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Mathematical Creativity and Mathematical Aptitude: A Cross-Lagged Panel Analysis

机译:数学创造力和数学才能:交叉滞后的面板分析

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Cross-lagged panel correlation (CLPC) analysis has been used to identify causal relationships between mathematical creativity and mathematical aptitude. For this study, 480 8th standard students were selected through a random cluster technique from 9 intermediate and high schools of Varanasi, India. Mathematical creativity and mathematical aptitude tests were administered twice, 4 months apart. The CLPC analysis uncovered a significant relationship between mathematical creativity and mathematical aptitude. It appears that mathematical creativity was a cause of mathematical aptitude, rather than the converse (i.e., higher mathematical creativity leading to higher mathematical aptitude). Limitations and future directions are outlined.
机译:交叉滞后面板相关性(CLPC)分析已用于识别数学创造力和数学才能之间的因果关系。对于这项研究,通过随机聚类技术从印度瓦拉纳西的9所中学和高中中选出了480名8年级学生。两次进行数学创造力和数学能力测验,相隔4个月。 CLPC分析揭示了数学创造力和数学才能之间的重要关系。看来数学创造力是数学才能的原因,而不是相反的原因(即更高的数学创造力导致更高的数学才能)。概述了局限性和未来方向。

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