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Goldstone, Leo – International Social Science Journal, 1977
Discusses collection and analysis of social statistics in developing nations. Concludes that all social statistical programs should stress an approach of integrated and limited improvements related to issues of major concern and aiming to produce timely and reliable information. For journal availability, see SO 506 201. (Author/DB)
Descriptors: Data Analysis, Data Collection, Developing Nations, Evaluation
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Aris, Rutherford – Chemical Engineering Education, 1976
Discusses general ways to approach and solve engineering problems. Uses the phase plane and perturbation methods to illustrate the qualitative study of equations. (MLH)
Descriptors: Cognitive Processes, Engineering, Engineering Education, Higher Education
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Azbell, Wayne – Social Studies, 1977
Identifies some aspects of teacher-student interaction during inquiry learning. These include treatment of students as investigators, inductive use of evidence, awareness of the incomplete nature of individual bits of data, internalization of facts, and the facilitating role of the teacher. (Author/AV)
Descriptors: Elementary Secondary Education, Induction, Inquiry, Productive Thinking
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Logan, Charles H. – Teaching Sociology, 1976
The claim that sociology teaches students how to think more critically and scientifically about social issues was tested on college-level students in a sociology department. Results indicated neither the inclination nor the ability increased in the students having sociological training. (ND)
Descriptors: Cognitive Processes, Critical Thinking, Higher Education, Instructional Innovation
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Zacharias, Jerrold R. – National Elementary Principal, 1974
Most mathematical ideas can be taught with simplicity. It may be necessary to give up the phrase "mathematics education" and replace it with "basic quantitative literacy." (Author)
Descriptors: Educational Objectives, Elementary Education, Mathematical Enrichment, Mathematics
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Naiman, Adeline – National Elementary Principal, 1974
Humorous recounting of the trials and tribulations of someone with a photographic mind for retrieval of information but no learning mechanisms provided by her instructors for releasing stored data towards practical use -- especially in the area of mathematics. (See EA 504 500.) (WM)
Descriptors: Educational Attitudes, Elementary Schools, Mathematical Enrichment, Mathematics
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Charbonneau, Manon P. – National Elementary Principal, 1974
A mathematics laboratory should be a learning environment where many young minds decide that mathematics is more than practicing "sums" that the teacher assigns. (Author)
Descriptors: Elementary Schools, Learning Laboratories, Mathematical Enrichment, Mathematics
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Boersig, Teresa M. – School Science and Mathematics, 1973
Criticizes the DPPC Method (Direct, Pure, Piecemeal, and Complete) of mathematics instruction which is designed to enable the lower ninety percent to become proficient in problem solving. Suggests that this method is deceptive since students learn to follow a prescribed recipe rather than becoming problem solvers. (JR)
Descriptors: Instruction, Mathematics, Mathematics Education, Mathematics Instruction
Fox, Harold W. – Journal of Business Education, 1973
Descriptors: Business Education, Decision Making, Decision Making Skills, Problem Solving
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McCauley, Robert N. – Liberal Education, 1982
The business model of the university, emphasizing productivity and efficiency, is insidious because it treats knowledge as a product rather than a process. Learning to ask questions is more important than receiving answers, and the special contribution of the university is the excellence of its process. (Author/MSE)
Descriptors: College Role, Educational Quality, Efficiency, Higher Education
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Gravina, Robert M. – International Journal of Mathematical Education in Science and Technology, 1980
This paper investigates similarities and differences between the computer and the human brain in terms of thought processes and develops the theory that the computer can learn, is intelligent and does satisfy educational learning requirements. (Author/MK)
Descriptors: Artificial Intelligence, Cognitive Processes, Computer Science, Computers
Watson, Eugene R. – New Directions for Continuing Education, 1980
An effective continuing education technique is the use of structured, learner-centered small group instruction. This format enables higher levels of learning and peer support for adults. (SK)
Descriptors: Adult Students, Continuing Education, Group Activities, Peer Relationship
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Penley, Larry E. – Journal of Business Communication, 1978
Evaluates the Nominal Group Technique as a method for structuring a problem solving group's communication. The technique is evaluated in terms of its ability to produce more potential solutions to a problem than an interacting group and in terms of the perceived satisfaction of the participants. (JMF)
Descriptors: Behavioral Science Research, Communication Problems, Efficiency, Group Dynamics
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Dixon, Billy G.; And Others – Illinois School Research and Development, 1976
Gathers evidence through the TRADE project at Southern Illinois University at Carbondale indicating that active support of pre-service teachers by university and public school personnel results in increased instructional effectiveness. (Editor/RK)
Descriptors: Educational Research, Preservice Teacher Education, Productive Thinking, Program Descriptions
Cumming, G.; And Others – Australian University, 1976
The opinions and perceptions of undergraduate science students were surveyed, revealing that they feel staff research is only somewhat important for effective teaching, and that it occupies almost the lowest place in effectiveness for the development of analytic thinking. (LBH)
Descriptors: College Faculty, Educational Objectives, Higher Education, Productive Thinking
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