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Rosenholtz, Susan J. – Teacher, 1979
The Multiple Activities Curriculum, developed by the Stanford University Center for Educational Research, broadens the scope of classroom experiences and thinking skills required, so that students weak in the traditional academic skills of reading and language have more chance to participate in class and to feel worthwhile. (Author/SJL)
Descriptors: Academic Ability, Creative Thinking, Curriculum Development, Elementary Education
Peer reviewed Peer reviewed
Riley, James E.; Meyer, Ruth Ann – Mathematics Teacher, 1981
Story problems related to transportation are seen as tools to motivate students to study mathematics by relating the subject to the real world. Schedule making for transportation planning is reviewed. (MP)
Descriptors: Instructional Materials, Mathematical Applications, Mathematical Enrichment, Mathematics Instruction
Peer reviewed Peer reviewed
Horak, Virginia M.; Horak, Willis J. – Mathematics Teacher, 1981
Some methods of proof of traditional algebra problems using geometric methods are explored. The techniques used come from the original Greek approaches to these mathematical questions. (MP)
Descriptors: Algebra, Geometric Concepts, Geometry, Mathematical Concepts
Peer reviewed Peer reviewed
Renz, Peter – Two-Year College Mathematics Journal, 1981
The concept and use of proof in mathematics are examined. Uses and purposes of proofs are listed and described. (MP)
Descriptors: College Mathematics, Higher Education, Mathematical Concepts, Mathematical Logic
Peer reviewed Peer reviewed
Peterson, Kenneth – Science and Children, 1979
Describes an activity center where students work independently on problem-solving tasks. Participants keep records of their work and share ideas of activities with the class. Includes a list of tasks for the activity center. (MA)
Descriptors: Cognitive Development, Elementary Education, Elementary School Science, Problem Solving
Peer reviewed Peer reviewed
Larkin, Jill H.; Reif, F. – European Journal of Science Education, 1979
Describes a systematic study of skills for solving problems in basic physics. Also discusses how detailed observations of individuals were used to formulate models for problem-solving processes in mechanics and applications for teaching basic college physics or engineering courses. (HM)
Descriptors: College Science, Engineering Education, Higher Education, Instruction
Peer reviewed Peer reviewed
Edwards, J. B. – Journal of Moral Education, 1979
Six hundred adolescents and 25 teachers responded to incidents containing a moral issue. Overall there was moral development with age, as suggested by Piaget, but many (by Piaget's definitions) immature responses were recorded on some incidents, even by adults. The context in which issues were presented was an important influence. (Author/SJL)
Descriptors: Adolescents, Age Differences, Developmental Stages, Individual Differences
Peer reviewed Peer reviewed
Schuetz, Janice – Communication Education, 1980
Presents a program for lifelong learning which (1) advocates communication education for the elderly; (2) specifies communication concepts related to the older learner, including self-concept, role adaptation, and problem solving; (3) explains appropriate instructional methods; and (4) offers pedagogical advantages of this type of program for…
Descriptors: Adult Education, Communication (Thought Transfer), Communication Problems, Lifelong Learning
Peer reviewed Peer reviewed
Richey, Rita C. – Action in Teacher Education, 1981
Three professional development models are described which use research as a basis for the content and the process of program design and implementation. These are: (1) the research-based planning model; (2) the research-based problem solving model; and (3) the research-based data collection model. (JN)
Descriptors: Data Collection, Educational Research, Inservice Teacher Education, Problem Solving
Peer reviewed Peer reviewed
White, Stephen L.; Broskowski, Anthony – Administration in Mental Health, 1981
The PERFORM acronym is a model designed to help clinical managers by highlighting key concepts of program management. The concepts covered in this model are planning, evaluation, rules and regulations, funding and financing, organizing, relationships, and maintenance. (Author)
Descriptors: Administrators, Agency Cooperation, Financial Support, Human Relations
Peer reviewed Peer reviewed
Roeper Review, 1981
Four papers on values education with gifted students are presented. (CL)
Descriptors: Affective Behavior, Curriculum Guides, Elementary Secondary Education, Emotional Development
Peer reviewed Peer reviewed
Mathematics Teacher, 1981
Three ideas are presented: (1) using a detective story format in problem-solving activities; (2) the mathematics of modern trademarks which express a variety of mathematical ideas; and (3) an approach to the proof of the mean-value theorem that examines the problem geometrically. (MP)
Descriptors: College Mathematics, Geometric Concepts, Higher Education, Mathematical Applications
Peer reviewed Peer reviewed
Silver, Paula F. – Administrator's Notebook, 1980
Argues that the field of educational administration can and should develop a systematic, cumulative, and practice-oriented body of knowledge to inform administrative practice that concentrates on practical appplications, maximizing student achievement, and the effects of administrative actions. (Author/WD)
Descriptors: Data Analysis, Educational Administration, Educational Practices, Educational Research
Peer reviewed Peer reviewed
Licata, Joseph W. – Journal of Educational Technology Systems, 1980
Findings of this study suggest that school administrators view problem solving skills as an important dimension of the administrative function, and that the incorporation of school problem solving techniques in clinical training experiences may be more effective than traditional training. Fifteen references are cited. (MER)
Descriptors: Administrator Education, Administrator Role, Conventional Instruction, Experiential Learning
Peer reviewed Peer reviewed
Travers, Kenneth J.; Gray, Kenneth G. – Mathematics Teacher, 1981
Some activities designed around the Monte Carlo method of solving probability problems are described. The instructional applications of this method involve physical models or simple BASIC computer programs. (MP)
Descriptors: Computer Programs, Mathematical Applications, Mathematical Models, Mathematics Instruction
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