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Nature of science v.s direct instruction models in achieving senior high school students' critical thinking and their attitudes in learning physics

机译:科学的本质V.S直接指导模型在实现高中学生的批判性思维和学习物理学中的态度

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Learning physics in senior high school tends to apply direct instruction (DI), not yet concerned with the nature of science (NOS) model. This study aimed to examine the comparative advantage between the NOS and DI models in achieving students' critical thinking and attitudes. The study utilized the post test only control group design. The study population was 5 classes or 137 students of class XI MIPA senior high school 1 Busungbiu Buleleng. Random assignment techniques are used to determine two classes or 58 students (42.3% of population) as sample. The experimental group was MIPA-1 class or 29 students and the control group was MIPA-2 class or 29 students. Critical thinking data were collected by 12 essays and student attitudes with a questionnaire consisting of 40 items: 20 items measuring social attitudes and another 20 items measuring spiritual attitudes. Data were analyzed by one way MANOVA. The results showed that the NOS model was significantly superior to the DI model in achieving critical thinking and student attitudes in learning physics in Senior High School. The average value obtained by the NOS group was M = 29.66 and the DI group was M = 24.25 on a 100 point scale, which means they fall in the very low category. This is a challenge for the next especially for the NOS application in learning physics.
机译:高中学习物理倾向于申请直接指导(DI),尚未关注科学(NOS)模型的性质。本研究旨在探讨NOS和DI模型之间实现学生批判性思维和态度之间的比较优势。该研究利用后测试仅对控制组设计。学习人口为5级或137名Xi MIPA高中学生1母腾Biu Buleleng。随机分配技术用于确定两类或58名学生(42.3%的人口)作为样本。实验组是MIPA-1类或29名学生,对照组是MIPA-2级或29名学生。通过12项散文和学生态度收集了批判性思维数据,其中包含由40项组成的调查问卷:20件物品测量社会态度,另外20件物品测量精神态度。数据通过一种方式分析Manova。结果表明,NOS模型明显优于DI模型,实现高中学习物理学的批判性思维和学生态度。由NoS组获得的平均值为M = 29.66,并且DI组在100点刻度上为M = 24.25,这意味着它们落入非常低的类别。这是一个挑战,特别是对于学习物理学中的NOS应用程序。

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