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首页> 外文期刊>International Journal of Mathematical Education in Science and Technology >A quantitative analysis of the near transfer of learning from calculus to subsequent engineering courses
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A quantitative analysis of the near transfer of learning from calculus to subsequent engineering courses

机译:对微积分学习近代转移到后续工程课程的定量分析

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摘要

In this longitudinal study, we track student answers to a question from the Calculus Concept Inventory (CCI) pre- and post-instruction in Calculus I as well as an analogous question in the next semester framed in the context of Aerospace Engineering or Chemical Engineering. Nearly 88% of the students who answered the post-CCI question correctly answered the context question correctly, suggesting that students are able to transfer learning from Calculus I to subsequent engineering courses. Moreover, nearly 43% of the students who incorrectly answered the post-calculus question were able to correctly answer the applied context question. During the semester when the students took the engineering courses, they also answered two questions from the Student Assessment of their Learning Gains instrument to assess their mathematical confidence and the degree to which they make connections between mathematics courses and other courses. Students who were more confident in their mathematical ability were more successful in transferring their understanding from the mathematics to the engineering context.
机译:在这个纵向研究中,我们跟踪学生回答来自微积分概念库存(CCI)的问题,在微积分I中以及在航空航天工程或化学工程背景下的下一个学期的类似问题。近88%的学生接受了CCI后的学生,正确地回答了上下文问题,这表明学生能够将学习从微积分I转移到后续的工程课程。此外,近43%的学生们不正确回答的后勤后问题能够正确地回答所应用的上下文问题。在学期在学生参加工程课程时,他们还回答了学生评估的两个问题,他们的学习获得了学习仪器,以评估他们的数学信心以及他们在数学课程和其他课程之间联系的程度。更有信心的学生在数学能力方面更为成功地将他们的理解从数学转移到工程背景。

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