Titlebook: Visualization in Science Education; John K. Gilbert Book 20051st edition Springer Science+Business Media B.V. 2005 experiment.media.modeli

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ecomposability in order to prune the search space. In the present paper, we examine whether commonly used multi-label evaluation metrics satisfy these properties and therefore are suited to prune the search space for multi-label heads.

Interim

Joel Russell,Robert Kozmaine incremental embedding algorithm. We answer predictive relationship queries using the embedding results. Extensive experiments over real world datasets show that our approach significantly outperforms two baseline approaches, producing accurate query results efficiently with a small memory footprint.

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Mental Models: Theoretical Issues for Visualizations in Science Educationa surface understanding of presented information, to build deeper comprehension of a conceptual domain. Thus, these constructs align with the explicit objectives of science education; instructors want students to understand the underlying principles of scientific theories, to reason logically about

HAVOC

A Model of Molecular Visualization working on a mental molecular visualization/rotation task invoke components of a mental model. Four of the components are static representations: referents, relations, results, and rules/syntax. The fifth component is dynamic: operation. Two examples of operation are visualization and rotation. Par

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Leveraging Technology and Cognitive Tehory on Visualization to Promote Students’ Science being primarily concerned with external representations and how to best support students’ while learning with visualizations. In doing so, relevant literature from Cognitive Science is reviewed. Two science education projects, namely, Making Thinking Visible and Modeling Across the Curriculum are t

HUMID

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Students Becoming Chemists: Developing Representationl Competence: students’ acquisition of important chemical concepts and principles and students’ participation in the investigative practices of chemistry—“students becoming chemists.” Literature in learning theory and research support these two goals and this literature is reviewed. The first goal relates to co