Analisis Nilai Sudut Deviasi pada Prisma menggunakan Software Crocodile Physics 605

Rahel Rehuella Marpaung, Nabeela Rahma Noor Aziz, Popi Purwanti
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Abstract

Understanding a physics concept requires supporting activities such as practicum. The existence of the Covid-19 Pandemic has caused practicum not to be carried out directly in the laboratory so it is done through virtual laboratory media, one of which is the Crocodile Physics software. However, the use of Crocodile Physics software for prism practicum has not been widely used. Therefore, in this study using Crocodile Physics 605 software which aims to determine the angle of deviation in different prisms and to see the relationship between the angle of incidence and the angle of deviation of the prism. Based on the data analysis that has been carried out, it is found that the benzane medium produces the largest prism deviation angle compared to other mediums, which is 62o. The greater the value of the angle of incidence in the first plane of the prism , the greater the value of the angle of deviation . Vice versa, the smaller the value of the angle of incidence in the first plane of the prism, the smaller the value of the angle of deviation.
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理解物理概念需要辅助活动,如实习。Covid-19大流行的存在导致实习不能直接在实验室进行,所以它是通过虚拟实验室媒体完成的,其中一个是鳄鱼物理软件。然而,在棱镜实习中使用鳄鱼物理软件并没有得到广泛的应用。因此,本研究使用鳄鱼物理605软件,旨在确定不同棱镜的入射角,并了解棱镜的入射角与偏斜角之间的关系。根据已经进行的数据分析发现,相对于其他介质,苯介质产生的棱镜偏差角最大,为620。棱镜第一平面入射角的值越大,偏角的值越大。反之,棱镜第一平面入射角值越小,偏度角值越小。
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