Students studying complex science topics can benefit from receiving immediate, personalized guidance. Supporting students to revise their written explanations in science can help students to integrate disparate ideas and develop a coherent, generative account of complex scientific topics. Using natural language processing to analyze student…

The use of the computer in a self-paced introductory chemistry and physics course is described. The computer assumes the routine tasks of student assessment and recordkeeping. (Author/BD)

The author raises questions concerning the cost-effectiveness of the use of computers in education, the use of computers in individualizing instruction, and the value of such techniques as computer simulation of experiments. (SD)

A new teaching aid, designed to monitor each freshman chemistry student's progress, to identify specific weaknesses and strengths in his grasp of course material, and to prescribe individual study assignments, is described. (DT)

This anthology of articles originally published between 1964 and 1969 has two sections: one describing methods of individualizing instruction in science and mathematics with some examples of successful practices, and the second containing seven papers, five dealing with the use of computers to individualize instruction, one with the impact of…

Describes the use of computer-generated testing to provide the immediate feedback aspect in a Personalized System of Instruction (PSI) course with large enrollment and only a limited number of teaching assistants available. (SL)

Described is the use of computer graphics terminals to present diagrams relating to physics concepts. (SL)

This booklet is one of a set of eight designed to be used in a self-paced introductory chemistry course in conjunction with specified textbooks and computer-assisted instruction (CAI) modules. Each topic is introduced with a textbook reading assignment and additional readings are provided in the booklet. Also included are self-tests (and answers),…

Examines a number of factors that might influence performance in a college laboratory chemistry course. Compares the achievement and time for students doing a simulated or a laboratory experiment. Tries to identify differences in performance for students of different aptitude and possible interaction between types of experiment and student…

Describes a computer assisted program in which the computer program provides a self-paced, individualized component with course outlines, weekly assignments, answers to exam questions, and reports of student grades in a general chemistry course. (SL)

Reviews advantages of computer-based instruction in physics. Discusses ways computers can aid individual students; the computer as an intellectual tool; the computer controllable world; the computer as a testing and diagnostic aid; the Socratic dialog on computers; and various aspects of computer-based instruction for the future. (SK)

Describes the following uses of computers in college biology laboratories: (1) to organize and analyze research data and (2) to simulate biological systems. Also being developed are computer simulations to systematically prepare students for independent investigations. (See also SE 515 092.) (LS)

This report describes four individualized programs which simulate physical experiments in force and motion, graph and data collected by individual students, and provide feedback to each student relative to his generalizations. An overview of the unit is provided, descriptions of the unit and accessory materials are presented, sample runs of the…

This booklet is one of a set of eight designed to be used in a self-paced introductory chemistry course in conjunction with specified textbooks and computer-assisted instruction (CAI) modules. Each topic is introduced with a textbook reading assignment and additional readings are provided in the booklet. Also included are self-tests (and answers),…