Discusses changes in chemistry education from 1983 to 1988. Describes the past and present situation of chemistry education. Reports on current teacher education programs. (MVL)

Describes a year long laboratory program for third, fourth, and fifth graders. States the goal of the program is to demonstrate what chemistry is, how it is done, and why it is fun and interesting. Provides a syllabus of the experiments and lists educational objectives. (MVL)

Australian institutions are developing and using performance indicators (number of publications, research grants, and of Ph.D. graduates) to distribute resources. Some of these are disadvantaging the Humanities. This paper addresses differences in chemistry, engineering, English, and law as they are described by other researchers. (Author/MLW)

Discusses the use of computers in chemistry courses at the United States Military Academy. Provides two examples of computer projects: (1) equations of state, and (2) solving for molar volume. Presents BASIC and PASCAL listings for the second project. Lists 10 applications for physical chemistry. (MVL)

Describes a microcomputer-based examination system based on multiple choice questions (MCQ) that has been used for the assessment of aptitude in chemistry. The ability of the system to generate a test based on a student's previous performance is explained, and the system design and implementation are detailed. (eight references) (Author/LRW)

Reviews safety and emergency equipment in their application to chemical laboratories. Discusses American National Standards (ANSI) for equipment. Presents practical considerations for the placement and purchase of equipment. (MVL)

Outlines a one day chemistry seminar which is part of the Elementary Science Fellows Programs at the Wisconsin Regional Staff Development Center. Lists the topics of the program and some activities that were used. Discusses the status of the program. (MVL)

Discusses a new Australian Academy of Science secondary chemistry textbook that provides a more interesting, enjoyable, and understandable base to a wider spread of students. Notes that rigor is maintained for use in college prep courses. Lists context for change, guiding philosophies, and the table of contents. (MVL)

Describes 11 hands-on activities involving genetics; principles of chemical luminescence; a nucleus model; dissection pins; science, technology, and society (STS) courseware; plant dyes; the scientific method; current events; a portable planetarium; solar energy; and burning tests. (YP)

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…

Described is a wide variety of community and national organizations that have developed summer programs for students interested in a science career. A list of addresses for these organizations and programs is provided. (KR)

A study compared selected personal and environmental motivational variables in college faculty with allocation of work effort to teaching. Faculty represented the disciplines of English, chemistry, and psychology and various institution types. Self-valuation and perception of the environment motivators significantly accounted for the explained…

Study examined the influence of an intensive chemical demonstration workshop on fostering pedagogical content knowledge growth among science teachers identified as novice chemical demonstrators (n=8). The two-week workshop was designed around four training elements considered important for effective teacher inservicing: theory, modeling, practice,…

Describes school science as a rite of passage, and exposes problems in school science that are made visible through the use of this metaphor. (PR)

Across-the-curriculum articles focus on four areas. A math activity describes optical illusions and the properties of shapes. A hands-on science activity presents the chemistry of secret messages. A writing lesson helps students capture the essence of character. An art lesson presents a project on medieval castles. (SM)