Two questions about the effects of microcomputer-based laboratory (MBL) activities on graphing skills were addressed in this study: (1) the extent to which activities help students link their concrete experiences with motion with graphic representations of these experiences; and (2) the degree of importance of the real-time aspect of the MBL in…

The experience of the second language team at the "Centre de Langue Francaise" (CLF) at McGill University (Montreal) is reported. The emphasis placed on designing courses and laboratory experiences in response to student needs is reviewed from the late 1960's until the present. Some of the factors that were operative in curriculum change were the…

According to Benjamin Bloom's (1981) concept of of mastery learning, most students--given the appropriate instruction and learning resources, adequate time spent learning, and perseverance--can learn a particular academic skill. Because a classroom often does not provide enough time or resources for developmental students to master necessary basic…

Freshmen college students benefited from an individualized, oral approach to composition, in classes team taught by a professor and an undergraduate senior. (JH)

A joint business-chemistry course which focuses on consumer testing is described. Guidelines for organizing the students into testing teams and suggested laboratory experiments are included. (DT)

Presents a quantitative analysis of the "figure 8" found on the globes of most earth science textbooks, using an exercise of year's eccentric shadow plotting techniques. Indicates that the exercise can serve to change a student's abstract "figure 8" to his real learning experience. (CC)

This booklet describes and evaluates the Economic Opportunity Atlanta Inc. Reading/Math Basic Skills Learning Center operating in 14 Atlanta public schools for approximately 1,200 low achieving pupils. The basic concept of the Learning Centers was to provide pupils with the opportunity to improve their basic skills in reading or mathematics…

This booklet presents ideas for structuring the learning environment of early childhood classes based on the Tucson Early Education Model (TEEM). The goal of the TEEM approach is to help all children develop the desire and the capacity to learn for themselves. TEEM emphasizes the use of learning centers and guided individual selection and pacing…

This document is an instructional module package prepared in objective form for use by an instructor familiar with general inorganic chemistry. Included are objectives, instructor guides and student handouts. The module considers matter, compounds, chemical equations, solutions, chemical equilibrium, acids and bases and solubility equilibria.…

Colleges and universities are now dealing with certain students through a new component in their instructional environment. These emerging Learning Centers are typically designed to assist and guide capable but fundamentally ill-prepared handicapped students in acquiring needed background. In some cases, such components not only help dispense…

Writing laboratories in colleges across the United States have encountered problems when offering individualized instruction: too often the students work in isolation with materials that are inadequate or inappropriate. This paper suggests, as a remedy to this situation that tutors be made available to the students whenever the writing lab is open…

In this paper the author attempted to relate some of the developments that have happened in teacher education over the past ten years. (Author/RK)

The mobile laboratories operated by Project MODEL are designed for disadvantaged and handicapped students. The vans offer a full array of diagnostic and career exploratory programs plus actual training that results in placement. (Author/BP)

Describes programs that have been developed to allow kinetic experiments to be simulated on a small computer. Reports the principles that have guided the conception of the programs and describes an instance of their application to a complex reaction. (Author/GS)

This paper discusses the prerequisites to programed language instruction, the role of the native language and the level of skill, and then explains materials and machines needed for such a program. Particular attention is given to phonetics. (Text is in Spanish.) (CK)