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Carol Fabby – ProQuest LLC, 2021
Having the ability to make informed decisions about health, financial investments, and even the weather are all important to our everyday lives. However, most people receive no formal education on how to read and understand data presented in formats such as data tables and graphs. Research within the field of statistical reasoning demonstrates a…
Descriptors: Statistics Education, Probability, Algebra, Calculus
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de Obaldia, Elida; Miller, Norma; Wittel, Fred; Jaimison, George; Wallis, Kendra – Physics Teacher, 2016
Some misconceptions about physics are hard to change. For example, students continue to believe that heavier objects fall faster than light ones, even after a year of physics instruction. Physics misconceptions are persistent. Light objects do fall more slowly if their size-to-weight ratio is sufficient for drag to be appreciable. Motion through a…
Descriptors: Science Instruction, Scientific Concepts, Concept Formation, Physics
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Froehle, Peter; Miller, Charles H. – Physics Teacher, 2012
An interesting, quick, and inexpensive lab that we do with our students is to tape one end of a string just less than halfway around the back side of a uniform solid cylinder m[subscript 1] and attach the other end of the string to a mass m[subscript 2] that is below a pulley (Fig. 1). Data can be collected using either an Ultra Pulley (Fig. 2) or…
Descriptors: Energy, Misconceptions, Conservation (Concept), Laboratory Experiments
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Farkas, N.; Ramsier, R. D. – Physics Education, 2006
We present a simple laboratory activity for introductory-level physics students which involves rolling balls down pipes and analysing their subsequent flight trajectories. Using balls of equal size but different mass allows students to confront their misconceptions of a mass dependence of the exit speed of the balls from the pipes. The concepts of…
Descriptors: Physics, Motion, Misconceptions, Laboratories
Jones, Gail – 1990
This study compared the effects of cooperative learning groups to traditional instruction in remediating students' misconceptions about temperature. Students from grades 3, 4, and 5 in two rural elementary schools participated in the study. Students completed a pretest, a cognitive conflict laboratory activity and a posttest that measured…
Descriptors: Cognitive Dissonance, Cognitive Processes, Cognitive Structures, Concept Teaching
Wiser, Marianne; Kipman, Daphna – 1988
This paper describes the characterization of a student's framework of heat and temperature, and the development of a microcomputer-based laboratories (MBL) intervention program for grade 9 and grade ll students. The report presents the results of classroom study, including interview questions and answers and pretest/posttest, from experimental and…
Descriptors: Computer Assisted Instruction, Computer Interfaces, Grade 11, Grade 9
Gabel, Dorothy L., Ed. – 1993
This uniquely comprehensive and current survey of the research in science education has been compiled by the most prominent experts in the field. More than a summary of findings, the content of this comprehensive single volume provides an assessment of the significance of research; evaluates new developments; and examines current conflicts,…
Descriptors: Biology, Chemistry, Cognitive Structures, Context Effect