DIY_Rolling_Back_Home_STEM_Learning_Working_Physics_Science_Project_Experiment_Educational_Model_Kit_for_School_Kids_and_Students
DIY_Rolling_Back_Home_STEM_Learning_Working_Physics_Science_Project_Experiment_Educational_Model_Kit_for_School_Kids_and_Students
DIY_Rolling_Back_Home_STEM_Learning_Working_Physics_Science_Project_Experiment_Educational_Model_Kit_for_School_Kids_and_Students
DIY_Rolling_Back_Home_STEM_Learning_Working_Physics_Science_Project_Experiment_Educational_Model_Kit_for_School_Kids_and_Students
DIY_Rolling_Back_Home_STEM_Learning_Working_Physics_Science_Project_Experiment_Educational_Model_Kit_for_School_Kids_and_Students
DIY_Rolling_Back_Home_STEM_Learning_Working_Physics_Science_Project_Experiment_Educational_Model_Kit_for_School_Kids_and_Students
DIY_Rolling_Back_Home_STEM_Learning_Working_Physics_Science_Project_Experiment_Educational_Model_Kit_for_School_Kids_and_Students
DIY_Rolling_Back_Home_STEM_Learning_Working_Physics_Science_Project_Experiment_Educational_Model_Kit_for_School_Kids_and_Students__undefined__undefined
DIY Rolling Back Home STEM Learning Working Physics Science Project Experim..More

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Product Description

The Rolling Back Home Physics Working Model is an innovative STEM-based demonstration designed to explain the fundamental principles of Conservation of Energy, Newton’s Laws of Motion, and Rotational Dynamics. This model consists of a cylindrical wooden frame with an internal elastic (rubber band) mechanism attached to a central weight. When the cylinder is rolled forward on a flat surface, the rubber band twists and stores potential energy. As the stored energy is released, it converts back into kinetic energy, causing the cylinder to automatically roll back toward its starting point. The model provides a hands-on learning experience, making abstract physics concepts easy to understand through real-time observation. It is ideal for school exhibitions, STEM activities, and classroom demonstrations for middle and secondary school students.