This article examines the origins of parent-school conflict, identifies common errors that exacerbate difficulties, provides strategies for resolving conflicts and improving relationships, and proposes an alternate course of action if these approaches fail. Empathetic listening, trust building, and systematic and intuitive modes of problem solving…

Two ideas for teaching mathematical Concepts are presented: "Writing Study Cards for Understanding"; and "A Conceptual Approach to Solving Equations." Examples of the applications of these methods are discussed. (CW)

Essential ingredients of supervising teachers include: (1) going beyond teacher report to direct observation, (2) timely identification of problems, (3) careful analysis of programs for design adequacy, (4) provision for extensive teacher practice in structured settings, (5) provision for additional supervised classroom practice, and (6) a well…

Reports examples of the behaviors, including kinetic and vocal, used to facilitate problem-solving based on observations of four seventh-grade students. Discusses the use of the behaviors in problem-solving teaching. (YP)

Discusses the differences between mathematical problem solving typically used in the classroom and problem solving that is a part of everyday situations out of school. Suggests some teaching methods to align classroom instruction with the real world. Seventeen references are listed. (YP)

Describes how shared learning activities, including cooperative learning, collaborative learning, and small group learning, can develop critical reading and problem-solving skills. Discusses the teacher's role in guiding shared learning activities. (MM)

Problem-based learning is an approach that can be used to increase student participation while promoting the development of skills for lifelong learning. In solving problems learners acquire two types of knowledge--knowledge of concepts, principles and facts; and procedures for how to use them. (Author/MLW)

Use of video recorders may enhance young children's comprehension, recall, memory, and problem-solving skills. Research should be conducted on ways in which the combination of the video recorder and computer technology may facilitate children's learning processes. (RH)

Provides several reasons for the lack of the classroom teacher's involvement in science education research. Explains the purposes, advantages, involvements, and kinds of research. States that without teachers as researchers, there is an inability to put knowledge to practice. (RT)

Points out that research is an inefficient endeavor as it relates to time, but the rewards can be gratifying and of value. Reports on a compilation of faculty and administration observations, alumni and student surveys, and some readings on the topic. (RT)

Reports that there are few documents in the ERIC database concerning using computers as writing tools for gifted students and that the thrust of computer education for the gifted is toward developing abstract thinking only. Argues that more research is needed on classrooms for the gifted writer. (RS)

Points out that art education helps students learn problem solving. Discusses the concept of coaching and suggests expanding discipline-based art education (DBAE) which includes the ideas of content-curriculum-context to incorporate coaching into its theoretical base. (GG)

This study examined how experienced teachers use their complex knowledge structure to find and solve problems in the classroom. Of 30 teachers and teacher trainees, the experienced teachers imposed an experiential structure on lesson content, spent less time planning, and focused on general concerns rather than specific problems. (PB)

Nine articles in this festschrift for Herbert Goldhor explore relatively new and innovative approaches to problem solving in libraries. The articles identify and discuss methods and techniques of applied and evaluative research, consider conceptual and practical issues related to problem solving in libraries, and recognize Goldhor's many…

The use of the expert-novice technique in science education is examined critically. Discussed are four techniques including their methodological limitations. Improvements and alternatives in experimental design are suggested. (Author/CW)