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Engel, Rose – Acad Therap Quart, 1970
Descriptors: Early Childhood Education, Exceptional Child Education, Instructional Materials, Manipulative Materials
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Vandenberg, Brian – Merrill-Palmer Quarterly, 1981
Investigates age differences in the impact of play on subsequent tool-use, the influences of task characteristics on the impact of play on tool-use, the ways play aids tool-use, and the effect of play richness on tool-use among 30 children in each of three age groups (from four to five, six to seven, and eight to ten years of age). (RH)
Descriptors: Children, Difficulty Level, Manipulative Materials, Performance Factors
Peer reviewed Peer reviewed
Vandenberg, Brian – Journal of Psychology, 1981
Examined whether the density of play continues to increase as children grow older. Four- and five-year-olds made simple constructions using few materials, six- and seven-year-olds made more constructions with more materials, and eight-to ten-year-olds made fewer but much more extensive and integrated constructions. (Author/DB)
Descriptors: Age Differences, Child Development, Children, Manipulative Materials
Sabo, Mark; And Others – Chemecology, 1995
This activity explores two types of plastic molding and allows students to make their own plastic bottles. (MKR)
Descriptors: Chemistry, Lesson Plans, Manipulative Materials, Plastics
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Stacey, Kaye; Helme, Sue; Archer, Shona; Condon, Caroline – Educational Studies in Mathematics, 2001
Reports on a study comparing the use of Multi-base arithmetic blocks (MAB) and an alternative, LAB (linear arithmetic blocks) on the basis of epistemic fidelity and accessibility for students. Use of LAB was associated with more active engagement by students and deeper discussion. (Author/MM)
Descriptors: Arithmetic, Elementary Education, Epistemology, Manipulative Materials
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de Mestre, Neville – Australian Mathematics Teacher, 2005
For many years I have been advocating the use of hands-on materials to assist students in the understanding and application of mathematical concepts. Some of the methods have been introduced as small parts of earlier Discovery articles, (de Mestre, 1994, 1996, 1998, 1999a, 1999b, 1999c, 2000a, 2000b, 2001), but here I propose to devote the whole…
Descriptors: Mathematical Concepts, Mathematics Instruction, Mathematics Activities, Manipulative Materials
Miller, Karen A. Donk; Rule, Audrey C.; MacEntee, Virginia M. – Online Submission, 2008
All learners, including those who qualify for special education services, should have access to learning mathematical concepts. This study examined the efficacy of using hands-on sets of materials to teach two high school students with mental retardation the four situations for subtraction. This is a mixed methods study using a simple…
Descriptors: Mental Retardation, Student Interests, Pretests Posttests, Mathematical Concepts
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Chevalier, Cheryl; Pippen, Mary H.; Stevens, Dorothy – Teaching Children Mathematics, 2008
The authors describe a hands-on program that they developed after their attendance at the NCTM Algebra Academy. The article explains how to use literature to capture youngsters' attention and engage them in interactive mathematical activities.
Descriptors: Mathematics Instruction, Elementary School Mathematics, Student Motivation, Student Participation
Baek, Youngkyun; Whitton, Nicola – IGI Global, 2013
In K-12 classrooms, as well as on the college and university level, the incorporation of digital games has played a vital role in the educational system. While introducing teachers to new fields, these digital games have been designed and implemented for the classroom and have shown positive results at a variety of educational levels. Cases on…
Descriptors: Foreign Countries, Educational Technology, Student Attitudes, Second Language Learning
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Glenberg, Arthur M.; Brown, Megan; Levin, Joel R. – Contemporary Educational Psychology, 2007
Having young readers manipulate objects to correspond to the characters and actions in a text greatly enhances comprehension as measured by both recall and inference tests. As a step toward classroom implementation, we applied this manipulation strategy in small (three-child) reading groups. For successive critical sentences, one child would read…
Descriptors: Sentences, Reading Comprehension, Elementary Education, Children
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Hodges, Thomas E.; Lanry, Geri A.; Cady, JoAnn – Teaching Children Mathematics, 2009
The increased popularity of lesson study in the United States--an approach to professional development initiated in Japan more than a century ago--is due in large part to findings from the 1995 Trends in International Mathematics and Science Study (TIMSS) video study and the subsequent book, "The Teaching Gap" (Stigler and Hiebert 1999). "Lesson…
Descriptors: Preservice Teachers, Education Courses, Mathematics Education, Textbooks
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Cavanaugh, Cathy; Gillan, Kathy Jo; Bosnick, Jan; Hess, Melinda; Scott, Heather – Journal of Educational Computing Research, 2008
This study of student performance in an online Algebra course looked at the development, implementation, and evaluation of interactive tools for graphing linear equations. The study focused on an interactive tool that was evaluated with virtual school Algebra students for a challenging component of the course. The performance of these students in…
Descriptors: Online Courses, Program Effectiveness, Algebra, Mathematics Instruction
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Mildenhall, Paula; Swan, Paul; Northcote, Maria; Marshall, Linda – Australian Primary Mathematics Classroom, 2008
As part of the project titled "Hands-On Heads-On: The Effective Use of Manipulatives Both Virtual and Physical" being undertaken at Edith Cowan University, there was an investigation into the use of virtual manipulatives and the interactive whiteboard (IWB). Virtual manipulatives may be defined as a virtual representation of a physical…
Descriptors: Investigations, Mathematical Concepts, Manipulative Materials, Educational Technology
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Mathematics in School, 1975
The Japanese, Chinese, and Russian abaci are described. Policies of the Japanese Education Ministry with regard to calculation are briefly discussed. (SD)
Descriptors: Comparative Education, Computation, Educational Media, Elementary Education
Shea, Jan Fisher – 1985
This booklet was designed to aid parents in making things at home to develop their newborn to 2-year-old children's skills. Suggested are easy-to-make visual stimuli for infants up to 6 weeks of age and 6 weeks to 3 months of age. For the latter, tactile stimuli also are considered. For infants 3 to 6 months of age, objects providing visual,…
Descriptors: Auditory Stimuli, Guidelines, Infants, Manipulative Materials
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