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Showing 31 to 45 of 162 results Save | Export
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Bowers, Kenneth S.; And Others – Cognitive Psychology, 1990
A total of 308 undergraduates performed 2 word tasks and a gestalt closure task in a study of intuition. Subjects could respond discriminately to coherence they could not identify and were led by this perception to form a hunch or hypothesis. Clues to coherence evidently activate problem-solving networks. (SLD)
Descriptors: Cognitive Processes, Discovery Processes, Higher Education, Intuition
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Proctor, Tony – Journal of Creative Behavior, 1991
This article describes 2 experiments conducted with a computer-aided problem-solving tool called BRAIN, involving 30 adults of varying backgrounds and 15 organizational executives. The BRAIN program encourages users to discover partially and fully formulated insights, through iterative generation of word lists and meaningful statements. Eighty…
Descriptors: Computer Oriented Programs, Computer Software, Creative Thinking, Creativity
ANDREEN, JEAN; AND OTHERS – 1964
SCIENCE CONCEPTS IN THE ELEMENTARY SCHOOL CLASSROOMS SHOULD BE BUILT FROM STUDENT EXPERIENCES, NOT MEMORIZED FROM PRINTED MATERIALS. TEACHERS SHOULD BE ALERT AT ALL TIMES AND CONSCIOUSLY ATTEMPT TO SET UP OR CALL ATTENTION TO SITUATIONS PROVIDING OPPORTUNITIES FOR THE USE OF PROBLEM-SOLVING TECHNIQUES. THE FOLLOWING GENERAL AREAS ARE SUGGESTED AS…
Descriptors: Discovery Processes, Grade 3, Problem Solving, Science Curriculum
Egan, Dennis E.; Greeno, James G. – 1970
The study concerned (1) identifying component processes of discovery and rule learning; (2) describing differences in learning outcomes produced by the two instructional methods, and; (3) optimizing learning. It was believed that understanding the effects of aptitude, instructional methods, and their interaction is important in the study of…
Descriptors: Aptitude, Cognitive Processes, Discovery Processes, Learning
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Lenox, Ronald S. – Journal of Chemical Education, 1985
Methods used to investigate problems in the sciences include building-up strategies, insight, and change (or serendipitous discovery). Discusses appropriate learning experiences for the undergraduate science students so they are more likely to benefit from the second method of scientific discovery as they make a career in their chosen field. (JN)
Descriptors: College Science, Discovery Processes, Higher Education, Problem Solving
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Markley, O. W. – Journal of Creative Behavior, 1988
The article describes four step-by-step methods to sharpen intuitive capacities for problem-solving and innovation. Visionary and transpersonal knowledge processes are tapped to gain access to relatively deep levels of intuition. The methods are considered useful for overcoming internal blockages or resistance, developing organizational mission…
Descriptors: Adults, Creative Thinking, Creativity, Discovery Processes
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Joseph, Mathew; Stone, George W.; Grantham, Kimberly; Harmancioglu, Nukhet; Ibrahim, Essam – Quality Assurance in Education: An International Perspective, 2007
Purpose: This exploratory study attempts to capture some of the principal benefits/factors attributable to service learning/community service projects, from a student perspective. Design/methodology/approach: A sample of 67 males and 83 females (16 graduate, 71 seniors, and 63 juniors) participated in the study. Findings: Students believe that…
Descriptors: Service Learning, Problem Solving, Critical Thinking, Learning Experience
Baughman, Gerald D. – J Secondary Educ, 1969
Descriptors: Behavioral Objectives, Discovery Processes, Evaluation, Experiments
McKinnon, Joe Wallace – 1970
Reported is an examination of the effects of a newly devised science course upon the logical thought processes of college freshmen. Five tasks designed to determine whether the student did thinking logically when presented with problems of conservation of volume, reversible operations, reconciliation of irrelevant variables, and elimination of…
Descriptors: College Science, Discovery Processes, Doctoral Dissertations, Educational Research
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Craddock, Richard S.; Arnsdorf, Val – Journal of Geography, 1971
Three series of eight fifteen-minute programs were made with conceptual and process orientation. Data was presented and open questions asked, but not answered. New ways of using traditional materials were demonstrated, as was the adaptability of television to non-expository teaching. (NH)
Descriptors: Concept Teaching, Discovery Processes, Educational Television, Elementary Education
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Cramer, Robert E.; Boehm, Richard G. – Journal of Geography, 1971
Three series of eight fifteen-minute programs each were made conceptual and process oriented. Data was presented and divergent questions asked about it, but not answered. New ways of using traditional materials were demonstrated as was the adaptability of TV to non-expository teaching. (NH)
Descriptors: Concept Teaching, Discovery Processes, Educational Television, Elementary Education
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Watson, F. R. – Mathematical Spectrum, 1969
Descriptors: Discovery Processes, Geometric Concepts, Induction, Mathematical Enrichment
Judd, Robert C. – Coll Univ Bus, 1970
Computerized think tanks can reach decisions more efficiently than the standard committee meeting method. (Editor)
Descriptors: Computer Oriented Programs, Convergent Thinking, Discovery Processes, Evaluation Methods
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Warnock, Peter – Lifelong Learning: The Adult Years, 1979
Encourages adult educators to use a creative approach to solving problems and making decisions, defining creative thinking as a complex process of discovery. States that adult educators should find ways to change how they look at problems and offers some suggestions. (MF)
Descriptors: Adoption (Ideas), Adult Educators, Concept Formation, Creative Thinking
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Cooke, Ron C.; Willis, Grover C. – Journal of Chemical Education, 1996
Discusses two students' discovery that both of their answers to a computation for E in a chemical reaction in electrochemistry were correct, that there was not a unique answer, and that the textbook had presented only one of the possible answers to the problem. (MKR)
Descriptors: Chemical Reactions, Chemistry, Computation, Discovery Processes
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