Advice and tips on how to effectively organize class time and student learning are given in a discussion that revolves around the important and often overlooked role that clocks play in the teaching schedule. (MP)

This study attempts to explain certain difficulties which ninth grade students face in tackling geometrical "problems to prove," by relating them to general and to specific rigidity and cognitive style variables. The results confirm the conceptual analysis of Geometric Rigidity (GR). (MP)

Presents Ausubel's theory of learning and discusses its implication for teaching physics in the classroom and some of the theory's shortcomings. (HM)

The cognitive method, an algorithmic method for transforming verbal word problems into equations, equation systems, inequalities, etc., is presented and discussed. The psychological and mathematical aspects of the cognitive method are also reviewed. (MP)

Seven teaching style components and alternatives associated with each component are presented and described. The information is supplied as a tool to make operational descriptions of alternative teaching styles. (MP)

Limitations of current information-processing research on the nature of intelligence are discussed. Major criticisms are that the tasks are static; lack of generalizability from the laboratory to the real world; and collective intellect, motives, goals, circumstances, and ambiguity are not addressed in either theory or research. (Author/RD)

A mediation versus production deficiency in memory processing was examined by testing the effect of instructions for rehearsal on performance of 128 average and disabled readers in grades 2 and 5. A second study examined effects of covert rehearsal on the memory of 64 average and disabled readers in grade 2 over trials. (Author/PHR)

Outlines the interview-about-instances method for investigating student understanding of concepts and to give some indication of the rationale behind the method. Provides specific examples of the type of information that can be obtained and lists the advantages and limitations of the approach. (GS)

In five experiments, novices read a computer programing text and engaged in one of these learning strategies: advance organizer, model elaboration, comparative elaboration, normal reading. Results of transfer and recall tests suggested that elaboration techniques can be applied to "real-world" materials, resulting in more integrated…

Shows how elaboration theory (ET) sequences the concepts in a taxonomy and argues that the product of an ET analysis is usually in general agreement with sequencing based on learning prerequisite relationships, and that ET sequencing of taxonomic concepts will not violate learning prerequisite relationships. (Author/MER)

Methods developed by Rothkopf; McConkie, Rayner and Wilson; McGaw and Grotelueschen; DiVesta and Rickards to assess prose processes produced by adjunct postquestions are reviewed. The processes are: specific backward; general backward; specific forward; and general forward. (MH)

Presents a theoretical model for the process of political learning in children and from this draws implications for practice in terms of a sequential curriculum framework. (SJL)

Text-learning strategies may help students to: (1) focus attention on key concepts; (2) organize information for storage and retrieval; and (3) integrate new information with existing, related knowledge. Since these strategies can provide learning contexts that stimulate attentional and organizational processes, their use with older adult students…

The paper focuses on problems science educators and researchers must face before the advantage of paradigms can be realized. Examples of the role of paradigms in physics research are presented. A critique of paradigm use in physics is presented. Future variations of paradigms for science education are discussed. (Author/RE)

This essay explores the importance of the classroom environment on teaching and learning, and suggests a framework for conducting further research in the field. (LH)