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An Investigation into Upper Elementary Students’ Attitudes towards Science

机译:高年级学生对科学态度的调查

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Science and technology course that helps to improve cognitive aspects and enhance the creativity of the individuals is an important part of elementary school education as a core course. Students may gain scientific knowledge, scientific process skills, and attitudes during their science learning process. This study aimed to determine upper elementary students’ attitudes towards science outside school, science and technology, school and plans for the future. A questionnaire cross-sectional survey method is used for data collection the sample of the study is 191 students selected among the population by randomly. The questionnaire was 5-point Likert-type scale, and its Cronbach Alpha reliability coefficient is 0.83. It includes 6 items regarding students’ attitudes towards science outside school, 6 items regarding science and technology, 12 items regarding school, and 5 items regarding plans for the future. The data have been analyzed by using SPSS 16.0 software. Appropriate statistical methods were used for the examination of data distribution. It was found that students’ mean attitude scores ( X =3.96) for science outside school, ( X =4.09) for science and technology, ( X =3.50) for school, and ( X =3.50) for plans for the future. It was also examined whether general attitude of the students towards science outside school, science and technology, school and plans for the future varied with respect to gender, grade and age variables. It was found that students’ attitude scores varied with respect to gender (p<0.05) in favor of girls and attitude scores for only science and technology section. It was found out there was statistically significant difference in favor of 8th grade students for attitudes towards only science and technology section. Moreover, it was found out there was significant difference in favor of 15th years old students towards science outside school, science and technology and school.
机译:作为基础课程的基础教育,有助于提高认知能力和个人创造力的科学技术课程是重要的组成部分。在科学学习过程中,学生可能会获得科学知识,科学过程技能和态度。这项研究旨在确定高年级学生对校外科学,科学技术,学校以及未来计划的态度。问卷采用横断面调查法进行数据收集,研究样本是从人群中随机选择的191名学生。问卷为5点Likert型量表,Cronbach Alpha信度系数为0.83。其中包括关于学生在校外对科学的态度的6个项目,关于科学与技术的6个项目,关于学校的12个项目以及关于未来计划的5个项目。数据已使用SPSS 16.0软件进行了分析。使用适当的统计方法检查数据分布。研究发现,学生在校外的科学方面的平均态度得分(X = 3.96),科学和技术方面的平均态度得分(X = 4.09),学校方面的平均态度得分(X = 3.50),未来计划的平均值是(X = 3.50)。还检查了学生对校外,科学,技术,学校和未来计划的一般态度在性别,年级和年龄变量方面是否有所不同。结果发现,学生的态度得分在性别方面有所不同(p <0.05),而女生和仅科学技术部分的态度得分有所不同。结果发现,在八年级学生对科学和技术领域的态度上存在统计学差异。此外,还发现15岁以下的学生在校外,科学技术和学校方面对科学的偏爱显着不同。

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