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Kelsey E. Schenck; Doy Kim; Fangli Xia; Michael I. Swart; Candace Walkington; Mitchell J. Nathan – Grantee Submission, 2024
Access to body-based resources has been shown to augment cognitive processes, but not all movements equally aid reasoning. Interactive technologies, like dynamic geometry systems (DGS), potentially amplify the link between movement and geometric representation, thereby deepening students' understanding of geometric properties. This study…
Descriptors: Geometric Concepts, Task Analysis, Thinking Skills, Validity
Hardison, Hamilton L.; Lee, Hwa Young; Guajardo, Lino; Bui, Mai T. – North American Chapter of the International Group for the Psychology of Mathematics Education, 2022
Given the centrality of angle in mathematics curricula and scarcity of research in this area, we investigated 64 PTs' assimilatory domains of angularity by analyzing the angles they indicated when presented with four segments mutually sharing an endpoint. In both interview and written settings, we found PTs were more likely to recognize convex…
Descriptors: Geometric Concepts, Mathematics Instruction, Geometry, Preservice Teachers
Lu, Hong; Chen, Xin – Mathematics Education Research Group of Australasia, 2022
Previous studies have uncovered the relationship between handwriting and mathematics performance, without articulating the underlying cognitive mechanism. With 197 Chinese fourth graders as participants, this study explored the mechanism by which the spacing/spatial relationship in handwriting legibility affects number-line estimation through VMI.…
Descriptors: Psychomotor Skills, Mathematics Instruction, Handwriting, Correlation
Patahuddin, Sitti; Logan, Tracy; Ramful, Ajay – Mathematics Education Research Group of Australasia, 2018
This paper attempted to make explicit some of the underlying characteristics of spatial visualisation using the concept of area of composite shapes. By engaging students with metric-free tasks, we identify the type of perceptual and visual/spatial manoeuvres that they deploy in such situations. Interview data collected from three students in Grade…
Descriptors: Visualization, Spatial Ability, Task Analysis, Grade 7
Knight, Rose; Wright, Vince – Mathematics Education Research Group of Australasia, 2014
Spatial visualisation is a subset of spatial ability and is exemplified in predicting whether or not a net will fold to form a target solid. The researchers examined video of interviews to explore the schemes of Year 5 students for determining the validity of nets for a cube and pyramid. Findings suggest the significance of imaged actions, shown…
Descriptors: Diagnostic Tests, Interviews, Visualization, Spatial Ability
Sack, Jacqueline; Vazquez, Irma – North American Chapter of the International Group for the Psychology of Mathematics Education, 2011
This research team has developed a learning trajectory on 3D visualization for elementary children. This paper focuses on the interchange among the three Spatial Operational Capacity framework representations, namely, 3D models, 2D conventional diagrams, and semiotic abstract representations, and the critical role of a dynamic computer interface…
Descriptors: Spatial Ability, Geometric Concepts, Visualization, Elementary School Mathematics
Schouten, Tony; Van Der Sanden, Johan – 1986
Two studies were conducted to determine how students perform psychomotor tasks and how teacher behavior influences performance. Study 1, conducted with about 100 technical students in a metal working class in a technical school in The Netherlands, showed that a process-based heuristic approach, stimulating students to perform complex psychomotor…
Descriptors: Aptitude Treatment Interaction, Classroom Techniques, Educational Needs, Electronics