Describes a study that was conducted to determine whether paired/cooperative computer-assisted instruction (CAI) was as effective as individual instruction. Treatment of experimental and control groups is explained, and the effects of pairings based on cognitive style--i.e., field dependence and field independence--on achievement and student…

Evaluations of IBM's Writing to Read program for kindergartners and first graders are reviewed. The 21 kindergarten studies evidenced a median effect size of 0.23; however, in many cases this effect may be a result of comparisons with nonacademic programs. Across 13 first grade studies, the median effect size was 0.00. (TJH)

Presented are classroom-tested examples of instructional materials (courseware) for ordinary differential equations using the software package PHASER. All of the examples include in-class demonstration techniques and commentaries for instructor use, student homework and laboratory exercises, and suggestions for in-class examination questions. (JJK)

This research study provides evidence indicating that students who receive appropriately chosen computer software tutorials as homework assignments attain higher achievement results than do those students who receive the traditional paper-and-pencil exercises as homework assignments. (JJK)

Describes how computer hardware and software changed during the 1980s, and the influence of these changes on students and on how teachers integrate computers into the classroom. Recommendations for preservice and inservice teacher education are given, and possible future developments for hardware, software, student learning, and teacher…

Describes a study of undergraduates at West Virginia University that was conducted to investigate the effects of computer-based instruction on writing performance and writing apprehension. Computer anxiety is measured, appropriate software is discussed, and the quality of pretreatment and posttreatment essays are compared with essays written…

The Comprehensive Unified Physics Learning Environment is a computer system using computer programs, interactive videodisks, and electronic sensors being developed at the University of Maryland. The method has been found more effective than traditional ones for teaching physics majors and is being used to modify the conventional course for…

Describes results of a meta-analysis that was performed to synthesize existing research on the effects of computer programing on cognitive outcomes. Effect size is used to evaluate studies that used experimental and control groups to assess the relationship between computer programing and cognitive skills, and outcome measures are discussed. (79…

Discussion of bibliographic instruction for users of CD-ROM products highlights computer-based tutorials (CBT) that were developed at the School of Library and Information Science at the University of Western Ontario. Structured searching is described, and problems created by the lack of commercial CD-ROM tutorials and adequate training videos are…

Suggests ways that the school library media specialist can help students become more successful as users of online information. Four types of barriers to becoming informed are described: (1) indicative access barriers (indexing systems and relevance); (2) physical access to documents identified in a search; (3) linguistic barriers; and (4)…

Presents an overview of research issues that have confronted the Interactive Technologies Division (ITD) of the Children's Television Workshop (CTW) and proposes a model for integrating research into the software design process. Highlights include the role of research literature; and formative research relating to software, interactive compact…

Three studies examined the effects of parent educational level on parental attitudes toward the importance of education for their children, Mexican parents' and teachers' attitudes toward the importance of computer training in Mexican schools, and the effects of a parent literacy/computer literacy program on low-income, low-literacy parents and…

Demonstrates how to construct rational, exponential, and sinusoidal functions that appear normal on one scale but exhibit interesting hidden behavior when viewed on another scale. By exploring these examples, students learn the importance of scale, window size, and resolution effects in computer and calculator graphing. (MAZ)

Stresses using the features of graphing calculators to teach parametric equations much earlier in the curriculum than is presently done. Examples using parametric equations to teach slopes and lines in beginning algebra, inverse functions in advanced algebra, the wrapping function, and simulations of physical phenomena are presented. (MAZ)

A mathematical model is used to represent a physical problem. The resulting polynomial is graphed and analyzed. Students are asked to plot families of related polynomial functions and observe patterns. A partial list of possible observations is included. End behavior, complete graph, and classroom use of technology are discussed. (GW)