METHODS OF TEACHING THE TOPIC OF CIRCULAR MOTION IN PHYSICS IN A COMPREHENSIVE SCHOOL

This study explores advanced pedagogical strategies for effectively teaching circular motion in physics at a comprehensive school level. Circular motion is fundamental in mechanics and plays a crucial role in understanding rotational dynamics, planetary motion, and engineering applications. This paper examines various teaching methodologies, including theoretical instruction, problem-based learning, experimental approaches, and the integration of digital tools. The study also considers student engagement strategies and how different learning styles impact knowledge retention. Empirical evidence supports the effectiveness of hands-on activities and simulation-based learning in reinforcing conceptual understanding.