Due to cost factors, an educational institution may be willing to finance an individualized instructional system for only part of its student population. Three approaches to selectivity in individualization have been suggested: individualizing the most advanced courses, the first-year courses, or selecting those students who can profit from an…

Self-Paced Learning Activity Guides (SPLAGs), which have been used in typewriting classes at Oklahoma State University for four years, are described in terms of organization, suggestions for classroom procedures, management of paper work, solution booklet utilization, testing procedures, and student reactions. (BM)

This Child Development Associate (CDA) training module is designed to help the CDA intern develop the knowledge and skills necessary for establishing an individualized program for young children. Objectives are presented, along with suggested activities for achieving each objective and an assessment checklist. Also provided is a study guide…

The Progress Check Booklet is designed to be used by the student working in the programed course to determine if he has mastered the concepts in the course booklets on: electrical current; voltage; resistance; measuring current and voltage in series circuits; relationships of current, voltage, and resistance; parellel circuits; combination…

This book is a guide to provisions of Section 504 of the Rehabilitation Act of 1973 relevant to educational settings. Emphasis is on using Section 504 plans to design accommodations and modifications for students with disabilities that address individual strengths and needs. Chapters address the following topics: (1) an introduction to Section 504…

Information useful for the initiation and operation of an individualized learning center (ILC) is provided in this manual which also includes an evaluation of the ILC for the American Indian students of the Cook School in Arizona. The recommendations in the manual are based on the experience gained in operating the ILC at the Cook School. The…

This orientation module for the Basic Electric/Electronics Individualized Learning System (BEEINLES) was designed to familiarize the individual with this new learning experience. The module is divided into six lessons: your rating (a brief discussion of each of the job categories); what an individualized learning system is; the BEEINLES multimedia…

The student is introduced in this module to some fundamental concepts of electricity. The module is divided into five lessons: electricity and the electron, electron movement, current flow, measurement of current, and the ammeter. Each lesson consists of an overview, a list of study resources, lesson narratives, programed materials, and lesson…

In this module the student will study and learn what voltage is, how it is generated, what AC (alternating current) and DC (direct current) are and why both kinds are needed, and how to measure voltages. The module is divided into six lessons: EMF (electromotive force) from chemical action, magnetism, electromagnetic induction, AC voltage, the…

In this module the student will learn of the opposition offered to electron flow, what this opposition does, why it is needed, and how it is used. The module is divided into four lessons: characteristics of resistance, resistors, resistor values, and ohmmeters. Each lesson consists of an overview, a list of study resources, lesson narratives,…

The module covers the characteristics of series circuits, how to use the multimeter as an ammeter and voltmeter, and how to make current and voltage measurements in series circuits. This module is divided into three lessons: measuring current in a series circuit, voltage in a series circuit, and using the multimeter as a voltmeter. Each lesson…

This module covers the relationships between current and voltage; resistance in a series circuit; how to determine the values of current, voltage, resistance, and power in resistive series circuits; the effects of source internal resistance; and an introduction to the troubleshooting of series circuits. This module is divided into five lessons:…

In this module the student will learn the rules that govern the characteristics of parallel circuits; the relationships between voltage, current, resistance and power; and the results of common troubles in parallel circuits. The module is divided into four lessons: rules of voltage and current, rules for resistance and power, variational analysis,…

In this module the student will learn to apply the rules previously learned for series and parallel circuits to more complex circuits called series-parallel circuits, discover the utility of a common reference when making reference to voltage values, and learn how to obtain a required voltage from a voltage divider network. The module is divided…

The module covers in greater depth electromagnetic induction, its effects, and how it is used to advantage in electrical circuits; and the physical components, called inductors, designed to take advantage of the phenomenon of electromagnetic induction. This module is divided into four lessons: electromagnetism; inductors and flux density, inducing…