Presents a series of hands-on activities for grades K-2, 3-4, 5-6, and 6-8 using the common theme of kites to develop number sense in basic operations and fractions. Teachers' guides and worksheets are provided. (MDH)

This study focused on the validation of Generalizable Reasoning Skills assessment instruments with students with disabilities in secondary vocational programs. Results indicated that student self-ratings, teacher ratings, and a performance test were internally consistent and precise measures of reasoning skills for some uses but that most…

In a study of instructional actions and decision making, videotapes and interviews of six preservice English-as-a-Second-Language (ESL) teachers were used to determine the ways in which teachers received and responded to student input during second-language instruction. The findings highlight the cognitive demands on preservice ESL teachers. (27…

Provides illustrations, questions, and vocabulary to enable students to develop visual thinking skills through the study of architecture and its concepts. Seeks to help students gain a critical appreciation of the built environment and learn to use architecural terms and basic design principles to discuss architecture as a visual art form. (KM)

Discusses the use of feature films in promoting student critical thinking. Proposes using the technique on the elementary, secondary, or college level. Lists possible films and associated questions for discussion. Suggests that role playing could help students develop new perspectives on the films' characters. (SG)

Presents an overview of an evaluation of projects developed to improve students' quantitative reasoning skills and understanding of technology. (ZWH)

Educational facility planners can work with educators to design learning environments for the future as places that will be flexible, adaptable, and readily reconfigured when appropriate. Planners and educators need to understand the effectiveness of learners, teachers, and organizations. (MLF)

The six goals for improvement of American education, on which the Goals 2000 project are based, are examined and the value of having those objectives is discussed. The goals address school readiness, high school graduation rate, basic competencies, science and mathematics achievement, education for global participation, and quality learning…

Two approaches to student evaluation in Australian postsecondary technical and further education (TAFE), both vocational and academic, are discussed and their relative merits considered. One approach addresses the cognitive processes and interpersonal attributes of the graduate, and the other focuses on prespecified, observable skills. (Author/MSE)

Discusses duality between process and concept in mathematics, ambiguity of symbolic notation, and flexibility in thought processes of successful students. Content analysis and empirical evidence suggest a qualitatively different kind of mathematical thought in more able compared to less able elementary students (n=72) in arithmetic. (Contains 42…

Describes a reflective inquiry teacher education program at one university, examining the relationship between values and teacher skills. The program emphasizes the development of analytical and critical thinking skills. The article describes 25 preservice teachers' value clusters, explores the necessary skills development, and shares one…

Data from 148 students at 4 demonstration sites (Missouri, Nebraska, Oklahoma, Colorado) where math, science, and technology education were integrated show that grade level, part-time work experience, and enthusiasm influenced higher order learning in a multidisciplinary project. (SK)

Two studies of third, sixth, and ninth graders were conducted to determine whether the children made judgments about both justice and interpersonal relations in conflict situations. Results demonstrate that concerns with justice and interpersonal relationships coexist in judgments of male and female children. The ways in which these concerns are…

The reasoning abilities to be expected of the concrete operational and formal operational student, the percentage of secondary science students that are capable of each type of reasoning pattern, and effective strategies to teach science to concrete reasoners are described. Implications for curriculum development are discussed. (KR)

The ability of 378 elementary school students (aged 9-12 years) in Israel to extract "lawfulnesses" (invariants) from experience and to react to error by reexamining the problem and finding the error was studied on a self-paced inference task. Results are discussed in terms of postfailure reflectivity and postfailure impulsivity. (SLD)