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Smith, Mike U. – 1986
This paper is a progress report of the first phase of a project which essentially seeks to replicate previous studies using the successful/unsuccessful design in an attempt to: (1) corroborate the surface/deep structure conclusion which has become an essential component of an understanding of problem-solving; (2) examine more closely the nature of…
Descriptors: Classification, College Science, Genetics, Higher Education
Smith, Mike U. – 1985
Both teachers and students alike acknowledge that genetics and genetics problem-solving are extremely difficult to learn and to teach. Therefore, a number of recommendations for teaching college genetics are offered. Although few of these ideas have as yet been tested in controlled experiments, they are supported by research and experience and may…
Descriptors: College Science, Genetics, Higher Education, Problem Solving
Egly, Nancy J.; And Others – 1987
The manual presents an overview of the career development process for college students with language learning disabilities (LD). A systematic problem solving process is advocated beginning with job selection and preparation and continuing through retirement. Such a process can help the LD adult to identify personal strengths and weaknesses,…
Descriptors: Career Development, Career Exploration, College Students, Higher Education
McCoy, Leah P.; Kreiger, Lisa W. – 1988
This reinforcement activity has been used by students from the elementary school level to the graduate school level who possess intermediate level ability in programming Logo. The activity, which consists of writing Logo programs that animate an object, can have several positive effects as it: (1) helps develop problem-solving skills; (2)…
Descriptors: Animation, Computer Software, Elementary Secondary Education, Higher Education
Charuhas, Mary S. – 1983
The purpose of this paper is to demonstrate methods for developing cognitive processes in adult students. It discusses concept formation and concept attainment, problem solving (which involves concept formation and concept attainment), Bruner's three stages of learning (enactive, iconic, and symbolic modes), and visual thinking. A curriculum for…
Descriptors: Adult Education, Cognitive Processes, Concept Formation, Curriculum
Terwilliger, Cynthia – 1986
Computers can create an atmosphere of success for children with attention deficit disorders (ADD). Appropriate software can help to encourage creative and imaginative ideas with judgment temporarily suspended. Software which may be useful in this attempt is reviewed, and three suggestions are made for parents and teachers: (1) assemble existing…
Descriptors: Attention Deficit Disorders, Computer Assisted Instruction, Computer Software, Elementary Secondary Education
Cuneo, Diane O. – 1986
Four- and 5-year-olds' understanding of basic turtle graphics commands was examined before and after a hands-on, interactive problem-solving experience. Children (n=32) saw display screen events consisting of an initial turtle state, a command transformation, and the resulting turtle state. They were asked to give the command executed in each…
Descriptors: Academic Achievement, Computer Assisted Instruction, Computer Graphics, Preschool Children
Gregg, Noel; Hoy, Cheri – 1984
Performance of 25 learning disabled (LD) and 25 normally achieving college students on the Torrance Test of Creative Thinking (Figural) was compared. Group mean scores were analyzed using a t-test. Group mean Figural Creativity Index Scores were significantly higher for the LD students than the normally achieving students. Subtest score analysis…
Descriptors: College Students, Creativity, Divergent Thinking, Higher Education
Peer reviewed Peer reviewed
Fuller, Robert G.; Williams Vernon G. – Journal of College Science Teaching, 1975
Presents the opinion that the learning environment of recitation classes can be vastly improved if instructors pay attention to some basic learning principles. Summarizes these learning principles and presents a specific example of their application. (GS)
Descriptors: College Science, Higher Education, Instruction, Learning Activities
Suessmuth, Patrick – Canadian Training Methods, 1976
The article presents seven questions on difficult instructional situations. Each question is followed by one or more responses and one or more typical comments that a person might make to the response. The responses and comments offer suggestions for handling the instructional problems. (Author/MS)
Descriptors: Classroom Environment, Classroom Techniques, Information Seeking, Instructional Improvement
Peer reviewed Peer reviewed
Brown, Stephen I.; Rising, Gerald R. – Educational Studies in Mathematics, 1978
Problem solving is presented as a resource for creating curriculum through reflections on intuition such as: exploring available intuitions, making explicit the intuitions used, and using intuition to generalize. (MP)
Descriptors: Curriculum, Elementary Secondary Education, Instruction, Learning Activities
Peer reviewed Peer reviewed
Carmony, Lowell – Mathematics Teacher, 1979
A situation is presented that is intended to lead to open-ended mathematical discussions that allow students to conjecture, discover, and prove mathematical statements. (MP)
Descriptors: Discovery Learning, Instruction, Learning Activities, Mathematics
Peer reviewed Peer reviewed
Schoenfeld, Alan H. – American Mathematical Monthly, 1978
A general method is given for determining an efficient problem-solving process for a given type problem. An application of the method is then described in an experiment involving teaching indefinite integration. (MP)
Descriptors: Calculus, College Mathematics, Higher Education, Instruction
Gardner, Martin – Scientific American, 1979
Discusses some theorems and properties of figures produced when circles are tangent to one another. (GA)
Descriptors: Game Theory, Games, Mathematics, Models
Skarzenski, Donald – Technical Writing Teacher, 1978
Tells about an assignment in a technical writing course, in which students are presented with a hypothetical problem faced by a business corporation; they then work in groups to write memos detailing possible solutions to the problem. (GW)
Descriptors: Assignments, Group Activities, Higher Education, Learning Activities
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