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Bystrom, John – Educational Broadcasting International, 1976
The PEACESAT project is discussed which was undertaken to apply the inherent capacity of communications satellites for global communications to the task of social problem solving. (JY)
Descriptors: Communications Satellites, International Programs, Networks, Problem Solving
Naylor, Jay H. – Journal of Physical Education and Recreation, 1975
The article argues that physical education must make more use of games that involve risk and challenge if it is to develop youthful self-confidence and independence. (CD)
Descriptors: Games, Group Dynamics, Physical Education, Physical Education Facilities
Smith, Charles D.; Prather, Samuel – Journal of Physical Education and Recreation, 1975
The article describes group games which physical education teachers can use to encourage cooperative problem solving, risk taking, and trust among participants, rather than competition. (CD)
Descriptors: Credibility, Games, Group Activities, Group Dynamics
Peer reviewed Peer reviewed
Lee, Jackson F., Jr. – Kappa Delta Pi Record, 1975
Teachers at all levels are encouraged, if not required, to produce and use behavioral objectives. The author offers several useful suggestions for doing so. (Editor)
Descriptors: Behavioral Objectives, Course Objectives, Course Organization, Educational Objectives
Peer reviewed Peer reviewed
Witt, William – Journal of Communication, 1976
Examines a study that suggests that quantification, defined as numerical data, increases textual difficulty and thereby discourages resolving scientific problems through public action. (MH)
Descriptors: Behavioral Science Research, Cognitive Measurement, Cognitive Processes, Problem Solving
Perkins, Jeff – Engineering Education, 1976
Describes an engineering course consisting of a sequence of specific, actual cases, that emphasizes the development of skills in synthesizing information, and in identifying and solving practical engineering problems. (MLH)
Descriptors: Case Studies, Course Descriptions, Engineering, Engineering Education
Peer reviewed Peer reviewed
Wagner, Clifford H. – Mathematics Teacher, 1979
A series of five questions, related to a specific example, outlines the process of applying mathematics to real-life problems. These include needed information, translation, assumptions, solution, and generalizations. (MP)
Descriptors: Cognitive Processes, Consumer Education, Instruction, Mathematical Applications
Peer reviewed Peer reviewed
Hart, John Fraser – Journal of Geography, 1978
Maintains that liberal education can prepare individuals to make wise personal decisions. Points out that the study of geography can contribute to liberal education by helping students appreciate other values, evaluate evidence, communicate ideas clearly, and think analytically. (Author/DB)
Descriptors: Decision Making, Decision Making Skills, Educational Objectives, Educational Responsibility
Peer reviewed Peer reviewed
Dailey, Robert C. – Journal of Management, 1978
A sample of scientists and engineers participated in a study designed to assess moderating influences of facets of perceived cohesiveness and collaborative problem-solving on the task characteristics-individual performance relationship between task difficulty and individual performance. (Author)
Descriptors: Difficulty Level, Engineers, Interpersonal Relationship, Performance Factors
Prince, George – Training, 1978
Briefly discusses perceptual and organizational differences between the brain's left (sequential) and right (associational) hemispheres. Suggests that learning situations can be greatly enhanced by involving the learner's right hemisphere and describes some ways to stimulate that portion. (MF)
Descriptors: Cerebral Dominance, Cognitive Style, Creative Thinking, Learning Processes
Peer reviewed Peer reviewed
Dailey, Robert C. – Management Science, 1978
Analyzes the relationships between task and team properties, collaborative problem-solving, and team productivity. Results indicate that team cohesiveness and task certainty were robust predictors of collaborative problem-solving and productivity for the 45 research and development project groups studied. (Author/IRT)
Descriptors: Problem Solving, Research, Research and Development Centers, Research Methodology
Peer reviewed Peer reviewed
Fergus, Esther Onaga – Evaluation and Program Planning, 1978
Fergus reviews TM 503 787, adding that the evaluator of the future should be knowledgeable about the social problem and service delivery being examined, in addition to having expertise in the methods of evaluation. The evaluator should make contributions to the creation of alternative solutions and take leadership in performing experiments.…
Descriptors: Change Agents, Evaluators, Futures (of Society), Problem Solving
Peer reviewed Peer reviewed
Johnson, Edward S. – Journal of Experimental Psychology: General, 1978
Caution is urged in applying the normative-descriptive distinction to selection models, because ambiguities arise when the distinction is actually carried out (AA 529 125). A multidimensional structure may be needed to account for strategy, and the relationship between strategy and such nontask variables as intelligence is needed to clarify the…
Descriptors: Cognitive Style, Concept Formation, Experimental Psychology, Learning Processes
Peer reviewed Peer reviewed
Likert, Rensis; Likert, Jane Gibson – Group and Organization Studies, 1978
The problem-solving method most often used in problem-solving groups is likely to create relationships among members of the group that will lead to a win-lose solution. To avoid this, members can list conditions they feel a solution must meet before they can accept it. (Author)
Descriptors: Conflict Resolution, Decision Making Skills, Group Dynamics, Problem Solving
Peer reviewed Peer reviewed
Walker, Richard A.; And Others – Journal of College Science Teaching, 1979
Investigates the possible relationships between the ability of introductory college genetics students to perform Piagetian formal operational tasks and their ability to solve problems requiring genetic analysis. (Author/GA)
Descriptors: Achievement, Biology, Cognitive Development, Educational Research
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