Reviews three computer software programs: (1) "The Children's Writing and Publishing Center"--writing and creative arts, grades 2-8, Apple II; (2) "Slide Shop"--graphics and desktop presentations, grades 4-12, Apple II and IBM; and (3) "Solve It"--problem solving and language arts, grades 4-12, Apple II. (MVL)

Investigates cognitive strategies that Hispanic elementary school students use in critical thinking social studies problems. Describes a survey examining the use of 12 cognitive strategies and the analysis of task completion. Concludes that students need to learn specific cognitive strategies in higher level tasks. (KO)

Lists references of 16 research summaries, 152 articles, and 220 dissertations alphabetically by author within each category. Provides the grade or age level for each reference. A brief abstract is presented for most of the references. Journals searched and author index by content are included. (YP)

Presents two multiple-lesson activities that integrate science and mathematics. Lessons involve hands-on activities for grades 4-5 to develop the notion of average around building a racer; and accurately estimating and measuring crystal growth in grades 8-12. (MDH)

Describes research-supported positive action strategies for teachers that will help foster resiliency in their classrooms and promote the healthy development and social competence of all students. Strategies include brainstorming, creative problem solving, goal setting, critical thinking and reflection, sensitivity to social learning, and…

Discusses the use of analogies and other instructional strategies (problem solving, demonstration, group labs, and large group discussion) in dealing with students' preconceptions in physics. (PR)

Overviews challenges facing foreign language educators, including lack of a shared framework, dominance of the curriculum by textbooks, inaccurate student placement, yearly repetition of course content, and lack of a consensus on what students should achieve. A new articulation and achievement project has made progress in solving these problems.…

Researchers observed relationships between exposure to home electronic technologies and classroom disposition and performance in secondary school students. Interviews to determine computer literacy and use suggested that successful performance and richness of technological environment correlated with declared home computer use. Home use did not…

Describes the development and implementation of "The Curriculum and Pedagogy of Teacher Education," a doctoral course that used case studies to facilitate teacher learning opportunities at all levels. Students examined a set of oral cases, wrote their own cases, and discussed articles exploring subject matter, method, theory, and practice. (SM)

Describes a study that investigated the effects of computer programing activities, supplemented with problem-solving strategy instruction, on programing skills and on learner attitudes toward computers and toward problem-solving skills. The instruction of elementary students in LOGO and junior high students in BASIC is described, and further…

Many teachers use cooperative learning methods during instruction but face the problem of aligning evaluation techniques with that instruction. Described are methods to include cooperative problem solving in evaluation, including strategies to identify possible grading schemes, to make appropriate problem choices, and to evaluate individual versus…

Suggests instructional modifications that utilize liberal arts students interests and strengths to stimulate their interest in mathematics. Suggestions recommend that teachers (1) relate mathematics to current critical issues; (2) make use of projects and open-ended problems; (3) utilize collaborative learning; and (4) provide opportunities for…

Proposes the use of procedural task analysis as a tool to assess a person's mental processes during problem solving in science education research. Uses transcriptions of videotape or audiotape problem-solving sessions to identify students' knowledge structures and misconceptions. (MDH)

Presents 13 examples in which the intuitive approach to solve the problem is often misleading. Presents analysis of these problems for five different sources of misleading intuitive generators: lack of analysis, unbalanced perception, improper analogy, improper generalization, and misuse of symmetry. (MDH)

Reports an example of one lesson from a sequence of lessons on fractions from a sixth grade class in which the teacher revises her plans after observing students' small-group work and interactions. The lesson illustrated the teacher's knowledge of mathematics, how students think, and how to observe that thinking. (MDH)