Describes development of a generative schema based on the concept of change for inclusion in instructional materials for a college physics course to help students integrate all of the physics content. Psychological basis for these materials is discussed, a design approach is described, and questions are posed for further investigation. (MBR)

Defines personal axioms as deeply held beliefs of individuals about themselves and their world that determine their activities, interests, and performance. Discusses the role of the teacher with regard to cognitive restructuring techniques that may help students change negative personal axioms and free themselves to learn more efficiently. (JHZ)

Promotes the use of the microcomputer in mathematics instruction, reviewing approaches to teaching nonlinear equations. Examples of computer diagrams are illustrated and compared to textbook samples. An example of a problem-solving program is included. (ML)

Adapting teaching materials and strategies to the learning preferences of each child can make a difference in how well and how much students learn. Steps in introducing strategies based on learning styles into an elementary school are described, and recommendations are provided for initiating a learning styles program. (TE)

Presents a classification scheme applicable to systematic instructional design, which partitions the cognitive domain into the four levels of knowledge, understanding, mental processes, and strategies, each of which encompasses specific instructional objectives. Guidelines are offered to assist in the design and construction of these instructional…

Investigated methods science and nonscience majors use to make predictions about five situations involving the conservation of mechanical energy. Two findings, among others, show that subjects did not employ identifiable strategies in over 97 percent of the cases and show differences in the way majors and nonmajors worked the problems given.…

Concludes that the keyword method is effective means of vocabulary learning in the college classroom. (FL)

Offers a set of lesson plans that use simple semantic word maps to help students improve their vocabulary knowledge and comprehension in all subject areas. (FL)

Compared pairs of five- to seven-year-old children working collectively on spatial perceptive problems to control subjects working individually on the same problems. Although children working in dyads did not do significantly better than children working alone, there were several critical features in the frequency and quality of social interaction…

The instructional effectiveness and efficiency of organizational chunking and batched postquestions within the framework of an information processing approach to learning and memory were investigated. Results indicated that the chunked treatment was a more efficient learning strategy. The intervening postquestion strategy helped reduce completion…

A total of 160 second-grade children were assigned on the basis of a free-recall pretest to four instructional conditions and were given a series of lists of pictures for free recall. Results focused on different levels of recall displayed by experimental and control groups. (Author/CI)

Describes an Environmental Reading Program, in which students come to realize that they are readers of their surroundings. Shows how the program can stimulate thought processes and promote comprehension. (FL)

Discusses learner/computer interaction, learner control, sequencing of instructional events, and graphic screen design as effective principles for the design of instructional software, including tutorials. (MBR)

Mixing art lessons with reading is an excellent opportunity to utilize the resources and abilities of several different teachers. Learning that involves art experiences is more interesting and fun for children. Some strategies are discussed, and some existing art/reading programs described. (RM)

Examines theories of specific, nonspecific, and metaphoric transfer of learning and outlines 10 factors and techniques to assist adventure educators in linking challenging experiences to students' future learning. (LFL)