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HOW WE HAVE USED ITEM RESPONSE THEORY AND CLASSROOM MANAGEMENT TO IMPROVE STUDENT SUCCESS RATES IN LARGE GENERAL CHEMISTRY CLASSES

机译:我们如何使用项目响应理论和班级管理来提高大型化学班级的学生成功率

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Since 2012 we have tracked general chemistry student success rates at the University of Utah. In efforts to improve those rates we have implemented math prerequisites, changed our discussion session format, installed some metacognitive exercises aimed at the lowest quartile of students and instituted a flipped classroom model. Furthermore, using Item Response Theory we have identified what topics each individual student struggles with on practice tests. These steps have increased our success rates to ~76%. As well, student performance on nationally normed American Chemical Society final exams has improved to a median of 86 percentile. Our lowest quartile of students in spring 2016 scored at the 51 st percentile, above the national median.
机译:自2012年以来,我们一直跟踪犹他大学的普通化学专业学生的成功率。为了提高这些比率,我们实现了数学先决条件,改变了讨论形式,安装了针对最低四分之一学生的元认知练习,并建立了一种翻转课堂模式。此外,使用项目反应理论,我们已经确定了每个学生在实践测试中要面对的主题。这些步骤使我们的成功率提高到了约76%。同样,通过美国国家化学学会最终考试的学生成绩也提高到了86%。 2016年春季,我们最低的四分之一学生的得分为51%,高于全国中位数。

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