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Pothier, Yvonne; Sawada, Daiyo – Mathematics in School, 1990
Student comments about having time in class to think and solve problems are presented. Stressed are teaching methods which allow students to familiarize themselves with the problem, think about solution processes, work through the solution process, and reflect while solving a problem. (CW)
Descriptors: Cognitive Development, Cognitive Structures, Learning Strategies, Mathematics Education
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Prawat, Richard S. – Educational Researcher, 1993
Argues that educators should reconsider their current commitment to problem solving as the way to promote constructionist teaching and learning and should focus on teaching important ideas developed within the disciplines. This idea-based social constructivism focuses on the possibilities of a given situation. (SLD)
Descriptors: Cognitive Processes, Constructivism (Learning), Educational Theories, Elementary Secondary Education
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Hughes, Andrew S.; Sears, Alan M.; Clarke, Gerald M. – Theory and Research in Social Education, 1998
Describes how Problem-Based Learning (PBL) was adapted for use in social studies teacher education. Reviews the background of PBL as used in professional faculties, and offers curricular justification for its use. Examines difficulties experienced in adapting PBL to teacher education, taking into account perspectives from prospective teachers and…
Descriptors: Curriculum Design, Educational Principles, Higher Education, Learning Strategies
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Hershkovitz, Sara; Nesher, Pearla – International Journal of Computers for Mathematical Learning, 1998
Discusses two approaches to solving word problems that consider the verbal text of the problem, and analyze it to obtain its mathematical expression, as well as its numerical solution. Uses two computerized programs for word problems to capture the various strategies employed by the problem solvers. Contains 21 references. (Author/ASK)
Descriptors: Arithmetic, Computer Software, Computer Uses in Education, Educational Technology
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Phye, Gary D. – Journal of Educational Psychology, 2001
Mayer and Wittrock (1996) have raised the specificity-generality issue as it applies to the teachable aspects of problem-solving transfer. Simply put, do the instructional practices that foster more efficient acquisition-learning of problem-solving strategies automatically foster more efficient problem-solving transfer? On the basis of the present…
Descriptors: Cognitive Style, Concept Mapping, Learning Processes, Learning Strategies
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Barron, Marlene – Young Children, 1999
Documented strategies preschool children used in completing complex, multipiece puzzles, which included focus on color, design, or shape. Found that all children could benefit and enjoy working on larger puzzles in the classroom and that the activity encouraged social literacy, completing a long-term project, scaffolding, and child development.…
Descriptors: Ability, Classroom Techniques, Developmental Tasks, Difficulty Level
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Howard, Bruce C.; McGee, Steven; Shin, Namsoo; Shia, Regina – Educational Technology Research and Development, 2001
Discussion of the triarchic theory of intelligence focuses on a study of ninth graders that explored the relationships between student abilities and the cognitive and attitudinal outcomes that resulted from student immersion in a computer-based inquiry environment. Examines outcome variables related to content understanding, problem solving, and…
Descriptors: Academic Ability, Cognitive Processes, Computer Assisted Instruction, Grade 9
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Lesgold, Alan M. – American Psychologist, 2001
Reviews psychological research on learning by doing, noting the role that learning-by-doing can play in education and training. Discusses how one University of Pittsburgh professor/researcher and his colleagues and students implemented this approach and describes lessons learned from the experience, explaining how improved forms of…
Descriptors: Active Learning, Awards, College Students, Discovery Learning
Braus, Judy – EEducator, 1999
Details the results of a survey on the most important instructional strategies that enhance learning and employ the vehicle of environmental education. Discusses constructivism, cooperative learning, and problem solving. (DDR)
Descriptors: Constructivism (Learning), Cooperative Learning, Educational Change, Elementary Secondary Education
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Clifford, Paul – Journal of Biological Education, 2004
Problem solving is an ideal learning strategy, especially for topics that are perceived as difficult to teach. As an example, a format is described for a problem-solving session designed to help students understand the pressure-flow hypothesis of phloem transport in plants. Five key facts and their discussion can lead to the conclusion that a…
Descriptors: Learning Strategies, Problem Solving, Discussion (Teaching Technique), Botany
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Gee, James Paul – E-Learning, 2005
This article asks how good video and computer game designers manage to get new players to learn long, complex and difficult games. The short answer is that designers of good games have hit on excellent methods for getting people to learn and to enjoy learning. The longer answer is more complex. Integral to this answer are the good principles of…
Descriptors: Video Games, Educational Games, Educational Principles, Computer System Design
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Schworm, Silke; Renkl, Alexander – Computers and Education, 2006
We investigated whether the findings from worked-out example research on the effects of self-explanation prompts and on instructional explanations can be generalized to other example types--in this case: solved example problems. Whereas worked-out examples consist of a problem formulation, solution steps, and the final solution, solved example…
Descriptors: Teaching Methods, Student Teachers, Computer Assisted Instruction, Problem Solving
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Grugnetti, Lucia; Jaquet, Francois – Journal of Mathematical Behavior, 2005
In this paper, some aspects of French mathematical education theory concerning "problem situations" are taken into account. In this theoretical framework, the choice of problem situations is fundamental in order to allow pupils to make hypotheses, to mobilize their knowledge, to argue, and finally, to construct new knowledge. Certain…
Descriptors: Mathematics Education, Problem Solving, Foreign Countries, Educational Theories
Jeffrey, Todd – Gifted Child Today, 2007
Most parents of gifted children are aware of the benefit of having books and other hands-on learning materials available to their children. However, there is more involved in creating a thoughtful and intellectual learning environment at home than just books and science kits. The way a group communicates, what it communicates, and what it values…
Descriptors: Academically Gifted, Parent School Relationship, Parent Participation, Creative Thinking
Herron, J. Dudley – 1996
Many chemists want to be effective teachers but have little background in psychology or education on which to build successful practices. The primary audience for this book is chemistry teachers at the secondary and tertiary levels, and its purpose is to encourage readers to construct a new understanding of how their students learn. This book is…
Descriptors: Chemistry, Cognitive Development, Educational Strategies, Higher Education
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