This study examined the representations that a 16-year-old student made using the flexible computer system, "Boxer," in learning the genetic code. Results indicated that programing made it easier to build and explore flexible and useful representations and encouraged interdisciplinary collaboration between mathematics and biology…

Presents a case study of a first-grade class and their teacher who were observed as they ascribed mathematical meanings of numbers and of numerical operations to empirical phenomena. Differences in ascriptions led to negotiation of meanings. Discusses some indirect relations between social interaction and mathematics learning. (Contains 60…

The difficulty with which native English-speaking adults learning French control the distinction between verb aspects has prompted study of the neurological processes that may affect this learning process. It is concluded that it may not be possible to change these basic perception patterns of adult learners. (MSE)

Analyzes effect of brain hemisphere orientation on music appreciation. Reports results from 36 left-hemisphere and 36 right-hemisphere undergraduates who responded to a musical selection verbally or visually. Finds right-hemisphere students show greater appreciation, measured by attention, understanding, and enjoyment scores. Discusses…

Reviews current research to argue that minority students do not have learning styles different from students of the dominant culture. Stresses that an understanding of cultural and gender factors will help developmental instructors become more effective teachers. Suggests use of the "Connected Teaching" model of Belenky to develop such…

Every young person should be obliged to engage in some program of systematic study until he/she can meet core learning standard for entry into adult society realizing that this will take different amounts of time for different individuals. Learning can take place in wide variety of settings and by many methods. Age-grade link also needs to be…

This response to Vicki Snider (EC 602 672) claims that teaching reading through students' learning style strengths has resulted in accelerated learning and significant gains in student motivation, reading fluency, and comprehension. The commentary discusses the research base on phonics instruction, learning styles, and The Reading Style Inventory.…

Videotaped interviews of 29 Australian students from grades 1-3 were analyzed to assess and compare the processing loads of mathematical representations and strategies used by teachers and children to learn the concept of place value. Results indicated that some representations and strategies impose an unnecessary processing load that can…

Examines evaluation in a situated learning context. Topics discussed include a model for evaluation in a computer learning environment; portfolios, including written, electronic, and video formats; summary statistics; diagnosis; reflection and self-assessment; story construction or scenario design; learners as designers of instruction; and…

Describes the theoretical models which suggest different "levels" in memory processing, corresponding to the short-term and long-term storage of information. Reviews studies substantiating this perspective and outlines strategies for the use of "levels" in developmental education design, as an alternative to rote memorization. (PAA)

Stresses the importance of metacognitive skills (knowledge of one's own cognitive processes) in mathematical performance. Discusses the differences between metacognitive thinking and metacognitive experiences and the ways they each influence performance. Describes how accurate metacognition improves students' mathematical performance, and outlines…

Discussion of involving teachers and students in the learning process focuses on an approach that combined microcomputers, video cassette recorders, and print materials to design a high school algebra class. Course design is explained, software and hardware are described, improvement in student motivation is reported, and costs are considered.…

Reviews research about young childrens' focusing on the ability to transform a perceived scene into another representation. Reports on a study of 109 children and 18 college-age students on their ability to mold a lump of clay into a three-dimensional figure. Finds that cognitive maturity alone does not automatically lead to competence. (CFR)

Reports on a study of 323 Nigerian secondary students to determine what relationship exists between preferred and actual classroom environments and their approaches to learning science. Finds that Nigerian students prefer more teacher control, a less competitive atmosphere, and less emphasis on student friendships. (CFR)

Maintains that three curriculum goals (understanding, appreciation, and life application) lie at the core of constructivist teaching and should guide methods of assessment. Authentic assessment techniques could include the evaluation of students' written positions on important issues, descriptions of what they have learned, and student portfolios.…