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Attitude Toward Mathematics of Future Teachers: How Important Are Creativity and Cognitive Flexibility?

机译:对未来教师数学的态度:创造性和认知灵活性有多重要?

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The attitude toward mathematics is shaped by cognitive components such as beliefs and cognitive processes. However, the importance of cognitive processes in attitude toward mathematics has not yet been researched. Therefore, this study aimed to identify the role of cognitive processes, creativity and cognitive flexibility, in the attitude toward mathematics of future teachers. For that purpose, 218 University students and preservice teachers, completed assignments on creativity and cognitive flexibility and a questionnaire on attitude toward mathematics. The results showed that the use of innovative details (a creativity subscale) rises the probability of exhibiting a positive attitude toward mathematics by 1.81. Besides, cognitive flexibility rises this probability by 2.32. The conclusion is that both, details and cognitive flexibility act as good predictors of a positive attitude toward mathematics. This has implications for educational practice in the planning of mathematics instruction in higher education, specifically, in future teachers.
机译:对数学的态度是由信仰和认知过程等认知组件的形状的。然而,尚未研究认知过程对数学态度的重要性。因此,本研究旨在确定认知过程,创造力和认知灵活性的作用,以未来教师数学的态度。为此目的,218名大学生和保险教师,完成了创造力和认知灵活性的作用以及对数学态度的问卷调查。结果表明,使用创新的细节(创造力子级)的使用升高了1.81展示了对数学态度的态度。此外,认知灵活性将通过2.32升高此概率。结论是,细节和认知的灵活性都是对数学态度的良好预测因子。这对高等教育中数学教学规划的教育实践有影响,特别是在未来的教师中。

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