Presents the results of a survey of 165 seventh grade students asked to respond yes, no, or maybe to 21 metacognitive statements about their cognitive activity on a mathematical word problem. Suggests how to use the responses as a basis for developing classroom activities. (MDH)

Presented are activities that focus on gathering, using, and interpreting data about fingerprints as a basis for integrating mathematics and science. Patterns, classification, logical reasoning, and mathematical relationships are explored by making graphs, classifying fingerprints, and matching identical fingerprints. A parent-involvement activity…

Reviews the information-processing approach to problem solving to apply research findings to cooperative problem solving in social studies classes. Provides examples of how experts and novices solved problems in a study on domestic Soviet affairs. Delineates a problem-solving instructional strategy by explaining nine guidelines that employ…

Reports on a field project that allowed students to engage in problem solving, gather field data, and apply geographic concepts and tools. Students conducted a topographic survey of a shoreline and classified, counted, and weighed litter collected from the shoreline. Discusses the classification system and the students' findings. (MJP)

The issue of physical punishment is a particularly controversial one at the moment as child advocates are engaged in a struggle to persuade the New Zealand government to repeal a defence in law (section 59 of the 1961 "Crimes Act") which justifies parents hitting their children provided the force used is "reasonable in the…

This book contains a compilation of papers presented at the International Conference on Education and New Developments (END 2017), organized by the World Institute for Advanced Research and Science (W.I.A.R.S.). Education, in our contemporary world, is a right since we are born. Every experience has a formative effect on the constitution of the…

In an effort to better prepare students to become productive members of the work force, educators must grant students the opportunities to become critical thinkers. Students need to be able to learn to inquire, create, and think critically in order to obtain meaningful information from the abundance of knowledge that is accessible to them through…

This instructor's guide is one of the five books developed during a 21-month cooperative project to develop instructional materials that enhance skills in a workplace context. Partners in the project included the University of Texas at Austin, consultants, the Austin/Travis County Private Industry Council, Hart Graphics, IBM, and Texas…

The materials collected in this document were submitted to a conference focused on issues relevant to Chapter 1 programs. A wide variety of resources was presented to participants. Resources for teachers related to mathematics cover the topics of teaching reform; curriculum and instruction; problem solving; and estimation. Resources on reading…

This issue contains abstracts and critical comments on 11 articles, plus an editorial comment entitled "A Teacher Shortage?". Studies included concern solution processes on addition and subtraction examples; numerical rule induction; individual differences in performance on manipulative, pictorial, and symbolic tasks; the effect of a…

This study involving 29 students enrolled in an 8-week summer Algebra II class for minority students was undertaken to determine the relationship between the kinds of symbolic forms used in problem-solving instruction and students' problem-solving processes and performance. All subjects were Black or Hispanic and were about to enter grade 11. For…

This paper proposes a teaching model for the implementation of a Science-Technology-Society (STS) curriculum. The topics of technologic literacy, STS goals, and STS instruction are included. The historical and contemporary perspective of technology is addressed. The Graham model of STS instruction is compared with the Oregon instructional model.…

The Science 16 program provides for the development of essential concepts, skills, and attitudes in science that will enable students to function successfully in the home, classroom, workplace, and community. The program is activity-based, and provides opportunities for students to relate essential concepts, skills, and attitudes to their own…

This Teacher Resource Manual (TRM) is designed to help teachers implement the Mathematics 20, 23, and 24 courses. The TRM is a support document that provides helpful information to classroom teachers. An overview of the Course of Studies for Mathematics 20/23 and 24 is provided at the beginning of each course section in the TRM. The overview…

This guide is designed to help classroom teachers implement the Alabama Course of Study: Mathematics K-12. It is inclusive also of the objectives tested by the Stanford Achievement Tests and the Alabama Basic Competency Tests. One characteristic of the curriculum guide is that it clearly states what students should learn in each grade level. These…