This review focuses on studies that have investigated how microcomputer-based laboratories (MBL) affect science learning. MBL is defined as software which uses an electronic probe to collect information about a physical system and convert that information to a graphical system in approximately real time. (28 references) (LZ)

This paper describes one piece of research that examines how girls interact within an electronic games environment. Girls were observed and interviewed to determine their interest in electronic games, how they play and watch others play; and how the presence of others affects their play. (49 references) (LZ)

This paper presents the theoretical background for using computer-mediated communication to link children and scientists in a multiple electronic zone of proximal development. It is postulated that students will be able to perform at higher cognitive levels as a result of this increased interment contact with many adults. (LZ)

This study proposes a model for training inservice science teachers to teach with electronic spreadsheets. A case study in which this model was implemented by 16 biology teachers during a training period and 3 teachers during an induction period is described. (LZ)

This paper advocates the use of symbolic computation packages as another aid in teaching geometry. The need for such packages and their use in computerized proofs are demonstrated by a problem in high school planar geometry. (LZ)

In this paper, experiments with equal-length and different-length coupled pendulums were carried out measuring the frequency of energy exchange between them using microcomputer-based technology. The experiment described in this paper would be most appropriate for an introductory mechanics laboratory course. (15 references) (LZ)

A computer algebra system was integrated into instruction for two large classes of mathematics for business and the social sciences. Comparisons of student achievement and attitude showed no significant differences, but other implications of the study are discussed. (23 references) (LZ)

Surveys of urban K-12 mathematics and science teachers' attitudes towards distance learning in a science/society global issues course using two-way audio/two-way full motion technology found that the teachers felt strongly that this technology would be needed for any distance education course. (Author/MKR)

Characterizes algebra as a way of reasoning involving variables/functional relationships, generalization/modes of representation, and mathematical investigation/argument. Examines curricular goals; considers contributions of technology to reconceptualize algebra; and suggests directions for future development of tools and models, research agendas,…

Examines the relationship between experience and philosophical orientation by identifying practicing teachers' (n=233) and preservice teachers' (n=78) contextual frameworks related to calculator use as expressed through Habermasian interest categories. Found philosophical orientation pertaining to calculator use was a function of both experience…