Bài tập vật lí 10 có nội dung thực tế và tích hợp giáo dục bảo vệ môi trường

Abstract

In the context of global climate change and the mandates of the 2018 General Education Program, integrating environmental protection education into natural sciences particularly Physics, has become an urgent priority. This paper investigates the systematic design and implementation of practical Physics 10 exercises aimed at fostering students' core qualities, competencies, and sense of environmental responsibility. By analyzing the curriculum structure and specific competency requirements, the study identifies key knowledge domains—spanning kinematics, dynamics, energy, and pressure that offer significant potential for environmental integration. The authors propose a four-step design process: identifying core concepts, selecting relevant local contexts, constructing integrated content, and designing advanced application tasks. Furthermore, the system of exercises is classified into four distinct categories: qualitative (explaining phenomena), quantitative (calculating efficiency and emissions), situational (decision-making), and green STEM projects. The research findings not only provide a comprehensive resource library for educators but also demonstrate that bridging academic theory with pressing issues such as renewable energy and green transportation enhances student engagement, cultivates scientific inquiry skills, and promotes behavior consistent with sustainable development goals.