Discusses the building of a scientific theory on the basis of its characteristics including inflexible and comprehensive nature and related degree of trueness.'' Indicates that detailed phenomenon explanation, clarification of the theory scope, and presentation of competing theories are worthy objectives to pursue in teaching science to…

Describes a comparison between 1965 and 1969 questionnaire survey results received from 38 institutions. Indicates the correspondence of subject-discipline evolution in agreement with suggested recommendations, except for mathematics (CC)

Preparing the young generations for the inevitable and difficult decisions regarding alternatives in their quality of life, is the challenge for today's teachers. (Author/RY)

Students in classes using a self-instructional unit on meteorology and climatology which provided research data from which generalizations could be drawn increased their critical thinking skills more than groups using conventional earth science texts but did not differ significantly in performance on an achievement test. (AL)

An interview with Dr. Nathan Hare, reprinted from College and University Business," May 1970. Discusses the need for extending the Black Studies approach to mathematics and science, the problems of administering such programs, and the relation of Black Studies to Black Power ideologies. (JM)

Presents findings of a study group on high technology charged with determining a definition, assessing current educational response, and examining implications for the future. Topics addressed include: super-techs; computer-aided design/computer-aided manufacture (CAD/CAM); structural unemployment; a two-plus-two curriculum; and educational…

Advocates motivating chemistry students while maintaining high academic standards. The curriculum, materials, and motivation techniques used are discussed. The latter includes presenting magic shows to elementary students, decorating rooms, celebrating chemists' birthdays, performing unusual/exciting demonstrations, and others. (JM)

This second part of a review on teaching science to middle school students notes Piagetian ideas related to the learning of these students and focuses on the curriculum and needs of students. (MNS)

Reports results of an informal questionnaire sent to university physics departments (N=33) to determine attitudes towards Nuffield and traditional A-level physics. Concludes that Nuffield students perform better at practical work, universities prefer the traditional background, and Nuffield students lack mathematics skills. (DC)

Describes an elective, interdisciplinary course designed to allow students to examine relationships between science and the humanities and to foster scientific literacy and appreciation for the scientific enterprise. (SK)

To expand the curriculum within limits of traditional educational environment, one-day field trip is arranged for gifted students to work with a professional (or sponsor) in the student's area of career interest. (SK)

Encourages science educators to consider engaging students in science projects resulting in socially useful products. Educational presentations meant to perform social functions (soft products) and preparation/execution of environmental manipulations (hard products) such as pollution analysis, plant breeding, or administering medical tests are…

The need for mathematical background in biology and chemistry instruction is described, with specific mathematical topics noted. The extent to which they are covered in mathematics classes is discussed, as is the usefulness of science in mathematics instruction. (MNS)

Outlines several ideas on introductory electrochemistry material suitable for college-level general chemistry. These include discussions of conductivity in solids and electrolytes, electrical quantities/properties, electrode potentials, and membrane potentials. Indicates that whatever strategy is used to present this material, the presentation…

Discusses the chemistry and chemical engineering curriculum, programs, and activities at Delft University of Technology (Netherlands). Chemistry and chemical engineering are combined into a single department (subdivided into 10 workgroups) at the state-supported university. An outline of the four-year study program (which includes research/design…