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Session Submission Type: Symposium
Spatial thinking is central to chemistry yet students often struggle with the spatial challenges of chemistry, especially in organic chemistry where they must master the spatial relations between substituents of complex molecule and spatial representational systems unique to chemistry. Are students with low spatial abilities doomed to fail in college chemistry, or do we need a better understanding of the spatial challenges of studying chemistry in order to help them overcome their difficulties? This symposium will summarize emerging research on the nature of spatial thinking in the domain of chemistry.
Spatial Abilities and Chemistry Achievement: Contributions and Limitations of Correlational Studies - Mary Hegarty, University of California - Santa Barbara
Sex Differences in Strategy Use for Spatial Problem Solving in Chemistry - Mike Stieff, University of Illinois at Chicago
Diagram Translation With Concrete Models: Why Are Helpful Tools Not Used? - Andrew T. Stull, University of California - Santa Barbara; Shamin Padalkar, University of California - Santa Barbara
Models in the Classroom–Help or Hindrance? A Look at the Variables That Influence Students’ Success on Representational Translation Tasks in the Chemistry Classroom - Bryna Kumi, University of Maryland - College Park; Bonnie L. Dixon, University of Maryland - College Park
Gesture-Speech Mismatch Predicts Who Will Learn to Solve an Organic Chemistry Problem - Raedy Ping, University of Chicago; Mary-Anne Decatur, University of Chicago; Samuel Larson, University of Chicago; Elena Zinchenko, University of Chicago; Susan Goldin-Meadow, University of Chicago