Analyzes undergraduate general-chemistry laboratory manuals (n=10) and identifies illustrative verbs representative of the types of cognitive skills given in Bloom's Taxonomy. Finds that, although the majority of the manuals are similar in their lack of promoting higher-order cognition, a few newer manuals possess the requisite activities for…

Suggests that an explanation for the differences in mathematics problem-solving strategies found in the study by E. Fennema and others may be simply that the girls in the study population are less interested in mathematics than the boys and explores some implications of this explanation. (SLD)

Describes a study that explores the relationship between affective variables and mathematics achievement among high-risk students enrolled in developmental-mathematics courses. Finds that time taken from traditional instruction in college algebra to encourage persistence and problem-solving skills enhances spatial visualization, promotes…

Describes an interdisciplinary lesson consisting of seven activities for intermediate or middle level students. Focuses on calculating monetary exchanges between the United States and Japan, specifically the prices of real estate and other items, and comparing the economies and cultures of the two countries. Gives four activity sheets. (CMK)

Compared the effects of three cooperative-learning environments on Israeli seventh graders' mathematical problem solving (metacognitive training, direct strategy instruction, and neither). Pencil-and-paper testing assessed students' problem-solving abilities. Results indicated that students exposed to metacognitive training significantly…

Favored explanations for the achievement gap between black and white students reflect experts' positions on the ideological spectrum, while overlooking fundamental problems with the educational delivery system. The situation of black students is not hopeless, thanks to new research that abandons whites' academic performance as the norm and…

Describes a summer institute curriculum used with 27 middle school students with disabilities who were identified as gifted in the visual arts, performing arts, engineering, or life sciences. The curriculum was real world, multidisciplinary, and problem based. Using a creative problem-solving process, students identified problems, developed…

Argues that, in all subject areas, assessment trends are moving toward teaching concepts rather than teaching facts, and toward application of information and skills. Discusses how rubrics are helpful in specifying what criteria student performance and proficiency levels should be evaluated. Offers three rubrics (problem solving, group oral…

Presents readers' responses to an ethical dilemma "What Should a Teacher Do When a Parent Defines Academically Rigorous Education Differently Than She Does?" Notes that responses focused on defending practices rather than working with parents. Presents suggestions from a principal for a K-2 school, including developing an assessment…

Young pupils find collaborative learning hard to sustain, even though it is recommended by developmental psychology and classroom intervention theories. Investigates the effect of two role attribution strategies on communication in peer groups of different gender composition in 8th grade science classes. Confirms the effectiveness of social role…

A study explored middle school students' (N=54) perceptions of problem difficulty, persistence, and knowledge, and use of problem-solving strategies in solving mathematical word problems. Students with learning disabilities rated problems as significantly more difficult and had a significantly lower total word problem score than both average and…

A study involving 11 boys (ages 6-12) with high-functioning autism and 11 boys with moderate-functioning autism examined memory strategy use on a serial recall task and a recall readiness task. Significant spontaneous strategy use was found on both tasks, particularly among the high-functioning group, although still lower than typical controls.…

A study investigated whether rotating three-dimensional objects using virtual reality would affect flexible thinking in 14 children (ages 8-11) with hearing impairments. Children played virtual 3-D Tetris individually, 15 minutes once weekly over 3 months. Before-and-after testing showed significantly improved flexible thinking in the experimental…

Based on work by Howard Gardner and James Comer, this article discusses the importance of creating and maintaining community-based relationships as part of community-based education. Students go beyond basic core academics and develop values and the freedom to uncover and resolve community problems or concerns. (MLH)

Information technology cannot produce marvelous outcomes if the classroom environment lacks opportunities for communication, decision making, and genuine problem solving. Teachers must be proficient software uses before they can use it to teach others. Curriculum and testing standardization is also undermining the teacher-student relationship.…