The target of this study is to determine the minimum angle of deviation of a prism which is one of the optical experiments. Thus, the aim is to state the refractive index of a prism. In this context, the Tracker program, which might also be utilized in terms of distance education purposes, was preferred. The videos of the experiments were recorded with the help of a smartphone. The study showed that the refractive indexes of the prisms which were made of glass and acrylic with different apex angles could be determined with a high level of accuracy as a result of the analysis of videos which were recorded with two different methods. It is believed that the study provides insights for both the conduction of laboratory courses via distance education and for performing experiments for students who do not have access to proper laboratory equipment.

本研究的目标是确定棱镜的最小偏角，这是光学实验之一。因此，目的是说明棱镜的折射率。在这种情况下，也可用于远程教育目的的 Tracker 程序更受青睐。实验视频是在智能手机的帮助下录制的。研究表明，通过对使用两种不同方法录制的视频的分析，可以高精度地确定由具有不同顶角的玻璃和丙烯酸制成的棱镜的折射率。相信该研究为通过远程教育进行实验室课程和为无法使用适当实验室设备的学生进行实验提供了见解。