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初中物理的教学中,往往为简便直接表明各个因素的关系和递推过程都会借助流程图的模式来完成.这样不仅能在学生脑海中形成一种明确的关系结构图,还能开拓学生的思维,交给学生正确的分析方法,这样的教学往往都体现出强烈的逻辑性和直观性.流程图是一种极为简单的方式,制作课件也相对较为简单,同时其中的递推性能清晰的将解题的过程、方法以及解题步骤直接展现出来.下面就几个实际例子来说明流程图在初中物理教学中的应用.一、流程图在力学教学中的应用初中物理中力学是一大难点,它往往会涉及到非常复杂的力学分析,在教学中,若是不能清晰、明了地将分析的逻辑脉络讲解出来,很容易让学生产生云里雾里的感觉.通过流程图就
In junior middle school physics teaching, it is often simple and direct to show that the relationship between various factors and the recursion process will be accomplished by means of a flowchart, so as not only to form a clear relationship diagram in the minds of students, but also to develop students’ thinking , Give students the correct method of analysis, this teaching often reflects a strong logic and intuitive flow chart is a very simple way to produce courseware is relatively simple, while the recursive performance of the clear Problem-solving process, methods and problem-solving steps directly to the following on a few practical examples to illustrate the flow chart in junior high school physics teaching application. First, the flow chart in the teaching of mechanics Physics in junior high school mechanics is a major difficulty , It often involves a very complex mechanical analysis, in teaching, if you can not clearly and clearly explain the logical context of the analysis, it is easy for students to feel the foggy through the flow chart