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物理是很多中学生都比较头疼的科目,所涉及的知识面比较广泛,包括力学、光学、电磁学、热学、原子物理、运动学等几个方面。物理基础教学对于物理后续知识的掌握有着重要的意义,物理不同于其他学科,知识连贯性较强,设计的名词、公式等,都需要有一个全面的了解过程。物理能量守恒是物理教学中的重点也是难点。本文从该方面入手,深入了解其之间的物理能量转换,提高对物理教学的理解能力,从而提高学生学习的能力。
Physics is a headache problem for many high school students. It involves a wide range of knowledge, including mechanics, optics, electromagnetism, thermal science, atomic physics, and kinematics. The basic teaching of physics is of great significance to the mastery of the physics follow-up knowledge. The physics is different from other disciplines and has a strong coherence of knowledge. Designing nouns and formulas all need a comprehensive understanding process. Physical energy conservation is the focus of physics teaching is also difficult. This article starts from this aspect, deepens understanding of the physical energy transition between them, and improves the ability of comprehension of physics teaching so as to improve students’ ability to learn.