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 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…

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…

U.S. mathematics education has been criticized for being too broad. This article examines ways middle school students use simple problems and situations to foster a deeper understanding of underlying concepts. Presents a sample area and perimeter problem, describes extending the problem using tiles to determine minimum perimeter, and discusses…

One Swedish university designed a program based on problem solving to make student teachers more reflective about mathematics teaching and learning. Student teachers work cooperatively in small groups, with teacher educators facilitating. Preliminary evaluation suggests the program helps student teachers develop insight into the complexity of…

Introduces a Storm Trackers unit that uses actual hurricane data to track hurricane movements. Uses an inquiry-based teaching approach in a cooperative learning environment. (YDS)

Guidelines for implementing a problem-solving approach to teaching mathematics concepts and skills to students with mild disabilities include: establish connections to daily life; use visual presentations; use manipulatives; use peer-mediated instruction; provide models, cues, and prompts; teach self-management techniques and learning strategies;…

The Challenger Learning Center of Kentucky is 1 of 34 Challenger Center sites for space science education nationally and the only one in a rural area. Since the center's opening in March 1999, some 5,500 sixth-graders have "flown" space missions that involved using teamwork and math and science skills to solve problems and complete the…

A model of expert tutors' knowledge of applied statistics was used to create a web-based computer coach that emulates human tutoring. Cognitive assessments are obtained from records of students' actions as, with the computer tutor's help, they learn to apply components of procedural knowledge required to solve problems. Learning is evaluated by…

Authors were conducting research in different disciplines and carrying it out by apparently different methods. This combined paper is a reaction to their mutual discovery that the theories used by each to examine the data have interesting similarities. The two projects studied encouraged creative strategies and evaluative reflection in the…

Anchored instruction is designed to present problems in a meaningful context to allow for investigations into real life environments. The Jasper Project was created to allow students to investigate mathematical dilemmas using anchored instruction techniques. This study uses case study methods to examine the perceptions that preservice teachers…

InterMath participants spend time in workshops exploring technology-rich mathematical investigations and completing write-ups. These write-ups include a written explanation of their problem solving process, screen captures of files that they generated while completing the investigation and links to these files. This paper examines the use of…

This paper articulates a perspective on learning to discuss ways in which students develop personal sense and negotiate meaning in a middle school algebra context. Building on a sociocultural perspective that incorporates mental objects, learning is described as a mutually dependent process involving personal sense making and the public…

A socio-constructivist account of learning and emotions stresses the situatedness of every learning activity and points to the close interactions between cognitive, conative and affective factors in students' learning and problem solving. Emotions are perceived as being constituted by the dynamic interplay of cognitive, physiological, and…