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Spatial Ability and Learning from Visualizations in STEM Disciplines
by
Kenneth C. Williamson
, Ghislain Deslongchamps
, Vickie M. Williamson
, David N. Rapp
, Mary Jane Shultz
, Scott R. Hinze
in
Animation
/ Applied arts
/ Art genres and movements
/ Art history
/ Arts
/ Behavioral sciences
/ Cognitive processes
/ Cognitive psychology
/ Commercial art
/ Data management
/ Data visualization
/ Design
/ Domain knowledge
/ Education
/ Formal education
/ Graphic design
/ Information management
/ Information science
/ Learning
/ Mental rotation
/ Metacognition
/ Microphysics
/ Molecular physics
/ Molecules
/ Pedagogy
/ Perception
/ Perceptual processing
/ Physical sciences
/ Physics
/ Psychology
/ Reasoning
/ Science education
/ STEM education
/ Thought processes
/ Visual arts
/ Visual processing
2014
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Spatial Ability and Learning from Visualizations in STEM Disciplines
by
Kenneth C. Williamson
, Ghislain Deslongchamps
, Vickie M. Williamson
, David N. Rapp
, Mary Jane Shultz
, Scott R. Hinze
in
Animation
/ Applied arts
/ Art genres and movements
/ Art history
/ Arts
/ Behavioral sciences
/ Cognitive processes
/ Cognitive psychology
/ Commercial art
/ Data management
/ Data visualization
/ Design
/ Domain knowledge
/ Education
/ Formal education
/ Graphic design
/ Information management
/ Information science
/ Learning
/ Mental rotation
/ Metacognition
/ Microphysics
/ Molecular physics
/ Molecules
/ Pedagogy
/ Perception
/ Perceptual processing
/ Physical sciences
/ Physics
/ Psychology
/ Reasoning
/ Science education
/ STEM education
/ Thought processes
/ Visual arts
/ Visual processing
2014
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Do you wish to request the book?
Spatial Ability and Learning from Visualizations in STEM Disciplines
by
Kenneth C. Williamson
, Ghislain Deslongchamps
, Vickie M. Williamson
, David N. Rapp
, Mary Jane Shultz
, Scott R. Hinze
in
Animation
/ Applied arts
/ Art genres and movements
/ Art history
/ Arts
/ Behavioral sciences
/ Cognitive processes
/ Cognitive psychology
/ Commercial art
/ Data management
/ Data visualization
/ Design
/ Domain knowledge
/ Education
/ Formal education
/ Graphic design
/ Information management
/ Information science
/ Learning
/ Mental rotation
/ Metacognition
/ Microphysics
/ Molecular physics
/ Molecules
/ Pedagogy
/ Perception
/ Perceptual processing
/ Physical sciences
/ Physics
/ Psychology
/ Reasoning
/ Science education
/ STEM education
/ Thought processes
/ Visual arts
/ Visual processing
2014
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Spatial Ability and Learning from Visualizations in STEM Disciplines
Book Chapter
Spatial Ability and Learning from Visualizations in STEM Disciplines
2014
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Overview
Students in science, technology, engineering and math (STEM) courses are often exposed to pictures, animations, and displays that are intended to convey complex concepts and interactions. These types of presentations have been termed visualizations, which embodies the idea they are external representations that convey information in an interpretable form. In many cases, well-designed visualizations help make visible the kinds of processes and relationships that normally are unobservable to the naked eye. Much of the content of STEM coursework proves inaccessible in this way, either because the critical elements under study are so microscopic or temporally expanded that seeing them is
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