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Buggé, Danielle; Rutberg, Joshua; Ahmed, Sheehan H.; Zisk, Robert; Jammula, Diane – Physics Education, 2023
The Investigative Science Learning Environment (ISLE) approach to learning and teaching holds as one of its core tenets that students should learn physics by engaging in the same processes through which physicists develop new knowledge. One key skill necessary for this is hypothetico-deductive reasoning. In this study, we explored how the…
Descriptors: Science Instruction, Science Process Skills, Logical Thinking, Thinking Skills
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Firmansyah, Juli; Suhandi, Andi; Setiawan, Agus; Permanasari, Anna – Physics Education, 2022
This article explains how the project-based lab (PJB-Lab) trains critical thinking skills, creative thinking skills, communication skills and collaboration skills (4C Skills) and produces two project products from the application of the fluid concept, namely the application of Archimedes' law on submarine projects and the application of…
Descriptors: Science Instruction, Physics, Student Projects, Science Laboratories
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Amir, Nazir – Physics Education, 2020
Many schools are gaining interest in maker-centred teaching and learning practices aimed at promoting students' interest in STEM. Design and Technology (D&T) is a subject that promotes a variety of thinking skills such as design thinking, inquiry, creativity, as well as values through design-and-make projects. Despite earlier calls to…
Descriptors: Science Instruction, Foreign Countries, Design, Technology
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Wong, Darren; Lee, Paul; Foong, See Kit – Physics Education, 2010
We investigate the electromagnetic induction phenomenon for a "falling," "oscillating" and "swinging" magnet and a coil, with the help of a datalogger. For each situation, we discuss the salient aspects of the phenomenon, with the aid of diagrams, and relate the motion of the magnet to its mathematical and graphical representations. Using various…
Descriptors: Thinking Skills, Energy, Magnets, Science Instruction
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Fiedler, B. H. – Physics Education, 2010
The methods that we teach students for computing with units of measurement are often not consistent with the practice of professionals. For professionals, the vast majority of computations with quantities of measure are performed within programs on electronic computers, for which an accounting for the units occurs only once, in the design of the…
Descriptors: Computer Uses in Education, Educational Technology, Graphs, Thinking Skills
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Marshall, Rick – Physics Education, 2007
"How ScienceWorks" is now the focus of the national science specifications in English schools. This article is a brief introduction to the philosophy of science from the Greeks to the present day that underpins this notion. It consists of a brief summary of the contributions of nine philosophers and/or scientists to the debate: Aristotle, Roger…
Descriptors: Educational Philosophy, Philosophy, Sciences, Scientists
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Taylor, John L. – Physics Education, 2003
Addresses metaphysical questions concerning the ultimate structure of reality and discusses scientific nature. Suggests that the world cannot afford to neglect the role of conceptual analysis in thinking critically about the possibilities that science fiction claims to describe. (Author/KHR)
Descriptors: Concept Formation, Physics, Science Fiction, Secondary Education
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Pandey, N. N. – Physics Education, 1993
Studies whether Piagetian reasoning, general intelligence and achievement motive tap different mental structures, and the relative importance of these measures for concept attainment in physics. Concepts chosen for the study were force, couple, total internal reflection and atom. Results indicate that proportional reasoning, combinatorial…
Descriptors: Concept Formation, Learning Theories, Physics, Piagetian Theory