This study of the role of the American Chemical Society (ACS) in chemistry education begins by discussing the lack of computer-based enhancements in the study of chemistry and goes on to describe ACS efforts to deal with this problem, including a member survey, formation of the Computer Secretariat to coordinate computer-related activities within…

Provides short descriptions of chemists' applications of computers in instruction: an interactive instructional program for Instrumental-Qualitative Organic Analysis; question-and-answer exercises in organic chemistry; computerized organic nomenclature drills; integration of theoretical and descriptive materials; acid-base titration simulation;…

Describes how microcomputers are used to teach science, mathematics, and computer literacy in a two-year course for secondary students in San Diego. Skills are reinforced through drill and practice, simulations, and program writing. Specific skills and the sequence in which they are taught are discussed. (AM)

Demonstrates the use of scientific visualization, a computer graphics technology developed to extend the use of our visual system to contexts and problem-solving situations where sight itself is not directly possible or in which normal vision fails to provide adequate opportunity for analysis. (DDR)

Two computer-oriented chemistry laboratory simulations are described. The material focuses on acid-base titration and an ideal gas simulation. (MP)

Provides list of mineralogy, petrology, and geochemistry computer programs. Each entry includes a brief description, program name and language, availability of program listing, and source and/or reference. (JN)

Fourth in a series, this loose-leaf guide reviews resources for evaluating, selecting, and using software for teaching mathematics and science skills. Both commercial publishers and public domain sources are listed as sources of educational software. Sources of information on software selection are divided into journals and newsletters, books and…

This practicum was designed to encourage middle school science teachers to utilize computer technology as an enhancement in order to provide students with an additional means of addressing their basic skills areas. The primary goals were to provide information on the ease of utilization of appropriate computer-managed software through networking…

Discusses the use of videodisk technology to teach biology. Presents videodisk selection criteria for biology teachers, lists 13 biology videodisks and their suppliers, and lists videodisks offered with biology textbooks. (MDH)

The purpose of this notebook is to assist educators who are designing and implementing inservice education programs to facilitate the effective use of computer integrated instruction (CII) in schools. It is divided into the following five sections: (1) Effective Inservice (a brief summary of inservice literature focused on inservice dimensions and…

Volume 8, No. 2 of Investigations in Science Education contains critiques of articles dealing with science education research about various aspects of instruction. Also included are five responses from authors of articles to critiques of their work as it has been reported in professional journals. In total, this volume contains 10 critiques and…

This collection of eight papers is designed to assist educators in becoming computer literate and in identifying and developing competencies necessary to implement microcomputers in K-12 classrooms. For the novice, it contains an overview of computers, a discussion of their use in daily life and in education, and coverage of important terms and…

Briefly outlines how computers can be useful in teaching nine different subjects and in managing the central office. (JM)

Examined are applications of computer spreadsheets from simple record/observation tables to custom built analysis systems. The advantages and disadvantages depending on the use of these software packages are discussed. Several examples are used to illustrate possible applications. (CW)

This experimental curriculum unit suggests how dramatic innovations in classroom content may be achieved through use of computers. The computational perspective is viewed as one which can enrich and transform traditional curricula, act as a focus for integrating insights from diverse disciplines, and enable learning to become more active and…