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Showing 1 to 15 of 16 results Save | Export
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Clouse, Diane E.; Bauer, Anne M. – TEACHING Exceptional Children, 2016
Self-advocacy, self-management, self-regulation, and self-knowledge are complex terms, often considered forms of self-determination. Whatever term you may use, helping young adults with intellectual disability (ID) make authentic decisions about their own goals and behaviors often results in passive agreement. Even though advancing…
Descriptors: Self Advocacy, Self Control, Self Determination, Young Adults
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Gannon, Gerald E.; Martelli, Mario U. – Mathematics Teacher, 2000
Presents a generalization to the classic prisoner problem, which is inherently interesting and has a solution within the reach of most high school mathematics students. Suggests the problem as a way to emphasize to students the final step in a problem-solver's tool kit, considering possible generalizations when a particular problem has been…
Descriptors: Generalization, Mathematics Instruction, Problem Solving, Secondary Education
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Roberts, Charles E. – International Journal of Mathematical Education in Science and Technology, 2003
This note contains material to be presented to students in a first course in differential equations immediately after they have completed studying first-order differential equations and their applications. The purpose of presenting this material is four-fold: to review definitions studied previously; to provide a historical context which cites the…
Descriptors: Equations (Mathematics), Calculus, Problem Solving, Mathematics Instruction
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Borkowski, John G. – Learning Disability Quarterly, 1989
A metacognition model that can help understand general problem-solving deficits in learning disabled students is presented. Two components of metacognition are highlighted: executive processes and attributional beliefs. An educational package combining these components with specific strategy training is illustrated as an approach to improving…
Descriptors: Beliefs, Classroom Techniques, Generalization, Learning Disabilities
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Lannin, John K. – Mathematics Teaching in the Middle School, 2003
Describes students' generalization strategies and justifications as they engage in patterning activities. (YDS)
Descriptors: Algebra, Concept Formation, Generalization, Mathematics Education
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Gannon, Gerald; Martelli, Mario – Mathematics Teacher, 1993
Discusses the process of generalization. Illustrates the process by generalizing the classic problem of how a farmer can get a fox, a goose, and a bag of corn across a river in a boat that is large enough only for him and one of the three items. (MDH)
Descriptors: Generalization, Mathematical Enrichment, Mathematics Education, Mathematics Instruction
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Van de Walle, John A., Ed. – Arithmetic Teacher, 1988
Suggests that problem-solving extensions are appropriate experiences for differentiating learning experiences for students with high abilities. The extensions fall into four major categories: pattern and generalization, new concepts and vocabulary, creativity, and making value judgments. (PK)
Descriptors: Concept Formation, Creativity, Elementary Education, Elementary School Mathematics
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Shilgalis, Thomas W. – Mathematics Teacher, 1992
Investigates the question concerning the maximum number of lines of symmetry possessed by irregular polygons. Gives examples to illustrate and justify the generalization that the number of lines of symmetry equals the largest proper divisor of the number of sides. Suggests related classroom activities. (MDH)
Descriptors: Discovery Learning, Generalization, Geometric Concepts, Inquiry
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Cook, Marcy – Arithmetic Teacher, 1993
Presents 5 activities for the K-1, 2-3, 4-5, 6-8 grade levels and for in the home in which students explore the concept of combinations. Each activity includes a lesson plan to investigate a combinatorics problem appropriate for that grade level. Provides reproducible worksheets. (MDH)
Descriptors: Discovery Learning, Elementary Education, Elementary School Mathematics, Generalization
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Rosenthal, Bill – Primus, 1992
Offers calculus students and teachers the opportunity to motivate and discover the first Fundamental Theorem of Calculus (FTC) in an experimental, experiential, inductive, intuitive, vernacular-based manner. Starting from the observation that a distance traveled at a constant speed corresponds to the area inside a rectangle, the FTC is discovered,…
Descriptors: Calculus, College Mathematics, Discovery Learning, Experiential Learning
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Naraine, Bishnu – Mathematics Teacher, 1993
Presents an activity in which students develop their own theorem involving the relationship between the triangles determined by the squares constructed on the sides of any triangle. Provides a set of four reproducible worksheets, directions on their use, worksheet answers, and suggestions for follow-up activities. (MDH)
Descriptors: Cognitive Processes, Concept Formation, Generalization, Geometric Concepts
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Reimer, Wilbert – Mathematics Teacher, 1989
Domino games are used to illustrate problem-solving techniques in a college principles-of-mathematics course. Students develop tables and use Pascal's triangle to find the total number of pips and the sum of numbers on the pieces. (DC)
Descriptors: Class Activities, College Mathematics, Critical Thinking, Discovery Learning
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de Mestre, Neville; Baker, John – Australian Mathematics Teacher, 1992
Presents a hands-on mathematics task that can be investigated experimentally to produce a sequence of numbers. Describes ways to extrapolate values of the table of numbers by formulating and verifying a conjecture related to the pattern in the numbers. (MDH)
Descriptors: Class Activities, Discovery Learning, Generalization, Investigations
Polette, Nancy – Teacher Ideas Press, 2007
Many of the most talented authors and artists of the past and present have shared their thoughts and their gifts with young children through picture books. Many picture books allow young children to explore important ideas and to stretch their minds far beyond rote memorization. Young children absorb knowledge at a very rapid pace. In an age of…
Descriptors: Classification, Vocabulary Development, Associative Learning, Reading Skills
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Avital, Shmuel; Barbeau, Edward J. – For the Learning of Mathematics, 1991
Presents 13 examples in which the intuitive approach to solve the problem is often misleading. Presents analysis of these problems for five different sources of misleading intuitive generators: lack of analysis, unbalanced perception, improper analogy, improper generalization, and misuse of symmetry. (MDH)
Descriptors: Cognitive Development, Cognitive Processes, Generalization, Geometric Concepts
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