Session Submission Summary
Share...

Direct link:

2-063 - International Perspectives on Educational, Behavioral, Neurobiological, and Motivational Aspects of Mathematical Anxiety

Fri, March 20, 9:55 to 11:25am, Penn CC, Floor: 200 Level, Room 201B

Session Type: Paper Symposium

Integrative Statement

Although the literature is dominated by studies examining the information processing pathways associated with mathematics, additional evidence suggests that affect and motivation may also have a significant impact on math performance. In particular, mathematical anxiety, defined as feelings of tension and fear that accompany math-related activities, can have crippling effects upon engagement in mathematics, and is also associated with poor math-related outcomes.

The purpose of this symposium is to examine the educational, cognitive, neurobiological, and motivational aspects of mathematical anxiety from an international perspective. Paper 1 (USA) examines the relationship between teacher characteristics and student mathematical anxiety, suggesting that teachers’ gender stereotypes about math are associated with lower math scores and higher math anxiety in female students. Paper 2 (China) examines the relationship between mathematical anxiety and different domains of mathematical achievement and math-related cognition, finding that mathematical anxiety remains a significant predictor of math achievement beyond math cognition. Paper 3 (Russia) employs an EEG-based paradigm to unpack the real-time unfolding of the math anxiety response. This study suggests that the anxiety response for harder math tasks is unique in relation to easier math and non-math tasks. Finally, Paper 4 (USA) examines a sample of twins, finding that individuals with low math motivation demonstrate a consistent negative relationship between math anxiety and math performance whereas individuals with high math motivation actually benefit from moderate levels of mathematical anxiety. Taken together, these studies suggest that mathematical anxiety offers important untapped possibilities for understanding the cognitive-affective dimension of mathematical performance.

Sub Unit

Chair

Individual Presentations