Describes research that used three groups in a quasiexperimental approach to assess the combined impact of teacher teaming and computer technology on ninth-grade student grade point averages. Results indicate the need for computer technology to become an inclusive part of instruction rather than an added feature. (Author/LRW)

Discussion of the nature of the algebraic and graphical representations of functions focuses on a study integrating cognitive research and the development of an intelligent tutoring system (ITS), the Function Characteristics Tutor, to evaluate the effects of pairing representations of mathematical functions on high school students. (Author/LRW)

Describes a study that used meta-analysis to compare the academic achievement during a 12-year period of secondary students who were instructed through traditional methods, traditional methods supplemented with computer-assisted instruction (CAI), or CAI alone. Results were compared with earlier research and indicate that the effect of CAI on…

Describes a pilot study of computerized adaptive testing in the Michigan Educational Assessment Program's tenth-grade mathematics problem-solving and applications subtests. Comparisons are made to pencil-and-paper tests, and student reactions as determined by a posttest survey are discussed. (LRW)

Discussion of computer programing and students' cognitive styles focuses on a study that explored the relationship between the cognitive styles and achievements of high school students in an introductory computer programing course. Reflective and impulsive cognitive styles are described, and implications for the design of instructional materials…

Describes a study that examined the effect of computer programing experience on the mathematical problem solving achievement of high school students. The variables studied are discussed, including gender, ability, socioeconomic status, prior math experience, and access to a home computer, and a path analysis model is explained. (34 references)…

Discusses results of a national survey of Canadian secondary school students that investigated their conceptions of the role of computer technology within the educational system. Topics discussed include equal access; gender differences; patterns in access and usage of home computers; and implications for further research, including international…

Describes a study of high school students that presents two exploratory path analyses of potentially relevant variables influencing both computer course enrollment and self-perceived computer proficiency. Computer attitudes and computer attributions are investigated, and implications for designing educational strategies are discussed. (25…

Describes a study that examined the effect of family socioeconomic status (SES) and parental sex stereotypes and behaviors on high school students' attitudes toward computers. Highlights include gender differences in student attitudes; the effect of parental encouragement; and the effect of SES on parents' beliefs and behavior. (68 references)…

Discussion of learners' prior knowledge focuses on a method for exploring common-sense reasoning by engaging secondary school students in the development of an expert system representing their own intuitive expertise. Students' intuitive concerns are discussed; patterns of reasoning are examined; and epistemic planes are described. (23 references)…

Discusses the design of management information systems for secondary schools and presents a fundamental approach to systems design that was used for the development of SCHOLIS, a computer-assisted school information system for Dutch secondary schools. The importance of information system development methodologies is stressed. (LRW)

This study surveyed 240 students in a New Zealand secondary school on socioeconomic (SES) background, gender, time spent using computers, applications, educational goals, keyboard competency, and attitudes toward computers. No differences were found in computer access across ability, gender, and SES divisions; however, females continue to use…

Pretests measuring problem-solving ability were administered to 71 students in a high school mathematics class. One group was given computer-augmented instruction; the other group was given instruction augmented by mathematics laboratory activities. Posttest results for problem-solving ability were mixed, but the group receiving computer-augmented…

The Microcomputer Adaptive Testing High-Risk-Urban Students (MATH-R-US) project made computerized assessment an integral part of remedial high school mathematics at an inner-city school with predominantly African-American students. Results suggest that the girls exhibited greater self-esteem toward using computers than did boys and that…

Reports on a study of the influence of problem-solving computer software on the attitudes of secondary school students toward mathematics while using computer-assisted instruction. Student performance on pretests and posttests are compared, gender differences are discussed, and implications for mathematics instruction are suggested. (10…