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物理思考题内容广泛,形式多样,特别是力学思考题更是变化多端。大学物理思考题与一般习题不同,与中学物理的问答题也不同。 从形式上看,思考题除问答题以外,还有计算题、作图题、判断选择题、证明题、实验题等各种类型,或者是集其中的几种形式于一体的多功能性的综合题。从内容上看,物理思考题有涉及四方上下和古往今来的物理现象的,更有涉及基本物理概念、规律的。从某种意义上看,思考题比一般的问答题和习题灵活性更大,知识性更强,概念和规律性更突出,综合效益更明显。
Physical thinking questions in a wide range of forms, in particular, is more varied mechanical thinking questions. University physical thinking questions and general exercises different, and secondary school physics question and answer are different. From the perspective of form, in addition to the questions of questioning, there are various types of questions, such as calculation questions, drawing questions, judgment choice questions, proof questions, experiment questions and the like, or multi-functional forms Comprehensive questions. From the content point of view, the topic of physical thinking involves the Quartet up and down and the physical phenomena from the past to the present, but also involves the basic concepts of physics, laws. In a sense, think-questions are more flexible, knowledge-based, more prominent in terms of concepts and regularities, and have greater overall effectiveness than the average question-and-answer questions and exercises.