Recent research on human memory and cognition with particular emphasis on research that might have some promise for mathematics education is reviewed. The focus is on techniques for analyzing the mind in two areas: (1) the architecture of the human memory system, using the information processing model; and (2) the content and structure of…

College students read passages describing quantitative relations among elements, and answered either 12 numeric (A=20C?) or 12 comparative (A .gt. C?) questions. When they received both types of questions, subjects performed better on the type they had received previously. Information stated as meaningful stories resulted in better performance…

In two experiments subjects were required to either take notes or not take notes while viewing a videotaped lecture on automobile engines. Results produced a pattern of interaction in which note-takers performed better on far-transfer tasks such as problem solving but worse on near-transfer tasks. (Author/LMO)

Examines the role of cognitive, metacognitive, and motivational skills in problem solving. Cognitive skills include instructional objectives, components in a learning hierarchy, and information-processing components. Metacognitive skills include strategies for reading comprehension, writing, and mathematics. Motivational skills include motivation…

Multimedia learners (n=146 college students) were able to integrate words and computer-presented pictures more easily when the words were presented aurally rather than visually. This split-attention effect is consistent with a dual-processing model of working memory. (SLD)

In four experiments involving 357 undergraduates, students who read expository passages with seductive details (interesting but irrelevant details) recalled fewer main ideas and generated fewer problem-solving transfer solutions than those who read passages without seductive details. Results suggest that seductive details may prime inappropriate…

The nature of novice programmers' mental models for BASIC statements following preliminary BASIC instruction was assessed with 30 undergraduates who were taught BASIC through a self-paced, mastery manual and who were simultaneously given hands-on access to an Apple II microcomputer. Following instruction, the students were tested to determine…

The development of a theory of algebraic problem solving is discussed. The domain of the investigation is restricted to single sentence word problems. There were three experiments, the first involving 42 college students from the University of California, Santa Barbara. These subjects were divided into two groups, half in an equation group and…

A review is made of that literature which focuses on the relationship of instructional method, internal cognitive activity and performance measures. This includes literature concerned with the issue of "discovery versus reception learning" and the effects of different instructional methods on retention, delayed retention and transfer tasks. The…

Two experiments involving skilled readers (159 college students) explored the benefits to student attitude and content retention of adding emotional interest, through seductive text, or cognitive interest, through signals for structural understanding, to scientific text. Results support the benefits of cognitive over emotional interest. (SLD)

In two experiments, a total of 78 female college students, who were novices about automobile mechanics, read technical passages about vehicle braking systems with and without illustrations that were labeled or unlabeled. Results indicate that illustrations help readers focus attention and form mental models. (SLD)

The emergence of cognitive approaches to instruction is traced, beginning with a historical analysis of the relationship between psychology and education, and continuing with an overview of learning as response acquisition, as knowledge acquisition, and as a knowledge construction. Examples of progress in cognition and instruction are provided.…

Learning strategies can be defined as behaviors and thoughts in which a learner engages and which are intended to influence the learner's encoding process. Thus, the goal of any particular learning strategy may be to affect the way in which the learner selects, acquires, organizes, or integrates new knowledge. Good teaching includes teaching…

The time may be ripe for the fields of mathematics education, special education, and cognitive psychology to converge, with their respective focuses on mathematical problem solving, individual differences among students, and analysis of cognitive processes. Four articles on learning disabilities in mathematics are introduced, and a research agenda…

In Experiments 1 and 2 subjects read a series of standard algebra story problems, and were asked to recall each problem. In Experiment 3, subjects were asked to construct problems based on certain situations (such as "train leaving stations"). Results indicated that "relational propositions" (such as "the rate in still…