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Kollosche, David; Meyerhöfer, Wolfram – Educational Studies in Mathematics, 2021
Maturity and citizenship in a democracy require that laypersons are able to critically evaluate experts' use of mathematics. Learning to critically reflect on the use of mathematics, including the acquisition of the mathematical knowledge and skills required to that end, has been repeatedly postulated as an indispensable goal of compulsory…
Descriptors: COVID-19, Pandemics, Mathematics Education, Expertise
Peer reviewedHeitele, Dietger – Educational Studies in Mathematics, 1975
Arguing that the teaching of stochastic processes should reflect the experience and reality of the student, the author urges concentration on fundamental ideas. The development of intuition should be encouraged, and to this end continuity in teaching and a spiralled curriculum are important. (SD)
Descriptors: Cognitive Development, Curriculum, Elementary Secondary Education, Instruction
Peer reviewedShaughnessy, J. Michael – Educational Studies in Mathematics, 1977
The author presents an approach to the teaching of undergraduate introductory probability and statistics. He also presents experimental evidence that suggests the approach helps students rely upon probability theory in making estimates for the likelihood of events rather than rely upon heuristic principles which may bias probability estimates. (MN)
Descriptors: College Mathematics, Educational Research, Experiential Learning, Grouping (Instructional Purposes)
Peer reviewedWilensky, Uri – Educational Studies in Mathematics, 1997
Presents two case studies of learners attempting to understand the concept of normal distribution, specifically why physical phenomena such as height fall into normal distributions. Draws conclusions about a Connected Mathematics learning environment that enables confrontation with epistemological anxiety and the features of modeling languages…
Descriptors: Learning Problems, Learning Processes, Mathematical Concepts, Mathematical Models

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