Development of Assessment Instruments The Learning Process Chemistry Based Scientific Approach to High School Students

Muh Ikhsanul Yakin, E. Susilaningsih, Kartono Kartono
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Abstract

Instrument based assessment of the scientific approach is very important learning process developed to measure scientific students. The instrument is said to be good and true if valid criteria, the reliability, practical, and effective. This research aimed to know the instrument character, to get a valid and reliability instrument, to examme instrument practicality, and to test the instrument effectiveness level in measuring students scientific learning process. This research used a qualitative and quantitative and adapted the method of research and development Borg and Gall models. The content validity of the instrument was validated by experts. Assessment instruments were tested at 30 students (limited) and 100 students (broad). The validity of the instrument items were analyzed with the program SPSS 16.0 version and obtamed which representated 20 items every scientific learning indicators. Reliability were analyzed with the SPSS program 16.0 version and obtamed the reliability by value 0.908 (very high). The validity of the assessment instruments constructs were analyzed by using LISREL program 8.8. version and model compatibility fulfilled a good of fit criteria with the grade of value (0.6159), RMSEA (0.000), RMR (0.061), CFI (1.00), NFI (0.98), GFI (0.97), AGFI (0.93), NNFI (0.98), PNFI (0.74), and PGFI (0.81). The results of the value calculation of construct reliability was 0.95 and variance extracted value was to 0.54. Assessment instruments had practicality and effectiveness level with "very good" category based on the user's response.
高中学生学习过程化学科学方法评价工具的开发
基于仪器的科学评价方法是为测量科学学生而开发的非常重要的学习过程。该仪器以优良、真实、有效为标准,具有可靠性、实用性和有效性。本研究旨在了解仪器的特点,获得有效可靠的仪器,检验仪器的实用性,检验仪器在测量学生科学学习过程中的有效性水平。本研究采用了定性和定量相结合的方法,并采用了博格和加尔模型的研究和开发方法。该仪器的内容效度经专家验证。评估工具在30名学生(有限)和100名学生(广泛)中进行了测试。采用SPSS 16.0版软件对各仪器项目的效度进行分析,得出每个科学学习指标20个项目的效度。采用SPSS 16.0版本进行信度分析,信度值为0.908(非常高)。采用LISREL程序8.8对评价工具结构进行效度分析。版本和模型的兼容性符合较好的拟合标准,分别为value(0.6159)、RMSEA(0.000)、RMR(0.061)、CFI(1.00)、NFI(0.98)、GFI(0.97)、AGFI(0.93)、NNFI(0.98)、PNFI(0.74)和PGFI(0.81)。结构信度计算值为0.95,方差提取值为0.54。根据用户的反应,评估工具的实用性和有效性等级为“非常好”。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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