions that students work on. Methods - Descriptive quantitative and qualitative research are carried out to get a clear picture of MR implementation using FD and FI cognitive styles. Findings- The results showed that most students have a field dependent (FD) thinking style seen in the post-test results on GGS material 61.90%, RBT 61.90%, DSP 57.14% and RBT3D 57.14%. For independent field thinking (FI), the results of post-test results were 42.86% DSP, RBT 38.10%, RBT3D 38.10% and GGS 33.33%. It is concluded that students thinking styles can change from thinking styles that were initially field dependent (FD) can change to field independent (FI) this can occur due to various factors, including; 1) Health conditions, classrooms and students focus; 2) The level of difficulty and ease of conceptualization of the material being studied; 3) Basic math and physical abilities. Research Limitations - Limitations in this study involve only subjects from small classes from one university, so the results are not strong enough to represent the overall situation, this can be a way to conduct further research with more and more diverse subjects. Originality- This study is the first to map the understanding of the concept of mechanics based on multiple representations using the FD and FI cognitive styles. The results of the study find new discoveries, where all students have a cognitive style of either FD or FI.

Keywords: Mechanics, Multiple Representations (MR), Field dependent (FD) and Field independent (FI) Cognitive Style

Topic: Physics Education

Link: https://ifory.id/abstract/7PnGRgT3NqyC

Conference: Mathematics and Science Education International Seminar (MASEIS 2019)

Plain Format | Corresponding Author (Tri Isti Hartini Hartini)

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