高中物理学科涉及的内容较多,并且具有较强的抽象性,导致学生在学习时感到难度较大,容易产生厌学情绪。针对该情况,机械的题海战术不仅无法解决问题,还可能减弱学生的学习兴趣。为了形成良好的物理思维,有效提升学习成绩,高中生在物理学习过程中要有意识地培养自身的解题技巧与解题能力,从而提高解题效率及正确率。一、认真审查物理题目首先要准确找到研究对象。受力分析通常是求解高中物理应用题的首要步骤, The high school physics subject involves many contents and has a strong abstraction. As a result, students feel more difficult to learn and are prone to weariness. In view of this situation, the mechanical title tactics not only fail to solve the problem, but may also weaken students’ interest in learning. In order to form good physics thinking and effectively improve academic performance, high school students must consciously develop their own problem-solving skills and problem-solving abilities in the process of physics learning so as to improve the efficiency and accuracy of problem solving. First, careful review of physical topics must first accurately find the object of study. Stress analysis is usually the first step in solving high school physics applications.