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Peer reviewedDuffin, Janet; Marland, Harriet – Mathematics in School, 1983
An example is noted in which a given problem is reformulated and extended. The problem solving includes discussion and dispute, plus the recognition that different approaches are both possible and desirable, is thus demonstrated. (MNS)
Descriptors: Elementary Secondary Education, Mathematics Education, Mathematics Instruction, Problem Solving
Wyer, Jo-Anne – Programmed Learning and Educational Technology, 1984
Surveys some of the intelligent computer assisted instruction programs that have been authored and differentiates them from traditional computer assisted instruction. (Author)
Descriptors: Artificial Intelligence, Computer Assisted Instruction, Courseware, Development
Pankowski, Mary L. – New Directions for Continuing Education, 1984
Reviews research on group problem solving and offers suggestions for improving participation and task accomplishment in the workshop format. (JOW)
Descriptors: Group Dynamics, Participation, Participative Decision Making, Problem Solving
Ediger, Marlow – 1999
This paper discusses technology education, with a focus on agriculture. Discussion includes objectives of instruction; integrating technology into the curriculum; objectives in technology education, including 10 learning opportunities for achieving educational objectives; inservice technology education, including issues to address and problems for…
Descriptors: Agriculture, Educational Objectives, Problem Solving, Teaching Methods
Peer reviewedCassel, Russell N. – Contemporary Education, 1974
Descriptors: Educational Games, Game Theory, Problem Solving, Role Playing
Cimini, Peter D. – School Health Review, 1974
Descriptors: Decision Making, Human Relations, Humanization, Individual Development
LeBaron, Melvin J. – Improving College and University Teaching, 1974
Descriptors: Educationally Disadvantaged, Higher Education, Problem Solving, Student Problems
Zirkel, Gene – MATYC Journal, 1974
Descriptors: Algebra, Graphs, Instruction, Mathematical Enrichment
Peer reviewedLucas, John F. – Journal for Research in Mathematics Education, 1974
An experimental calculus class was instructed by inquiry-style presentation incorporating heuristic problem-solving strategies. A control class was also instructed using an inquiry style, but with no emphasis on heuristics. Based on interviews, it is suggested that heuristic-oriented instruction can be an effective mode of teaching problem…
Descriptors: Calculus, College Mathematics, Instruction, Mathematics Education
Rapparlie, Evalyn – Elementary English, 1971
Conceptual development is a very important part in the educational process. (MR)
Descriptors: Concept Formation, Concept Teaching, Curriculum Guides, Language
Kruszewski, Krzystof – Educ Technol, 1969
In reviewing the state of educational technology in Poland, the author focuses on problem-solving teaching, group work, and programed instruction according to the "block system. (LS)
Descriptors: Grouping (Instructional Purposes), Problem Solving, Programed Instruction, Student Role
Berg, Gary – Bus Educ Forum, 1970
Descriptors: Business Education, Flow Charts, Methods, Office Machines
Peer reviewedGood, Ronald G. – Science and Children, 1971
Descriptors: Cognitive Development, Cognitive Processes, Elementary School Students, Problem Solving
Kallaus, Norman F.; Clark, James L. – Business Education World, 1971
The development of flowcharting as a learning technique can be easily implemented if the teacher (1) defines the terms that might not be understood, (2) identifies the arithmetic process needed to solve the problem, and (3) analyzes how each problem can be calculated on the machine. (Author)
Descriptors: Business Education, Flow Charts, Guidelines, Office Machines
Gumm, George; Chambers, Gurney – Phi Delta Kappan, 1970
A previous article, EA 500 335, is criticized for claiming the applicability of the CRAM model without research documentation. (MF)
Descriptors: Feedback, Models, Performance Criteria, Problem Solving


