Presents a unit of study involving tangrams that integrates geometric relationships, scale drawings, graphing, patterns, and logical thinking. Provides worksheets for independent and cooperative activities to discover geometric shapes using a specified number of tangram pieces. (MDH)

Reports on the impact of an introductory biology course sequence that incorporated experience-based, group learning. Achievement results indicate that students were not disadvantaged by this new approach and, in fact, displayed a superior grasp of group-work, open lab utilization, and creative problem solutions. Attitudes regarding anxiety over…

Describes the "number 2 arithmetic challenge," an activity in which students score points by creating examples using the number 2 that satisfy an unknown rule. Computers are utilized to verify and record examples. Conflicts with computer responses create situations to explore negative numbers, fractions, mixed numbers, the order of…

Proposes the method of student-generated story problems to supplement textbook problems, generate student interest, and bring real-life situations into the mathematics classroom. Gives steps to initiate the method that incorporates small groups and peer teaching to develop problem-solving and problem-posing abilities. (MDH)

Discusses the Global Lab Project, developed to reform science education through the implementation of experiential, student-based collaborative inquiry. The use of telecommunications, affordable scientific tools, and innovative curricula to create a global community of student researchers engaged in real-world, hands-on investigation of global…

A fifth-grade teacher describes her investigation of direct teaching of collaborative skills, explaining how she taught explicit cooperative skills and documented her findings. The teacher describes patterns of higher-quality journal entries, improved collaborative skills, increased self-esteem, transfer of collaborative skills to new contexts,…

Describes a study of sixth and seventh grade students that investigated the effects of cooperative group composition, student ability, and learning accountability on achievement, interaction, and instructional efficiency during computer-based instruction. Pretests and posttests are described, data analysis is explained, and recommendations for…

Describes the Hendersonville Accelerated Reading Program (H.A.R.P.), in which students in two schools were motivated to read and write through cooperative development of a database of book reviews and the opportunity to read aloud to elementary school students. Student and teacher reactions and program outcomes are discussed. (NRP)

Reports results of an ethnographic study to determine what physics students consider important in their transition from high school to college. Themes emerging from the interviews that suggest ways to ease transition include when transition begins, self-identity, student and teacher work, teachers, and student responsibility. (MDH)

Reviews the information-processing approach to problem solving to apply research findings to cooperative problem solving in social studies classes. Provides examples of how experts and novices solved problems in a study on domestic Soviet affairs. Delineates a problem-solving instructional strategy by explaining nine guidelines that employ…

Reviews research on interactive computer learning. Examines the extent to which learner-computer interaction and learner-learner interaction can interfere with or support one another. Finds that viewing collaborative learning as joint negotiation of a common problem helps to define optimal characteristics of educational software. (CFR)

Reports on a study of 22 pairs of third-grade students and 22 pairs of seventh-grade students who worked on a variety of computer-based tasks. Finds that older students were more likely to focus on internal pattern construction than remaining oriented toward external characteristics of the patterns. (CFR)

Describes three educational efforts in Kentucky that address the issue of access to mathematics for all children: (1) Learning Algebra through Technology, Investigation, and Cooperative Experiences (LATTICE) (high schools); (2) the Kentucky K-4 Mathematics Specialist Project; and (3) Partnerships for Reform in Science and Mathematics (PRISM)…

Two studies evaluated the Computer- and Team-Assisted Mathematics Acceleration course (CATAMA) in Talent Development Middle Schools. The first study compared growth in math achievement for 96 seventh-graders (48 of whom participated in CATAMA and 48 of whom did not); the second study gathered data from interviews with, and observations of, CATAMA…

Describes inquiry learning and inquiry learning environments, and presents appropriate management strategies. Highlights include access to resources and information; teacher and media specialist cooperation; the role of teachers; gathering and using information; questioning and reflection; cooperative and collaborative groups; planning; and self…