运用科技创业工作表培养热化学专业学生的科学素养

R. Hidayah, Lukjijatul Lutfiana, A. Kurniawan, Ervina Fadhilatul Ishma
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引用次数: 4

摘要

摘要本研究旨在探讨科技创业学生热化学专题工作表的学习实施、学生活动、学生科学素养能力、学习成果及学生对学习实施的反应。本研究采用一组前测后测设计。本研究以Sidoarjo高中11年级科学班34名学生为研究对象。资料收集方法为观察、检验和问卷调查。研究结果表明:(1)引导性探究学习模式的句法实现率分别为86.5%和88.5%,类别非常好;(2)学生在学习过程中的活动执行得很好,因为相关的学生活动时间所占的百分比大于不相关的学生活动时间,其中第一次会议相关的学生活动占83.5%,第二次会议相关的学生活动占90.5%;(3)学生学习成果在前测0%为完成,100%为不完整,后测78.78%为完成,21.22%为不完整;(4)学生科学素养能力得分由前测提高到后测,从18提高到74,n增益值为0.55;(5)实施以科技创业为基础的热化学专题学生作业表,培养学生的科学素养能力,学生反应积极。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of Techno-Ecopreneurship Worksheet to Train Scientific Literacy Ability among Students in Thermochemistry Topic
The purpose of this research was to describe the learning implementation, students activities, the student’s science literacy ability, learning outcame, and response of students to the implementation of techno-ecopreneurship-based student worksheets on thermochemical topic. This research used pre-experimental design with one group pretest-posttest design. The targets of this study were 34 students in XI grade science in Senior High School 3 Sidoarjo. Data collection methods were observation, test, and questionnaire. The research showed the following results: (1) the syntax implementation of guided inquiry learning model is 86.5% and 88.5% with a very good category; (2) The activities of students during the learning process were said to be implemented well because the percentage of relevant student activities time is greater compared to the student activities which were not relevant, in which relevant student activity in first meeting was 83.5% and in second meeting was 90.5%; (3) Student learning outcomes at the pretest 0% was complete, and 100% was incomplete but at the posttest 78.78% is complete and 21.22% is incomplete; (4) The results of students scientific literacy ability have increased from pretest to posttest that is 18 to 74 with an N-gain value of 0.55; (5) Students gave positive responses to the implementation of techno-ecopreneurship-based student worksheet on thermochemical topic to train scientific literacy ability.
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