The purpose of this study was to explore native-language teachers' efforts in technology-rich classrooms. The advancement of classroom technology and educational policies in Taiwan prompted native-language teachers to leverage technology that improved learning and instruction in native languages. Fifteen senior teachers participated in in-depth…

This study examined preservice teachers' problem-solving skills through the use of an online video case study. Eighty preservice teachers participated in the study with a three-level video presentation by a two-grade-level between-subjects factorial design. The study incorporates a content analysis framework to examine both the components and the…

The effects of limiting the availability of immediate feedback while using LOGO were studied for 48 students aged 9 to 11 solving rotation problems. Limiting feedback reduced the incidence of trial and error strategies, and higher level problem solving strategies were apparently used to compensate for the restricted feedback access. (SLD)

Computer-based problem-solving software exposure was compared to Lego TC LOGO instruction. Thirty fifth graders received either Lego LOGO instruction, which couples Lego building block activities with LOGO computer programming, or instruction with various problem-solving computer programs. Although both groups showed significant progress, the Lego…

Describes a study that examined fifth-grade Finnish pupils' problem-solving processes in a LEGO/Logo technology-based learning environment. Results indicate that learning model and gender account for group differences in problem solving processes, and are interpreted as supporting the validity of discovery learning. (Author/LRW)

Single- or mixed-gender pairs of elementary children were told either to work cooperatively on a computer-based language task or be assessed individually. Performance measures indicated a disadvantage for mixed pairs, improved performance for cooperative pairs. Girls tended to cooperate regardless of being told to or not; mixed pairs cooperated…

An 18-month study of an elementary school computer laboratory is discussed. (MK)

A computer-based curricular package was developed to teach elementary school students to solve arithmetic word problems and to teach problem solving skills applicable to situations not involving word problems. An information processing model for solving word problems was used to sequence the problems. Pilot test results with five students…

Demonstrates how the LOGO computer language's flexibility can be used to stimulate children's creativity, while its structured nature helps develop problem-solving skills. Stresses the use of exercises involving the transformation of simple patterns as a means of encouraging creativity. (SKC)

A computer-generated game called Fish Chase was developed to present drill-and-practice exercises on addition facts. The subjects of the study were 19 second-grade pupils. The results indicate a computer game can be used effectively to increase proficiency with basic facts. (MP)

Identified factors associated with learning mathematics in groups with computers. Subjects were 8 groups of 6 students, ages 9 to 12 years, using LOGO. Analysis of learning measures indicated positive gains resulting from groupwork, with no differences across gender or ability; analysis of process factors pointed to explanations for the differing…

An integrated learning object, a web-based inquiry environment "Young Scientist" for basic school level is introduced by applying the semiosphere conception for explaining learning processes. The study focused on the development of students' (n=30) awareness of the affordances of learning objects (LO) during the 3 inquiry tasks, and their ability…

A Word Problem Program was set up to teach elementary school students how to solve arithmetic word problems and to teach some problem solving skills applicable to nonword problems. All instruction is accomplished through a computer program. Goals of the program are described along with three basic instructional decisions and the reasons for them,…

Children ages 9-10 (n=30) were given social skills training and their scores on computer tasks were compared with 30 controls. Males scored highest on the pre and posttest. Females in mixed-sex groups scored better than females in girls-only groups. Girls who received social skills training had the highest rate of improvement. (SK)

Presents a review of literature on programing in Logo, including prerequisites of programing, cognitive effects of programing, stages of programing, and levels of programing expertise. An analysis of the literature establishes the need for operationalizing problem solving with Logo, and a research strategy to meet this need is suggested. (32…