Most of the research on mathematical and scientific thinking has been concerned with uncovering knowledge structures and reasoning processes in people of different levels of competence. How these structures and processes are acquired has only recently become a major concern. Thus, some of the major research on mathematical and scientific thinking…

An evaluation was conducted of an introductory cognitive psychology course that focused on both the concepts of cognitive psychology and their application to learning strategies. A special target group was the freshman student. Instruction covered cognitive and motivational theory and reasons why learning strategies work. Students practiced the…

Although traditional learning theories are based on a demonstrative view of cognition, human beings tend to reason both demonstratively and dialectically. To examine the dialectical theory five studies were conducted. In the first study subjects rated words that could be used as personality descriptors for likability and subsequently learned them…

In this study, the self-reported strategies of fifth, seventh, and ninth grade subjects used to learn a list of paired associates were correlated with actual learning performance to test the hypothesis that proficient learners are elaborators. (Author/SB)

Describes a study that was designed to apply the learning hierarchy paradigm in an instructional unit in high school biology. Findings indicated that regardless of the pupils' sex or the type of school, students taught the hierarchically organized learning task achieved significantly higher than students whose learning task was not hierarchically…

Discusses the contributions that cognitive psychology can make to the development of instructional designs and systems. Instructional design models for training and educational applications are described, potentials of cognitive engineering are reviewed, and possibilities for improved instructional design are presented, including objectives, kinds…

Advocates that student affairs professionals who are designing student development programs and services to improve academic achievement, take into consideration the relationships between learning styles and achievement. Developed Inventory of Learning Processes to assess students' learning styles and strategies. Showed that students with high…

This study of undergraduate and graduate students enrolled in computer literacy courses focuses on the effects of orienting activities and varied cognitive processing times on learning facts and deriving inferences. Highlights include computer-based instruction processing, embedded instructional activities, and suggestions for further research.…

Examines Krashen's Monitor hypothesis (claiming that no interface exists between acquisition and learning) and finds it inadequate due to the over-restrictive conditions necessary for its use. Alternative acquisition theories and ways in which to monitor under less restrictive conditions are also examined, and a communicative trigger is proposed…

Reports results of studies with an unsupervised learning paradigm called competitive learning which is examined using computer simulation and formal analysis. When competitive learning is applied to parallel networks of neuron-like elements, many potentially useful learning tasks can be accomplished. (Author)

This study examined the influence of processing strategies, and the metacomponents that determine when to apply them, on the construct validity of a verbal reasoning test. A rule-oriented strategy, an association strategy, and a partial rule strategy were examined. All three strategies contributed to individual differences in verbal reasoning.…

Differentiates between problem solving and academic learning. The importance of problem-solving possibilities and the characteristics of good problems are discussed. Defines the teacher's role in problem-solving situations and in creating problem-solving possibilities. Delineates four types of problems on the basis of the responses they encourage:…

Cognitive theories of problem solving and cognitive psychologists' suggestions for teaching problem solving are reviewed. Theories and suggestions from creativity research are also considered. How high proficiency levels in problem solving are acquired and how best to teach problem-solving skills (for both well- and ill-structured problems) are…

This study investigated the fluency with which first-graders with strong, moderate, or weak mathematical abilities apply the decomposition-to-10 and tie strategy on almost-tie sums with bridge over 10. It also assessed children's memorized knowledge of additions up to 20. Children's strategies were analysed in terms of Lemaire and Siegler's model…

A case study is presented on what is learned by a very advanced Math student in a ninth grade class (fifteen years old, approximately). This case was obtained from an exploratory study carried out in a classroom of eighteen students when the employment of certain cultural artifacts was introduced to approach the theme of basic geometrical…