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物理学的内容包括谈及物质组成、物质之间的联系和发展规律,是一门系统性较强的基础自然科学,并且要求学习者有较高的逻辑思维能力、抽象思维能力以及实际操作能力。高中物理中涉及的物理概念普遍抽象,并且需要掌握的物理知识与定律难度也随之增加,并不能像初中内容一样,很多内容都能通过实验直观演示给学生。同时,高中物理教材中物理定律和计算公式较多,且运算过程比较抽象,学习和解题过程中,就提高了对学生定量
The content of physics, including talking about the composition of matter, the relationship between material and the law of development, is a systematic and strong foundation of natural sciences, and requires learners to have a higher logical thinking ability, abstract thinking ability and practical ability . The physical concepts involved in high school physics are generally abstracted, and the difficulty of physics knowledge and laws that need to be mastered also increases. It is not as much as the contents of junior high school that many of the contents can be directly demonstrated to the students through experiments. At the same time, high school physics teaching material in the laws of physics and the formula is more, and the operation process is more abstract, learning and problem-solving process, to improve the students quantitative