Investigated effects of computer assisted instruction (CAI) on learning efficiency, defined as either higher passing percentage or less time on task. Subjects (N=24) were college mathematics students who either were lectured or had a CAI tutorial on the lowest common denominator. The CAI group took less time, but solved more problems incorrectly.…

Encourages the use of the microcomputer to teach probability theory and concepts. Presents an instructional sequence and provides 10 activities, three of which have short programs listed. (JM)

A study conducted at Crafton Hills College in California indicated that when traditional lecture presentation in a college mathematics course is supplemented with Computer Assisted Instruction (CAI), student performance is greatly improved. Results showed test scores were significantly higher for those students who received CAI than for the…

This annotated listing of works dealing with aspects of computer simulation is alphabetized by author. It is intended as a reference for teachers using computers and for researchers gathering background material in the preparation of articles, grant proposals, and presentations. (MP)

Presents a step-wise approach to introducing computer-assisted drill into a college-level preparatory chemistry course. Describes identification of need, choice of computer system, software development, program evaluation, and future directions. (JM)

Explored the effects of microcomputer instruction organization on three variables: (1) sex of student; (2) social arrangement of classroom; and (3) curricular presentation (high and low guidance) for algebra I (N=114) students at a suburban high school. Learning was significant regardless of treatment, but behavioral changes were different under…

Provides a description of a computer program developed to supplement instruction in testing of antibiotics on clinical isolates of microorganisms. The program is a simulation and database for interpretation of experimental data designed to enhance laboratory learning and prepare future physicians to use computerized diagnostic instrumentation and…

This is the first of a two-part series on the general concept of vector space. Provides tool procedures to allow investigation of vector properties, vector addition and subtraction, and X and Y components. Lists several sources of additional vector ideas. (JM)

Abstracts from eight papers presented at the June 1982 National Educational Computing Consortium (NECC '82) conference in Kansas City, Missouri are provided. It is noted copies of the conference proceedings may be purchased from the Department of Computer Science, University of Iowa. The papers examine a variety of educational aspects. (MP)

Describes two expert programs including "One-Row NIM" and "TIC-TAC-TOE." Provides two programs written with BASIC and the explanations of the program. (YP)

Provides an annotated list of references on computer-oriented projects. Includes information on computers; hands-on versus simulations; games; instruction; students' attitudes and learning styles; artificial intelligence; tutoring; and application of spreadsheets. (RT)

Examines if a self-paced, interactive microcomputer delivery system can decrease the time needed and improve the level of mastery as compared with a traditional self-paced instructional approach. Uses high school physics students with five activities and reports that no differences were found. (MVL)

Examined is the use of the microcomputer as a tutor, for simulations of experiments, and to provide graphic interpretations of abstract concepts in the college biology setting. Discussed are computer enhanced courses being used, the software library, and the computer laboratory facility. Lists reasons for adoption of computer enhanced format. (MVL)

Describes a project that prepares teachers to be computer literate by writing computer programs, constructing computer modules, and then integrating the teacher generated hardware and software into science laboratory experiences. Presents goals, descriptions of interface modules, reaction of participants, and objectives. (MVL)

Provides a behaviorist's approach to learning with the microcomputer. Considers the philosophy of dealing with computer learning including: drill and practice, using a word processor, problem solving, remedial work, simulations, tutorials, computer managed instruction, computer literacy, and inservice education. (MVL)