Physics in Everyday Life: A Study of Common Physical Phenomena

Abstract

Physics is often perceived as a complex and abstract subject, leading to apprehension among students. This research paper aims to bridge the gap between theoretical physics and real-life experiences by demonstrating how fundamental physical principles operate in everyday activities. By connecting concepts such as friction, gravity, pressure, electricity, and fluid dynamics with daily observations, the study seeks to simplify learning and reduce fear associated with the subject.The paper adopts an explanatory approach, illustrating how routine phenomena—such as walking, cooking, using electrical appliances, and riding vehicles—are governed by physical laws. It highlights that understanding physics through practical examples enhances conceptual clarity and promotes scientific curiosity. Additionally, the study incorporates examples like viscosity in liquids, fluid flow in water systems, and heat transfer during cooking to expand learners’ perspectives.The findings suggest that contextual learning significantly improves comprehension and reduces anxiety among students. By relating physics to familiar experiences, learners develop a more positive attitude toward the subject. The study concludes that integrating real-life applications into teaching methodologies can transform physics from a difficult subject into an engaging and accessible discipline.