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Lin, Jiabei; Xing, Yuting; Hu, Yudi; Zhang, Jian; Bao, Lei; Luo, Kaiqing; Yu, Keke; Xiao, Yang – Physical Review Physics Education Research, 2023
Students hold a variety of initial (mis)conceptions that are inconsistent with scientific knowledge and hinder their physics learning. The initial (mis)conceptions could coexist with the scientific ones, even after a conceptual change. Inhibitory control may help overcome initial (mis)conceptions. This study investigated if and how inhibitory…
Descriptors: Misconceptions, Physics, Majors (Students), Science Education
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Selcuk, Gamze Sezgin; Yurumezoglu, Kemal – Physics Teacher, 2013
Someone in a car moving at constant speed along a smooth, straight road cannot perceive movement unless he looks out a window. When the person looks out and sees another car traveling alongside, in the same direction and at an equal speed, he will think that the other car is not moving either. When we see a tree in the distance as we are driving…
Descriptors: Science Instruction, Physics, Motion, Scientific Principles
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Lomas, Dennis – Science & Education, 2004
Modern visualization techniques in science education present a challenge of sorting out the contributions of perception to understanding science. These contributions range over degrees to which perception is influenced by belief (including systematic sets of beliefs which comprise scientific theories) and social setting. This paper proposes a…
Descriptors: Laboratory Equipment, Motion, Science Education, Perception
McCloskey, Michael – Scientific American, 1983
Although Newton's laws of motion are well known, studies have shown that many people have misconceptions about the motions of objects. Subjects of these studies tend to follow a theory held in the three centuries before Newton (impetus theory). This theory and studies examining misconceptions about motion are discussed. (JN)
Descriptors: College Science, Comprehension, High Schools, Higher Education