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Piercy, Robert J. – Physical Educator, 1977
Descriptors: Discovery Processes, Educational Philosophy, Problem Solving, Student Motivation
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Flower, Linda S.; Hayes, John R. – College English, 1977
Presents an overview of a three-part heuristic strategy (planning, generating ideas in words, and constructing for an audience) for analytical writing. (DD)
Descriptors: Expository Writing, Higher Education, Problem Solving, Teaching Methods
du Pont de Bie, Alexis I. – Gifted Education International, 1985
The author suggests that students can achieve an expansion of successful creative problem-solving through the use of psychosynthesis and allied techniques in transpersonal psychology. This paper discusses the philosophical rational of teaching creativity and examples of a practicum for use in the classroom or work place. (Author/CL)
Descriptors: Creative Development, Creativity, Elementary Secondary Education, Problem Solving
Burns, Marilyn – Instructor, 1986
Graphing skills are growing in importance in our information society, presenting facts and concepts in newspapers, magazines, and on television. Graphs incorporated into teaching develop children's problem-solving skills. Ways to use graphs in the classroom are discussed, and examples are given. (MT)
Descriptors: Elementary Education, Elementary School Mathematics, Graphs, Problem Solving
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Halpern, Noemi – Journal of Learning Disabilities, 1984
Computer logic is advised for teaching learning disabled children because the computer reduces complicated problems to series of subproblems, then combines solutions of subproblems to solve the initial problem. Seven examples for using the technique are given, including solving verbal math problems. Encourages teachers to learn computer…
Descriptors: Cognitive Processes, Computer Literacy, Learning Disabilities, Problem Solving
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Szilak, Dennis – Harvard Educational Review, 1976
Teachers and students alike have happily subjected themselves to a hanging-strings experiment, only to find themselves face-to-face with their own inability to break out of standard modes of approaching learning situations. Author used the strings problem as a theme in discussing the weaknesses of exclusively systematic education. (Editor/RK)
Descriptors: Critical Thinking, Educational Objectives, Learning Processes, Problem Solving
Gagatsis, Athanasios; Elia, Iliada – International Group for the Psychology of Mathematics Education, 2004
The main objective of this study is to investigate the role of four different modes of representation in mathematical problem solving (MPS), and more specifically to develop a model, which provides information about the effects of these representations in the solution procedures of one-step problems of additive structures. Data were collected from…
Descriptors: Mathematics Instruction, Problem Solving, Factor Structure, Foreign Countries
Zoll, Allen – Simulation/Gaming/News, 1973
Describes an instructional game which provides several alternatives for each decision made in order to more effectively approximate the actual business decision-making process. (AK)
Descriptors: Administrator Education, Decision Making, Management Games, Problem Solving
Gupta, Vinay K. – Journal of Business Education, 1972
The major value of games is the development of problem-solving and decision-making skills--a value that has not always been achieved under traditional methods of teaching or by some of the other recent innovations, such as programmed or televised lessons. (Author/JS)
Descriptors: Business Education, Decision Making, Educational Games, Problem Solving
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Berthoff, Ann E. – College Composition and Communication, 1971
The psychological inadequacies and political dangers of problem-solving as a pedagogical concept" are explored. (Author/DR)
Descriptors: Educational Philosophy, English Instruction, Information Theory, Problem Solving
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Veksler, S. I. – Educational Studies in Mathematics, 1971
A discussion of the use of mathematics problems containing erroneous statements and the use of mutual consultation by students on the solution of mathematics problems. Critical questioning ability of students is enhanced through the utilization of both these procedures, according to the author. (JG)
Descriptors: Assignments, Homework, Instruction, Problem Solving
Sekyra, Francis, III; Loree, M. Ray – J Educ Res, 1970
Descriptors: Audiovisual Aids, Grade 7, Problem Solving, Tape Recordings
Burns, Richard W.; Ellis, Barbara M. – Sch Sci Math, 1970
Descriptors: Creative Teaching, Creativity, Discovery Learning, Learning
Minor, Dennis E. – Technical Writing Teacher, 1982
Discusses a structure for the problem solving paper. Provides several sample outlines of a hypothetical problem and solution. (HTH)
Descriptors: Higher Education, Problem Solving, Teaching Methods, Technical Writing
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Davidman, Leonard – Gifted Child Quarterly, 1982
Intended primarily for the regular classroom teacher, the article discusses developing material for the gifted--Types I and II Creative Teaching Sequences. Type I is explained to focus on problem solving skills (specifically a positive attitude toward inquiry), while Type II builds on that attitude for advanced creative problem solving. (CL)
Descriptors: Creative Thinking, Elementary Secondary Education, Gifted, Problem Solving
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