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1421
Digital education usage models for the classroom of the future
In: http://www.icvl.eu/2009/files/art_Hamilton.pdf
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1422
Continual Collaborative Planning for Mixed-Initiative Action and Interaction (Short Paper)
In: http://www.informatik.uni-freiburg.de/~ki/papers/brenner-aamas08.pdf
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1423
Continual Collaborative Planning for Mixed-Initiative Action and Interaction (Short Paper)
In: http://www.ifaamas.org/Proceedings/aamas08/proceedings/pdf/paper/AAMAS08_0665.pdf
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1424
Autonomous Robot Motion Planning in Diverse Terrain Using Genetic Algorithms
In: http://www.cs.bham.ac.uk/~wbl/biblio/gecco2005lbp/papers/62-fries.pdf
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1425
Strategies utilized in computer problem solving and object-oriented programming
Zaman, Naeem. - : Oregon State University
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1426
Interaction styles and success at problem solving by non-native speakers of English
Cameron, Judy.. - : University of Alberta. Department of Educational Foundations.
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1427
A case study of how upper-division physics students use visualization while solving electrostatics problems
Browne, Kerry P.. - : Oregon State University
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1428
Solving algebra word problems : solution strategies Thai students used and potential connections with teachers' instructional strategies
Swangrojn, Porntip. - : Oregon State University
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1429
Middle school teachers’ use of a formative feedback guide in mathematics problem solving instruction
Strowbridge, Jessica. - : Oregon State University
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1430
Geometric reasoning in an active-engagement upper-division E&M classroom
Cerny, Leonard Thomas. - : Oregon State University
Abstract: A combination of theoretical perspectives is used to create a rich description of student reasoning when facing a highly-geometric electricity and magnetism problem in an upper-division active-engagement physics classroom at Oregon State University. Geometric reasoning as students encounter problem situations ranging from familiar to novel is described using van Zee and Manogue's (2010) ethnography of communication. Bing's (2008) epistemic framing model is used to illuminate how students are framing what they are doing and whether or not they see the problem as geometric. Kuo, Hull, Gupta, and Elby's (2010) blending model and Krutetskii's (1976) model of harmonic reasoning are used to illuminate ways students show problem-solving expertise. Sayer and Wittmann's (2008) model is used to show how resource plasticity impacts students' geometric reasoning and the degree to which students accept incorrect results.
Keyword: Educational psychology -- Oregon -- Corvallis; Electricity -- Study and teaching (Higher) -- Oregon -- Corvallis; Geometry; Magnetism -- Study and teaching (Higher) -- Oregon -- Corvallis; Mathematical physics -- Study and teaching (Higher) -- Oregon -- Corvallis; Oregon State University -- Students -- Psychology; Physics -- Study and teaching (Higher) -- Oregon -- Corvallis; Problem solving -- Study and teaching (Higher) -- Oregon -- Corvallis; Reasoning -- Study and teaching (Higher) -- Oregon -- Corvallis; Science students -- Oregon -- Corvallis -- Psychology
URL: http://ir.library.oregonstate.edu/concern/graduate_thesis_or_dissertations/9593tz43q
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1431
Secondary School Students’ Misconceptions in Algebra
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