Application of Interactive and Practical Methods in Solving Physics Problems

The effective teaching of physics increasingly requires the integration of modern pedagogical approaches that enhance students’ analytical thinking and problem-solving abilities. Traditional lecture-based instruction alone often fails to fully engage learners, particularly when dealing with complex physical concepts that demand active participation and practical application, and this study explores the role of interactive and practical methods in improving students’ competence in solving physics problems at the secondary and undergraduate levels. A combination of problem-based learning, laboratory demonstrations, group discussions, virtual simulation, and hands-on experiments were used to learn how these strategies affect the performance of the students. The study followed two parallel means with one group taught in the traditional fashion and the other taught in organized interactive and practical learning environment and a comparative analysis of the two groups showed that students who experienced interactive teaching tools namely real time simulation, group activities and guided inquiry showed much better accuracy, conceptual understanding and speed of problem solving. Hands-on classroom tasks, such as laboratory experiments and model-building tasks allowed learners to visualize abstract phenomena and train the ability to think independently. The results present the idea that the combination of interactive and practical approaches in teaching physics can enhance students not only learning achievement but also motivation, curiosity, and long-term interest, and this teaching method fits the modern educational principles, which focus on learning based on competencies and student-centered teaching approaches. The findings of the research justify the adoption of blended teaching models where the conventional explanations are supplemented by participating in experiments based on active learning. Such models of instruction are suggested to be used by educators who aim to improve cognitive growth and problem-solving qualities in physics education.