对学生物理知识和运用能力的测试,试题趋向是:试题量增大,所涉及的知识面广,试题灵活、多变,难度系数亦在逐渐增大。欲取得满意的成绩,必须在加强双基的同时,掌握一些敏捷思维方法,培养对问题的应变能力和良好的思维品质。掌握一些解题的特殊方法和技巧,遇物理问题求解时可变繁为简,变难为易,提高解题效率,增强解题能力。下面本文以仞中物理为例,介绍几种特殊的解题方法: With regard to the tests of students’ physics knowledge and application skills, the test questions tend to be: the number of test questions increases, the knowledge involved is wide, the test questions are flexible, changeable, and the degree of difficulty is also gradually increasing. In order to achieve satisfactory results, we must strengthen the dual-base and master some agile thinking methods to cultivate the ability to respond to problems and good thinking quality. Master some special methods and techniques for problem solving. When solving physical problems, it is very simple and easy to change, it is difficult to change, and the problem-solving efficiency is increased, and problem-solving ability is enhanced. The following article uses Suizhong Physics as an example to introduce several special problem-solving methods: