This guide is a revised and updated edition of "Making It Count." This version contains much of the information from the earlier publication but also includes strategies for using project-based learning and Web-based instructional programs to support the development of mathematics proficiency for youth in short-term juvenile correctional…

This guide is designed to support the development of mathematics proficiency for youth in short-term juvenile correctional facilities. Mathematics proficiency includes mastery and fluency in foundational numeracy; an understanding of complex, grade-appropriate concepts and procedures; and application of those competencies to solve relevant,…

Presents situations from geometry classrooms resulting from observations of five geometry teachers and their classes. Concludes that some teachers are influenced by their beliefs, professional development experiences, and views about their own teaching. Contains 11 references. (ASK)

This study explores how adults' perspectives, intentions, blockages, resistance, and fascinations are reconstructed during a mathematics course in adult basic education. These aspects are discussed as important building blocks for developing theory in adult educational research. Adult mathematics education was compared in different institutional…

Describes the teacher, classroom, and curriculum of the Consortium Calculus based at the Harvard Project, which offers students, especially women, an opportunity to explore the power of calculus in an encouraging environment. (18 references) (MKR)

Provides ways for teachers to make ninth-grade general mathematics courses more pleasant and productive. (MD)

All teachers bring the goals and objectives of their math programs to life as they plan and present activities, establish procedures and expectations, and interact with children. Teachers' beliefs about what children need to know, their knowledge of how children learn, and the classroom environment they create all impact how children experience…

Discusses the effect on classroom learning environments of teacher beliefs about mathematics and teaching, teacher knowledge of children's thinking, teacher knowledge of content, and worthwhile mathematical tasks. (MKR)

Presents suggestions for integrating mathematical problem solving into all aspects of an elementary school classroom. This includes taking data from such areas as attendance and lunch counts, numbers of seats needed for an open house, amount of money needed for field trips, and many more. The article offers tips for powerful problem solving. (SM)

Unfortunately, many students have negative feelings toward mathematics that can lead to math anxiety and subsequent poor performance in or avoidance of mathematics classes. These feelings may have been brought about by negative math classroom experiences, negative parental attitudes toward math, or societal stereotyping of mathematics. The notions…

The author draws from the literature eight specific guidelines for classroom teachers to help them prevent or ameliorate students' math anxiety. Suggestions include: avoid sex stereotyping; help students develop self-confidence; concentrate on problem solving, spatial skills, and the language of mathematics; and provide a relaxed, supportive…

Presents the President's address from the 1999 annual meeting of the National Council of Teachers of Mathematics (NCTM). Asserts that the mathematics classroom teacher must create an environment that supports students and mathematics growth at many different levels, and suggests ways in which to achieve this. Considers the changing societal…

Presents (1) several activities on problem solving; (2) tips on creating a classroom climate favorable for problem-solving performance; and (3) a source of background materials for teachers. (JN)

Presents an overview and discussion of some results of research on the use of graphing calculators organized into the following categories: (1) achievement studies, (2) conceptual understanding, (3) problem solving, (4) classroom dynamics, and (5) future research needed. (29 references) (MKR)

Classroom discussion can be valuable in college math and can be enhanced by: adding time in the agenda by not repeating textbook material; welcoming classroom participation; using assignments and exams for in-class interaction; and integrating material from different parts of the course, or different courses, into classroom discussion. (MSE)