Project INSITE is an on-going program in the use of computers and on-line searching, electronic mail, and CD-ROM technologies to facilitate the acquisition and exchange of information among science teachers, students, school districts, and the scientific and higher education communities. (Author/PR)

A study (n=510) investigated students' cognitive and noncognitive variables predicting success and persistence in an undergraduate engineering program. Students performing well in science and mathematics and genuinely interested in engineering were more likely to persist and succeed. Predictor variables changed over the students' first two years.…

Making books is a creative and enjoyable way to integrate science with other subjects, to extend learning, and to make science relevant to children's lives. Presents successful book-making techniques and procedures. (PR)

Contends that a large segment of our nation's population is underserved in mathematics and science education. Some teaching strategies suggested to increase mathematics and scientific literacy among all students include making wrongs right; vary learning and allow group work; overcome language barriers with math and science; and respect different…

Employed an interpretive methodology to examine interrelations between teacher and student actions in a context of teaching and learning in a grade-11 chemistry class. Teacher and student goals, beliefs about teacher and learner roles, and constructions of the context were coherent to such an extent that there was little impetus for change. (24…

Asserts that integrating music with core curriculum subjects can improve student achievement in production, perception, and reflection in general music classes. Describes the Arts PROPEL approach, based on the philosophy that students learn best when they are active constructors of their own knowledge. (CFR)

Presents a study to determine differences in effectiveness of computer-assisted instruction (CAI) compared to traditional instruction of general biology students (n=54) for units on photosynthesis and introductory genetics and to assess students attitudes toward CAI. Results indicate CAI tutorials are no more or less effective in promoting student…

Reports the rationale, design, validation, and uses of the "Force Concept Inventory," an instrument to assess the students' beliefs on force. Includes results and implications of two studies that compared the inventory with the "Mechanics Baseline." Includes a copy of the instrument. (MDH)

Politicians and educators recommend significant improvements in scientific and mathematical competency so Americans can be more competitive in tomorrow's high-tech economy. The article outlines shortcomings of current change proposals and describes an alternative that integrates various kinds of knowing, including science and technology, into an…

This supplement offers 10 articles focusing on middle school education. Topics include remembering adolescence, resources and teaching tips, active middle school students, adolescent development, challenges in middle school education, integrated studies, planning middle school special events, a writing-science-consumerism miniunit on popcorn,…

Proposes the critical analysis of science fiction as a motivational enhancement for students to be strategically engaged in the learning of scientific concepts. Exemplifies this strategy with the analysis of the data presented in the science fiction short story, "Maelstrom II" written by Arthur C. Clarke, utilizing mathematical concepts…

Compares the reasoning capabilities of preservice elementary school teachers before and after their involvement in a remedial science program that incorporated instruction in basic conceptual knowledge with reasoning strategies about manipulation of variables and logical inference. Discussion of results emphasizes recurring logical fallacies. (22…

Considers questions relating to the introduction of particle physics into post-GCSE (General Certificate of Secondary Education) courses. Describes a project that is producing teacher and student materials to support the teaching of particle physics at this level. Presents a proposed syllabus for a particle physics module. (KR)

Demonstrates a laboratory to teach the concept of moment of inertia in which students are asked to identify four objects of equal mass sealed in unopenable containers by identifying the mass distribution of each object. Gives instructions to build an instrument to determine relative distribution of mass. (MDH)

An elementary school teacher changed his teaching approach to one based on John Dewey's philosophy that science should be taught as a method of inquiry, not as a fixed body of knowledge. Students were encouraged to formulate scientific questions and work together in establishing experimental procedures. (LP)