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Kugel, Peter – Creative Computing, 1979
The capability of computers and their potential for thinking are discussed. (MK)
Descriptors: Artificial Intelligence, Cognitive Processes, Computer Science, Computer Science Education
Peer reviewedKlein, Marvin L. – Elementary School Journal, 1979
Descriptors: Cognitive Ability, Elementary Education, Elementary School Students, Language Arts
Peer reviewedHale, James P. – Journal of Research in Science Teaching, 1976
A sample of 108 eight-grade students using Intermediate Science Curriculum Study (ISCS) were tested with four Piagetian tasks: two tasks were related to ISCS concepts, two were not. Concludes that no students were formal operational, most were concrete operational, and most performed better on the non-ISCS related tasks. (MLH)
Descriptors: Cognitive Development, Developmental Tasks, Educational Research, Logical Thinking
Peer reviewedShor, Ira – College English, 1977
Describes teaching techniques used to aid junior college students' development of conceptual skills. (DD)
Descriptors: Cognitive Processes, Concept Formation, English Instruction, Language Skills
Peer reviewedAllen, Lucas G. – Mathematics Teacher, 2001
Describes experience using a new approach to teaching induction that was developed by the Mathematical Methods in High School Project. The basic idea behind the new approach is to use induction to prove that two formulas, one in recursive form and the other in a closed or explicit form, will always agree for whole numbers. (KHR)
Descriptors: Concept Formation, Functions (Mathematics), Induction, Logical Thinking
Peer reviewedBaltus, Christopher – Mathematics Teacher, 2001
Describes experience of teaching truth tables and problems that exercise students' critical reasoning. (KHR)
Descriptors: Honesty, Instructional Materials, Logical Thinking, Mathematical Logic
Peer reviewedAnderson, Richard C.; And Others – Cognition and Instruction, 1997
Examined children's naturally occurring arguments sampled from transcripts of discussions in fourth-grade classrooms. Found that children's arguments had vague referring expressions, sometimes did not contain explicit conclusions, and seemed to lack explicit warrants to authorize conclusions. Missing or oblique information was usually given in the…
Descriptors: Children, Cognitive Processes, Deduction, Inferences
Peer reviewedKlaczynski, Paul A. – Developmental Psychology, 1997
Ninth and 12th graders completed intellectual ability measures and engaged in reasoning about hypothetical arguments that were either consistent or inconsistent with their own theories. Results indicated that intellectual and verbal ability predicted each of several reasoning indexes. Neither ability measures nor age were related to reasoning…
Descriptors: Adolescents, Bias, Cognitive Ability, High School Students
Peer reviewedHowe, Roger – Mathematics Teacher, 2002
Presents a logical reasoning problem pivotal to the novel "Harry Potter and the Sorcerer's Stone" and discusses it at two levels. (Author/NB)
Descriptors: Childrens Literature, Deduction, Logical Thinking, Mathematics Activities
Peer reviewedSheldon, Stephen H.; Noronha, Peter A. – Academic Medicine, 1990
One third-year clinical clerkship in pediatrics has included Sherlock Holmes mysteries in its introductory curriculum, providing students with a model clinical problem-solving process and a list of issues on which they will need information. The nonclinical cases provide an effective and entertaining vehicle for learning clinical reasoning. (MSE)
Descriptors: Classroom Techniques, Clinical Experience, Curriculum Development, Higher Education
Peer reviewedRetzer, Kenneth A.; Harrison, William V. – School Science and Mathematics, 1989
Discusses the use of truth tables to help students establish valid or invalid conclusions under a given set of premises. Provides several inference examples using the truth table. (YP)
Descriptors: Inferences, Logical Thinking, Mathematical Concepts, Mathematical Logic
Peer reviewedO'Brien, David P.; And Others – Journal of Experimental Child Psychology, 1989
Three experiments investigated children's typical errors in judging the truth of universally quantified conditional sentences containing "P and not-Q." The error survived on sentences referring to particular things. For second- and fifth-graders, the error survived for nonuniversally quantified conditionals, and for second-graders, the…
Descriptors: Abstract Reasoning, Cognitive Development, Grade 2, Grade 5
Peer reviewedWales, Charles E.; Nardi, Anne H. – American Journal of Pharmaceutical Education, 1988
The experience of the West Virginia University School of Pharmacy with a course in non-prescription drugs that emphasizes problem-solving through pattern recognition illustrates that when thinking skills are taught, students value, remember, and can use more of the concepts they study. (MSE)
Descriptors: Classroom Techniques, Cognitive Development, Cognitive Processes, Higher Education
Peer reviewedFulkerson, Richard – College Composition and Communication, 1988
Discusses problems with the use of "technical logic," transmuted into "comp-logic," in composition classrooms and textbooks. Maintains that students can produce more effective argumentative discourse by borrowing from either modern informal logic or neglected classical stasis theory. (SR)
Descriptors: College English, Higher Education, Logic, Logical Thinking
Peer reviewedGibson, Craig – RQ, 1995
Reviews controversies over different conceptions of critical thinking and its application to education. Discusses the relevance to and impact of critical thinking on bibliographic instruction. (JKP)
Descriptors: Cognitive Processes, Critical Thinking, Librarians, Library Instruction


