Presents results of a study that used feedback from 231 eighth graders in a computer-based instruction (CBI) science program to examine the effects of interaction cues and ability grouping on class performance, attitudes, instruction time, and interaction behaviors. Results indicate that students who used the cued version of the CBI program…

This study examines the effect of cooperative versus individual learning strategies and the need for affiliation on achievement, attitude, and student interactions when receiving instructional television lessons. Subjects (n=126) were undergraduate education majors enrolled in a required course in educational psychology. Subjects classified as…

The purpose of this study was to investigate the effects of verbal interaction cues and ability grouping within a cooperative learning computer-based program. Two hundred thirty-one eighth graders in a required science class were grouped by ability and randomly assigned to homogeneous lower-ability, homogeneous higher-ability, or heterogeneous…

The purpose of this study was to investigate the effects of using individual, cooperative-dyad, and collaborative-dyad learning structures with a computer simulation. College students implemented and experienced one of the three learning structures while using a computer simulation designed to teach the technical and procedural aspects of…

The purpose of this study was to investigate the effects of learning strategy and summarization within a computer-based chemistry and physics program. High school students worked individually or in cooperative dyads to complete science instruction; half of them completed summaries over the instructional content when directed to do so. The study…