Describes a forensic-oriented, college-level course in consumer chemistry. Includes course goals, topical outline, and list of chemical ingredients in consumer products useful for student research projects. The first section of the course focuses on mathematics since students in introductory courses may fear doing the most rudimentary mathematical…

Provides background information on and a brief description of the content and aims of the AO syllabus in electronics. The syllabus is divided into six sections: (1) measurement/instruments; (2) materials, devices, and transducers; (3) digital electronics; (4) analog electronics; (5) electronic systems; and (6) electronics impact on…

Discusses incorporation of descriptive chemistry and scientific/technical writing at the high school level. After discussing the periodic table, each student prepares a paper discussing the history, atomic data, occurring/extraction/purification, properties, and uses of an element. (JN)

Discusses some of the factors underlying early calls for history of science in the science curriculum of English secondary schools. These factors focus on attacks on science, disquiet among science teachers, and parallelism between intellectual and historical development. Also discusses roles seen for historial materials advocated up to World War…

Discusses criteria used in selecting the 1982 Search for Excellence in Science Education (SESE) exemplary elementary science, inquiry, science/technology/science programs. Includes lists of winners in these three areas. (JN)

Describes the descriptive inorganic chemistry component of a second year course in intermediate general chemistry at Sir Wilfred Grenfall College (Canada). Includes course content, listing of audiovisual aids, and discussion of textbooks used. (Author/JN)

Presents an expanded classification of the plant kingdom, emphasizing major evolutionary steps and differences in levels of complexity. Describes subdivisions and suggests that this classification, reflecting unity and diversity, may be logical, understandable, and useful to students. (JN)

Use of a classification system in teaching biology is presented as a concept aiding students' understanding of the diversity of plants and animals. The principles of classification are summarized and six learning strategies are given to show relationships among groups. (CM)

Future science curricula should recognize the interaction of science, technology, and society and should give students the skills for learning and applying scientific knowledge, an awareness of ethics and values in science, and a future perspective. The organization of science courses should vary with the type of learning desired. (Author/RW)

Summarizes symposium proceedings and provides topic titles and speakers. An appendix lists useful periodicals and books describing the chemical industry. (CS)

Although most educational programs for senior citizens emphasize arts and crafts, model science programs designed specifically for seniors, emphasizing geological science, have been developed at the University of Colorado (Colorado Springs). The programs have been well received and can be useful in integrating or mainstreaming seniors into the…

While ecology is usually regarded as a subject/topic in six-form biology teaching, it is recommended that it be treated as a joint theme with physiology throughout the course. This involves a full integration of ecological concepts into other topics with the abolition of ecology as a discrete entity. (Author/JN)

Reported and tabulated are results from the use of an integrated audiovisual methodology in teaching two different analytical chemistry courses in Venezuela. (CS)

Announces the directive of President Carter to the National Science Foundation and the Department of Education to review science and engineering education policies at the secondary and university levels. The study is based on the concern that these policies are inadequate for preserving the nation's strength. (Author/SA)

Discusses three topics which should be included in any "basic" course in geometrical optics: (1) reflection; (2) refraction; and (3) image formation. (SK)