做题的技巧,主要在于掌握物理解题的思维方法.一般来说物理解题的主要思维方法有:守恒思维法、系统思维法、类比思维法、等效思维法、对称思维法、极端思维法、逆向思维法、发散思维法、转化思维法等.本文以发散思维法和转化思维法为例,希望它能为读者在灵活运用基础知识、开拓解题思路、提高解题能力方面提供某些启发和帮助.一、用发散思维一题多解发散思维是指以新颖独特的思维活动揭示了问题的本质及内在联系,并指引人去获得对问题的新的解释,从而产生前所未有的思维成果,又称为创意思维.是一个人智力水平高度发展的产物.初中物理题对理解能力和演绎推理能力及运算能 To do the trick, the main lies in mastering the way of thinking of physical problem-solving.Generally speaking, the main ways of thinking of physical problem-solving are: conservation of thinking, systematic thinking, analogical thinking, equivalent thinking, symmetric thinking, extreme thinking Law, thinking of divergent thinking, divergent thinking, transformation thinking, etc. This article takes divergent thinking method and transformation thinking as an example, hoping it can provide readers with some basic knowledge in the flexible use of the problem-solving ideas to improve the ability to solve problems Some inspiration and help A. First, using divergent thinking to solve multiple problems Emanating thinking refers to the novel and unique thinking activities reveal the essence of the problem and the intrinsic link, and guide people to get new explanations of the problem, resulting in unprecedented thinking Achievements, also known as creative thinking is a product of the high level of intellectual development of junior high school physics topics on the ability to understand and deductive reasoning and computing