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Crossland, John – Primary Science, 2015
Learning depends on the effective use of basic cognitive processes such as memory and attention, but for optimal learning, learners also need to have awareness of, and control over, these cognitive processes. The literal meaning of metacognition is cognition about cognition or, more informally, thinking about your thinking: a good starting point…
Descriptors: Metacognition, Protocol Analysis, Faculty Development, Thinking Skills
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Mix, Kelly S., Ed.; Battista, Michael T., Ed. – Research in Mathematics Education, 2018
This unique volume surveys recent research on spatial visualization in mathematics in the fields of cognitive psychology and mathematics education. The general topic of spatial skill and mathematics has a long research tradition, but has been gaining attention in recent years, although much of this research happens in disconnected subfields. This…
Descriptors: Mathematics Education, Mathematics Instruction, Spatial Ability, Problem Solving
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Harris, Karen R.; Graham, Steve; Aitken, A. Angelique; Barkel, Ashley; Houston, Julia; Ray, Amber – TEACHING Exceptional Children, 2017
Students with disabilities often find writing extremely challenging (Harris & Graham, 2016). Special educators can, however, promote tremendous gains in students' ability to write by understanding common challenges students face and mastering specific teaching techniques. Students' writing success depends on reducing how much attention and…
Descriptors: Disabilities, Reading Instruction, Writing Instruction, Spelling
Tate, Marcia L. – Corwin, 2012
Best-selling author Marcia L. Tate brings her trademark "dendrite-growing" teaching strategies to this practitioner-friendly collection of brain-compatible methods for engaging K-12 students in social studies. Included are 20 proven strategies and more than 200 grade-leveled activities for applying them. Teachers will find concrete ways to…
Descriptors: Social Studies, Learner Engagement, Problem Based Learning, Active Learning
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Gura, Kay – Primus, 1992
Presents one model for a liberal arts mathematics course that combines probability and calculus. Describes activities utilized in the course to heighten students' interest and encourage student involvement. Activities include use of visualization, take-home tests, group problem solving, research papers, and computer usage with DERIVE computer…
Descriptors: Calculus, College Mathematics, Computer Assisted Instruction, Cooperative Learning
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Mathematics Teacher, 1992
Presents activities that utilize representations of the side, front, and top views of three-dimensional configurations of blocks to develop spatial-visualization skills and aspects of the concept of function. Provides worksheets of these open-ended investigations. (MDH)
Descriptors: Cooperative Learning, Discovery Learning, Discovery Processes, Functions (Mathematics)
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van Reeuwijk, Martin – Mathematics Teacher, 1992
Reports part of the results of the Design, Development, and Assessment in Mathematics Education Project that tested the booklet on descriptive statistics called "Data Visualization" in six experimental algebra classes in Whitnall, Wisconsin. Describes examples of problems presented, use of cooperative learning during instruction, and…
Descriptors: Cooperative Learning, Data Analysis, Data Interpretation, Educational Change
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Brahier, Daniel, Ed. – Arithmetic Teacher, 1993
A thematic approach to curriculum enables students to connect topics and supports meaningful inquiry. Presents 4 activities for levels K-2, 3-4, 5-6, and 7-8 in which students explore problems of interest to them involving the theme of construction and architecture. Includes reproducible worksheets. (MDH)
Descriptors: Architecture, Class Activities, Construction Materials, Cooperative Learning