Discussion of the triarchic theory of intelligence focuses on a study of ninth graders that explored the relationships between student abilities and the cognitive and attitudinal outcomes that resulted from student immersion in a computer-based inquiry environment. Examines outcome variables related to content understanding, problem solving, and…

This study of 134 introductory junior high industrial arts exploration students compared effects of interactive video instruction on learner performance and attitude to determine what learning tasks best lend themselves to interactive video instruction. Three experimental treatments were used: conventional computer assisted instruction, video…

Computers provide particularly powerful environments in which to examine individual differences in cognitive processing and learning outcomes. The computer's capacity to collect and record response protocols facilitates detailed process analysis. Such analyses contribute to increased understanding of how individuals differ in their ability to…

Describes a study which utilized a Likert type questionnaire to assess seven scales of secondary pupils' attitudes toward computers and robotics (school, leisure, career, employment, social, threat, future) and investigated pupils' scores on functions of their sex, general academic ability, course of study, and microcomputer experience. (MBR)

Describes a study of Australian secondary school students that identified the conditions and individual characteristics that would best support learners' acceptance of control within hypermedia, based on evidence from the learner control literature. Investigated effects of prior domain knowledge, learning activity structure, ability, and attitudes…

As part of the TV Ontario Telidon and Education Field Trials, a study was made of the application of the Telidon videotex systems to computer-assisted learning (CAL), including the future directions of these applications and differences in achievement between advanced and general-level students. Subjects were 129 middle- to upper-middle,…

Describes Pathfinder, a microcomputer software package designed to improve students' understanding and skills in interpreting graphs of physical phenomena which was tested in high school math classes. Differences in strategies between various ability levels are reported, and student interactions based on observations and interviews are discussed.…

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)…

The Ann Arbor Public Schools and University of Michigan partnership created the Foundations of Science (FOS) course, designed to integrate the high school science sequence into a three-year project based upon real-life science investigations. Specially designed software, information technology, and Internet resources were utilized. Student…