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Yusuke Uegatani; Hiroki Otani – For the Learning of Mathematics, 2023
This paper aims to reveal the potential of inferentialism, an emerging philosophy in mathematics education, to extend contemporary constructivist research regarding conceptual development. Going against the traditional view of a notion as the name of a corresponding concept and a constructivist way of naming second-order models, we provide a new…
Descriptors: Inferences, Constructivism (Learning), Mathematics Education, Educational Philosophy
Pascal R. Deboeck; G. John Geldhof; Dian Yu – Review of Research in Education, 2023
Children develop and learn within dynamic contexts, yet the simplifying assumptions of common statistical methods often relegate such complexity to unexplained error. This chapter discusses ideas from the dynamic systems literature, which focuses on the interplay within and between components of complex systems, such as individuals and their…
Descriptors: Research Methodology, Systems Approach, Teaching Methods, Learning Processes
Perfors, Amy; Tenenbaum, Joshua B.; Wonnacott, Elizabeth – Journal of Child Language, 2010
We present a hierarchical Bayesian framework for modeling the acquisition of verb argument constructions. It embodies a domain-general approach to learning higher-level knowledge in the form of inductive constraints (or overhypotheses), and has been used to explain other aspects of language development such as the shape bias in learning object…
Descriptors: Verbs, Inferences, Language Acquisition, Bayesian Statistics
Aydin, Sevgi; Hanuscin, Deborah L. – Science Teacher, 2011
In this article, the authors describe a lesson that uses the 5E Learning Cycle to help students not only understand the atomic model but also how Ernest Rutherford helped develop it. The lesson uses Rutherford's gold foil experiment to focus on three aspects of the nature of science: the empirical nature of science, the tentativeness of scientific…
Descriptors: Scientific Principles, Learning Processes, Science Instruction, Nuclear Energy
Rips, Lance J.; Asmuth, Jennifer; Bloomfield, Amber – Cognition, 2008
According to one theory about how children learn the meaning of the words for the positive integers, they first learn that "one," "two," and "three" stand for appropriately sized sets. They then conclude by inductive inference that the next numeral in the count sequence denotes the size of sets containing one more object than the size denoted by…
Descriptors: Learning Strategies, Logical Thinking, Number Concepts, Inferences
Briggs, Derek C. – Partnership for Assessment of Readiness for College and Careers, 2011
There is often confusion about distinctions between growth models and value-added models. The first half of this paper attempts to dispel some of these confusions by clarifying terminology and illustrating by example how the results from a large-scale assessment can and will be used to make inferences about student growth and the value-added…
Descriptors: Value Added Models, Language Usage, Measurement, Inferences
Call, Josep – Cognition, 2007
Four bonobos, seven gorillas, and six orangutans were presented with two small rectangular boards on a platform. One of the boards had a piece of food under it so that it acquired an inclined orientation whereas the other remained flat on the platform. Subjects preferentially selected the inclined board. In another experiment, subjects were…
Descriptors: Rewards, Inferences, Animals, Primatology
Morrison, Judith A.; Young, Terrell A. – Childhood Education, 2008
Students can imitate scientists at work by conducting inquiry investigations in the classroom, thereby exhibiting a multitude of skills and competencies. As stated by Bransford and Donovan (2005), learning science as a process of inquiry involves students in observation, imagination, and reasoning about the phenomena under investigation. Rather…
Descriptors: Investigations, Creative Thinking, Inferences, Science Instruction
Aguinis, Herman; Branstetter, Steven A. – Journal of Management Education, 2007
The authors use proven cognitive and learning principles and recent developments in the field of educational psychology to teach the concept of the sampling distribution of the mean, which is arguably one of the most central concepts in inferential statistics. The proposed pedagogical approach relies on cognitive load, contiguity, and experiential…
Descriptors: Learning Theories, Undergraduate Students, Educational Psychology, Experiential Learning
Reif, Frederick – MIT Press (BK), 2008
Many students find it difficult to learn the kinds of knowledge and thinking required by college or high school courses in mathematics, science, or other complex domains. Thus they often emerge with significant misconceptions, fragmented knowledge, and inadequate problem-solving skills. Most instructors or textbook authors approach their teaching…
Descriptors: Expository Writing, Quality Control, Problem Solving, Scientific Concepts
Mcnamara, Danielle S.; Shapiro, Amy M. – Journal of Educational Computing Research, 2005
Users of educational hypertext are faced with the challenge of creating meaning both within and between texts. Cohesion is an important factor contributing to whether a reader is able to capture meaning and comprehend text. When readers are required to fill in conceptual gaps in text, comprehension can fail if they do not have sufficient…
Descriptors: Hypermedia, Rhetoric, Metacognition, Multimedia Instruction
Pogrow, Stanley – Computing Teacher, 1987
Describes the Higher Order Thinking Skills (HOTS) Program, which replaces drill and practice with thinking skills activities for grades three through six. The HOTS curriculum, which is built around commercially available software, is reviewed; special teaching techniques that emphasize teacher-student dialog are presented; and benefits for at-risk…
Descriptors: Computer Assisted Instruction, Courseware, Curriculum Design, Drills (Practice)