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With the advent of the information age and the advancement of technology, students' learning paths are not limited to school curricula and remedial education, and online courses have gradually formed a trend in the world, in which flipping teaching can enhance students' learning. Interest also contributes to the learning outcomes of students. This is the main research background of the research. The researchers are currently teaching high school and high school non-majors in science classes. Through practical experience, they found that students in high school have studied basic physics, but many students respond because I feel that it is very difficult to choose a social group because of the physics. For the physical subjects that still need to be selected for the second year of high school, there is a sense of fear and resistance. Therefore, this study mainly explores whether the target non-majority science students can effectively enhance the learning through online learning. Interest and learning effectiveness. Through the quasi-experimental research method, a non-majority science student of four high school and high school non-majority sciences in New Taipei City is divided into four parts: an educational platform as a teaching medium and a four-week inversion teaching experiment group and maintaining general traditional teaching. In the control group, the learning effectiveness test questions and the learning interest scale were used as measurement tools to observe whether the learning effectiveness and interest of the two different experimental groups in the physics subject were significantly different. The results of the study found that there was no significant difference in learning effectiveness between the experimental group and the control group, showing that the flip teaching failed to improve the learning effectiveness of students; while in the pre-test of learning interest, it was learned that learning physics is very frustrating for students and does not want physics The number of lessons in class has increased. After four weeks of flip teaching, it can be found that the experimental group’s interest in learning has increased, and it is significant, but the traditional teaching control group has no; it shows that flip teaching does increase the interest of non-major science students in physics. According to this, the following observations are made. First of all, physics is a difficult subject for non-major science students. The flipped teaching method designed in this study guides students into the physics hall. Although the interest in learning has increased, due to the limitation of school progress, The research period is only one month, and it is not yet possible to see whether the learning effectiveness has grown, so I hope that future researchers can increase the research time and have more resources to conduct research, so that flipping teaching can also improve students’ Learning effectiveness.
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