THE PRACTICALLITY OF RIGID BODY DYNAMICS CONSTRUCTIVIST MODULE AS PHYISC LEARNING RESOURCE OF SENIOR HIGH SCHOOL STUDENTS

This study aims to measure the practicality of physics constructivist modules in the dynamics of rotation andrigid body balance using ADDIE’s model. The module practicality stages are: preparation, researchintroduction, practicality testing, filling out questionnaires, analyzing and conclusions, revising, andpractical. There are 25 students and one physics teacher who asked using a questionnaire with 5 practicalindicators, namely: efficiency, presentation of module material, ease of use, conformity with science, andimplementation of constructive elements. The results of module practicality testing data analysis showed thatthe module efficiency level was 65.83 with the practical category, the module presentation rate was 90.16with a very practical category, the module's ease of use was 86.08 with a very practical category, the degreeof conformity with the science was 95,0 with a very practical category, and the level of implementation ofconstructive elements is 88.8 with a very practical category. Overall, the practicality of constructivist physicslearning modules is 85.17 with a very practical category. Based on the results, it can be concluded that theconstructivist physics learning module of rotational dynamics and rigid body balance is declared practical tobe used as a source of learning for high school physics students.