Described are science objectives for middle schools. Suggested objectives include recognition of student physical and intellectual development; problem solving skills; integration of science, math and social science skills; and development of creative curricula to assist early adolescents to cope in a scientific and technological world. (DS)

Discusses how all applications of mathematics have a unifying theme, namely, that of mathematical modeling. Three examples of models in science and technology are briefly described. These are suggested as suitable project work in the classroom, which involve collaborative work between science and mathematics. Advantages and benefits of modeling…

Contains articles describing: (1) a writing laboratory at Cedar Crest College (Pennsylvania); (2) 12 biology minicourses used at Elizabethtown Community College (Kentucky); (3) the "Self-Persuasion for Study Improvement Project" at East Tennessee State University; and (4) a vocabulary acquisition program used to help University of North Carolina…

Broadly defines career education, noting that any teacher can utilize career-related examples to teach traditional academic content at any level. Includes illustrations of career education infusion activities in four primary subject areas: mathematics, science, social studies, and language arts. Describes the role of the elementary teacher in…

Attributes the high rate of academic success of freshmen at Vincennes University to its developmental program. Aspects of the program include: mandatory enrollment for those with inadequate Scholastic Achievement Test scores, mathematics and reading laboratories, modularized classes, and support services. Assesses evidence of program success. (AYC)

Describes a science activity using gummy worms to help primary students develop the mathematical skills of measurement concepts, units of measure, estimation, and graphing needed for science learning. Groups of two begin by estimating the number of gummy worms in their package and identifying the colors they expect to find. Individual worms are…

Easy-to-read books are not just stories. Many are about science, math, and history. This article provides an annotated bibliography of story, history, math, and science easy-to-read books published in 1997. The author recommends spending money to replace worn older outstanding titles rather than automatically buying new titles of lesser quality.…

Describes the experiences of a secondary mathematics education student as a MATHCOUNTS coach for sixth graders. Explains the program, coaching duties, and how the approach evolved in trying to shift student focus from finding the right answer to finding a logical approach to solving problems. Discusses the experience in terms of the National…

Describes a popular yearly activity at one middle school in which a production of a Shakespearean comedy becomes the centerpiece of an interdisciplinary unit on the Elizabethan Period involving language arts, social studies, math, science, music, art, technical education, home economics, and the learning center. (SR)

Identifies those aspects of family support that have the most influence on students' learning in mathematics and science. Examines the relationship of the mother's support and participation to the eighth-grade minority child's score on standardized tests. Contains 36 references. (DDR)

Examines National Science Education Standards related to program consistency, curriculum, mathematics and science integration, resources, schools as learning communities, and equity and excellence. The paper also discusses the standards being developed by the Indiana Professional Standards Board for teacher preparation. (SM)

Four grade-9 mathematics teachers in Canada were studied over one year as they implemented destreaming (detracking), which was an externally induced reform in their school system. Implementation of the destreaming had an immediate negative effect on teacher expectations of their own efficacy, but their beliefs rebounded over the year. (SLD)

Discusses a framework for assessing middle school students' thinking in conditional probability and independence. Establishes four levels of thinking from subjective to numerical reasoning for both constructs. Students (n=15) from grades 4-8 were interviewed. Profiles reveal that levels of probabilistic thinking were stable across the two…

This study reports on the development and psychometric properties of a new 87-item Mathematics Information Processing Scale that explores learning strategies, metacognitive problem-solving skills, and attentional deployment. Results with 340 college students support the use of the instrument, for which factor analysis identified five theoretically…

This study of 16 female math majors at a highly selective liberal arts women's college investigated factors that influenced their choice of major and their future career plans. Findings revealed that positive school experiences and certain shared personality characteristics were integral in students' decisions to study mathematics in college.…