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新课改下,高中物理试题考察的内容和角度都与传统考察方式有明显的不同,新形势下更为突出学生探究能力、思维能力和想象能力的考察.目前,从高中物理试题考察的内容来看,在突出基础知识的同时考察的多数都是实际应用能力,其试题的难度系数较大,解题方法也较为灵活.图象法作为一种直观立体的解题方法,可以实现物理知识的转化,并且解题思路清晰,过程简捷.案例1一辆汽车直线行驶,从静止出发由A地点驶向B地点,
Under the new curriculum reform, the contents and angles of the high school physics examinations are obviously different from the traditional methods of examinations, and under the new situation, the investigation of students’ exploring ability, thinking ability and imagination is more prominent.At present, From the point of view, the majority of the basic knowledge while highlighting the practical application of the ability to test the difficulty of large coefficient, the problem-solving method is also more flexible.As an intuitive three-dimensional image method to solve the problem, you can achieve the physical knowledge Of the conversion and clear problem-solving ideas, the process simple Case 1 a car traveling straight from the A stop at the starting position to B locations,